REDACTED LAW ENVIRONMENTAL - REMEDIAL INVESTIGATION …

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LAW ENVIRONMENTAL

REMEDIAL INVESTIGATION

FOR THE

E. H. SCHILLING LANDFILL

APPENDIX VOLUME VI

EPA Region 5 Records Ctr.

207519

Appendix B5. Air Quality Investigation

Appendix B6. Surface Water and Sediments Investigation

Appendix B7.

Appendix B8.

Residential Well Investigation

Waste to E.H. Schilling Landfill from DowChemical and Aristech Chemical Corporation

Appendix B9. Site-Specific Chemical Data

Appendix B10. BMDP Statistical Output

Appendix B11. Worksheets

Appendix B12. Site-Specific Meteorological Data

B5. AIR QUALITY INVESTIGATION

EMISSION ESTIMATE CALCULATIONS

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CIS lo. ibsoloti HiziiaiI-hoar Avenge

Eiiiiioi Kite FluxButd on luteSuple inilyiis

lluiiauintiioiyBiriuiIirjlliaiCilciuiChroiioiCobiltCopperIronLetdIignesiaiHanganeselercurylickelPotassiuiSilverSodiuiTnallianfanadiaiZincicenapbtbeielldrisAnthraceneArsenicBenzofaUnthraceneJenioitlPyreneluzoiblFlnoraatheneBenzo(g,n,i)Fer7lenelenzolklflaoranthenebis(2-EthylhezTl)FhtbalateChrysene

s Diben:o£uran$ Dibenzla.hlanthracenes Fluorantnenes flnorenes Indenoll,2,3-cd)pyrenes Fhenaatbrenes Pyrenes Seleniui

742J-SO-57UO-36-07440-39-37440-41-77440-70-27440-47-37440-41-47440-SO-S7439-19-6743J-92-1130J-4I-4743J-96-5743J-J7-67440-02-07440-09-77440-22-47440-23-57440-21-01314-62-11314-13-2

30J-00-2120-12-77440-3J-2

50-32-8

21H1-931171-31-0

206-44-016-73-7

129-00-07782-49-2

2.70E-039.6H-063.911-051.43E-054.39E-031.911-055.94E-046.IH-051.211-023.20E-052.31E-033.96E-035.23E-0!3.91E-051.90E-041.59E-062.62E-031.97E-Q75.03E-068.19E-057.55E-056.24E-061.41E-041.011-056.24E-044.63E-049.66E-041.17E-049.66E-042.I2E-035.43E-046.04E-056.I4E-051.19E-037.45E-051.29E-046.64E-049.46E-043.62E-07

Proportioned EiissionKate Flux Sited onMonitoring Dita ind

lir Disptriioa Kodelinj

Kaxiiuillloiible

Eiitsion KiteBiied on TL7

1.56E-075.57E-102.30E-09I.24E-102.53E-071.10B-093.42E-083.96E-097.40E-071.I5E-091.33E-072.29B-073.02E-122.30E-091.10E-089.17E-111.5II-071.14E-112.90E-104.72E-094.41E-093.60E-108.12E-095.80E-103.60E-082. G7K-085.57B-OJ6.73E-095.57E-081.62E-073.13E-083.48E-093.95E-096.85E-084.29E-097.43E-093.13E-OS5.45E-082.09E-11

2.2IE-065.69E-075.69E-072.2IE-092.21E-065.69E-081.111-071.14E-061. 145-051.71B-071.14E-055.69E-061.14E-081.141-07

1.14E-OI

1.141-075.69E-081.14E-05

2.84E-07

2.28E-07

2.28E-07

TOTAL 2.29E-06

< t's :&-0\ 1 7,

"6 ft 7/2t/ff

PABAIETEB

AluiinniAntiionyBarioiBerilliuiCalciuiCiroiiuCobaltCopperIronLeadlagnesiuiHangmenHercnriliekelPotassiuiSilverJodiutTballiuiTanadiniZincAcenapbtbeneAldrinAnthraceneArsenicBeniolelAotbriceneBeniolalPjreneBen:o|b)PluorantbeneBeniolo,h,i)PervleneBeniolklflnorantbenebisl2-BtbTlhexYl|PhthalateCbrjseneDibeaiofuraaDibenila.hlantbracenefluorantbeneFluoreneIndeno(l,2,3-cdlp;renePbenantbrene

c Psrano

X/0K~*

CAS lo.

7429-90-57440-36-074(0-39-37440-41-774(0-70-74(0-47-7440-41-7440-50-7439-19-7439-92-1309-41-7439-96-7439-97-7440-02-7440-09-7440-22-7440-23-7440-21-01314-62-11314-13-2

309-00-2120-12-7

7440-31-2

50-32-1

2H-01-J31171-31-0

206-41-016-73-7

13«-(IO-0

- /44/-'s

^"} nAbsolute HaiiifliGronnd Level Cone.Hour AverageBased on Baste

Sinple AnalysisIng/i3)

5.648*01.028-01.348-01.998-01.118*01.001-01.248*01.448*00.698*02.708-01.148*01.308*011.098-031.348-013.918*003.338-025.478*014.138-031.058-01.718*00.608*00.318-01.958*00.118-01.318*01.698*00.028*01.1(E*00

2.028*015.908*011.148*011.268*001.438*002.m*oi1.561*002.108*001.398*011 4!R*01

Proportioned KaxituiGronnd Level Cone.

Based on lonitoring Dataand Air Dispersion lodeling

dg/131

3.258-031.178-054.111-051.728-055.298-032.318-057.168-041.218-051.558-023.168-052.791-034.711-036.318-014.118-052.298-141.928-063.168-032.318-076.078-069.118-059.238-057.538-061.708-041.21E-057.53E-045.598-041.178-031.118-011.178-033.408-036.568-047.298-051.268-051.438-031.998-051.558-04I.018-041.118-03

BecouendedAibient Air

flualitj StandardTIT/42

(19/131

4.768-021.198-021.198-024.768-05 A2(.768-02 ozide1.198-03 All2.318-032.318-022.318-02 silts3.578-032.318-01 oilde1.198-01 C2.318-04 skin2.318-03

2.318-04

2.318-03 skin1.198-032.318-01 oiide

5.958-03 skin

(.768-03

A2

MonitoringBesultsIig/i3l

1.908-031.008-042.00E-043.008-062.408-031.00E-051.008-051.70E-043.108-045.00E-051.408-041.001-057.00E-OI2.00B-053.778-033.008-061.478-022.001-042.001-041.108-04

7.008-07

1.7130.1170.2405.7412.2062.30771.6(60.41740.7760.77219.950471.4510.9022.4040.0610.6400.2150.0010.0300.549

17.34B

A2

'7 /if Iff7 / 2 f / S f

PABAMETEB

2-Bntuone IIEI)2-Hetbylnaphthalenel.l'-DDD (TOE)l-Hetbrl-2-pentanoneAcetoneBenioic AcidCarbon DistlfideChlorobenxeneBthylbenxeneKethylene CblorideBapltbalenePhenolStvreneTetracbloroetbeneTolnenelylenes (Total!

CAS lo. Absolute Haxiinil-boir Average

Eiission Kate FluxBased on lasteSuple Analysis

(g/s-i2)

7J-93-3 J. 621-0691-57-6 1.918-0472-51-i101-11-267-64-165-15-075-15-0101-90-7100-41-475-09-291-20-3108-95-2100-42-5127-11-4101-11-31330-20-7

.06E-05

.41E-06

.128-01

.128-03

.048-07

.011-07

.618-02

.258-01

.718-04

.148-03

.218-03

.24B-04

.018-07

.23E-06

Proportioned BussionBate Flnx Based onHositoring Data And

Air Dispersion Hodeling(g/s-i2l

KaxinunAlloiable

Eiission lateBased on TLT

(g/s-n2l

4. 651-096.708-077.151-073.418-095.478-07i. 418-061.138-095.518-101.748-041.738-065.408-071.598-055.611-062.558-06(.578-101.11E-OI

6. 718-01

l.KE-042.038-03

3.418-053.918-041.958-013.988-045.698-052.168-052.158-043.118-041.278-011. 958-04

FAIAHREI

2-Bntanone IIEKI2-Cethylnapbtbalene(,4'-DDD (TDDi-Ketbyl-2-peatanoneAcetoneBenxoic AcidCarbon DisnlfideCblorobenxeneBtbylbenxeneHetoylene CblorideliphtbaleneFbeiolStyreneTetracbloroetbeneTolueneXylenes (Total)

CAS lo.

7J-93-391-57-672-54-1101-11-267-64-165-15-075-15-0101-90-7100-11-175-09-291-20-3101-95-2100-42-5127-11-4101-18-31330-20-7

Absolute laxiiniGround Level Cone.

1-hour AverageBased on lasteSaiple Analysis

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5.47E-024.008*001.198*002.958-02I.OOEiOO5.90E*011.268-024.218-031.398*031.738+013.518*001.438+024.631+011.318*014.21E-031.148-02

Proportioned BuiscsGronnd Level Cone.

Based on lonitoring Dataand Air Dispersion Modeling

9.72E-051.40E-021.501-027.27B-051.14E-021.77E-012.37E-051.17E-053.63E+003.62E-021.13E-023.32S-011.198-015.35E-029.568-062.31E-04

BecouendedAibieat Air

Quality StandardTLV/12

1.108*01

2.38E*00«.218*01

7.14E-01I.33E+00l.OIE+018.33E*001.19E*001.52E-015.12E+007.988*001.93E*001.04E+01

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INPUT PARAMETERS FOR CHEMDAT6

A

1

ea

et

T

efw

Pref

PI

Tref

Tl

dt

weightfractionoil

weightfractionwater

weightfractionVO

W

mwt oil

t

Area of the landfill in square centimeters.

Cap thickness on the landfill in centimeters.

Cap air porosity which is defined as the volume of asoil sample that is filled with air.

Total Cap Porosity which is defined as the volume of asoil sample which is non-soil.

Average landfill temperature in degrees Celcius.

Porosity of the waste (used in barometric pumpingcalculations).

Reference atmospheric pressure expressed as millibars -usually the average barometric pressure for the timeperiod to be modeled.

Average pressure drop over the period dt, usuallydaily.

Reference temperature of the landfill, expressed indegrees Celcius.

Average temperature of the landfill in degrees Celciusafter the period dt, usually daily.

Time interval used to determine average barometricpumping rate expressed in seconds.

Weight fraction of an oil carrier - liquid in theoriginal waste liquid, (dimensionless)

The weight fraction of the water in the original wasteliquid, (dimensionless)

The weight fraction of the Volatile organic in theoriginal waste liquid, (dimensionless)

Mass of original waste liquid in a unit volume of fixedwaste by using the densities of the waste liquidcomponents and their weight fractions.

Molecular weight of a carrier oil if present.

Time of calculation in months expressed in months.

r\ <

7/

D Depth of the waste bed in centimeters.

CC/GVOC The amount of gas produced in cubic centimeters perCONV gram of VO biodegraded.

ActiveBiomass

Waste biomass concentration in g/cubic centimeter

VO dis£. Selection flag for the aqueous model and a 2 phasein water maiel (Raoults law) .

CLOSED LANDFILL

A, LF area (cm2)1, cap thickness (cm)ea, cap air porosityet,cap total porosityT, avg. LF temp. (C)efw, waste porosityPref, ref. pressure (mbar)PI, new pressure (mbar)Tref, reference temp. (C)Tl, new temp. (C)dt,bar.pump time int.(s)weight fraction oilweight fraction waterweight fraction VOW, liquid in waste (g/cm3)mwt oilt, time of calc. (no.)D, depth of waste (cm)CC/GVOC CONVactive biomass (g/cc)VO diss. in water, enter 1rho-liquid,density (g/cm3)MW-liquid, (g/g mol)

1.2797E+080.0010.10.38150

10131013151510

9.985E-011.502E-03

0.99980

0.011361.81750

O.OOE+001118

B6. SURFACE WATER AND SEDIMENTS INVESTIGATION

STREAM FLOW ANALYSIS

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B7. RESIDENTIAL WELL INVESTIGATION

WELL SURVEY OF ROCK HOLLOW AND SCHILLING HOLLOW AREAS

WELL INVENTORY

JOB NAME E.H. Schilling Landfill _ JOB NUMBER 55-851801INVENTORY DATE 03/10/89 _ INVENTORY BY KJS/KJKWELL LOCATION: Inside of house _

DATA FROM OWNER OR OTHER SOURCE

OWNER NAME _OWNER ADDRESS DATE WELL DRILLED UnknownTOTAL WELL DEPTH Shallow; 10-12 ft. deep

REMARKS:

Dug well - owner reported approx. 24 inch diameter

does not use the well water due to sulfur problems

(SKETCH WELL LOCATION BELOW)

WELL INVENTORY

JOB NAME E.H. Schilling LandfillINVENTORY DATE 03/10/89

JOB NUMBER 55-851801INVENTORY BY KJS/KJK

WELL LOCATION: Approx. 75 ft . NW of house

OWNER NAME


OWNER ADDRESS DATE WELL DRILLEDTOTAL WELL DEPTH

Aug. 1980unknown; 50-100 ft. estimated

REMARKS:

Owner has 2 veils;

(1) Drilled well (listed above) - currently used for water supply

- owner reports too much JrTiTl n drink water & sulfur odor

(2) Dug well - located near the door step

- no lonqer used

- rainfall runoff is able to enter well• observed water seeping onto

ground surface on 03/10/89


WELL INVENTORY

JOB NAME R.H. Srh i l l inn f^nrlfi 11 JOB NUMBER 55-851801I ingINVENTORY DATE 03/10/89 INVENTORY BY KJS/KJKWELL LOCATION: Approx. 50 ft . SE side of house


OWNER NAME OWNER ADDRESS DATE WELL DRILLED 7+ vrs. oldTOTAL WELL DEPTH Unknown

REMARKS:

Drilled well - in 4 ft. x 7 ft. x 3 ft. pump house

Well has never run

Problems with iron


WELL INVENTORY

JOB NAME E.H. Schilling Landfill JOB NUMBER 55-851801INVENTORY DATE 03/10/89 INVENTORY BY KJS/KJKWELL LOCATION: Behind house (3 base of hills


OWNER NAME OWNER ADDRESS DATE WELL DRILLED 25+ vrs. oldTOTAL WELL DEPTH Shallow; 10-15 ft. deep

REMARKS:

Duo well - approx. 30-inch diameter

Well may go rJr-v in sunnier

c;ii1fiir ndnr

fnr washing nnly/nnt" pnoVcinfj or rlT"inTcing


WELL INVENTORY

JOB NAME E.H. Schilling Landfill _INVENTORY DATE 03/10/89 _WELL LOCATION: SE of house near Norman Run

JOB NUMBER 55-8518Q1INVENTORY BY KJS/KJK


OWNER NAME OWNER ADDRESSDATE WELL DRILLED Approx. 5 yrs. oldTOTAL WELL DEPTH Shallow: 10-15 ft.

REMARKS:

Dug well - approx. 30-inch diameter

Wei 1 never an^s rirv


1

WELL INVENTORY

JOB NAME E.H Schilling Landfill JOB NUMBER 55-851801INVENTORY DATE 03/10/89 INVENTORY BY KJS/KJK~WELL LOCATION: Approx. 50 ft . behind house


OWNER NAME OWNER ADDRESS DATE WELL DRILLED 15+ yrs. oldTOTAL WELL DEPTH Approx. 50 ft.

REMARKS:

Drilled well

No water quality problems; "very little iron"

Well never goes drv


1

WELL INVENTORY

JOB NAME E . H . Schilling Landfill JOB NUMBER 55-851801INVENTORY DATE 03/10/89 _ INVENTORY BY KJS/KJKWELL LOCATION: Approx. 200 ft. behind house


OWNER NAME /rented by OWNER ADDRESS DATE WELL DRILLED N/ATOTAL WELL DEPTH N/A

REMARKS :

Residence has 2 developed springs approx. 200 ft. back of house located in the

drainage feature below the saddle from MW-01: water is obtained from a large

(approx. 6 ft. diameter) concrete block cistern; approx. d ft. of water

_ - a second small diameter brink nistern was located nearbv and did n

tn ht=> in us*>* my. 20 in.

Flnw in gpi—inrr appi-ny. .1— S


ti\

WELL INVENTORY

JOB NAME E.H. Sohi 11 ing r^nHfi 11 _ JOB NUMBER 55-851801INVENTORY DATE 03/10/89 _ INVENTORY BY KJS/KJKWELL LOCATION: Buried b door step _


OWNER NAME OWNER ADDRESS DATE WELL DRILLED 18+ yrs. oldTOTAL WELL DEPTH Shallow; 20 ft.

REMARKS:

Dug well - diameter unknown but probably 20 inches

Owner reported high ^ron & bad odor in water; says that the quality of the

water has deteriorated in last 5 vrs.

Rainfall runoff is able to enter the well


WELL INVENTORY

JOB NAME E.H. Schilling Landfill JOB NUMBER 55-851801INVENTORY DATE 03/10/89 INVENTORY BY KJS/KJKWELL LOCATION: Approx. 50 f t . SE of trailer


OWNER NAME OWNER ADDRESS DATE WELL DRILLED UnknownTOTAL WELL DEPTH Shallow: 10-12 ft.

REMARKS:

Dug well - goes dry at times in sunmer; approx. 30-inch diameter

Owner does not drink the water but uses it for washing

Owner had a drilled wpll many ypars ago hiit thp> watAr was "hinod rsd" with

i mn & well is nn InnrrpT in


e

WELL INVENTORY

JOB NAME E.H. Schilling LandfillINVENTORY DATEWELL LOCATION:

JOB NUMBER 55-85180103/10/89 INVENTORY BY KJS/KJK

Inside of house


OWNER NAME OWNER ADDRESS DATE WELL DRILLED 50+ yrs. oldTOTAL WELL DEPTH Approx. 30 ft.

REMARKS:

Dug well - approx. 36-inch diameter

Well goes dry at times in summer


WELL INVENTORY

"***' JOB NAME E.H. Schilling Landfill JOB NUMBER 55-851801INVENTORY DATE 03/10/89 INVENTORY BY KJS/KJKWELL LOCATION: S-l - see sketch below


OWNER NAME OWNER ADDRESS DATE WELL DRILLED UnknownTOTAL WELL DEPTH 100 ft.

REMARKS:

- located in small i im hniisp nn TAgsgt- g H o nf avprl

near locked cable gate

Well is no lonoer in use f^rea is r-iir-rentlv served bv Her la


WELL INVENTORY

JOB NAME E.H. Schilling Landfill03/10/89INVENTORY DATE

WELL LOCATION: S-2 - see sketch below

JOB NUMBER 55-851801INVENTORY BY KJS/KJK


OWNER NAME OWNER ADDRESS DATE WELL DRILLED UnknownTOTAL WELL DEPTH 50 ft.

REMARKS:

Drilled well - located in um nn m=>st- n-F 1 /?

way up to the cable gate

Well is no longer in use


fj1

WELL INVENTORY

JOB NAME E.H. Schilling LandfillINVENTORY DATEWELL LOCATION:

JOB NUMBER 55-85180103/10/89

S-3 - see sketch belowINVENTORY BY KJS/KJK


OWNER NAME OWNER ADDRESSDATE WELL DRILLEDTOTAL WELL DEPTH

IJhknown100 ft.

REMARKS:

Drilled well - located sw corner of loo in lower part of Schillingville

is nn Innaar in


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OHIO ENVIRONMENTALPROTECTION AGENCYSAMPLING RESULTS

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OHIO EPA GC/GC-HS WATER SAMPLE ANALYSIS Date Received/

Surface Water • • : Groundwater tX : Approved _ Laboratory Manner

DA strict: SWOO _ ; S£DO iX : HEDO _ ; KWOO ; CDO

'£'*/ P- 1

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Sample volume received: 2 vials Yes </ : No ; Quarts (Number)

i/ ;Sample Type: Screening _ ; Compliance _ ; Complaint i/ ; SurveyLitigation _ . WELL USE: Public _ ; Indus-rial _ ;

Monitor _ ; Private yX; Irrigation _ ; Private Residential

Sample Collector's Name STIVE (/J ) LL I A f^S _ __

Sample Date/Sample Time :3eg1n

Sample Data/Sample Time :£nd

Y Y K H Q D H H H

i.-i.j2.JL_LJ! L-Q-

Facility NameFacility NPOES #

Well Owner

Ohio Pennlt

Well Owner AddressWell County/Township

Well Depth/Aquifer

/

Sample Location Description C£3gT &AT/f,?o<»r> o/AJ/< ''JL! £'_i-N

Receiving Stream (RH)Latitude/LongitudeOut f a l l Number Well Number

V

U

(Date / Extracted Analyzes) File Numoer Analyse

Volatlles (

Acid Extrac-tables (j*

Base Neutral Ertractables f " u )

Pesticides ( )

PC3s ( J

Broad Scan ( )

Parantetar(s)

Sample: Grab S ; Discontinuous ; Continuous ; Proportional .Composite Composite . Composite

Composite Sample Information: Volurae/Frequency/Duratlon

v. PLtA^L in&oT/f/ &L.L Pc.Ak.S F-OSM '

Comments on back: Yes ; No .' Bloassay Sample Submitted: Yes ; No .

VOLATILE ORGANICS SAMPLE RESULTSMETHODS 6O1 fc 6O2

SAMPLEDATE COLLECTEDDATE ANALYZEDDATE PROCESSED

NO. CAS NO.

___d*f jijW- /I$S-_<M '23.

I2-225l£Z.

COLLECTORANALYST .APPROVED

COMPOUND MDL F* C» CONC<UQ/L)

1 75-35-4 1 T 1-Dichloroethene2 75-09-2 Methyl an* chloride ,.,.,..3 156-60-5 trans-l,2-Dichloroethene4 75-34-3 1 T 1-Dichloroethane5 67—66-3 Chlorn-form ._6 71-55-6 1 , 1, 1-Trichloroethane7 56-23-5 Carbon tetrachloridea 107-OA-2 1 ,2-Diehloroethane9 79-O1-6 Trichloroethene ._,_1O 7S-B7-5 1 T2-Dichloroprooane11 75-27-4 Bromodichloromethane .12 100-75-B 2-Chloroethyl vinyl ether13 10061-02-6 trans-1 ,3-Dichloropropene—14 1O061-O1-5 cis-l,3-Dichloropropene15 79-00-5 1,1,2-Trichloroethane1A 127-18-4 Tetraehloroethene .17 :i24-4S-l DihromoehloromethaneIB 1OA-93-4 1 ,2-Dihromoethane ,1 9 630-20-6 1,1,1, 2-Tetrachl oroethane_20 75-25-2 Broma-form21 79-34-5 1, 1,2, 2-Tetrachl oroethane72 71-43-7 Benrene 123 IDS— SS-3 Toluene74 1OS-9O-7 Chlorobenzene .,7«5 lrtO-41-4 FthYlh»n2ene26 1O8-3S-3 1,3-Di methyl benzene** |27 1O6-42-3 1 ,4-Di methyl bensene**7S 100-47_?5 Pthenyl benzene ..79 95-47-A 1 ,7-Di methyl bensene ,

31 1OA-43-4 4-Chlot-o-fcoluene32 541-73-1 1 ,3-Dichlorobenrene, .._,.33 1OA-4A-7 1 ,4-Di chlorobenrene34 95-5O-1 1 2-Diehlorobensene _.,

0.3l.S0.30.30.30.30.30.30.30.30.30.30.30.30.30.30.30.30.30.30.30.30.30.30.3O. 30.30.30.30.30.30.30.30.3

/11

V

A

>

'O

/

<m

\

Oz.

_

f

*F«Dilution*C=Con-f irmed** 1,3-Dimethylbenzene and 1, 4-Dimethylbenrene coelute

and cannot be separately quantitated at this time.COMMENTS:

OHIO EPA * GC/MS AN/ REPORT * BASE-NEUTRAL i ACID EXTRACTABLES

SAMPLE: 0 \436DATE COLLECTED: 4-f9'Vi)APPROVED BY/DATE: "73 //• *r- «f

LABORATORY NUMBER:DATE ANALYZED/ANALYST:DATE EXTRACTED/BY:DILUTION <F>:

6-7-G*4-25-fcg * tu»f/*<4

LBR*

c.

3j.56

—810111 *9

14

161 -r

ISi T

2021222324""* •*

26

232920

„„

-T

24-«262725TC

AO£•14243

156

49515253545556575859

CASK

111-44-4541-73-1106-46-795-50-1:os-=o-i67—72—1321-34-79S-=5-37S-39-1111-51-1120-32-191-20-3S7-65-377-47-491 C T

ros-Td-3121-11-360es-2C— 282-32-9121-14-286-73-7a--66-2

7COC-72-3S6-30-6101-55-311 S-74-lS5-01-S

« T ' •" ~f

S4-74-2206-44-0.12=-CC-0£5-58-756-55-3"' S— 01— 9117-31-7117-34-0207-08-9205-39-25C-32-8193-39-553-70-3191-24-2108-95-295-57-885-75-5105-67-9120-S3-259-50-788-07-251-28-5100-02-7534-52-187-86-5

COMPOUND

3ISC2-CHLOROETHYL) ETHER1, 3-DICHLOROBENZENE1, 4-DICHLOROBENZENE1, 2-DICHLOROBENZENE3IS(2-CHLaROISOPROPYL) ETHERHEXACHLQROETHANEN— NITROSODI-N-PROPYLAMINENITROBENZENEISGPHORONE3IS(2-CHLQROETHaXY) METHANE1, 2, A-TRICHLQROBENZENENAPHTHALENEHEXACHLQROBUTAD IENEHEXACHLOROPENTADIENE~ 1— /*Ul (~!DnK!A.D UTUlAI CTMP

AC SNAP HTH YLENEDIMETHYL PflTHALATE2. 6-DINITROTOLUENEACSNAPHTHENEZ, 4-DINITROTOLUENER.UORENEDIETHYL PHTHALATE4-CHLOROPHENYL PHENYL ETHERN-NITROSODIPHENYL AMINE4-BROMOPHENYL PHENYL ETHERHEXACHLQRCBENZEiMEPHENANTHRENEAMTUC AOTMC,- IN I rtfTrtU i:>!&DI-N-BUTYL PHTHALATEFLUOR ANTHENEPYRENEBENZYL3UTYL PHTHALATEBENZO ( A ) ANTHRACENECHRYSENE3IS(2-ETHYLHEXYL> PHTHALATEDI-N-QCTYL PHTHALATEBENZO ( K ) FLUORANTHENEBENZO < B ) FLUCR ANTHENE3ENZO(A)PYRENEINDENO (1*2, 3-CD ) PYRENED IBENZO ( A* H ) ANTHRACENEBENZO (C. H, I ) PER YLENEPHENOL '2-CHLOROPHENOL2-NITROPHENCLZ, 4-DIMETHYLPHENOLZ. 4-DICHLOROPHENOL4-CHLORO-3-METHYLPHENOLZ. 4, 6-TRICHLORCPHENOLZ, 4-DINITROPHENOL4-NITROPHENCL2-METHYL-4, 6-DINITROPHENOLP ENTACHLOROP HENOL.

CONC. (

nU<

^

UC/L)

Hfi *F-

MDLX P

3. 42.22. 02. 02. 72. 13. 62. 93. 63. 42. 32. 3Sm. O

2. 1*"* *3

1. 94. 62. 61. 82. 21. 74. 02. 13. 41. 84. 02. 01 A

2. 62. 32. 51. 9Z. 3Z 51. 92. 02. 52. 92. 42. 73. 0Z. 91. 32. 72. 82. 43. 013. 18. 46. 34. 811. 711. 0

COMMENTS

•

».••»,»••.— y- .-.«• '

- / • —/ - ••

OHIO EPA GC/GC-KS WATER SAMPLE ANALYSIS Date Received

Surface Water • • : Groundwatar _iX; Approved Laboratory Number

District: SWDO ; SEOO \/ : NEDO ; NWDO __ _; QDO

No Quarts (Number)Sample volume received: 2 vials Yes

Sample Type: Screening ; Compliance ; Ccsplalnt yX : SurveyLitigation . WELL USE: Public ; Industrial ;

Monitor ; Private vX; Irrigation ; Private Residential

Sample Collector 's NameY R H D H H

Sample Gate/Sample Time :Seg1n

Sample Date/Sample Time :End

Facility NameFacility NPDES # Ohio rerait £

Well Owner AddressWell County/Township.

Sample Location Description

WelT_ Depth/Aqulfer

Receiving Stream (RK)Latitude/LongitudeOutfal l Number Well JJuzcar

' - ? -ffSl C6c/~7*/*35

I' « « ' . . . . _ . . -JL«

(Da"e / Extracted Analy2ed) Fi le Numoer Ana lyse

Volatlles ( )

Add Extractables ( 4 5~6t

y Base Neutral Extractables f "

Pesticides (

•__ PCBs (

Broad Scan (

Paranetar(s)

J

Sample: Grab _; Discontinuous ; Continuous ; ProportionalComposite Composite . Composite

Composite Sample Information: Volume/Frequency/Duration

Comments on back: Yes No .' Bloassay Sample Submitted: Yes ; No .

OHIO 'EPA * CC/MS AFV izs REPORT * BASE-NEUTRAL, ) ACID EXTRACTABLES

SAMPLE: 0DATE COLLECTED:APPROVED BY/DATE: ~Tfl. / £ - 3 c

LABORATORY NUMBER:DATE ANALYZED/ANALYST:DATE EXTRACTED/BY:DILUTION <F>:

LBR*

23456••/

S101112141617IS192021S.S.

232423262728292O21j— »^M&

23243"262 /2STO

40

41.* *•*****

434443464849515253545556575859

CAS#

111-44-4541-73-1106-46-795-50-1108-6O-167-72-1621-54-798-95-378-59-1111-91-1120-32-191-20-387-63-377-47-491-58-7208-96-3131-11-3606-20-282-32-9121-14-286-73-784-66-2

7000-72-386-30-6101-55-3118-74-185-01-8120-12-7S4-74-2206-44-0129-OO-O85-66-756-55-3218-01-9117-81-7117-64-0207-08-9205-99-250-32-3193-39-553-70-3191-24-2108-95-295-57-885-75-5105-67-9120-83-259-5O-78S-07-251-28-5100-02-7534-52-187-86-5

COMPOUND

BIS(2-CHLORCETHYL) ETHES1, 3-DICHLOROBENZENE1, 4-DICHLOROBENZENE1. 2-DICHLOROBENZENE3ISC2-CHLOROISCPRGPYL) ETHERHEXACHLOROETHANEN-NITROSODI-N-PROPYLAMINENITROBENZENEISOPHORONE3IS(2-CHLQROETHGXY) METHANE1,2* 4-TRICHL3ROBENZENENAPHTHALENEHEXACHLQROBUTAD IS.NEHEXACHLOROPE; JTAD IENE2-CHLORONAPHTHALENEACSNAPHTHY^ENEDIMETHYL PHTHALATE2* 6-DINITROTOL'JEMEACSNAPHTHENE2* 4-DINITROTOL'JENER_UORENEDIETHYL PHTHALATE4-CHLOROPHENYL PHENYL ETHERN-NITROSODIFHENYL AMINE4-BROMOPHENYL PHENYL ETHERHEXACHLOROBENZEMEPHENANTHRENEANTHRACENEDI-N-BUTYL PHTHALATEFLUORANTHENEPYRENEBENZYLSUTYL PHTHALATEBENZO ( A ) ANTHRACENECHRYSENE3ISC2-ETHYLHEXYLJ PHTHALATEDI-N-OCTYL FHTHALATEBENZO ( K ) FLUOR ANTHENEBENZO ( B ) FLUCR ANTHENE3ENZOC A) PYRENEINDENO (1*2* 3-CD ) PYRENED I BENZO (A. H) ANTHRACENESENZOCG. H, I)PERYL£NEPHEfvIOL '2-CHLOROPHENOL2-NITROPHENCL2* 4-D I METH YLP HENOL2* 4-DICHLOROPHENOL4-CKLORO-3-METHYLP HENOL2* 4, 6-TRICHLORCPHENOLZ, 4-DINITROPHENOL4-NITROPHENCL2-METHYL-4, 6-DINITROPHENOLPENTACHLOROPHENOL.

CONC.

ILL*

x

(UC/L)

HfLtf

^

MDLX F

3. 42.22. 02. 02. 72. 13. 6Z. 93. 63. 42. 32. 32. 32. 12. 31. 94. 62. 61. 82. 21. 74. 02. 13. 41. 84. 02. 01. 62. 6Z. 32. 51. 92. 32. 51. 92. 02. 52. 92. 4Z. 73. 0Z. 91. 3.Z. 72. 8Z. 43. 013. 18. 46. 34. 811. 711. 0

COMMENTS

•

B8. WASTE TO E. H. SCHILLING LANDFILL FROMDOW CHEMICAL AND ARISTECH CHEMICAL CORPORATION

DOW CHEMICAL

WASTE TO E.H. SCHILLING LANDFILL

DOW WASTE INVENTORY ' QUANTITY* fvd3)

1969

Scrap waste 500Fire Damaged Product 80Styrene 118.8Dovtherm Flushing Water 19.8Lime and Styrene 450River Debris 10Plant Clean-up Waste 50Waste Foam 56

Subtotal 1,284.6

1970

Lime Basin Solids 170Waste Foam 13,488Waste Styrene Drums 40Styrene 290Dowtherm 19.8Waste Clay from Foam Plant 226Septic Waste 179.1Lime 1,010.7Ditch Waste 252Plant Clean-up Waste 60Scrap from Foam Plant 370Miscellaneous Scrap Waste 20

Subtotal 16,125.6

* Estimated Quantities

Source: USS(Aristech), compiled from E.H. Schilling & SonsInvoices

A-l

DOW WASTE INVENTORY (continued) QUANTITY*(yd3)

1971

Waste Foam 15,541.8Stryofoam • 12,167.2Thorane 152Waste Pallets and Cardboard 380Waste Clay 340Unidentified Wastes 3,320

Subtotal 31,901

1972

Waste Foam 12,412Ethofoam 2,191.2Styrene 532Drums Plus Scrap Wastes 152Waste Clay 1,714Ditch Waste at Monomer Tank 64

Subtotal 17,065.2

1973

Waste Foam 24,464Styrene Waste 96Waste Clay 2,570Maintenance Shop Scrap Waste 13 . "Septic Waste 105.9Thorane Scrap Waste 2.5Silo Waste 34Concrete Scrap 10

Subtotal 27,295.7

1974

Waste Foam 9,576Waste Clay 48Basin Sludge Near Lime Ponds 67.3Lime 597.2Cooling Tower Mud 45.5Unidentified Wastes 81.2

Subtotal 10,415.2

* Estimated Quant it ies~~

A-2

USS HAVgBHILL WASTES TO SCHILLING IANDPXLZ,

«•!• C.Y.

1971Phanolic Sludgas 970Polystyrana Chamicals 659 7.3Polystyrana Masts 27,640 116Phanol Haavy Ends Spill 455Hasta undiffarantiatad 8,511Polystyrana drums 85.5Oil 5,095Styrana Menomar Spill 6,262Irofcan pa Hats, trash ___«

Subtotal 44,595

1972Pallets, trash, ate. 1,108Masts undiffarantiatad 23,464Polystyrana, part raactad 11,038Polystyrana, fully raactad 73,578 704Oil, sludge, not identified 11,004

. w«sta druM (Polystyrana?) 1,433Phanolic iludga (hold pond)Alcohol tank bottoms D-606

Subtotal 173,684 3,245

1973Plant ditch dradainas 11,630 16Firadrill (burning sita) cleanup 226Alcohol ditch t sawar clsaaout 111,660 338Alcohol coal SUB? claanout 10Alcohol tank bottoms and sadiaant 69,000 90Alcohol vasts traat pit (at C.T.) 85,600Alcohol ai.«c«llm«on« 4,OOO 91Phanol plant ditches 12,800 92Phanol plant •iscsllanscus 35,845 86Polystyrene dry side vastas (pallets, ace.) 20,115 1,496Polystyrene vet side vsstaa 33,990 1,024Polystyrana beads 8*° 9'200

Polystyrana raactor blewdewa pit 189,545 1,210Polystyrana UM laajoca sludqa 421,800PolystyrsiM 800 sissp 14,630Polystynn* Ixtmde* Araa ditchas 27,000 30Polystyrana •iscalLtnaoos ccssiarcial vasts 9,000 125Polystyrsn* lm\ fissisrrHl blovdewn pit 15,600Polystyrsna Tajil n»siarr1i1 Misc. 6f510 ili.

Subtotal 1,177,925 5,958

Source: USS(Ariatech) Letter to Ohio EPA, 7/29/82

USS HAVEBHILL WASTES (continued)

1974fira fighting foaa 1,300Alcohol-Aldahyda tank bottoms 32,000Mssts cinders 263Masts and dabris • 39Process call sattlings 4,000Alcohol aiscsllsnaous 3,784Phanol holding pond sludge 62,000Phanol Unit oil spill 16,585Phanol vasts traat settlings 34,000Phanol spill 6,043AM* vssta 3,272Misc. vaatas 2,062Botteaa froa phenol acatona tank 447Chaa storage vastss 35Phanol plant aiscsllaaaeus 1,000Clarifisr botteas (river and) 27,600PS Blovdovn Pit 286,410PS lagoons and Suaps (raactad) 559,965PS Masts 31,428PS 100 and 800 suaps 99,336PS aiscallaaaeua 2.278 ^ ^

Subtotal 1,175,547 338

1975Alcohol sludg* Ugooa 126,724Alcohol Tank cleanings ' 40,000Alcohol vasts traat calls 2,035Alcohol vasts chaaiesls . 5Phanol lagoon 64,708Phanol W.T. oil and sladga 56,000AMS vast* 1,430Phanolic filter csk* and carbon asPhanol chaa storage claanout 640 10Phenol plant other vasts* 1,650 5Clarifiar blovdcvn pit (rivar and) 24,000Pual Oil tank bottea* 2t,000PS wast* traat lagoons 736,852PS raactor blovdova pit 14,315 610PS reactor vastavatar suap 12,020 30PS raactor araa vasts* 5,830Polystyran* druas 990PS Saai-Coaaarcisl vastas 2.640

Subtotal 1,117,854

A-4

USS HAVERHLL WASTES (continued)

122!Miscsllanaous vastss (gsnsrsl plant) 116Rivar Dock elaanup 165Alcohol Dump araa 4gjrual Oil tank bottoas 20,148Piltsr asdis 94Alcohol vasts traat basin sludg* 15,420Alcohol oil spill 2,185Ph*nol holding pond* 76,760Phanol vasts traat slop oils 10,949Phanol vast* traat bottoas 42,300Phanol plant vast* 1,430 12AMS vast* 165Clarifiar blovdovn pit (riv*r aud) 18,894Polystyrana north ditch 25,116PS vast* traat lagoon* 654,026PS raactor suap 9,510PS dry sid* suaps 15,125PS raactor blovdovn pita 116.322

Subtotal 1,117,154

1977"'""' Ouap srsa cleanup 300

Misc. vasts and dateis 240Ditch skiaaar claanoat 440Alcohol Plant cobalt aaulsion 50,885Ash** and coal 32,700Alcohol vaata traat sattlings 4,904Alcohol plant vast* oil 220Fuel oil tank bottaas 1,542Clarifiar blovoowa pit 124,173AMS spill 165Phanol vast* traat suaps 60,329 10Phanol W.T. filt*r oak* 46,651Phanol M.T holding paads 45,532 20Phanol W. T. aathraeit* 110Phanol plsst vaata ^Chsa storaga aad fu*l oil tank 165PS raaetor araa vast* druas 12,265 18PS wast* traat lagoons 378,094PS raactor blovdovn pit 4S

Raactor area vasts vatsr soap 59,009PS dry sid* suap 84,155PS dry sid* wast* _ HP, - -

Subtotal 901,669 7S3

USS HAVEIKLLL WASTES (continued)

C.T.

122SAsh settling pit 20,934 130Alcohol blovdovn pit (bio sludg*) 62,089Alcohol M.T. equal, basin sludg* 1,M2Alcohol M.T. recovered oil 18,776Phanol M.T. decant oil 48,547Phanol M.T. filter cak* 34,563 20Phanol M.T. anthracit* 60Ch*a storags vasts* 330 4Phanol waste treat suap 4,023Clarifiar blovdovn pit (river aud) 70,769PS N.T. lagoons and ditches 243,713PS reactors vastswatar suap 80,111PS blovdovn pit 154,709PS vast* droa* 24,720

Subtotal 787,146 214

1229Phsaol M.T. filter cak* 29,175PS blovdovn pit sad 100 suap 84,185

Subtotal 42,360

1980PS reactor vastsvatar suap 6,715PS vasts druas 2,530

Subtotal 9,245

TOTAL 4,479,542

B9. SITE-SPECIFIC CHEMICAL DATA

Summary of Data Reporting Qualifiers

Qualifiers relating to organic analysis -

B - Analyte was also found in the associated blank.D - Compound was identified at a secondary dilution.E - Estimated value, result greater than calibration range.J - Estimated value, result less than quantitation limit.U - Indicates that the compound was analyzed but not detected,

Qualifiers relating to inorganic analysis -

E - Result estimated or not reported due to interference.N - Spike sample recovery no within control limits.* - Duplicate analysis not within control limits.M - Duplicate injection result exceeded control limits.U - Indicates that the compound was analyzed but not detected.P - ICP.A - Flame AA.F - Furnace.[] - Estimated value, result less than quantitation limit.

LERCRA1 Schilling LandfillSummary of Detected Constituents

Page: 1Date: 06/21/89Time: 12:02:47

ParameterSample Date Air Boring Boring Boring Boring Leachate Leachate Leachate Detection

B01 B01 BOS 805 LS-01 LS-02 LS-03 Limit10.5'-13.5' 19.5'-22.5' 13.5--16.0' 26.0'-30.0'

1,1-Dichloroethane (ug/l)04/27/88 Base Sample12/13/88 Base Sample

1,2-Dichloroethane (mg/kg)04/24/88 Base Sample

1,2-Dichloroethane (ug/l)04/27/88 Base Sample04/27/88 Base Sample04/27/88 Diluted12/13/88 Base Sample

2-Butanone (mg/kg)04/24/88 Base Sample

2-Butanone (ug/l)12/13/88 Base Sample

2-Methylphenol (o-Cresol) (ug/l)12/13/88 Base Sample

4-Methyl-2-pentanone (mg/kg)04/24/88 Base Sample

4-Methyl-2-pentanone (ug/l)04/27/88 Base Sample

4-HethyI phenol (p-Cresol) (ug/l)04/27/88 Base Sample04/27/88 Diluted04/27/88 Diluted12/13/88 Base Sample12/13/88 Diluted

Acetone (mg/kg)04/24/88 Base Sample

0.2

0.17

0.027

0.42 BE

Acetone (ug/l)04/27/88 Base Sample04/27/8804/27/8804/27/8812/13/8812/13/8812/13/88

Base SampleDilutedDilutedBase SampleRe-Analyzed Base SampleBase Sample

1410

32

34 D16

21

91

130 D

77230 D

74 160

610 1500 E

1600 D

1300

0.016

517175

0.008

10

--

--

430 E370 D------

11

--

36

1600 E--

1500 D980 E850 D

10

0.008

33

201001601050

0.016

10333356010100500

LERCRA1

ParameterSample Date

Aluminum (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

Aluminum (ug/l)04/27/88 Base Sample12/13/88 Base Sample

Antimony (ug/l)03/07/89 Base Sample

Arsenic (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

Arsenic (ug/l)04/27/88 Base Sample12/13/88 Base Sample03/07/69 Base Sample

Barium (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

Barium (ug/l)04/27/88 Base Sample12/13/88 Base Sample03/07/89 Base Sample

Benzene (mg/kg)04/24/88 Base Sample

Benzene (ug/l)04/27/88 Base Sample

Benzo(a)anthracene (mg/kg)04/23/88 Base Sample04/23/88 Base Sample04/23/88 Diluted04/24/88 Base Sample04/24/88 Base Sample

Air

0.10

0.0070

0.050

Schilling LandfillSummary of Detected Constituents

Boring Boring Boring Boring Leachate LeachateB01 B01 BOS BOS LS-01 LS-0210.5'-13.5' 19.5'-22.5' 13.5'-16.0' 26.0'-30.0'

3890 P 4490 P3800 P 4350 P

16700 P 25000 P9450 P

--

28 P 11 SF9.1 F 7.0 SF

8.1 HF 68 P7.1 UN

27 []P 41 []P74 P 37 []P

175 HEP 911 EP274 P

0.019

7

1.6640 E480 D

2.0590

Page: 2Date: 06/21/89Time: 12:02:55

Leachate DetectionLS-03 Limit

2525

22700 P 2577700 P 25

Not Listed

1.61.6

11 F 1.56.0 []N 1.6

Not Listed

0.850.85

685 EP 0.85889 P 0.85

Not Listed

0.016

5

0.51371100.4393


Page: 3Date: 06/21/89Time: 12:03:05

ParameterSample Date Air Boring

B0110.5'-13.5'

BoringB0119.5'-22.5'

BoringBOS13.5'-16.0'


LeachateLS-01

LeachateLS-02

LeachateLS-03

DetectionLimit

Benzo(a)pyrene (mg/kg)04/23/88 Base Sample04/23/88 Base Sample04/23/88 Diluted04/24/88 Base Sample04/24/88 Base Sample

Benzo(b)fluoranthene (mg/kg)04/23/88 Base Sample04/23/88 Base Sample04/23/88 Diluted04/24/88 Base Sample04/24/88 Base Sample

Benzo(g,h,i)perylene (mg/kg)04/23/88 Base Sample04/23/88 Diluted04/24/88 Base Sample04/24/88 Base Sample

Benzo(k)fluoranthene (mg/kg)04/23/88 Base Sample04/23/88 Base Sample04/23/88 Diluted04/24/88 Base Sample04/24/88 Base Sample

Benzoic Acid (ug/l)04/27/88 Base Sample04/27/88 Diluted04/27/88 Diluted12/13/88 Base Sample12/13/88 Diluted

Beryllium (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

Beryllium (ug/l)04/27/88 Base Sample12/13/88 Base Sample03/07/89 Base Sample

1.1

1.5440

0.91 X

0.53

330 X

140

0.91 X330 X

510470 D

250 X200 DX

130120 D

250 X200 DX

1.3 X

1.3 X

1100 E1200 D

2400 E

1600 D500 E370 D

1.6 P 0.61 []0.64 [] 0.51 []

2.8 [JP 4.0 [JP 44 P57 NP

0.0030

0.51371100.4393

0.51371100.4393

371100.4393

0.51371100.4393

10050080050250

1.11.1

1.51.1

Not Listed


Page: 4Date: 06/21/89Time: 12:03:13


B0110.5'-13.5'

Boring80119.5'-22.5'


Boring Leachate Leachate Leachate DetectionBOS LS-01 LS-02 LS-03 Limit26.0'-30.0'

Cadmium (ug/l)03/07/89 Base Sample

Calcium (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

Calcium (ug/l)04/27/88 Base Sample12/13/88 Base Sample

Carbon bisulfide (ug/l)12/13/88 Base Sample

Chlorobenzene (mg/kg)04/24/88 Base Sample

Chloroethane (mg/kg)04/24/88 Base Sample

Chloroethane (ug/l)04/27/88 Base Sample

Chromium (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

Chromium (ug/l)04/27/88 Base Sample12/13/88 Base Sample03/07/89 Base Sample

Chrysene (mg/kg)04/23/88 Base Sample04/23/88 Base Sample04/23/88 Diluted04/24/88 Base Sample04/24/68 Base Sample

Cobalt (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

O.OOSO

3250 P

9.2 P

0.010

2.6

18 P

4350 P

0.027

0.031

6.7 P

870

13 [JP

883 []P

6.9 P

1000 E820 D

34 P

2460 P

183000 P171000 P

218000 P 190000 P198000 P

230 200

9.6 P

6.6 [IP6.6 HP

23 P 25 P93 P

2.0

107 P

Not Listed

9.39.3

9.39.3

5

0.016

0.016

33

55

Not Listed

0.51371100.4393

2.52.5


Page: 5Date: 06/21/89Time: 12:03:22


B01 B01 BOS BOS LS-01 LS-02 LS-03 Limit10.5'-13.5' 19.5'-22.5' 13.5'-16.0' 26.0'-30.0'

Cobalt (ug/l)04/27/88 Base Sample12/13/88 Base Sample03/07/89 Base Sample

Copper (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

Copper (ug/l)04/27/88 Base Sample12/13/88 Base Sample03/07/89 Base Sample

Cyanide (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

Cyanide (ug/l)03/07/89 Base Sample

Dibenzo(a.h) anthracene (mg/kg)04/23/88 Base Sample

Dichloromethane (mg/kg)04/24/88 Base Sample

Dichloromethane (ug/l)04/27/88 Base Sample04/27/88 Diluted12/13/88 Base Sample

Ethylbenzene (mg/kg)04/23/88 Base Sample04/23/8804/24/8804/24/8804/24/88

Base SampleBase SampleBase SampleDiluted

Ethylbenzene (ug/l)04/27/88 Base Sample04/27/88 Base Sample04/27/88 Diluted04/27/88 Diluted12/13/88 Base Sample12/13/88 Base Sample

0.010

24 P 11 P

0.17

1.3

0.010

0.086 B

1107.4 E

1600 D

17 P 14 P

1.9

50

44210

25 [JP12 [JP

35 P18 []P

27 [JP 21 [JP50 (JP

53 P 53 P100 P

3.92.5

Not Listed

3.13.1

163.1

Not Listed

1010

Not Listed

37

0.008

1920 D13

------- . - _

520 E170

510 D..84 ----

517

5

1.860.016

1649

58000 E 17

177100 D 280

56600 250

LERCRA1


Fluoranthene (mg/kg)04/23/88 Base Sample04/23/88 Base Sample04/24/88 Base Sample

Heptachlor (ug/l)12/13/88 Base Sample

Indeno(1,2,3-cd) pyrene (mg/kg)04/23/88 Base Sample

Iron (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

Iron (ug/l)04/27/88 Base Sample12/13/88 Base Sample03/07/89 Base Sample

Lead (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

Lead (ug/l)04/27/88 Base Sample12/13/88 Base Sample03/07/89 Base Sample

Magnesium (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

Magnesium (ug/l)04/27/88 Base Sample12/13/88 Base Sample03/07/89 Base Sample

Manganese (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

Air

0.48

0.050

3.2


Boring Boring Boring Boring Leachate Leachate LeachateB01 B01 BOS BOS LS-01 LS-02 LS-0310.5'-13.5' 19.5'-22.5' 13.5'-16.0' 26.0'-30.0'

0.82110

310

0.27

40

18400 P 13400 P15000 P 8030 P --

131000 P 103000 P 112000 P106000 P -- 218000 P

11 N*F 13 N*F26 P 28 N*F

20 NF 40 NF 32 NF15 NF -- 60 NF

339 [JEP 1410 EP873 [JEP 1170 [JEP

82100 P 102000 P 116000 P80100 EP -- 124000 EP

146 *P 328 *P164 *P 140 *P

Page: 6Date: 06/21/89Time: 12:03:31

DetectionLimit

0.513793

0.05

37

3.63.6

3.63.6

Not Listed

0.0910.091

2.30.91

Not Listed

133133

2300133

Not Listed

1.71.7


Page: 7Date: 06/21/89Time: 12:03:42


80110.5'-13.5'

BoringB0119.5'-22.5'



LeachateLS-01

LeachateLS-02

LeachateLS-03

DetectionLimit

Manganese (ug/l)04/27/88 Base Sample12/13/88 Base Sample03/07/89 Base Sample

Mercury (ug/l)04/27/88 Base Sample03/07/89 Base Sample

Nickel (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

Nickel (ug/l)04/27/88 Base Sample12/13/88 Base Sample03/07/89 Base Sample

Phenanthrene (mg/kg)04/23/88 Base Sample04/23/8804/23/8804/24/8804/24/88

Base SampleDilutedBase SampleBase Sample

Phenol (mg/kg)04/24/88 Base Sample

Phenol (ug/l)04/27/88 Base Sample04/27/88 Diluted04/27/88 Diluted12/13/88 Base Sample12/13/88 Diluted

Potassium (ug/l)04/27/88 Base Sample12/13/88 Base Sample

Pyrene (mg/kg)04/23/88 Base Sample04/23/8804/23/8804/24/8804/24/88

Base SampleDilutedBase SampleBase Sample

0.010

0.00007

4470 P3270 P

ND

1580 P

ND

1220 P2080 P

ND

17 P 8.9 [JP21 P 8.2 [JP

39 [JP53 P 100 P

0.020

0.52220160 D

0.76

2.2

500

170

140

26400 P16100 P

120100 D

25700 P

280

170 D270160 D

15900 P11300 P

1.8540360 D

1.6820

1.71.7

Not Listed

0.2Not Listed

2424

2624

Not Listed

0.51371100.4393

0.43

201001601050

23002360

0.51371100.4393

LERCRA1


Selenium (ug/l)03/07/89 Base Sample

Silver (ug/l)03/07/89 Base Sample

Sodium (mg/kg)04/24/88 Base Sample

Sodium (ug/l)04/27/88 Base Sample12/13/88 Base Sample

Styrene (mg/kg)04/23/88 Base Sample04/24/88 Diluted

Thallium (ug/l)03/07/89 Base Sample

Toluene (mg/kg)04/24/88 Base Sample

Toluene (ug/l)04/27/88 Base Sample04/27/88 Diluted12/13/88 Base Sample

Trichloromethane (ug/l)04/27/88 Base Sample12/13/88 Base Sample

Vanadium (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

Vanadium (ug/l)04/27/88 Base Sample12/13/88 Base Sample03/07/89 Base Sample

Air

0.0040

0.0030

0.20

0.20


Boring Boring Boring Boring Leachate Leachate LeachateB01 801 BOS BOS LS-01 LS-02 LS-0310.5'-13.5' 19.5'-22.5' 13.5'-16.0' 26.0--30.0'

..

..

499 [JP

292000 P 355000 P 377000 P281000 P -- 393000 P

65110 D

..

0.36 E

130 820 E860 0530

7 -- --8

4.8 []E 10 UEP10 UEP 5.4 [JE

28 [JP 61 P 54 P22 HP " 159 P

Page: 8Date: 06/21/89Time: 12:03:54

DetectionLimit

Not Listed

Not Listed

1890

18901890

649

Not Listed

0.016

17280250

55

2.32.3

2.32.3

Not Listed


Page: 9Date: 06/21/89Time: 12:04:02


B01 B01 BOS BOS LS-01 LS-02 LS-03 Limit10.5'-13.5' 19.5'-22.5' 13.5'-16.0' 26.0'-30.0'

Xylenes/NOS (mg/kg)04/24/88 Base Sample

Zinc (mg/kg)04/23/88 Base Sample04/24/88 Base Sample

Zinc (ug/l)04/27/88 Base Sample12/13/88 Base Sample03/07/89 Base Sample

bis(2-Ethylhexyl) phthalate (mg/kg)04/23/88 Base Sample

p.p-DDE (mg/kg)04/23/88 Base Sample

51 P

0.18

0.061

127 P62 P 41 P

0.57 B

0.024

106 EP132 P

166 EP 147 EP439 P

0.016

2.62.6

2.62.6

Not Listed

0.51

0.025


Page: 10Date: 06/21/89Time: 12:04:06

ParameterSample Date Leachate

LS-04LeachateLS-05

LeachateLS-06

LeachateLS-07

LU-01 LW-02 LW-03 LW-04 DetectionLimit

1,1-Dichloroethane (ug/l)04/27/88 Base Sample 904/27/88 Blind Duplicate 1012/12/88 Blind Duplicate

1,2-Dichloroethane (ug/l)04/27/88 Base Sample 804/27/88 Blind Duplicate 712/12/88 Blind Duplicate12/12/88 Base Sample12/13/88 Base Sample

1,2-Oichloroethene (ug/l)04/27/88 Base Sample 1004/27/88 Blind Duplicate 11

2-Butanone (mg/kg)04/27/88 Base Sample

2-Butanone (ug/l)04/27/88 Base Sample 21

4-Methyl-2-pentanone (ug/l)04/27/68 Base Sample 2004/27/88 Blind Duplicate 2204/27/88 Base Sample

4-Methylphenol (p-Cresol) (ug/l)12/13/88 Base Sample


Acetone (ug/O04/27/88 Base Sample 5404/27/88 Blind Duplicate 3704/27/88 Base Sample12/12/88 Blind Duplicate12/12/88 Base Sample12/12/88 Re-Analyzed Blind Duplicate --12/13/88 Base Sample 1212/13/88 Base Sample

1311

30

0.013

35

300

0.095 B

661822 B150

460

555825

0.012

10

101026

20

0.012

10102610151001050


Page: 11Date: 06/21/89Time: 12:04:15


LS-04LeachateLS-05

LeachateLS-06

LeachateLS-07

LW-01 LU-02 LW-03 LU-04 DetectionLimit

Aluminum (mg/kg)04/27/88 Base Sample

Aluminum (ug/l)04/27/88 Base Sample04/27/8812/12/8812/12/8812/13/88

Blind DuplicateBase SampleBlind DuplicateBase Sample

Anthracene (mg/kg)04/27/88 Base Sample

Antimony (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/13/88 Base Sample

Arsenic (mg/kg)04/27/88 Base Sample

Arsenic (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/12/88 Base Sample12/12/88 Blind Duplicate12/13/88 Base Sample

Barium (mg/kg)04/27/88 Base Sample

Barium (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/12/88 Base Sample12/12/88 Blind Duplicate12/13/88 Base Sample

Benzo(a)anthracene (mg/kg)04/27/88 Base Sample

21000 P64000 P

188000 P

28 [JP43 [JP70 P

15 F56 P

368 P

141 [JEP423 EP

1450 P

4500 P 4080 P 4430 P 7060 P

9510 P

3530 P4040 P

15600 P

0.7

40 [JP

8.9 F 30 P 28 P 4.4 F

7.4 [JF

3.8 [JN5.2 UN

19 NF

64 P 142 P 154 P 54 P

119 [JEP

81 [JEP88 [JEP

798 P

3.1

25

2525252525

0.42

252543

1.6

1.51.51.61.61.6

0.85

0.850.850.850.850.85

0.42

LERCRA1


Page: 12Date: 06/21/89Time: 12:04:25


LeachateLS-04

LeachateLS-05

LeachateLS-06

LeachateLS-07

LU-01 LU-02 LW-03 LU-04 DetectionLimit

Benzo(a)pyrene (mg/kg)04/27/88 Base Sample

Benzo(b)fluoranthene (mg/kg)04/27/88 Base Sample

Benzo(g,h,i)perylene (mg/kg)04/27/88 Base Sample

Benzo(k)fluoranthene (mg/kg)04/27/88 Base Sample

Benzoic Acid (ug/l)12/13/88 Base Sample

Beryllium (mg/kg)04/27/88 Base Sample

Beryllium (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/12/88 Base Sample12/12/88 Blind Duplicate12/13/88 Base Sample

Calcium (mg/kg)04/27/88 Base Sample

Calcium (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/12/88 Base Sample12/12/88 Blind Duplicate12/13/88 Base Sample

Chloroethane (ug/l)12/13/88 Base Sample

Chromium (mg/kg)04/27/88 Base Sample

300

39 P212 P

332 NP

431000 P460000 P

646000 P

18 P

22 P25 P

3.2 HN

386000 P

166000 P168000 P

225000 P

140

2.3

4.8 X

0.58

4.8 X

38 P 44 P 71 P 15 P

1380 EP 2620 EP 6500 EP 1150 UEP

8.2 P 29 P 67 P 9.8 P

0.42

0.42

0.42

0.42

100

1.1

1.51.51.11.11.1

9.3

9.39.39.39.39.3

50


Page: 13Date: 06/21/89Time: 12:04:35


LS-04LeachateLS-05

LeachateLS-06

LeachateLS-07


Chromium (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/13/88 Base Sample

Chrysene (mg/kg)04/27/88 Base Sample

Cobalt (mg/kg)04/27/88 Base Sample

Cobalt (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/12/88 Base Sample12/12/88 Blind Duplicate12/13/88 Base Sample

Copper (mg/kg)04/27/88 Base Sample

Copper (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/12/88 Base Sample12/12/88 Blind Duplicate12/13/88 Base Sample

Cyanide (ug/l)12/12/88 Blind Duplicate12/13/88 Base Sample


Dichloromethane (ug/l)12/13/88 Base Sample12/13/88 Base Sample

Ethylbenzene (mg/kg)04/27/88 Base Sample04/27/88 Base Sample

24 P60 P175 P

1960 P3790 P

8140 P

143 P541 P

741 P

12

16 P

2.7

64 P 2950 P 704 P 194 P

960 P

195 P195 P

17 [JP

75 P 120 P 299 P 28 P

35 P

19 [JP29 P

106

14 [JP

11

0.013 B

30

0.29 E18

0.42

2.5

3.93.92.52.52.5

3.1

16163.13.13.1

1010

0.006

525

0.0068

LERCRA1


Page: 14

Date: 06/21/89Time: 12:04:46


LeachateLS-04

LeachateLS-05

LeachateLS-06

LeachateLS-07


Ethylbenzene (ug/l)04/27/88 Base Sample04/27/8812/12/8812/12/8812/12/8812/13/88

DilutedBlind DuplicateBase SampleRe-Analyzed Blind DuplicateBase Sample

Fluoranthene (mg/kg)04/27/88 Base Sample

Indeno(1,2,3-cd) pyrene (mg/kg)04/27/88 Base Sample

Iron (mg/kg)04/27/88 Base Sample

Iron (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/12/88 Base Sample12/12/88 Blind Duplicate12/13/88 Base Sample

Lead (mg/kg)04/27/88 Base Sample

Magnesium (mg/kg)04/27/88 Base Sample

Magnesium (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/12/88 Base Sample12/12/88 Blind Duplicate12/13/88 Base Sample

83500 P193000 P

1016000 P

Lead (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/12/88 Base Sample12/12/88 Blind Duplicate12/13/88 Base Sample

24 NF113 NP

403 P

115000 P126000 P

140000 EP

340420 D

208000 P

11 NF

81400 P

220 E13064

40300 P42900 P

87

5.9

0.64

13000 P 22600 P 35700 P 11700 P

93300 P

12 F 27 F 35 P 11 F

97 NF8.8 NF

13 SHF

625 nP 1030 [JP713 [JP

33100 EP33400 EP

105000 EP

13250585025

0.42

0.42

3.6

3.63.63.63.63.6

0.091

2.32.30.910.910.91

133

23002300133133133

LERCRA1schilling Landfill

Summary of Detected Constituents

Page: 15Date: 06/21/89Time: 12:04:58


LS-04LeachateLS-05

LeachateLS-06

LeachateLS-07

LW-01 LW-02 LW-03 LU-04 DetectionLimit

Manganese (mg/kg)04/27/88 Base Sample

109 P 124 P 301 P 124 P

Manganese (ug/l)04/27/88 Base Sample04/27/8812/12/8812/12/8812/13/88


3410 P4250 P

7880 P

2160 P

3660 P3710 P

1630 P

Mercury (mg/kg)04/27/88 Base Sample

Mercury (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/13/88 Base Sample

Nickel (mg/kg)04/27/88 Base Sample

Nickel (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/13/88 Base Sample

Phenanthrene (mg/kg)04/27/88 Base Sample

Phenol (mg/kg)04/27/88 Base Sample04/27/88 Base Sample04/27/88 Base Sample

Phenol (ug/l)04/27/88 Blind Duplicate04/27/88 Base Sample04/27/88 Base Sample12/12/88 Base Sample12/12/88 Blirvd Duplicate12/13/88 Base Sample12/13/88 Base Sample

0.13 CV

NDND1.3 CV

65 P164 P420 P

12 P 45 P 41 P 8.0 UP

30 UP

3.3

2.010

2.4

230520

140

520110130

130

1.7

1.71.71.71.71.7

0.2

0.20.20.2

24

262624

0.42

0.420.812.1

408010010101020

LERCRA1 Schilling LandfillSunmary of Detected Constituents

Page: 16Date: 06/21/89Time: 12:05:08


LS-04LeachateLS-05

LeachateLS-06

LeachateLS-07

LW-01 LU-02 LW-03 LU-04 DetectionLimit

Potassium (mg/kg)04/27/88 Base Sample

Potassium (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/12/88 Base Sample12/12/88 Blind Duplicate12/13/88 Base Sample

Pyrene (mg/kg)04/27/88 Base Sample

Selenium (mg/kg)04/27/88 Base Sample

Silver (ug/l)12/12/88 Blind Duplicate

Sodium (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/12/88 Base Sample12/12/88 Blind Duplicate12/13/88 Base Sample

Tetrachloroethene (mg/kg)04/27/88 Base Sample

Tetrachloroethene (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate04/27/88 Base Sample12/12/88 Blind Duplicate12/12/88 Base Sample

Thallium (mg/kg)04/27/88 Base Sample

Toluene (ug/l)12/13/88 Base Sample

31800 P36900 P

22800 P

64400 P68400 P

47100 P

2123

22400 P

74700 P

30

7720 P5830 P

11 P

26400 P25200 P

1111

724 [JP 719 [JP

24100 P

4.7

0.53 [] 0.83 [J 0.91 [J 0.69 []

377000 P

0.06

0.58 [J 0.55 U

2360

23002300236023602360

0.42

2.1

4.3

18901890189018901890

76

0.006

5513515

25


Page: 17Date: 06/21/89Time: 12:05:18


LS-04LeachateLS-05

LeachateLS-06

LeachateLS-07

LW-01 LU-02 LU-03 LU-04 DetectionLimit

Vanadium (mg/kg)04/27/88 Base Sample

Vanadium (ug/l)04/27/88 Base Sample04/27/8812/12/8812/12/8812/13/88


51 P149 P

429 P

Xylenes/NOS (mg/kg)04/27/88 Base Sample

Xylenes/NOS (ug/l)04/27/88 Base Sample

Zinc (mg/kg)04/27/88 Base Sample

Zinc (ug/l)04/27/88 Base Sample04/27/88 Blind Duplicate12/12/88 Base Sample12/12/88 Blind Duplicate12/13/88 Base Sample


p.p-DDD (mg/kg)04/27/88 Base Sample04/27/88 Base Sample

395 EP1000 EP

2670 P

16 [JP

16

120 EP

11 HEP 15 EP 17 EP 13 EP

11 UP9.7 [JP

39 []P

66 *P

0.021

161 *P 407 *P 32 *P

169 N*P142 N*P

137 P

0.58

0.450.29

2.3

2.32.32.32.32.3

0.006

13

2.6

2.62.62.62.62.6

0.42

0.0790.2


Page: 18Date: 06/21/89Time: 12:05:28

ParameterSample Date LW-05 LU-06 LU-07 LU-08 LU-09 MU-01B MU-02B MU-03A Detection

Limit

Acetone (mg/kg)04/27/88 Base Sample05/20/88 Base Sample05/20/88 Base Sample

Aldrin (mg/kg)04/27/88 Blind Duplicate

Aluminum (mg/kg)04/27/88 Base Sample04/27/88 Blind DuplicateOS/20/88 Base Sample

Aluminum (ug/l)06/07/88 Base Sample06/08/8812/13/8812/14/8812/14/8803/07/8903/07/89

Base SampleBase SampleBase SampleBlind DuplicateBase SampleBlind Duplicate

Antimony (mg/kg)04/27/88 Base Sample

Arsenic (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

Arsenic (ug/l)06/07/88 Base Sample06/08/88 Base Sample12/13/88 Base Sample03/07/89 Base Sample

Barium (mg/kg)04/27/86 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

1.90.12

0.079 B

13400 P

0.031

4740 *P5360 *P

3710 P

5600 P 6890 P

1300 P

368 P

207 P

958 *P216 P

48 NP

50 P 40 P39 P

21 P

7.8 NF 32 NP

6.4 UN

6.2 [JN3.6 BNF

s.7 nr

198 P 122 *P128 *P

108 P

62 P 201 P

1.70.0150.033

0.0098

252525

--639 *P--184 [JP57 UP

21500 P26000 P

2525252525

Not ListedNot Listed

43

1.61.61.6

1.61.61.62.4

0.850.850.85


Page: 19Date: 06/21/89Time: 12:05:38

ParameterSample Date LW-05 LU-06 LU-07 LU-08 LU-09 MU-01B MW-02B MU-03A Detection

Limit

Barium (ug/l)06/07/88 Base Sample06/08/8812/13/8812/14/8812/14/8803/07/8903/07/89


123 UEP

289 EP

377 P

37 UP129 UEP

30 [JP

27 UP26 UP122 BP136 BP

Benzene (ug/l)06/08/88 Base Sample

Beryllium (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

Beryllium (ug/l)06/08/88 Base Sample03/07/89 Base Sample03/07/89 Blind Duplicate

Calcium (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

2.2 P 5.6 EP6.3 EP

2.6 P

1.5 UP 2.4 P

1.9 []P4.8 BP5.7 P

21800 EP 59208240

5120 EP

1140 [JP 5620 P

0.850.850.850.850.85


1.11.11.1

1.51.21.2

9.39.39.3

Calcium (ug/l)06/07/88 Base Sample06/08/8812/13/8812/14/8812/14/8803/07/8903/07/89


54500 P

53300 P

60500 P

22900 P39200 P

--6330 P

--6250 P6310 P10300 P10500 P

9.39.39.39.39.3


Chromium (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

95 P 50 P63 P

27 P

6.2 P 26 P


Page: 20Date: 06/21/89Time: 12:05:51

ParameterSample Date LW-05 LW-06 LW-07 LW-08 LW-09 MW-01B NW-028 MW-03A Detection

Limit

Chromium (ug/l)06/07/88 Base Sample06/08/8812/13/8803/07/8903/07/89

Base SampleBase SampleBase SampleBlind Duplicate

Cobalt (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

Cobalt (ug/l)06/07/88 Base Sample06/08/8812/13/8812/14/8812/14/8803/07/8903/07/89


Copper (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/68 Base Sample

Copper (ug/l)06/08/88 Base Sample12/13/88 Base Sample03/07/89 Base Sample03/07/89 Blind Duplicate

Dichloromethane (mg/kg)05/20/88 Base Sample05/20/88 Base Sample

Ethylbenzene (mg/kg)04/27/88 Base Sample04/27/88 Base Sample04/27/88 Blind Duplicate04/27/88 Base Sample05/20/88 Base Sample

130 P

286 P130 P

2630 P 858 P1030 P

81 P

18 P 54 P

12 UP

a.s BP

136 E*P97 P

6.6 [JP

341 P 53 EP57 EP

37 P

9.4 P 49 P

26 P10.3 BP

18 UP7.7 UP

0.030 B0.076 B

12180140

3300.37

34 E*P

58.8 P67.0 P

50.7 P51.5 P

5556.36.3

2.52.52.5

--6.7 UP--7.1 UP8.0 UP

31.3 BP29.5 BP

3.93.92.52.52.5


3.13.13.1

163.11.61.6

0.0080.016

0.865.15.1140.016

LERCRA1Schilling Landfill

Summary of Detected ConstituentsPage: 21Date: 06/21/89Time: 12:06:04

ParameterSample Date LW-05 LW-06 LW-07 LW-08 LU-09 MW-01B MU-028 MU-03A Detection

Limit

Heptachlor (mg/kg)OS/20/88 Base Sample

Iron (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

Iron (ug/l)06/07/8806/08/8812/13/8812/14/8812/14/8803/07/8903/07/89

Base SampleBase SampleBase SampleBase SampleBlind DuplicateBase SampleBlind Duplicate

Lead (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

Lead (ug/l)06/07/88 Base Sample06/08/88 Base Sample

Base SampleBase Sample

12/13/8812/14/8803/07/8903/07/89

Base SampleBlind Duplicate

Magnesium (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

Magnesium (ug/l)06/07/88 Base Sample06/08/8812/13/8812/14/8812/14/8803/07/8903/07/89


63800 P 22400 *P28800 *P

24800 P

13100 *P

0.03

29900 *P

10900 P

5880 P

3210 P

5370 *P3120 P

159 P 32 *P43 *P

12 F

25 NF 34 P

5.4 NF

4.9 UN

1.3 BWN

8.53.3

FUN

2.2 UN15.9 NF20.2 NF

11500 P 1330 EP1790 EP

547 UP

515 UEP 829 UEP

8210 EP

8410 EP

10400 P

3730 UEP7170 EP

0.013

3.63.63.6

--17000 *P

--13300 P13500 P121000 P131000 P

3.63.63.63.63.6


NotNot

0.0910.0910.091

0.910.910.910.91ListedListed

133133133

.-5390 EP

--5130 EP5080 EP13600 P14300 P

23002300133133133



Page: 22Date: 06/21/89Time: 12:06:14

ParameterSample Date LU-05 LU-06 LU-07 LU-08 LU-09 MW-01B MU-02B MU-03A Detection

Limit

Manganese (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

Manganese (ug/l)06/07/88 Base Sample06/08/8812/13/8812/14/8812/14/8803/07/8903/07/89


Mercury (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate

Nickel (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

Nickel (ug/l)06/07/88 Base Sample06/08/8812/13/8812/14/8812/14/8803/07/8903/07/89


Phenol (mg/kg)04/27/88 Base Sample

Potassium (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

19700 P 24304670

180 P

357 NP 254 NP

0.26 NC0.22 NC

198 P 3234

38 P

11 UP 34 P

34

911 UP 746 [JP944 UP

535 P

251 P

203 P

103 P

164 P

98.4 P

69 P304 P

----

636 P--630 P632 P1380 P1420 P

1.71.71.7

1.71.71.71.71.7


84 P115 P

30 UP33 UP88.3 P99.9 P

799 UP 1270 [JP

0.20.2

242424

242424242435.335.3

26

236023602360

LERCRA1

Schilling LandfillSugary of Detected Constituents

Page: 23Date: 06/21/89Time: 12:06:25


LW-05 LW-06 LW-07 LW-08 LW-09 MW-01B MU-02B MU-03A DetectionLimit

Potassium (ug/l)06/07/8806/08/8806/08/8812/13/8803/07/8903/07/89

Base SampleBase SampleBase SampleBase SampleBase SampleBlind Duplicate

Selenium (mg/kg)04/27/88 Blind Duplicate05/20/88 Base Sample

Silver (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate

Sodium (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

Sodium (ug/l)06/07/88 Base Sample06/08/8812/13/8812/14/8812/14/8803/07/8903/07/89


Styrene (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

Thallium (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

19000 P

10400 P

36600 P9080 P

ND

9390 P7620 P

230023002360236049104910

1.2 UN

7.9 P

13000 P

1.8 SNF

1.2 UP

1340 P1590 P

0.86 U

1300 UP

20600 P

9160 P

18000 P

26000 P11900 P

115.8

0.94 U0.98 [J

0.74 U

0.032

0.79 []

2.12.1

4.34.3

189018901890

..4390 UP

5660 P6390 P9240 P7240 P

18901890189018901890


0.865.10.016



ParameterSample Date LW-05 LW-06 LW-07 LU-08 LU-09 MU-01B MW-02B MU-03A Detection

Limit

Total Suspended Solids (ing/1)03/07/89 Base Sample03/07/89 Blind Duplicate

Vanadium (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

26

Vanadium (ug/l)06/07/88 Base Sample06/08/8812/13/8803/07/8903/07/89

Base SampleBase SampleBase SampleBlind Duplicate

25 EP 20 EP22 EP

13 UEP

11 UP 27 P

7.0 UP

7.4 BP

3.46.1

UPUP

72001000

4.2 [JP

32.9 BP32.9 BP


2.32.32.3

2.32.32.3


Zinc (mg/kg)04/27/88 Base Sample04/27/88 Blind Duplicate05/20/88 Base Sample

178 *P 158 P195 P

177 *P

49 P 178 P

2.62.62.6

Zinc (ug/l)06/07/8806/08/8812/13/8812/14/8812/14/8803/07/8903/07/89

Base SampleBase SampleBase SampleBase SampleBlind DuplicateBase SampleBlind Duplicate

81 E*P

151 N*P

376 P

1000 EP182 N*P

74 EP

38 P56 P347 P388 P

2.62.62.62.62.6


p.p-DDD (mg/kg)04/27/88 Blind Duplicate04/27/88 Base Sample05/20/88 Base Sample

0.0420.057

0.022

0.020.0210.026


Page: 25Date: 06/21/89Time: 12:06:43

ParameterSample Date MU-03B MU-04B MU-05A MW-05B MU-06A MW-06B HW-07A MW-07B Detection

Limit

1,4-Dichlorobenzene (ug/l)12/13/88 Re-Analyzed Base Sample -- -- -- -- 10

Acetone (ug/l)12/13/88 Base Sample -- -- -- -- -- 1012/14/88 Base Sample 12 -- 10

Aluminum (ug/l)06/07/88 Base Sample -- -- -- -- -- -- 35700 P06/07/88 Blind Duplicate06/08/88 Base Sample 5560 *P 109 UP 341 *P 680 *P 4260 P 118 [JP12/13/88 Base Sample -- -- -- -- 1660 P 811 P 21600 P12/13/88 Blind Duplicate -- -- -- -- 1760 P12/14/88 Base Sample 2720 P 151 UP 1460 P 541 P03/07/89 Base Sample -- -- -- -- -- -- 46300 P

Antimony (ug/l)06/08/88 Base Sample -- -- -- -- ND

Arsenic (ug/l)06/07/88 Base Sample -- -- -- -- -- -- 9.1 UN06/07/88 Blind Duplicate06/08/88 Base Sample 4.9 UF -- -- 5.0 [JF 4.5 UN12/13/88 Base Sample -- -- -- " 2.5 [IN 5.7 UN 5.1 [JN12/13/88 Blind Duplicate -- -- -- " 2.1 UN12/14/88 Base Sample 2.2 UN 2.6 UN -- 3.6 [JN03/07/89 Base Sample -- -- -- -- -- -- 3.1 BUN

Barium (ug/l)06/07/88 Base Sample -- -- -- " -- " 256 EP06/07/88 Blind Duplicate06/08/88 Base Sample 114 [JP 40 UEP 37 UP 115 [JP 260 EP 127 UEP12/13/88 Base Sample -- -- -- " 228 EP 154 UP 88 UEP12/13/88 Blind Duplicate -- -- -- -- 228 EP12/14/88 Base Sample 99 UP 34 [JEP 75 UP 116 [JP03/07/89 Base Sample -- -- -- " -- " 428 P

Beryllium (ug/l)06/07/88 Base Sample -- -- -- -- -- " 10 P12/13/88 Base Sample -- -- -- -- 1.6 UP -- 6.0 P03/07/89 Base Sample -- -- -- -- " -- 7.2 P

2.3 UN3.4 UN

104 UEP102 [JEP

88 [JP

10

1010

214 P128 [JP------56 UP--

252525252525

Not Listed

25

1.61.61.62.4

0.850.850.850.850.850.85

Not Listed

1.51.11.2



Page: 26Date: 06/21/89Time: 12:07:02

ParameterSample Date MW-03B MU-04B MU-05A MU-05B MU-06A MU-06B MW-07A MU-07B Detection

Limit


10 P 4.1

Calcium (ug/l)06/07/88 Base Sample06/07/8806/08/8812/13/8812/13/8812/14/8803/07/89

Blind DuplicateBase SampleBase SampleBlind DuplicateBase SampleBase Sample

Carbon disulfide (ug/l)12/14/88 Base Sample

Chloroethane (ug/l)06/08/88 Base Sample12/13/88 Base Sample12/13/88 Blind Duplicate

Chromium (ug/l)06/07/88 Base Sample06/07/8806/08/8812/13/88

Blind DuplicateBase SampleBase Sample

12/13/88 Blind Duplicate12/14/88 Base Sample03/07/89 Base Sample

Cobalt (ug/l)06/07/88 Base Sample06/07/88 Blind Duplicate06/08/88 Base Sample12/13/88 Base Sample12/13/88 Blind Duplicate12/14/88 Base Sample03/07/89 Base Sample

Copper (ug/l)06/07/88 Base Sample06/08/8812/13/8812/14/8803/07/89

Base SampleBase SampleBase SampleBase Sample

34600 P

36300 P

65 E*P

78 P

16 HP

12 [JP

32500 P

21500 P

170 P

5.0 UP

15400 P

9930 P

8.4 UP 44 E*P

442 P

7.9 [JP 13 UP

3.4 []P 29 HP

32 P

57300 P.,

58600 P

--

--

,.695 E*P

f _

261 P

8.5 UP

7.2 UP

31 P

16 UP

..72100 P 36900 P68000 P 46300 P68100 P

..

..

171212

..13 P 11 P7.1 [JP 174 P6.8 UP

--

. -19 UP7.3 UP 11 UP7.1 UP

..33 P

..

49900 P..--

47200 P--

26400 P

--

..

--~ ~

97 P----25 P

----131 P

127 P..--109 P--

103 P

59 P--12 HP--68 P

49000 P49200 P

------

51000 P

13

.,

"

45 P7.0 UP------52 P"

6.0 UP5.5 UP------5.8 UP

..--------

9.39.39.39.39.39.3

Not Listed

5

101010

5555556.3

3.93.93.92.52.52.5

Not Listed

16163.13.11.6


Page: 27Date: 06/21/89Time: 12:07:20

ParameterSample Dat MU-03B MU-04B MW-OSA MU-OSB MU-06A MU-06B MW-07A MU-07B Detection

Limit

Iron (ug/l)06/07/8806/07/8806/08/8812/13/8812/13/8812/14/8803/07/89

Base SampleBlind DuplicateBase SampleBase SampleBlind DuplicateBase SampleBase Sample

Lead (ug/l)06/07/88 Base Sample06/08/8812/13/8812/13/8812/14/8803/07/89

Base SampleBase SampleBlind DuplicateBase SampleBase Sample

Magnes i urn (ug/1)06/07/88 Base Sample06/07/8806/08/8812/13/8812/13/8812/14/8803/07/89


Manganese (ug/l)06/07/88 Base Sample06/07/8806/08/8812/13/8812/13/8812/14/8803/07/89


Mercury (ug/l)06/07/88 Base Sample03/07/89 Base Sample

Mickel (ug/t)06/07/88 Base Sample06/08/88 Base Sample12/13/88 Base Sample12/14/88 Base Sample03/07/89 Base Sample

26100 *P

17400 P

12 F

446 P

5280 P

863 *P

13400 P

6.1 UN 3.1 [JN

16400 EP

16700 EP

1200 P

875 P

48 P

72 P

6980 EP

6360 EP

3280 P

2910 P

84 P

2.5 UF

3.4 [JN

6440 *P

4370 P

6.4 F

6.8 NF

2390 [JEP 11500 EP

3750 [JEP 11000 EP

329 P

764 P

49 P

304 P

293 P

254 P

372 P

172 P

37000 P28300 P28600 P

5.3 NF4.8 UN4.2 UN

92200 EP89300 EP89100 EP

7530 P7320 P7340 P

808 P4290 P

2.6 UN3.1 UN

9910 EP8540 EP

315 P375 P

42 P117 P

159000 P

68500 P

232000 P

25 NF

9.4 NF

55.4 NF

40000 EP

38000 EP

29400 P

5220 P

4630 P

3050 P

ND0.34 CV

184 P

144 P

163 P

4890 P4360 P

6800 P

2.6 UN

9630 EP9730 EP

8320 EP

31 HP

35 UP

3.63.63.63.63.63.6

Not Listed

2.32.30.910.910.91

Not Listed

230023002300133133133

Not Listed

1750 P1760 P

------

1930 P--

1.71.71.71.71.71.7

Not Listed

0.20.2

2626242435.3


Page: 28Date: 06/21/89Time: 12:07:37

ParameterSample Date MW-03B MU-04B MU-05A MW-OSB MW-06A MW-06B MU-07A MU-07B Detection

Limit

Potassium (ug/l)06/07/88 Base Sample06/07/8806/08/8812/13/8803/07/89

Blind DuplicateBase SampleBase SampleBase Sample

Sodium (ug/l)06/07/88 Base Sample06/07/88 Blind Duplicate06/08/88 Base Sample12/13/88 Base Sample12/13/88 Blind Duplicate12/14/88 Base Sample03/07/89 Base Sample

Total Suspended Solids (mg/l)03/07/89 Base Sample

4400 [JP ND 5190 P 7020 P 9440 P

10900 P

13900 P

7500 P

6280 P

9570 P

9800 P

17400 P

19600 P

111000 P161000 P162000 P

Vanadium (ug/l)06/07/88 Base Sample06/07/8806/08/8812/13/8812/13/8812/14/8803/07/89

Zinc (ug/l)06/07/8806/07/8806/08/8812/13/8812/13/8812/14/8803/07/89


Base SampleBlind DuplicateBase SampleBase SampleBlind DuplicateBase SampleBase Sample

11 HP

7.0 UP

88 EP

96 P

3.5 UP

104 E*P

98 N*P

3.4 [JP

4.2 UP

127 EP

204 P

7.6 [JP 20 UP9.3 UP9.1 [JP

288 EP

101 P

126 E*P115 N*P102 N*P

16200 P4200 DP

15500 P21400 P

3.8 UP4.9 []P

103 E*P138 P

9940 P

3040 UP17500 P

20800 P

47400 P

12400 P

900

59 P

26 UP

101 P

418 E*P

455 N*P

912 P

3850 UP4410 UP

4.7 UP4.4 UP

166 E*P27 E*P

43 P

23602360230023604910

9780 P9340 P

------

9360 P--

189018901890189018901890

Not Listed

Not Listed

2.32.32.32.32.32.3

Not Listed

2.62.62.62.62.62.6

Not Listed


Page: 29Date: 06/21/89Time: 12:07:54

ParameterSample Date MU-08A MU-08B SD-1 SD-2 SD-3 SD-4 SD-5 SD-6 Detection

Limit

Acetone (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/25/88 Base Sample04/26/88 Base Sample

Aluminum (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate

Aluminum (ug/l)06/08/88 Base Sample06/08/88 Blind Duplicate12/13/88 Base Sample

Arsenic (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate

Barium (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate

Barium (ug/l)06/08/88 Base Sample06/08/88 Blind Duplicate12/13/88 Base Sample



0.022 B0.020 B

0.017 B

0.024 B0.020 B

3960 P

5460 P 3550 P

150 U*P199 [J*P93 [JP

169 UP

300 P

7.0 F

68 P

72 [JP60 [JP55 [JEP

85 HEP

56 [JP

0.62

0.60

4570 P4390 P

3.5 F

33 [JP

3.5 F3.8 F

45 UP37 UP

3560 P2840 P

2.8 []F

39 [JP

4.9 F2.9 F

16 UP14 UP

2520 P

2.5 [JF

9.7 [JP

0.0130.0130.0140.015

25252525

252525

1.61.61.61.6

0.850.850.850.85

0.850.850.85

0.51

0.51


Page: 30Date: 06/21/89Time: 12:08:07

ParameterSample Date MU-08A MU-08B SD-1 SD-2 SD-3 SD-4 SO-5 SD-6 Detection

Limit

Benzo(b)fluoranthene (mg/kg)04/26/88 Base Sample

Benzo(k)fluoranthene (mg/kg)04/26/88 Base Sample

Beryllium (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate

Beryllium (ug/l)06/08/88 Base Sample12/13/88 Base Sample


Calcium (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate

Calcium (ug/l)06/08/88 Base Sample06/08/88 Blind Duplicate12/13/88 Base Sample

Chromium (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate

Chromium (ug/l)06/08/88 Base Sample12/13/88 Base Sample

0.72 X

0.72 X

2.9 P

0.90 H 0.62 Uo.so n

1.1 UP 1.2 UP1.2 UP

15 P3.2 UP

14 P

544 UP 203 UP212 UP

142 UP

1290 UEP 490 UEP 350 HEP313 UEP

7510 P7900 P7460 P

40100 P

18800 P

6.5 P 10 P6.7 P

3.8 P

8.0 P 8.0 P 12 P8.4 P

23 E*P9.0 UP

13 P24 P

0.51

0.51

1.11.11.11.1

1.51.1

4.1

9.39.39.39.3

9.39.39.3


Page: 31Date: 06/21/89Time: 12:08:18

ParameterSample Date MU-08A MW-08B SD-1 SD-2 SD-3 SD-4 SD-5 SD-6 Detection

Limit


Cobalt (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate

Cobalt (ug/l)06/08/88 Base Sample06/08/88 Blind Duplicate12/13/88 Base Sample

Copper (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate

Cyanide (ug/l)06/08/88 Base Sample

Dichloromethane (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/25/88 Base Sample04/26/88 Base Sample04/26/88 Blind Duplicate04/26/88 Base Sample


Iron (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate

0.70

17 P

9.9 UP

9.3 [JP 4.7 UP3.6 [JP

20 UP8.0 [JP8.1 UP

29 UP

12 UP

13 P

18 P 14 P 20 P18 P

14

0.019 B0.028 B

0.015 B

1.2

0.018 B0.024 B

6.97.5

UPUP

5.9 UP

14 P8.8 P

7.5 P

0.026 B0.084 B

0.029 B

16200 P 20900 P15500 P

12200 P

16100 P 24500 P 33600 P33200 P

0.51

2.52.52.52.5

3.93.92.5

3.13.13.13.1

10

0.0060.0060.0070.0070.0070.008

0.51

3.63.63.63.6

LERCRA1


Page: 32Date: 06/21/89Time: 12:08:31


MU-08A MW-08B SO-1 SD-2 SD-3 SD-4 SD-5 SD-6 DetectionLimit

Iron (ug/l)06/08/88 Base Sample06/08/88 Blind Duplicate12/13/88 Base Sample

Lead (mg/kg)04/25/88 Base Sample04/25/8804/26/8804/26/88

Blind DuplicateBase SampleBlind Duplicate

Lead (ug/l)06/08/88 Base Sample06/08/88 Blind Duplicate12/13/88 Base Sample

Magnesium (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate

Magnesium (ug/l)06/08/88 Base Sample06/08/88 Blind Duplicate12/13/88 Base Sample

Manganese (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate

Manganese (ug/l)06/08/88 Base Sample06/08/88 Blind Duplicate12/13/88 Base Sample


16800 *P16800 *P16500 P

547 P

13900 P

2.4 UF1.3 UN

4450 HEP4650 HEP4990 [JEP

524 P525 P467 P

10 N*F 12 N*F10 N*F

5.8 N*F

14 F 8.9 F

2.3 UN

1.4 UN

1030 UP 1040 UP

5130 EP

5010 EP

107 P 895 P

655 P

885 P

11 F9.8 F

563 UEP 641 UEP539 HEP

394 UEP

787 HP851 UP

312 *P 294 *P299 *P

238 *P

118 P86 P

1.4 CV

3.63.63.6

0.0910.0910.0910.091

2.32.30.91

133133133133

23002300133

1.71.71.71.7

1.71.71.7

0.2



Page: 33Date: 06/21/89Time: 12:08:42

ParameterSample Date MU-08A MU-08B SD-1 SD-2 SD-3 SD-4 SO-5 SD-6 Detection

Limit

Nickel (mg/kg)04/25/88 Blind Duplicate04/25/88 Base Sample04/26/88 Base Sample04/26/88 Blind Duplicate

Nickel (ug/l)06/08/88 Base Sample12/13/88 Base Sample


Potassium (ug/l)06/08/88 Base Sample12/13/88 Base Sample

Pyrene (mg/kg)04/26/88 Base Sample


Sodium (ug/l)06/08/88 Base Sample06/08/88 Blind Duplicate12/13/88 Base Sample

Vanadium (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate

Vanadium (ug/l)06/08/88 Base Sample12/13/88 Base Sample

Zinc (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate

17 P6.78.8

HPUP

14 P 14 P 13 P10 UP

74 P313 P

15800 P

0.54

2860 UP

O.94

0.70 U

7450 P7520 P9940 P

12900 P

8230 P

8.6 HE 9.3 HE6.6 HE

5.9 HE

9.8 HE 9.2 HE 17 EP14 UEP

15 UP2.8 UP

3.9 UP

56 P 37 P30 P

23 P

69 *P 46 *P 45 *P52 *P

5.4242424

2624

0.51

23002360

0.51

2.1

189018901890

2.32.32.32.3

2.32.3

2.62.62.62.6


Page: 34Date: 06/21/89Time: 12:08:59

ParameterSample Date MU-08A MW-08B SD-1 SD-2 SD-3 SD-4 SO-5 SO-6 Detection

Limit

Zinc (ug/l)06/08/88 Base Sample06/08/88 Blind Duplicate12/13/88 Base Sample

46 EP60 EP82 N*P

102 E*P

48 P

2.62.62.6

LERCRA1


Page: 35Date: 06/21/89Time: 12:09:04


SS-01 SS-02 SS-03

SS-08 DetectionLimit

Acetone (mg/kg)04/25/88 Base Sample04/25/88 Base Sample04/25/88 Blind Duplicate04/25/88 Base Sample

Aluminum (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample

Arsenic (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample

Barium (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample

Beryllium (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample

Calcium (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample

Chromium (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample

Cobalt (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample

0.029 B

3300 P

11 F

69 P

0.83 U

234 UP

6.0 P

0.020 B

8240 P

3.8 F

26 UP

0.43 [J

19 UP

9.1 P

4780 P

7.7 UP 3.5 UP

I.OP

»•"

6.1 P

0'.016 B

278 V

5.3 P

0.025 B

3370 P

""'

• 4 t l p

0

0.041 B

11700 P

7.7 F

49 D

67 P

720 HP

14 P

8.2 UP

4.2 HP

0.0110.0120.0120.013

25

25

1-61.61-6

0.850.850.85

1.1

9.3

9.3

2.5'


Page: 36Date: 06/21/89Time: 12:09:28

ParameterSample Date SS-01 SS-02 SS-03 SS-04 SS-05 SS-06 SS-07 SS-08 Detection

Limit

Copper (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample

Dichloromethane (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample

Iron (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample

Lead (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample

Magnesium (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample

Manganese (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample


Potassium (mg/kg)04/25/88 Blind Duplicate04/25/88 Base Sample


16 P

0.019 B

12000 P

9.8 N*F

336 [JEP

31 *P

12 P

0.029 B

14800 P

9.7 N*F

645 [JEP

34 *P

6.2 UP 6.2 UP

8.2 P

0.010 B

9790 P

6.4 N*F

308 [JEP

19 *P

22 P

0.014 B

35900 P

11 N*F

575 [JEP

65 *P

11 P

577 [JP

12 P12 P

0.013 B0.018 B

6290 P4710 P

13 N*F13 N*F

119 [JEP95 [JEP

5.1 *P4.1 *P

672 HP

0.62 [J

7.7 P

0.013 B

10600 P

11 N*F

135 HEP

31 *P

7.8 P

0.010 B

10300 P

5.7 F

394 UP

77 P

175 P

0.026 B

27200 P

12 N*F

1200 [JEP

122 *P

12 P

3.13.13.1

0.0060.0060.006

3.63.63.6

0.0910.0910.091

133133133

1.71.71.7

5.424

511538

0.52

LERCRA1


Page: 37Date: 06/21/89Time: 12:09:52


SS-01 SS-02 SS-03 SS-04 SS-05 SS-06 SS-07 SS-08 DetectionLimit

Sodium (mg/kg)04/25/88 Base Sample

Vanadium (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample

Zinc (mg/kg)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample


11 HEP

19 P

0.41 B

14 EP

30 P

0.43 B

9.9 HE

19 P

16 EP

46 P

8.2 HE6.5 HE

11 P8.5 P

295 UP

5.3 HE

16 P

295

6.7 HE

21 *P

22 EP

46 P

2.32.32.3

2.62.62.6

0.39


Page: 38Date: 06/21/89Time: 12:10:07


Limit

Aluminum (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate

Arsenic (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate

Barium (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate



Beryllium (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate

Calcium (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate

Chromium (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate


Cobalt (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate

Copper (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate

2720 P

4.0 F

33 UP

1.2 P

268 UEP

3.3 P

5.8 HP

4.7 UP

10100 P

6.3 F

40 UP

6.5 P

501 [JEP

11 P

4.9 [JP

17 P

3810 P4150 P

3.7 F3.0 F

91 P93 P

0.96 U1.1 P

570 HEP658 UEP

4.5 P5.2 P

7.6 UP7.2 UP

7.5 P8.0 P

2210 P

6.2 F

13 UP

0.77 U

106 UP

3.8 P

1.9 UP

7.4 P

10600 P

7.2 F

51 P

9170 P

5.4 P

431 [JEP

12 P

4.7 [JP

17 P

7.2 SF

36 UP

0.44 []

102 [JP

10 P

5.3 HP

11 P

4480 P

3.6 F

31 UP

0.67

0.54

7.1 P

654 UP

6.3 P

0.92

15 P

12 P

3730 P

2.5 F

24 UP

0.64 [J

84 UP

6.8 P

3.6 [JP

9.1 P

2525

1.61.6

0.850.85

0.37

0.37

1.11.1

9.39.3

0.37

2.52.5

3.13.1

LERCRA1


Page: 39Date: 06/21/89Time: 12:10:30



Dichloromethane (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate


Iron (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate

Lead (mg/kg)04/26/88 Base Sample04/26/88 Base Sample04/26/88 Blind Duplicate

Magnesium (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate

Manganese (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate

Mercury (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate

Nickel (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate04/26/88 Base Sample



Pyrene (mg/kg)04/26/88 Base Sample04/26/88 Base Sample

0.010 B 0.012 B

6590 P 20700 P

8.4 F

31 P

6.4 UP

12 F

150 UP 111° »p

197 P

12 P

0.013 B0.010 B

7340 P8010 P

11 F

9.9 F

394 [IP444 UP

627 P606 P

0.11 CV0.098 C

7.4 HP9.3 P

0.016 B _0.011B _0.021B

5.7 N*F

186 [JEP

31 *P

0.98

722Q P 20800 P 1*800 P 12500 P

12 F

148 P

8.9 UP

0.66

0,69

111 *P 166 *P

8.9 UP

8.9 UP

699 UP

0.50

8210 P

>.8 N*F 8.6 N*F 17 N*F

1130 UP 804 UEP 518 HEP *« HEP

65 *P

0.0060.006

0.4

3.63.6

0.0910.910.91

133133

1.71.7

0.090.09

5.45.45.6

0.4

527

0.370.4

LERCRA1


Page: 40Date: 06/21/89Time: 12:10:51



Selenium (mg/kg)04/26/88 Base Sample04/26/88 Base Sample04/26/88 Base Sample

Vanadium (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate

Zinc (mg/kg)04/26/88 Base Sample04/26/88 Blind Duplicate

0.55 U0.55 U

4.7 HE 20 EP

14 *P 33 *P

5.9 HE6.7 HE

31 *P32 *P

5.4 HE 21 EP

12 P 34 *P

15 EP

35 P

0.71 U

11 HEP

32 P

7.3 UE

27 P

0.50.510.52

2.32.3

2.62.6

LERCRA1


Page: 41Date: 06/21/89Time: 12:11:05



Acetone (mg/kg)03/07/89 Base Sample03/07/89 Base Sample

Aluminum (mg/kg)04/26/88 Base Sample03/07/89 Base Sample

Arsenic (mg/kg)04/26/88 Base Sample03/07/89 Base Sample

Barium (mg/kg)04/26/88 Base Sample03/07/89 Base Sample

Beryllium (mg/kg)04/26/88 Base Sample03/07/89 Base Sample

Calcium (mg/kg)04/26/88 Base Sample03/07/89 Base Sample

Chromium (mg/kg)04/26/88 Base Sample03/07/89 Base Sample

Cobalt (mg/kg)04/26/88 Base Sample03/07/89 Base Sample

Copper (mg/kg)04/26/88 Base Sample03/07/89 Base Sample

Dichloromethane (mg/kg)04/26/88 Base Sample04/26/88 Base Sample04/27/88 Base Sample03/07/89 Base Sample03/07/89 Base Sample

0.013 B

6480 P

2.8 F

27 UP

1.8 P

178 UEP

8.9 P

13 P

16 P

0.013 B

5930 P 4270 P

3.2 UF 3.6 f

59 UP 37 UP

1.7 UP

1110 HEP 246 UEP

6.8 P

11 UP

0.051 B

5.9 P

9.3 UP

7790 P

6.6 UP 5.4 UP

0.017 B

5.2 F

47.1 BP

0.88 BP

301 BP

19.7 P

27.3 P

12.6 P

3880 P

2.6 F

0.011 B

6.6 P

5890 P

8.6 F

15.8 BP 43.8 BP

0.029 B

0.017 B

6160 P

3.7 F

30.1 BP

0.74 BP

58.7 BP 153 BP

9 P

4.3 BP

2.4 BP 11-7

166 BP

0.0120.013

254370 P Not Listed

1.62.0 BF Not Listed

0.8517.1 BP Not Listed

1.1Not Listed


6 7 p 4.4 P Not Listed

3.1 BP

3.9 BP

0.027 B 0.018 B



0.0060.0150.006

0 019 B O-0060.007

LERCRA1


Iron (mg/kg)04/26/88 Base Sample03/07/89 Base Sample

Lead (mg/kg)04/26/88 Base Sample03/07/89 Base Sample

Magnesium (mg/kg)04/26/88 Base Sample03/07/89 Base Sample

Manganese (mg/kg)04/26/&8 Base Sample03/07/89 Base Sample

Mercury (rug/kg)03/07/89 Base Sample



Selenium (mg/kg)04/26/88 Base Sample03/07/89 Base Sample

Vanadium (mg/kg)04/26/88 Base Sample03/07/89 Base Sample

Zinc (mg/kg)04/26/88 Base Sample03/07/89 Base Sample

SS-17

8.7 F

1270 P

387 P

14 P

779 HP

0.54 H

14 EP

64 *P

SS-18

31300 P 13700 P

8.2 F

431 P

10 HP

SS-19

12200 P

8.8 f

833 UP 689 UP

29 *P

534 P

8.4 UP

ing Landfilltected Constituents

SS-20 SS-21 SS-22

23700 P 11000 P 16600 P

27.3 F 10.6 F 13 F

740 BP 147 BP 779 BP

730 P 13.1 P 84.8 P

1.7 CV

13.1 P " 14-9 P

..

0.41 BU

Page: 42Date: 06/21/89Time: 12:11:33

SS-23 SS-24 DetectionLimit

3.69370 P 5730 P Not Listed

0.09114.8 F 9.3 F Not Listed

133528 BP 263 BP Not Listed

1.751.5 p 15.2 P Not Listed

0.13

5.49.3 BP -- Not Listed

562

0.52Not Listed

9.1 HE 9.3 HE

28 *P

17.1 P

71.9 P

10 BP

23 P

2.312.3 p 9.6 BP 6.9 BP Not Listed

2.640.4 P 45.6 P 23.8 P Not Listed


Page: 43Date: 06/21/89Time: 12:12:01


Limit



Anthracene (mg/kg)03/07/89 Base Sample



Benzo(a)anthracene (mg/kg)03/07/89 Base Sample03/07/89 Diluted

Benzo(a)pyrene (mg/kg)03/07/89 Base Sample03/07/89 Diluted

Benzo(b)fluoranthene (mg/kg)03/07/89 Base Sample03/07/89 Diluted

Benzo(g,h,i)perylene (mg/kg)03/07/89 Base Sample03/07/89 Diluted

Benzo(k)fluoranthene (mg/kg)03/07/89 Base Sample03/07/89 Diluted


0.012 B 0.025 B

6450 P6980 P

3.1 F4 F

61.5 P64.1 P

4440 P

2.4 BF

47.6 BP

3890 P 10400 P 5980 P 5270 P 6940 P

17.1 BP

2.5 BF

91.7 P

4.1 F

31.7 BP

3.8 F

39.7 BP

1.8 BUF

103 P

0.87 BP0.88 BP

1.8 P 1.1 BP 1.3 P 0.46 BP 1 BP 1.7 P

8630 P

2.1

22.1 F

132 P

117.9 D

118.2 D

9.56.9 D

3.93.0 D

7.85.9 D

1.7 P

0.012


0.79



0.792

0.792

0.792

0.792

0.792



Page: 44Date: 06/21/89Time: 12:12:17


Limit



Chrysene (mg/kg)03/07/89 Base Sample03/07/89 Diluted

290 BP311 BP

8 P7.5 P

655 BP

6.3 P

40.1 BP

4.7 P

239 BP

9 P

344 BP

6.9 P

481 BP

8 P

440 BP

5.3 P

29800 P

10.6 P

118.3 D



0.792



Dibenzo(a,h) anthracene (mg/kg)03/07/89 Base Sample

Dichloromethane (mg/kg)03/07/89 Base Sample03/07/89 Base Sample03/07/89 Blind Duplicate

Fluoranthene (mg/kg)03/07/89 Base Sample03/07/89 Diluted

9.3 BP9.6 BP

3 BP7.6 p

0.023 B0.019 B

11.3 BP

6 BP

0.013 B

5.6 BP

2.4 BP

0.014 B

10.6 BP

4.8 BP

0.023 B

2.8 BP

4.4 BP

6.8 BP 10.1 BP

7.1 P

0.020

2.3 BP

9.9 BP Not ListedNot Listed

19.6 P Not ListedNot Listed

1.2

0.031 B

16 E15 D

0.79

0.0050.0060.006

0.792

Indeno(1,2,3-cd) pyrene (mg/kg)03/07/89 Base Sample03/07/89 Diluted


10300 P10600 P

8890 P 13300 P 9340 P 11400 P 16600 P 5040 P

4.83.9 D

19000 P

0.792



Page: 45Date: 06/21/89Time: 12:12:34


Limit

Lead (mg/kg)03/07/89 Base Sample03/07/89 Blind Duplicate

Magnesium (mg/kg)03/07/89 Base Sample03/07/89 BIi nd Dupli cate



Nickel (mg/kg)03/07/89 Base Sample03/07/89 Blind Duplicate


Pyrene (mg/kg)03/07/89 Base Sample03/07/89 Diluted



12.9 F13 F

798 BP867 BP

704 P715 P

8.6 BP11.6 P

11.4 P11.9 BP

43.9 P46.8 BP

17.5 F

638 BP

521 P

15.9 P

8.2 BP

49.1 P

3.3 F

597 BP

332 P

6.4 BP

45.5 BP

11.8 F

949 BP

715 P

16.3 P

12.8 P

53.3 P

6.5 F

729 BP

154 P

8 BP

36.6 P

6.3 F

503 BP

224 P

12.2 P

14 P

33.8 P

14.7 F

419 BP

1210 P

0.88 CV

8 BP

35.6 P

21.6 P

4160 P

569 P

17.1 P

7.7

13 E12 D

16.3 P

75.6 P




Not Listed


0.79

0.792




Page: 46Date: 06/21/89Time: 12:13:00

ParameterSample Date SS-33 SS-34 SS-35 SW-01 SU-02 SU-03 SW-04 SU-05 Detection

Limit



Aluminum (ug/l)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate12/12/88 Base Sample



Barium (ug/l)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate12/12/88 Base Sample


Beryl Mum (ug/l)04/25/88 Base Sample04/25/8804/26/8804/26/8812/12/88


0.029 B

5470 P 6260 P 6300 P5120 P

2.8 F

66 P

3.4 F

104 P

0.38 BP 0.89 BP

2.6 F2.6 F

79.5 P65.7 P

0.84 BP0.68 BP

1420 P

791 P

19 HP

108 [JP

5070 P6260 P20400 P

546 P

596 P

1200 P1190 P

2770 P

54 [JEP

47 HEP

57 [JEP

56 [JEP

2.9 HP

3.2 UP

1.7 [JP

32 HEP33 [JEP28 [JEP

43 HEP

27 [JEP

4.6 UP4.6 UP9.5 P

36 [JEP35 HEP

28 [JEP

2.5 UP3.0 UP

3.2 UP

0.013


2525252525



0.850.850.850.850.85


1.51.51.51.51.1


Page: 47Date: 06/21/89Time: 12:13:16

ParameterSample Date SS-33 SS-34 SS-35 SU-01 SU-02 SU-03 SU-04 SU-05 Detection

Limit


Calcium (ug/l)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate12/12/88 Base Sample



Cobalt (ug/l)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate12/12/88 Base Sample


Copper (ug/l)04/26/88 Base Sample



452 BP 675 BP

6.7 P

7.2 BP

7.1 P

6.8 BP

5.2 BP 6 BP

0.018 B 0.027 B

403 BP324 BP

6.8 P5.9 P

11.1 BP9.6 BP

5.7 BP5 BP

0.018 B

6260 P 7330 P 6710 P6520 P

20200 P

25200 P

37900 P

44500 P

33500 P34500 P53300 P

14000 P

23200 P

21600 P21200 P

41100 P

4.4 [JP

12 UP

22 [JP21 UP67 P 5.8 UP

8.6 UP8.4 UP

28 UP

18 [JP


9.39.39.39.39.3



3.93.93.93.92.5


16

0.006



Page: 48Date: 06/21/89Time: 12:13:32

ParameterSample Date SS-33 SS-34 SS-35 SU-01 SU-02 SU-03 SU-04 SU-OS Detection

Limit

Iron (ug/l)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate12/12/88 Base Sample

Lead (mg/kg)03/07/89 Base Sample03/07/89 Blind Duplicate

Lead (ug/l)04/26/88 Base Sample12/12/88 Base Sample

Magnesium (mg/kg)03/07/89 Base Sample03/07/89 Blind Duplicate

Magnesium (ug/l)04/25/88 Base Sample04/25/8804/26/8804/26/8812/12/88



Manganese (ug/l)04/25/88 Base Sample04/25/8804/26/8804/26/8812/12/88


Mercury (ug/l)04/25/88 Base Sample

14.4 F 14.1 F 13.5 F12.2 F

536 BP 511 BP 510 BP341 BP

2580 P

1470 P

1790 P

3870 P

9620 P10600 P27800 P

23 HP

154 P

1380 P1370 P

445 P

3.2 UN2.9 [JN 1.4 [JN 1.7 UN 1.2 [JN 329 NP

15400 P

22800 EP

35600 P

43700 EP

27800 P28700 P37100 EP

9260 P

14000 EP

14200 P13900 P

25400 EP

536 P 993 P 979 P876 P

40 P

173 P

1130 P

1150 P

1220 P1260 P4350 P

185 P

271 P

ND

719 P678 P

2350 P

3.63.63.63.63.6


2.30.91


2300230023002300133


1.71.71.71.71.7

0.2


Page: 49Date: 06/21/89Time: 12:13:44

ParameterSample Date SS-33 SS-34 SS-35 SU-01 SU-02 SU-03 SU-04 SU-05 Detection

L i m i t

Nickel (ug/l)04/26/88 Blind Duplicate12/12/88 Base Sample

Potassium (ug/l)04/26/88 Base Sample04/26/88 Blind Duplicate12/12/88 Base Sample

Sodium (ug/l)04/25/88 Base Sample04/25/88 Blind Duplicate04/26/88 Base Sample04/26/88 Blind Duplicate12/12/88 Base Sample


Vanadium (ug/l)12/12/88 Base Sample


Zinc (ug/l)04/25/8804/25/8804/26/8804/26/8812/12/88

Base SampleBlind DuplicateBase SampleBlind DuplicateBase Sample

9 BP 11.2 BP

38 UP

..

17300 P

27600 P

10.8 BP8.6 BP

--

4270 UP

2650 UP

62800 P

112000 P

--

32 UP94 P

2870 UP3660 UP

37400 P38600 P45100 P

--

6.6 UP

34.3 P 32.8 P 48.4 P33 P

97 EP

191 N*P

17 [JEP

97 N*P


3.9 UP

63 EP76 EP270 N*P

4790 HP

5850 P

56 EP

43 N*P

34 [JP

11700 P11100 P

20300 P

4.6 [JP

55 EP51 EP

121 N*P

0.45 B

2624

236023602360

18901890189018901890


2.3


2.62.62.62.62.6

0.4


Page: 50Date: 06/21/89Time: 12:14:03

ParameterSample Date SU-06 Detection

Limit

Aluminum (ug/l)04/25/88 Base Sample12/12/88 Base Sample12/12/88 Blind Duplicate

Barium (ug/l)04/25/88 Base Sample12/12/88 Base Sample12/12/88 Blind Duplicate

Beryllium (ug/l)04/25/88 Base Sample12/12/88 Base Sample12/12/88 Blind Duplicate

Calcium (ug/l)04/25/88 Base Sample12/12/88 Base Sample12/12/88 Blind Duplicate

Cobalt (ug/l)04/25/88 Base Sample12/12/88 Base Sample12/12/88 Blind Duplicate

Iron (ug/l)04/25/88 Base Sample12/12/88 Base Sample12/12/88 Blind Duplicate

Lead (ug/l)12/12/88 Blind Duplicate

Magnesium (ug/l)04/25/88 Base Sample12/12/88 Base Sample12/12/88 Blind Duplicate

Manganese (ug/l)04/25/88 Base Sample12/12/88 Base Sample12/12/88 Blind Duplicate

1470 P3460 P3470 P

34 UEP28 UEP28 HEP

3.0 UP3.2 UP3.2 UP

21200 P38000 P37400 P

9.8 HP31 HP30 UP

1210 P1130 P1180 P

2.2 UN

13900 P23500 EP23200 EP

754 P2090 P2060 P

252525

0.850.850.85

1.51.11.1

9.39.39.3

3.92.52.5

3.63.63.6

0.91

2300133133

1.71.71.7



ParameterSample Date SU-06 Detection

Limit

Mercury (ug/l)04/25/88 Base Sample

Nickel (ug/l)12/12/88 Base Sample12/12/88 Blind Duplicate

Sodium (ug/l)04/25/88 Base Sample12/12/88 Base Sample12/12/88 Blind Duplicate

Vanadium (ug/l)12/12/88 Base Sample12/12/88 Blind Duplicate

Zinc (ug/l)04/25/88 Base Sample12/12/68 Base Sample12/12/88 Blind Duplicate

ND

57 P46 P

10900 P18700 P17600 P

5.8 UP5.0 UP

59 EP167 N«P122 N*P

0.2

2424

189018901890

2.32.3

2.62.62.6

BIO. BMDP STATISTICAL OUTPUT

Explanation for Variable Names Used as InputInto BMDP Statistical Software

[METALS]

Abbrevation Constituent Name

Al Aluminum

As Arsenic

Ba Barium

Be Beryllium

Ca Calcium

Co Cobalt

Cr Chromium

Cu Copper

Fe Iron

Hg Mercury

K Potassium

Mg Magnesium

Mn Manganese

Na Sodium

Ni Nickel

Pb Lead

Sb Antimony

Se Selenium

V Vanadium

Zn Zinc

Explanation for Variable Names Used as InputInto BMDP Statistical Software

[ORGANICS]

Abbreviation Constituent Name

12 dCEa 1,2-Dichloroethane

Acetone Acetone

BzoaAnth Benzo (a) Anthracene

BzoaPyr Benzo (a) Pyrene

BzobFluA Benzo (b) Fluoranthene

BzokFluA Benzo (k) Flouranthene

CEthane Chloroethane

Chrysene Chrysene

EBnzene Ethylbenzene

FlurAnth Fluoranthene

Penathrn Phenanthrene

Phenol Phenol

Pyrene Pyrene

b2EPtht bis (2-Ethylhexyl) Phthalate

dCMthane Dichloromethane/Methylene Chloride

Screen Output K i l l be written to file SOIH2X.OUT

BXOP Instructions Kill be read frn file SOIX2X.IN

PAGE 1 BHOP2X

BXOP2X - CLUSTER ANALYSIS OF CASESCopyright 1917, 1979, 1981, 1982, 1983, 1985, 1387, 1988

SHOP Statistical SoftKare, Inc.

BHOP Statistical Software, Inc.1440 Sepulveda Blvdlos Angeles, CA 90025 USA

Phone (213) 479-7799Fax (213) 312-0161Telex 4972934 BHOP HI

Statistical Software, ltd.Cork Technology Park, Model Fan RdCork, Ireland

Phone +353 21 542722Fax +353 21 542822Telex 75559 SSHL El

Version: 1988 (IBK PC/DOS)Kanual: BHOP Xanual Vol. 1 (August, 1988); Vol. 2 (Oecenber, 1558),

Use 1983 or 1985 edition until 1988 becoies available.Digest: 8HDP User's Digest (4th edition), plus addendun.

Updates: State NEKS, in the PRINT paragraph for sumiary of m features.

OATE:06/02/89 AT 11:28:11

PROGRAH INSTRUCTIONS

/INPUT VARIABLES ARE 21.TITLE IS 'Schilling Soil Hetals'.FORHAT IS FREE.FILE IS 'SCHSOIH.TXT1.RECLENGTH : 291.

/VARIABLENAHES ARE A,3;A],As,ia,§e,Ca,Co,Cr,Cu,Fe,!)g,Hg,Xn,Na,Ni,Pb,Sb,Se,V,Zn.LABEL : U.

/proclink = cent.

/END

PROBLEX TITLE IS"Schilling Soil Xetals

NUHBER OF VARIABLES TO READ IS 21NUHBER OF VARIABLES ADDED BY TRANSFORXATIONS. . 0TOTAL NUHBER OF VARIABLES 21CASE FREQUENCY VARIABLECASE HEIGHT VARIABLECASE LABELING VARIABLES . . . .' A BNUXBER OF CASES TO READ III TO ENDHISSING VALUES CHECKED BEFORE OR AFTER TRANS. . NEITHERBLANKS ARE HISSINGINPUT FILE. . .SCHSOIM.TXTREKINO INPUT UNIT PRIOR TO READING. , DATA. . . YESNUHBER OF IORDS OF DYNAHIC STORAGE 16298

VARIABLES TO BE USED3 Al 4 As 5 Ba 6 Be 7 Ca9 Co 9 Cr 10 Cu 11 Fe 12 Kg13 Kg 14 Xn 15 Na 16 Hi 17. Pb18 Sh 19 Se 20 V 21 Zn

INPUT FORXAT ISFREE

MAXIMUM LENGTH DATA RECORD IS 291 CHARACTERS.

NUKBER OF CASES READ 61PRINT DISTANCE HATRIK NOTYPE OF TREE PRINTED VERTICALCALCULATING PROCEDURE SUX-SQRSTANDARDIZATION OF INPUT DATA YESAMALGAMATION RULE CENTROIDPAGE 2 BKDP2N Schilling Soil Xetals

DETAILS OF THE AKALGAHATION (CLUSTERING) PROCESS

FOR EACH AMALGAMATION, THE FQLLOHING ARE PRINTED

- THE DISTANCE BETKEEN THE TW CLUSTERS JOINED

-- THE CASE NUXBERS FOR THE 'BOUNDARIES' OF THE NEKLYFORNED CLUSTER AS GIVEN IN THE CLUSTER TREE HHICHFOLLOMS THESE DETAILS

- THE NUMBER OF CASES IN THE CLUSTER (SUX OF THECASE HEIGHTS FOR THE CLUSTER IF CASE HEIGHTVARIABLE IS SPECIFIED)

-- THE (HEIGHTED) AVERAGES OF THE VARIABLES FOR THE CLUSTER(DIFFERENCES BETKEEN CLUSTERS CAN BE DESCRIBED INTERMS OF THOSE VARIABLES HHOSE MEANS DIFFER MOST8ETVEEN THE CLUSTERS)

AMALGAMATION SUM OFORDER DISTANCE CASES FREQUENCIES

AVE. 3 4HEIGHT Al As 1

13 14

5!a !

15

! 7 8 9 10 11 129e Ca Co Cr Cu Fe Kg

16 17 18 19 20 21Mg Hn Na Ni Pb Sb Se \

1

2

3

4

5

6

7

8

9

10

11

12

13

14

0.262

0.420

0.479

0.455

0.503

0.585

0.571

0.595

0.603

0.603

0.612

0.647

0.645

0.753

35

37

29

"30

60

36

28

32

61

54

38

43

39

40

34

33

22

22

58

22

22

22

58

47

24

39

25

22

2.000

2.000

2.000

3.000

2.000

4.000

5.000

6.000

3.000

2.000

2.000

2.000

3.000

7,000

1.000 -0.586-0.336

1.000 2.0360.132

1.000 -1.119-0.439

1.000 -1.025-0.411

1.000 0.198-0.267

1.000 -1.097-0.431

1.000 -1.093-0.452

•1.000 -1.095-0.463

1.000 0.093-0.307

1.000 0.275-0.196

1.000 1.359-0.132

1.000 -0.423-0.213

1.000 -0.3(7-0.279

1.000- -1.037

-3.485-0.044-0.168-0.21!-0.508-0.232-0.465-0.240-0.546-0.009-0.404-0.248-0.441-0.255-0.439-0.258-0.5490.026-0.434-0.245-0.285-0.257•0.462-0.148-0.505-0.191-0.457

0.778-0.251-0.280-0.245-1.093-0.240-1.046-0.2450.3400.001-1.039-0.250-1.017-0.250-0.942-0.2500.2870.007-0.6120.006-0.610-0.245-0.542-0.253-0.655-0.251-0.917

-0.298-0.2930.054-0.210-0.343-0.382-0.337-0.387-0.328-0.285-0.332-0.393-0.333-0.392-0.325-0.388-0.326-IL286-0.344-0.275-0.340-0.325-0.088-0.281-0.172-0.316-0.325

-0.264-0.293-0.295-0.216-0.375-0.394-0.369-0.439-0.303-0.151-0.369-0.461-0.371-0.402-0.365-0.401-0.310-0.148-0.339-0.283-0.379-0.327-0.298-0.379-0.327-0.417-0.367

-3.269-0.456-0.274-0,429-0.275-0.420-0.275-0.441-0.2670.390-0.276-0.465-0.277-0.461-0.276-0.459-0.2660.411-0.2780.408-0.275-0.420-0.260-0.456-0.267-0.453-0.276

-0,469-0.289-0.064-0.253-0.548-0.280-0.539-0.290-0.381-0.433-0.538-0.301-0.518-0.301-0.526-0.293-0.371-0.432-0.350-0.429-0.183-0.289-0.393-0.1S5-0.393-0.231-0.501

1 Zn-0.344-1.021-0.1921.727

-0.346-1.156-0.345-1.085-0.387-0.537-0.346-1.112-0.332-1.086-0.342-1.127-0.384-0.408-0.403-0.537-0.2830.566

-0.328 :-0.276-0.331-0.292-0.339

-0.318-0,4330,443-0.401-3,459-0.621-0.494-0.614-0.942-0.399-0.586-0.645-0.559-0.667-0.703-0.674-0.931-0.322-0,556-0.282-0.131-0.417-0.367-0.456-0.449-0.514-0.712

-0.302

-0.324

-0.264

-0.270

-0.299

-0.290

-0.295

-0.299

-0.281

-0.299

-0.304

-0.321

-0.321

-0.296

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46 '

47

.0.761 55 46

0.770 20 16

0.781 58 49

0.826 22 21

0.884 19 16

0.887 59 49

0.904 41 26

0.951 51 47

0.931 47 42

0.938 49 42

0.951 52 48

0.963 15 9

1.015 48 21

1.044 25 21

1.131 9 1

1.059 4 1

1.169 26 17

1.179 46 42

1.186 42 1

1.243 21 16

1.334 50 1

1.512 24 8

1.529 16 1

1.441 34 1

1.738 33 8

1.844 44 8

1.9(4 53 8

2.024 27 1

2.145 17 8

2.359 56 23

2.369 8 1

2.558 3 1

2.737 45 18

2.000

2.000

4.000

8.000

3.000

5.000

2.000

3.000

4.000

9.000

2.000

2.000

10.000

13.000

3.000

4.000

3.000

11.000

15.000

16.000

16.000

3.000

32.000

34.000

5.000

6.000

7.000

35.000

10.000

2.000

45.000

46.000

2.000

• -0.4451.000 0.073

-0.1881.000 -0.761

-0.0551.000 0.178

-0.2511.000 -1.039

-0.4221.000 -0.705

-0.1161.000 0.213

-0.2561.000 0.587

0.0001.000 0.051

-0.1941.000 0.092

-0.1611.000 0.159

-0.2141.000 -0.524

-0.3291.000 0.052

-0.1001.000 -0.936

-0.4031.000 -0.805

•0.3741.000 -0.185

-0.0781.000 -0.233

0.0231.000 0 .253

-0.0301.000 0.144

-0.2091.000 0.043

-0.1471.000 -0.786

-0.3261,000 0.081

-0.1401.000 1.133

-0.1351.000 -0.353

-0.2331.000 -0.366

-0.2391.000 1.494

-0.0281.000 1.409

-0.0441.000 1.501

-0.0351.000 -0.415

-0.2481.000 1.127

-0.0331.000 -0.116

-0.3(41.000 -0.072

-0.2001.000 -0.084

-J.2051,000 -0.485

-u.255-0.219-0.225-0.406-0.052-0.5180.017

-0.465-0.247-0.449-0.089-0.5100.034

-0.527-0.197-0.480-0.190-0.485-0.172-0.499-0.057-0.680-0.217-0.108-0.194-0.508-0.241-0.508-0.230-0.055-0.203

0,016-0.192-0.499-0.215-0.448-0.088-0.324-0.115-0.497-0.203-0.336-0.109-0.319-0.250-0.416-0.156-0.420-0.149-0.259-0.237-0.268-0.197-0.310-0.170-0.417-0.153-0.367-0.184-0.201-0.043-0.405-0.160-0.357-0.161-0.513

-U.2DU-0.365-0.018-0.780-0.228

0.236-0.002-0.921-0.247-0.663-0.218

0.3990.004

-0.644-0.243-0.4850.006

-0.357-0.030

0.063-0.011-0.926-0.0230.1(4

-0.180-0.922-0.202-0.861-0.214

0.232-0.199

0.078-0.205-0.526-0.231-0.015-0.0120.010

-0,064-0.824-0.214

0.018-0.058-0.435-0.241-0.403-0.135-0.333-0.143-0.373-0.243-0.352-0.195-0.191-0.165-0.347-0.146-0.292-0.184

0.642-0.125-0.335-0.155-0.343-0.155-0.715

-O.MS

-0.309-0.088-0.314-0.214-0.322-0.285-0.326-0.374-0.312-0.127-0.319-0.282-0.268-0.138-0.310-0.182-0.295-0.194-0.308-0.243-0.322-0.309-0.214-0.130-0.325-0.361-0.290-0.351-0.229-0.018-0.255-0.081-0.274-0.123-0.309-0.214-0.294-0.179-0.294-0.309-0.295-0.118

0.007-0.319-0.295-0.243-0.295-0.246

0.025-0.275-0.030-0.247-0.066-0.209-0.296-0.250-0.128-0.183-0.281-0.335-0.259-0.236-0.260-0.229-0.318

-II.MJ-0.326-0.332-0.319-0.293-0.315-0.154-0.364-0.336-0.305-0.300-0.303-0.146-0.363-0.322-0.311-0.170-0.274-0.228-0.290-0.182-0.381-0.498-0.1400.155

-0.368-0.368-0.358-0.380

0.0000.2630.0290.155

-0.349-0.323-0.296-0.210-3.209-0.112-0.348-0.365-0.217-0.116-0.304-0.307-0.283-0.240-0.282-0.243-0.300-0.270-0.305-0.135-0.310-0.148-0.284-0.241-0.322-0.200-0.322-0.203-0.293-0.232-0.291-0.233-0.353

-U.45/

-0.2730.300

-0.268-0.321-0.2560.431

-0.275-0.438-0.267-0.267-0.267

0.446-0.265-0.411-0.272

0.405-0.2700.350

-0.2680.403

-0.2760.282

-0.250-0.060-0.276-0.294-0.273-0.330-0.250-0.165-0.207-0.199-0.268-0.345-0.269

0.385-0.252

0.229-0.272-0.319-0.2530,232

-0.155-0.399-0.263-0.043-0.263-0.068-0.203-0.411-0.207-0.249-0.215-0.148-0.264-0.079-0.231-0.207-0.266-0.033-0 .256-0.107-0.256-0.106-0.279

-IUS2-0.247-0.403-0.317-0.229-0.355-0.437-0.458-0.286-0.334-0.211-0.350-0.436-0.158-0.257-0.360-0.429-0.358-0.327-0.354-0.387•0.487-0.446-0.3320.098

-0.464-0.318-0.447-0.298-0.289•0.024-0.262-0.078-0.117-0.245-0.334-0.390-0.315-0.307-0.426-0.282-0.313-0.237-0.178-0.236-0.369-0.259-0.375-0.261-0.132-0.247-0.037-0.274-0.063-0.295-0.376-0.259-0,079-0.280-0.420-0.365-0.310-0.264-0.311-0.251-0.308

-U84

-0.3170.305

-0.242-0.450-0.394-0.290-0.338-1.069-0.247-0.492-0.389-0.247-0.1600.563

-0.393-0.576-0.385-0.551-0.388-0.382-0.440-0.953-0.246-0,227-0.358-1.046-0.352-0.872-0.190-0.253-0.203-0.266-0.1540.7J1

-0.375-0.257-0.329-0.260-0.332-0.801-0.330-0.246-0.192

0.469-0.331-0.523-0.332-0.552-0.192

0.972-0,204

0.988-0.231

0.881-0.330-0.555-0.208

0.854-0.321-0.402-0.303-0.242-0.301-0.255-0.304

-U.MS0.043

-0.3450.631

-0.276-0.840-0.289-3.631-0.625

C.422-0.200-0.842-3.314

1,682-0.063-0.604-0.240-0.513-0.298-0.696-0.307-0.640-0.383-0.1500.000

-0.633-0.577-0.590-0.562-0.137-0.042-0.169-0.103

1.682-0.079-0.561-0.314-0.457-3.257-3.400-0.494-0.462-0.256-0.230-0.420-0.431-0.375-3.454-0.379

0.039-0.412

0.154-0.310

0.038-0.278-0.472-0.391

0.531•0.219-0.736-0.499-0.249-0.352-0.239-0.344

0.573

-3.264

-3.213

-0.290

-0.299

-3.201

-3.275

-0 .264

-0.293

-0.247

-0.262

-0.299

-0.178

-0.299

-0.304

-0.190

-0.196

-0.270

-0.263

-0.245

-0.285

-0.245

-0,308

-0.265

-0.267

-0.314

-0.297

-0.285

-0.257

-0.281

2.446

-0,270

-3 ,267

4 .659

0.951 I III I I -T-- I I0.931 III I I I -+--- IO Q i f t r T r T T .—A— , r0.951 I I I I I I I0.363 I-*- I I I I1 ft1S T T T T T T1.015 1 1 1 ! I 1t f i t t T T T T T T1.044 1 1 i i I 1

1.111 --+- i i i i1.059 -+--- I I I1.169 I I I I

i ige ...........f.... f

1.243 . 1 11.334 -t1.512 I1 . Dis t—~ —

1.738 IU844 L

.9(4 I

.145 I2.359 I.3(9 —.655

2.737.954.959

3.388.846

4.390t fliT4.841Sun.320

6.134( 161,45t

.4387.103

10.34522.486

PAGE 4 BXDP2X S c h i l l i n g Soil Metals

COHTINDATION OF P R I N T E D TREE

I I I I I I I I II I I I - I I 1 1 IT T T T T T T T T

i -+- i i i i i ii I I I I 1 1 i„,„ . T r r T T T—T™ • i i 1 1 1 1

_> _„ T T T T T-_-t ..... | 1 1 1 1

I I I II I

I I I I I I

I I I I"*'

T T i r rT T T T T...1............. T T T...f..«... ...... I l l

r T T T1 1 1 1

I I I I.......... T T T

. ............. .......... T T

I T1T TL LT r1 i

. ... T1

+

I

II

I

1 11 1T T

1 11 1r TT T

I I1 1I IT T

T T

T TI 1T T

1 1T T

T T

T T1 1

I

I I I

I I I

T T T

i i ii i iT T T

T T T1 1 1

I I I

I I I

I I IT T T

T T T

I T T1 1 1

T T I

I -t«

T TT T1 1

T

urnurnT T T T T

1 1 mi n nr i r r rT T T T Ti i i i im i lurnm uT T T T TT T T T T

T T T T T1 1 1 1 1T I I T T

urnT T T T T

T T T T T

T T T T T1 1 1 1 1

T T T T T1 I 1 1 1T T T T T1 1 1 1 1T T T T T

T T T T T1 1 1 1 1

I -+- I IT T T T1 1 1 1

1 1 1

I I Ir Ti i

T1

I

4 1 ' 1 1 1 35 15 8 2 1 2 4 ( 1 7 7 0

S S B L L L L S S L LS D O K H H H S S H H..12 0 0 0 0 0 0 3 0 01 3 0 7 7 9 2 8 2 3 6

2

AMALG.DISTANCE

0.2(20.4200.4790.4550.5030.5850.571

t t t t t t t t t s surn mi i im m i m ii i i i i n i inmm m ui i m i i m im i n i m i1 1 1 m 1 1 m

49 2.959 5 1 49.

50 3.388 12 11 2.

51 3.846 13 1

52 4.390 14 11

53 4.947 18 1 52.

54 5.520 2 1 53.

55 6.134 11 ( 4.

55 (.352 6 1 57.

57 6.438 31 t 58.

58 7.103 57 1 59.

59 10.345 7 1 (0.

(0 22.486 10 1 61.

PAGE 3 BMDP2M Schilling Soil Xetals

-0.2831.000 1.000 -0.086

-0.2111.000 1.000 -0.092

-0.2111,000 1.000 -0.145

0.4261.000 1.000 -0.104

-0.2121.000 1.000 0.107

0.2(3I .OOO 1.000 -0.118

-0.2141.000 1.000 -0.124

-0.207i.OOO 1.000 -0.056

0.215'.000 1,000 -0.119

-0.178I.OOO 1.000 -0.073

-0.171i.OOO 1.000 -0.049

-0.132I.OOO 1.000 -0.055

-0.118.000 1.000 0.000

0.000

-0.259-0.351-0.156-0.343-0.158

2.8851.101

-0.313-0.159

2.6520.572

-0.321-0.163-0.317-0.1(4

2.4890.445

-0.120-0.122-0.120-0.124-0.09(-0.123-0.0(4-0.123

0.0000.000

-0.100-0.302-0.154-0.293-0.156

1.5290.470

-0.264-0.157

2.1050.436

-0.281-0.155-0.285-0.154

2.0580.270

-0.120-0.124-0.122-0.126-0.091-0.124-0.053-0.126

0.0000.000

-0.258-3.261-0.234-0.208-0.2320.0540.679

-0.207-0.210-0.0310.592

-0.212-0.212-0.214-0.213

0.6700.807

•0,152-0.142-0.073-0.142-0.07(-0.139

3.004-0.120

0.0000.000

-0.275-0.292-0.232-0.288-0.231

1.0721.046

-0.269-0.231

0.9720.989

-0.272-0.233-0.258-0.217

0.7(60.873

-0.186-0.141-0.187-0.142-0.086-0.135-0.069-0.118

0.0000.000

0.102-0.256-0.103-0.254-0.109

1.510-0.420-0.252-0.112

0.947-0.297-0.253-0.104-0.253-0.104

2.040-0.303-0,092-0.118-0.095-0.123-0.098-0.115-0.079-0.119

0.0000.000

-0.-0.-0.-0.-3.

2.2.

-0.-0.

2.1.

-0.-0.-0.-0.

1.1.

-0.-0.-0.-0.-0.-0.-0.-0.0.0.

2843152(531426567925629026405950829126529217079512814S079142082141069084067000000

3.082-0.302-0.271-0.280-3.268

0.4301.823

-0.272-0.257

0.3982.210

-0.273-0.244-0.273-0.262

0.6721.823

-0.207-0.115-0.162-0.079-0.162-0.062-0.085-0.043

0.0003.000

-0-0-3-a-0

01

-0-0

1I

-3-0-0-3

01

-0-0-0-0-0-0-0-0

00

.393

.2(0

.350

.261

.341

.911

.846

.239

.297

.049

.954

.208

.301

.219

.275

.942

.791

.137

.130

.116

.131

.110

.124

.077

.031

.000

.003

-0.154

-0.157

3.1(5

-3.159

3.350

3.326

3.322

-0.015

0.019

0.014

0.008

0.004

0.000

C N0

A .1 4 5 4 6 ( 5 5 4 5 5 4 5 2 4 3 2 3 3 2 2 5 1 3 4 2 1 2 1 3 3 2 1 4 2 5 4 3 3 2 3 5 2 1

1 5 9 4 6 5 9 1 0 8 9 7 4 1 2 0 1 0 2 8 ( 0 9 2 2 8 9 3 5 9 0 6 5 4 7 7 1 6 3 4 3 7 4 8 8 3 6 3 5 3

S L BS L B S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S L 8S S L LA O D H O S S S S S S S S S S S S D S S S S S S D S S S S S D O O S S S D S S S S S S S S H O S S H H

E B 1 . . 5 5E .0 0 _ 2 3 2 3 3 3 3 2 2 2 1 2 0 1 0 0 ? 0 0 0 2 2 1 1 0 0 0 0 i ? 0 0 1 0 2 2 1 1 0 1 0 . 3 0 0 0L 0 1 5 02 05 5 5 3 439 6 8 5 5 6 9 5 2 7 6 6 I 4 5 9 3 4 5 2 1 1 5 3 7 4 8 00 3 2 4 4 0 1 1 1 8

1 2 1

AMALG.DISTANCE

0.2(20.4200.4790.4550.5030.5850.5710.5950.6030.6030.612O.S470.6451) UlU. i 34

0.7610.7700.7810.8260.8840.8870.904

I I I I I I I I I I I I Im m i m mm m m 1 1 1 1m mi mmI I I I I I I I -T- I I I

mm 1 1 i mmi mi i mi urn u i mm m i --+- 1 1 1III I I I I I I -T-

i i m i i i i iu urn i i im i n i i i iT T T T T T T I T Ti i i i l l i 1 1 i

i m -+- 1 i i ii m i i i i im i i — T- i im i l i i im i l i i im i i -+ — ii r i i i i i

« t t t * » t t t * t* i » * * i » * # »

i i i m i m imi l mi i im i i m -T-m i m -+-i i i i m im i i i — +-m i i — -+-m i — T-m 1 1 im i l im i l ii n n im i l iT T T T *-

m i imi im i i1 1 1 1-m im im i

I t t t t t * t# * * * * * <

i i m mi m mii i m mm u mi i m mi i m mi i m mi i m mi i m mm u mm i n n1 1 -+- m ii i -+-- i i iF T I T T T11 1 1 1 1

I I I I I I

I I I I -+-

I I I I I

II I I I

I I I -+-

II I I

I I I I

S S

-T-

IIIIIIIIIIIIT1

I

I

I

I

I

I

I

S

II

IIIIT1

I

I

I

I

I

I

I

1

I

I

I

I

I

I

I

I

I

I

I

I

I

T1

IIIIIII

( t t T* » *

mimim imimi1 1 1 1mii i 1 1i mm imim ii mT T T T1 i 1 i

i mm im imim imi-t- 1 1

» •*

i i-+-iiiiiiiiiiiT1

IIIIIII

» *I

I II I1 1I II I1 1I II II II I-+-

IIT1

IIIIIII

« » »» f

I I II I I1 1 II I II I I1 1 1I I II I II I II I I1 1 1I I II I IT T T1 1 11 1 1i i i1 1 1mmmi i i

> * ** *

1 1 1mm1 1 1mi i i1 1 1m1 1 11 1 11 1 11 1 1i i iT T Tl l im1 1 1mi i imi i i1 1 1

0.595 I I III III IIIo.ioa minimi0.503 III I I III III0.612 II M III I III0.547 i m i i i i m0.545 m m m 110.753 III I I III III0.7(1 III III I I III0.770 I I I I I II II II0.781 I I III III III0.826 11 m m mo.884 11 m m m0.887 m m m 110.904 mm mil0.951 I I III I I I I I I0.931 imimm •0.938 m i m m i0.951 m m m 110.9(3 III III III I I1.015 III I III I III1.044 III III I III Ii.i3i m in mi i1.059 III III III I I1.1(9 mmmii1.179 mm imi1.186 I I III III III1.243 I I I III I I I I I1.334 III I I I I III I1.512 I I I I I I I I I I I1.529 I I III III IIIi.44i mmmii1.738 III I III III I1.844 III III I III I1.9(4 I I III III III2.024 I I I III I I III2.145 III I I III III2.359 III III I III I2.389 I I I I I I I I I I I2.658 III III III I I2.737 -+- III I I I I I I2.954 I III I III I I2.959 I 1 III III I I3.388 I I -+- III III3.846 I I I III III

• 4.390 I I -T- I III I4.947 -- I I I III I5.520 I I I III6.134 -+--- I I I I6.352 I I I I5.438 -.- I I I7.103 I I

tft UK ........... ....... TIU.443 -—.—..——— |

22.48(PAGE 5 mm Schilling Soil Metals

DISTANCES BETHEEN CASES REPRESENTED IN SHADED FORM.HEAVY SHAOIXG INDICATES SMALL DISTANCES.

CASE CASENO. LABEL

1 801.0115 SD 019 L H 0 54 BOS 02

4( SS.2255 SS.3049 SS.2581 SS.35(0 SS.3558 SS.3359 SS 3447 SS.2354 SS 2951 SS.2642 SS.18SO SS 2S21 S0.0540 SS.1632 SS.OI28 SSJ53S SS.1230 SS.0729 SS.0622 SD 0652 SS.2748 SS 2439 SS 1543 SS.1925 SS 0319 SO 0420 SD 0516 SO 0235 SS 1134 SS 1127 SSJ517 SD 0341 SS 1726 SS 0453 SS 2844 SS.2033 SS.1037 SS.1324 SS 0231 SS 148 1 1 0 43 805.01

56 SS 3123 SS 01

5 LH.0113 LH.08« CC 91

M.tl

u en Hi10 aUJU0 DH1 Mt BUI_Ut

11 LK.0712 LHJ?14 LHJ9

5 LH ~0231 SS 0857 SS 32

7 LHJ310 LHJ(

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)iii444Hxxxxii)U4wxxtxx4+t+-mt+mxxii44-HiXWIXIIMMXXXX4444-4--44XXXX44XX-444IXID1XIIWXXXXXXXXX44-4-44444XXXXXJ44-XIIXI4XXXXXX4444XX4XX44— +-+4X444444-XXXMI

4KX4XXX44444444X 444444— XXXXXII

XUUUXXJUHUIXXXXXXXXXXI1IIXXXX4XIIUXIIIXXXXIIIXXXXIXXXIXX444X44XXXXXXXXXX4XXXIIIIIIXNIIIIH1XIIXUXXXXXXXXXXIHXXXXX4XXXX1UXIIIXXXWXX4X4XXXX4XXXXXXXXXXXXXXXXXXX444-4--444I4XX444XXXXX44XXX4444-44444444444XX X4-44+-Ivyvifi 11 11 iiiiiy 1 1111 1 1 1 1 1 1 yyi Y 1 1 vy i LA 1 1 1 1 MBnAAATTTTTTT TTTnTTTTTTTTTTTAnTnTTAATT™ TTTTm

XXXXXX4X44444XX44444444444XX4X44X44++44+4-44X4--I

XX444444--4-44 4— ft44--4++-4 4+--t|

_ i Y VI...„.....-..„.. ..... ........ .. tA"A|

. - j- - + ,,t|

-.1. ... ..

t (

11Xt-t

FROMFROMFROMFROMFROMFROM

1.5302.0132.4963.2214.1075.959

TOTOTOTOTOTO

THE DISTANCES HAVE BEEX REPRESENTED ABOVE IN SHADEDFORM ACCORDING TO THE FOLLOHING SCHEME

LESS THAN 1.5302.0132.4963.2214.1075.9597,891

GREATER THAN 7.891

NUMBER OF INTEGER HOROS OF STORAGE USED IN PRECEDING PROBLEM 2924CPU TIME USED 32.620 SECONDS

PAGE 6 mm

BMDP2M - CLUSTER ANALYSIS OF CASES

DATE:06/02/89 AT 11:28:43

PROGRAM INSTRUCTIONS

NO MORE CONTROL LANGUAGE.

PROGRAM TERMINATED

Screen Output Kill be uritten to file SOIM4M.OUT

BMDP Instructions rill be read fro* file SOIX4M.IN

PAGE 1 BMDP4M

BMDP4M - FACTOR ANALYSIS

Copyright 1977, 1979, 1381, 1982, 1983, 1985, 1987, 1988BMDP Statistical Software, Inc.

BMOP Statistical Softtare, Inc.1440 Sepulveda BlvdLos Angeles, CA 9002! USA

Phone (213) 479-7799Fax (213) 312-01(1Telex 4972934 BMOP UI

Version: 1988 (IBM PC/DOS)

Statistical Software, Ltd.Cork Technology Park, Model Fan RdCork, Ireland

Phone 4353 21 542722Fax +353 21 542822Telex 75659 SSHL El

Manual: BMDP Manual Vol. 1 (August, 1988); Vol. 2 (Decenber, 1988).Use 1983 or 1985 edition until 1988 becoies available.

Digest: BXOP User's Digest (4th edition), plus addendum

Updates: State NEHS. in the PRINT paragraph for sunary of nev features.

08/02/89 AT 11:28:59


/INPUT VARIABLES ARE 21.TITLE IS 'Schilling Soil Metals'.FORMAT IS FREE.FILE IS 'SCHSOIM.TXT'.RECLENGTH - 291.

/VARIABLENAMES ARE A,B,Al,As,Ba,8e,Ca,Co,Cr,Cu,Fe,Hg,Mg,Mn,Na,Ni,Pb,Sb,Se,V,Zn.LABEL :'A,B.

/factornuiber = 5.

/printcase : (t.

/END

PROBLEM TITLE ISSchilling Soil Metals

NUMBER OF VARIABLES TO READ IN 21NUMBER'OF VARIABLES ADDED BY TRANSFORHATIONS. . 0TOTAL NUMBER OF VARIABLES 21CASE HEIGHT VARIABLECASE LABELING VARIABLES A 8NUMBER OF CASES TO READ IN TO ENDMISSING VALUES CHECKED BEFORE OR AFTER TRANS. . NEITHERBLANKS ARE MISSINGINPUT FILE. . .SCHSOIM.TXTREHIND INPUT UNIT PRIOR TO READING. . DATA. . . YES

OF HORDS OF DYNAMIC STORAGE 16298

VARIABLES TO BE USED3 Al 4 As 5 Ba 6 Be8 Co 9 Cr 10 Cu 11 Fe13 Mg 14 Mn 15 Na 16 Ni18 Sb 19 Se 20 V 21 Zn

PAGE 2 BMDP4M Schilling Soil Metals

INPUT FORMAT ISFREE


NUMBER OF VARIABLES TO BE USED 19

HEIGHT VARIABLEUNROTATED FACTORS ARE PRINCIPAL COMPONENTS.MAXIMUM NUMBER OF FACTORS 5NUMBER OF FACTORS IS LIMITED TO THE NUMBER OF EIGENVALUES

GREATER THAN 1.000TOLERANCE LIMIT FOR MATRIX INVERSION 0.00010VARIMAX ROTATION IS PERFORMED.GAMMA . 1.0000MAXIMUM NUMBER OF ITERATIONS FOR ROTATION ... 50CONVERGENCE CRITERION FOR ROTATION 0.0000100KAISERS NORMALIZATION . . YESPAGE 3 BMDP4M Schilling Soil Hetals

DATA AFTER TRANSFORKATIONS FOR FIRST 61 CASES.CASES HITH ZERO HEIGHTS AND MISSING DATA NOT INCLUDED.

C A S E 3 4 5 6 7NO. LABEL Al As Ba Be Ca

16 17 18 19 20Ni Pb Sb Se V

1 101.01 3800 9.10 74 1.60 325021 26 6.10 0.53 10

2 B01 02 4350 7 ' 37 0.61 43508.20 28 7.40 6.50 5.40

3 B05.01 3890 28 27 0.64 88317 11 7.80 0.68 4.80

4B05.02 "4490 11 41 0.51 24(08.90 13 (.50 0.56 10

5 LHJ1 4500 8.90 64 38 138012 12 6 0.53 11

( LH.02 4080 30 142 44 262045 27 6.40 0.83 15

7 LH.03 4430 28 154 71 650041 35 (.20 0.91 17

8LH.04 7060 4.40 54 IS 11508 11 6.20 0.69 13

9 LH.05 5600 7.80 62 1.50 114011 25 7.50 1.20 11

10 LH 06 13400 50 198 2.20 21800198 159 48 5.60 25

11 LH.07 5360 40 122 6.30 5920• 32 32 5.80 5.20 20

12 LH 07 4740 39 128 5.60 824034 43 5.90 1.80 22

13 LH.08 3710 21 108 2.60 512038 12 (.80 0.59 13

14LHJ9 (890 32 201 2.40 5620

7Ca12 Hg17 Pb

3 9 10 11 12 13 14Co Cr Cu Fe Hg Mg Mn

21Zn

18 9.20 24 15000 0.13 873 1645113 6.70 11 8030 0.13 1170 140

12734 6.90 17 18400 0.16 339 14662107 9.60 14 13400 0.13 1410 32841(4 8.20 15 13000 0.10 625 10956

2950 29 120 22600 0.13 1030 124161704 67 299 35700 0.12 1990 301407194 9.80 28 11700 0.10 713 1243218 (.20 9.40 13100 0.14 515 35749

2630 95 341 63800 0.12 115CO 19700178

1030 63 53 22400 0.22 1790 4(70195958 50 57 28800 0.26 1330 243015881 27 37 24800 0.12 547 18017754 26 49 29900 0.14 829 254

15Na

319

499

435

336

310

332

323

322

389

13330

1340

1590

353

1300

15 S0.01

15 SD.02

17 SOJ3

18 S0.03

19 SDJ4

20 SD.05

21 SDJ5

22 SD.06

23 SSJ1

24 SS.02

25 SS.03

26 SSJ4

27 SSJ5

28 SS.05

29 SS.06

30 SSJ7

31 SS.08

32 SS.09

33 SS.10

34 SS.11

35 SS.11

36 SS.12

37 SS.13

38 SS.14

39 SSJ5

40 SS.16

41 SS.17

42 SS.18

43 SS.19

44 SS.20

45 SS.21

46 SS.22

n ss «

u546014

355014

439013

457010

39(017

35(0(.70

28408.80

2520(.(0

3300(.20

8240(.20

4780«

7180113605.90

27805.90

28505.60

3370S.70

1170012

27206.40

1010012

41507.40

38109.30

22105.40

'106008.90

91708.90

44808.90

37305.90

(48014

5930.10

42708.40

779013.10

38808.50

589014.90

fitM

U7143.508.903.809.803.50

112.80104.90

122.90102.505.80119.803.809.702.206.403

115.50132.20133.70

114.505.707.701248.40(.30

1239.903.70

11(.205.707.20127.209.803.608.602.50172.808.703.203.203.609.805.20

27.302.6010.608.60131 ?n

i.m688.20336.60457

377.10397.30146.20

166.509.706.30(95.702(5.70

195.7032(.10225.70175.709.805.40155.50496.10

335.70405.30935.60

91S.70135.20

515.80366

315.50245.70275.70599.20375.7047.1011.3015.3010.4043.8010.10in m

U.BO2.900.721.100.531.200.611.200.700.900.640.500.570.52O.S50.380.560.830.490.430.500.450.491.100.520.4S0.620.4S0.490.430.470.640.4867O.S41.200.556.500.550.360.501.100.510.770.4S5.400.520.440.517.100.710.640.511.800.541.700.820.840.520.830.360.290.320.740.41n m

ii1290

9.804909.20

35017

31314

5448.60

2129.30

2036.60

1425.90

234111914319.909216398.2048(.SO205.30

1686.70

720222(34.70

5012065*85.90

5706.70

lOt5.40

4312110215(5411847.30

17814

11109.10

2469.30

30117.1058.7010

15312.30

ifit

III17699.30

464.70523.60

459.90

56'6.90

377. SO305.90

237.70193.SO302

19(.404(1.308.501.50

112.40164.20

218.20465.80144.90

337.20

327.60

311.90

124.7034S.30

35IS323.60

2713'(411299.30

2827.3071.901.20

234.3040.40i tn

8

8

12

8.40

5.50

6.70

to

3.80

6

9.10

5.10

11

5.90

5.30

3.30

4

14

3.30

11

4.50

5.20

3.80

12

10

6.30

6.30

8.90

6.80

5.90

19.70

6.60

9

t 71)

18 1(130

14 24500

20 33(00

18 . 33200

13 1(200

14 20900

3.80 15500

7,50 12200

16 12000

12 14800

8.20 9790

22 35900

12 4710

12' 6290

7.70 10600

.7.80 10300

175 27200

4.70 6590

17 20700

8 7340

7.50 8010

7,40 7220

17 20800

11 14800

12 12500

9.10 8210

16 31300

6.60 13700

5.40 12200

12.60 23700

2.40 11000

11.70 16600.

t on aim

0.14 1033

0.13 1040

0.11 187

1.40 851

3.14 553

0.13 641

0.10 539

0.13 394

0.93 336

0.11 645

0.10 308

0.12 575

0.11 95

0.10 119

0.10 13S

0.11 394

0.11 1200

0.10 150

0.10 1110

3.11 394

0,10 444

0.09 186

0.10 1130

9.10 304

0.10 518

0.11 412

0.11 1270

0.16 833

0.10 589

0.13 740

1.70 147

0.11 779

n 1ft ««

107

395

36

in

312

299

294

238

31

34

19

65

4.10

5.10

31

77

122

31

197

527

506

31

148

111

166

65

387

431

534

730

13.10

94.80

d M

428

342

366

3(9

279

322

336

329

297

298

298

315

294

294

295

286

318

296

303

290

298

270

304

310

289

295

299

480

294

774

710

690

71«

48 SS.24

49 SS.25

50 SS.25

51 SS.26

52 SS.27

9.304370

8.30(4SO

8.60698011.10

444015.90

38907.60

S3 SS.28 10400

54 SS.29

55 SS.30

56 SS.31

57 SS.32

58 SS.33

59 SS.34

(0 SS.3S

61 SS.35

PAGE 4 BMOP4M

16,305980

8.30527012.20

(9408.40

8(3017.10

54708.40

(2(09

63008.70

51208.50

Schilling

14.8029.30412.903.10132.4017.50O.S13.302.5011.804.106.503.806.301.8014.7022.1021.502.8014.403.4014.102.5012.202.5013.50

10.70 -17.1010.20(1.5010.90(4.109.7047.6010.4017.109.30

91.7010.7031.7010.2039.709.60

10310.301329.90

6610.301041179.5010.4065.7010.70

0.350.280.340.880.310.871.801.800.341.100.301.300.350.460.3310.311.700.341.70!1.600.380.340.890.340.840.330.680.34

3.60(3.105.90

29011.90

31111.40

(558.2040.10(.40

23912.803448

481144408

1980016.30

4529

67511.204038.60

32410.80

45.602.2023.809.3046.809.6043.9011.3049.105.6045.5010.6053.302.3036.606.8033.8010.103S.609.9015.507.2034.30(.8032.109.633311.1048.40

4.40

7.50

8

6.30

4.70

9

6.90

8

5.30

10.60

6.70

7.10

5.90

6.80

1.40 5730

3 10300

7.60 10600

6 8890

2.40 13300

4.80 9340

4.40 11400

7.10 16600

2.30 5040

19.50 19000

5.20 6260

6 7330

5 6S20

5.70 6710

3.10

0.10

0.12

0.11

0.11

0.13

0.11

0.12

0.88

0.10

0.10

0.13

0.11

0.12

263

798

367

638

597

949

729

503

419

4160

536

511

510

341

15.20

704

715

521

332

715

154

224

1210

5(9

536

993

375

979

696

659

746

711

634

730

693

656

700

676

701

748

706

730

Soil Metals

NUMBER OF CASES READPAGE 5 BMOP4M Schilling Soil Metals

61

STATISTICS FOR EACH VARIABLE

VARIABLE

3 A 14 AsSBa( Be7 Ca8 Co9Cr10 Cu11 Fe12 Hg13 Mg14 Mn15 Na16 NI17 Pb18 Sb19 Se20V21 Zn

MEAN

5402.950828.5542657.803285.19803

1892. 85410149.1000012.5475428.74098

16155.409840.19202

922.42(23729.8491870U557415.78S2S16.360668.181970.8447511.5754159.33115

STANDARDDEVIATION

2429.9055810.7272843.9512113.99417

4837.2(357526.3131716.40896(1.02039

10370.982210.29148

1497.3743425(1.988301(24.311(825.3(52220.204285,554861.177235.1(903

63.61925

COEFFICIENTOF VARIATION

0.4497371.25403

0.7S03S82.692212.555813.530341.307742.123110.6419511.518001.623303.510302.314971.60(891.23493

0.6189151.393580.44(5531.07772

SMALLESTVALUE

3(0.00000.51009.70000.280019.00001.20003.30001.4000

4710.00000.090095.00004.1000

270.00005.40003.30005.20000.30004.70008.5000

SMALLESTSTANDARDSCORE

-2.08-0.75-1.09-0.35-0.39-0.28-0.56-0.45-1.10-0.35-0.55-0.28-0.27-0.41-0.65-0.54-0.46-1.33-0.79

FIRSTCASE FORSMALLEST

27522248244529412736272736365236523227

LARGESTVALUE

13400.000050.0000201.000071.0000

29800.000029SO.QOOQ95.0000341.0000

63800.00001.7000

11500.000019700.000013000.0000198.0033159.000041.00006.SOOO27.0000407.0000

LARGEST FIRSTSTANDARD CASE FOISCORE

3.293.863.264.705.775.325.025.124.595.177.067.407.577.187.067.1?4.802.985.47

LARGEST

1013147

576101010451010101010102147

CASE NUMBERS ABOVE REFER TO DATA MATRIX BEFORE ANY CASESHIVF BFFH DPI FTFI) DIIF TO MTSSniG IUTI.

CASES HITH ZERO HEIGHTS ARE NOT INCLUDED.PAGE ( BMDP4M Schilling Soil Metals

CORRELATION MATRIX

AlAsBaBeCaCoCrCuFeH9KgNnNaNiPbSbSeVZn

XiPbSbSeVZnPAGE

SQUARED

3456?19

101112131415161?18192021

161718192021

Al As Ba Be Ca Co Cr

3 4 5 ( 7 8 91.0000.224 1.0000.3T8 0.752 1.0000.1(8 0.235 0.303 1.0000.351 0.665 0.627 0.084 1.0000.208 0.725 0.589 0.354 0.442 1.0000.336 0.8(1 0.708 0.3(1 0.579 3.146 1.0000.3(9 0.666 0.594 0.679 0.49? 0.689 0.8310.436 0.631 0.4(6 0.283 0.481 0.534 0.136

-0.098 -0.047 -0.030 -0.079 -fl.QIO -0.042 -0.0460.543 0.627 0.5S4 0.085 0.77? 0.635 0.7370.434 0.598 0.504 -0.039 0.570 0 .654 3.7510.453 0.566 0.48? -0.052 0.570 0.527 0.7030.41S 0.725 0.631 0.139 0.623 0.166 0.8313,426 0.713 0.630 0.094 0.647 0.715 0.8220.490 0.412 0.432 -0.101 0.519 0.529 0.5(70.214 0.568 0.380 -0.000 0.518 0.476 0.601O.S83 0,603 O.S11 0.33S 0.439 0.413 0.6490.127 0,146 0,106 0.548 0.456 0.542 0.810

XI Pb Sb Se V Zn

16 17 18 19 20 211.0000.957 1.0000.866 0.361 1.0000.564 0.650 0.453 1.0000.498 0.501 0.299 0.274 1.0000.521 0.499 0.203 0.449 0.508 1.000

Cu Fe Hg Hg Mn Na

10 11 12 13 14 15

1.0003,136 1.000

-0.070 0.035 1.0000.721 0.683 -0.015 1.0000.653 0.599 -0.029 3,918 1.0000.6S3 0.600 -0.016 0.922 0.980 I.OOO0.787 0.723 -0.055 0.919 0.934 3.9450.751 0.6(1 -0.041 0.914 0.935 0.9443.559 0.487 0.018 0.3(6 3.908 0.9520.412 0.3(7 -0.045 O.SO? 0.621 0.5530.534 3.135 0.000 0.495 0.399 0.3980.725 0.573 -0.074 0.403 0.320 0.291

7 BMDP4M Schilling Soil Netals

HULTIPLE CORRELATIONS (SXC) OFEACH VARIABLE

3 A 14 AsS Ba6 Be? c a8 Co9 Cr

10 Cu11 Fe1ZH313 Mg14 Mn15 Xa16 XI17 Pb18 Sb19 SeJfl V

KITH ALL OTHER VARIABLES

0.829830.892970.890800.9(39?0.929(80.852080.985640.987780.88(340.196030.986750.992780.995200.984970.962910.971350.805560.92970

21 Zn 0.97281

CONDITION NUMBER : 3816.PAGE 8 BMOP4M Schilling Soil Metals

COMMUNALITIES OBTAIXED FROM 4 FACTORS AFTER 1 ITERATIONS.

THE COMMUNALITY OF A VARIABLE IS ITS SQUARED MULTIPLECORRELATION HITH THE FACTORS.

3 Al 0.87(84 As 0.81715 Bl 0.6390( Be 0.68877 Cl 3.52748 CO 0.18459 Cr 0.912610 Cu 0.812011 F« 0.711412 Hg 0.1(5?13 Mg 0.939114 Mn 0.954015 Na 0.9(5416 Ml 0.94SS17 Pb 0.952618 Sb 0.894219 Se 0.547320 V 0.841121 Zn 0.8(61


ICTOR

12345(7891011121314IS16171819

VARIANCEEXPLAINED

10.91122.31891.28171.03260.9(000.5324O.S4290.46840.3533"0.1(180.12950.09050.0(910.04420.022?0.013S0.00930.00520.0029

CUMULATIVE PROPORTION OF VARIANCE CARMINESIN DATA SPACE IN FACTOR SPACE THETA

0.5743 0.7019 0.95880.6963 0.85110.7(38 0.93360.8181 1.00000.8(870.89930.92790.95250.97110.97960.98650.99120.99490.99720.99840.99910.99960.99981.0000

THE VARIANCE EXPLAINED BY EACH FACTOR IS THE EIGENVALUE FOR THAT FACTOR.

TOTAL VARIANCE IS DEFINED AS THE SUM OF THE POSITIVE EIGEN VALUES OF THECORRELATION MATRIX.PAGE 10 BMDP4M Schilling Soil Metals

UNROTATED FACTOR LOADINGS (PATTERN)

FOR PRINCIPAL COMPONENTS

FACTOR FACTOR FACTOR FACTOR1 2 3 4

AlAsBaBeCaCoCrCuFeHgKgMnMlXIPbSbSeVZn

345(789101112131415It1718192021

0.5060.8240.7410.2760.7190.7170.9170.8440.?74-0.0560.9190.8830.8740.9540.1450.779O.S42O.S550.662

-0.0840.28?0.3000.772-0.0480.1310.2310.3140.166-0.0(9-0.291-0.415-0.449-0.190-0.231-0.531-0.1440.3370.612

0.778-0.232-0.0140.105-0.041-0.253-0.1310.0030.238-0.0340.075-0.0480.000-0.062-0.0770.074-0.3320.533-0.231

-0.0910.0150.024-0.072-0.0790.0060.039-0.0290.1(90.978-0.063-0.0073.006-0.003-0.0050.013-0.3660.1220.001

VP 10.911 2.319 1.282 1.033

THE VP FOR EACH FACTOR IS THE SUM OF THE SQUARES OF THEELEMENTS OF THE COLUMN OF THE FACTOR LOADING MATRIXCORRESPONDING TO THAT FACTOR. THE VP IS THE VARIANCEEXPLAINED BY THE FACTOR.

ORTHOGONAL ROTATIOX, GAMMA : t.QOOO

ITERATION SIMPLICITYCRITERION

0 -3.I2181I1 -5.7473302 -5.1518563 -5.7520924 -5.752101

PAGE 11 BMOP4M Schilling Soil Metals

ROTATED FACTOR LOADINGS (PATTERN)

AlASBaBeCaCoCrCuFeHgKgMnXaXIPbSbSeVZn

345(789101112131415It1718192021

FACTOR1

0.2880.5240.406-0.2510.6020.583O.S080.47?0.454-0.0290.81?0.9440.94?0.8710.8910.9050.6580.2010.207

FACTOR2

0.0420.7350.6510.7503.3630.5870.7200.7160.515-0.0450.2520.1(10.1180.3840.350-0.0150.1050.5240.90?

FACTOR3

0.8810.0340.2180.2180.1(5-0.0090.1540.2(40.466-0.0250.3220.1900.2320.2080.1890.270-0.1390.7200.003

FACTOR4

-0.1080.0260.009-0.113-0.0760.0050.029-0.0460.1540.981-0.0510.0140.02?0.00?0.0080.037-0.0500.090

-0.022

VP 1.542 4.8(9 2.098 1.016

THE VP FOR EACH FACTOR IS THE SUM OF THE SQUARES OF THEELEMENTS OF THE COLUMN OF THE FACTOR PATTERN MATRIXCORRESPONDING TO THAT FACTOR. HHEX THE ROTATION ISORTHOGONAL, THE YP IS THE VARIANCE EXPLAINED BY THE FACTOR.PAGE 12 BMDP4M Schilling Soil Metals

ROTATED FACTOR LOADINGS

.4 4 4 4 4.

FACT0R

2

1 4

-

-

-

-

-

-

-

0 4

-

4 1 4

J

4 « 736 - F

1 9 - A5 « - C

H B - T« - 0

A t G 4 R 0 4

- 3

+1

I-

9B -

4 31 » •t

A J 21 4

-

- 1 4 4 - 1 4 4

....t 4 4 4 4.... ....4 4 4 4 4....

-.50 .50 -.50 .50-1.0 0.0 1.0 -1.0 0.0 1.0

FACTOR 1 FACTOR 1

.4 4 4 4 4

1

FACT0R 0

4

-1

4 A 4 1-

-

- F- A- C- T

1 9 - 04 J 3»67H » 4 R 0- 4 1 5

- 3

4 4 -1

....t t 4 4 4....

4 4

1

I-

98

G DC * 3845 ?

4 A 1 2 J 4H

-

4 4

...,+ 4 4 4 4....

-.50 .50 -.50 .50-1.0 0.0 1.0 -1.0 0.0 1.0

FACTOR 1 FACTOR 2

V 20 0.000 0.524 0.720 0.000Hg 12 0.000 0.000 0.000 0.981

VP 7.542 4.869 2.098 1.036

THE ABOVE FACTOR LOADING MATRIX HAS BEEN REARRANGED SOTHAT THE COLUMNS APPEAR IN DECREASING ORDER OF VARIANCEEXPLAINED BY FACTORS. THE ROHS HAVE BEEN REARRANGEDSO THAT FOR EACH SUCCESSIVE FACTOR, LOADINGS GREATERTHAX 0.5000 APPEAR FIRST. LOADINGS LESS THAN 0.2500HAVE BEEN REPLACED BY ZERO.PAGE 15 BMDP4M Schilling Soil Metils

ABSOLUTE VALUES OF CORRELATIONS IX SORTED AXD SHADED FORM

15 Xa I14 Mn IIIB Sb IN17 Pb IIII11 Mg Nfllit ii nun19 Se XX4XXXI7 Ct XXXXUXI

21 ZR -.X4X44I(!< . X I4 As XX4XIXXXM9 Cr XIXIUXXMI

10 CU UXMHXXJUIH5 8l 4X4XXX4XX-IXXIB Co XXXXXI44X-XIIIXI

11 Fe XX4JUX-4X-XIX4XI3 Al 4444X4.-...-44.4|

20 V 4HXX-4X-XXXX4XXI12 Hg I

THE ABSOLUTE VALUES OFTHE MATRIX ENTRIES HAVE BEEN PRINTED ABOVE IN SHAOEO FORMACCORDING TO THE FOLLOHING SCHEME

LESS THAX OR EQUAL TO 0.1230.123 TO ANO INCLUDING 0.245(f.245 TO ANO INCLUDING 3.358

4 0.1(8 TO AND INCLUDING 0.490X 0.490 TO AND INCLUDING 0.613

• X 0.613 TO AND INCLUDING 0.735I 0.715 TO AND INCLUDING 0.858I GREATER THAX 0.858


FACTOR SCORE COVARIAXCE (COMPUTED FROM FACTORSTRUCTURE AXD FACTOR SCORE COEFFICIEXTS)

THE DIAGOXAL OF THE MATRIX BELOH CONTAINS THE SQUAREDMULTIPLE CORRELATIONS OF EACH FACTOR HITH THE VARIABLES.

FACTOR' FACTOR FACTOR FACTOR

1 2 1 4FACTOR 1 1.0

VARIABLES ARE DENOTED BY 1,..., 9, A ZOVERLAPS ARE DENOTED BY AN ASTERISK.



...,4 4 4 4 4.... ....4 4 4

1 4 A 4 1 4 A

FACT0 - » - 0 I IR 0 4 GDCBH* 53B» J 4 R 0 4 H »2?«fl

* 1

tGDCBH* 63B« J

1 5 .4

-----4

-

FACT0R

- 1 4 4 - 1 4 4

....t 4 4 4 4,... ...,4 4 4 4 4....

-.50 .50 -.50 .50-1.0 0.0 1.0 -1.0 . 0.0 1.0

FACTOR 2 FACTOR 3

VARIABLES ARE DENOTED BY 1,..., 9, A,..., ZOVERLAPS ARE DENOTED BY AN ASTERISK.


SORTED ROTATED FACTOR LOADINGS (PATTERN)

NaMnSbPbKgNISeCaZnBeASCrCuBaCoFe<l

1514181?1116197

21(491058

11J

»

FACTOR1

0.9470.9440.9050.8910.8?70.8710.1580.6020.000-0.2560.5240.6080.4770.4060.5830.454O.?sa

FACTOR2

0.0000.0000.0000.1500.2520.1340.3050.3(10.90?0.7500.7150.7200.7160.6510.5870.515n.DOD

FACTOR1

0.0000.0000.2700.0000.3220.0000.0000.0000.0000.0000.000O.OQQ0.2(40.0000.0003.4660.«M

FACTOR4

0.0000.0000.0000.0000.0000.0000.0000.0000.0000.0000.0000.0000.0000.0000.0000.0000.00(1

rMIOR 2 -0.000 1.1100FACTOR 3 -fl.OOfl -O.Oflfl 1.000FACTOR 4 0.000 -0.000 -0.000 1.000


ESTIMATED FACTOR SCORES AND MAHALANOBIS DISTANCES (CHI-SQUARE S) FROMEACH CASE TO THE CENTROID OF ALL CASES FOR THE ORIGINAL DATA( 19 O.F.) FACTOR SCORES ( 4 D.F.) ANO THEIR DIFFERENCE ( 15 O.F.).EACH CHI-SQUARE HAS BEEN DIVIDED BY ITS DEGREES OF FREEDOM.

CASELABEL

B01 01B01 02B05.01B05.02LH01L V 0 2LH.03LH04LH.05LH.06LH.O?LHJ7L H 0 8LH09S0.01S D 0 2S D 0 3S0.03S0.04S D 0 550.05SDJ6SS.01SS.02SS.03SS 04SS.05S S 0 5S S O (SSJ7S S 0 8S S 0 9SS 10SS 11SS 11S S 1 2SS 13SS14SS 1588.11SS.17SS 18SS.19SS.20SS.21S S 2 2S S 2 1SS.24SS.25SS.25PAGE 18

NO.12345i789

1011121114151617181920212223242526272929303132333435361738394041424144454647484950

CHISQ/DF CHISQ/DF19

1.1412.?702.4800.9231.6013.0772.9730.34(0.6113.0962,5?41.8012.0372.3810.1190.5(50.9591.3160.3240.3550.4110.2250.9300.52?0.1251.2121.0120.3980.3590.22!2.3500.2B?0.672

'0.58?0.5450.3020.6(40.5790.2(70,3560.82?0.4(40.2141.2891.8050.5200.1640.3940.4560.359

40.0681.5010.3220.0510.3882.7196. (310.2040.025

13.6581.8B41.1600.4881.1590.0110.0190.1574.5810.0760.06?0.2390.3161.5400.4090.1260.5200.6430.3630.3(30.2443.8190.4501.2480.1930.1910.4841.4700.5550.0(90.2180.24?0.0720.1010.4276.2300.0780.1440.2(10.1410.114

BMOP4M Schilling Soil

CHISQ/DF15

1.4283.1093.0551.1561.92!3.1721.9970.1810.8500.2802,7591.9122.4502.7060.4260.7071.1710.4180.3900.4320.4(00.1960.7410.5590.1791.1971.1110.4070.3570.2211.9580.2440.5190.8190.6190.2530.4490.5860.3190.3930.9110.5(90.2701.5190.6250.63?0.4230.4300.5390.424

Metals

FACTOR1

0.0410.8560.0980.004

-0.709-0.2(5-1.079-0.440

0.0077.1590.9240.411

•0.144-0.282-0.075-0.042-0.152-0.319-0.054-0.118-0.011-0.017-0.251-0.401-0.239-0.468-0.010-0.058-0.06?-0.128-1.562-0.044-0.588-0.087-0.013-0.081-O.(15-0.404-0.2B4-0.0(8-0.144-0.014-0.114-0.102-0.089-0.0(0-0.007

0.051-0.048-

0.116

FACTOR2

0.0190.1360.110

-0.1810.8(63.1055.021

-0.027-0.217

0.6572.2221.9791.2581.678

-0.088-0.242

0.018-0.085-0.268-0.315-0.387-0.501-0,051-0.524-0.532-0.190-0.304-0.523-0.513-0.4(8

1.112-0.451-0.100-0.275-0.240-0.442-0.270-0.4«4-0.229-0.4(2-0.191-0.491-0.410-0.255-0.5(9-0.182-0.638-Q.7H-0.523-0.492

FACTOR1

-0.487-2.182-1.123-0.148-0.004-1.072-0.2390.531

-0.1031.118

-1.212-0.100-0.5871.212

-0.051-0,1100.5810.485

-0.459-0.190-0.852-1.022-0.507

1.050-0.180

1.145-1.557-1.013-1.032-0.79'8

3.2(5-1.1892.111

-0.12?-0.742-1.255

2.3101.105

-0.151-0.120

0.9130.081

-0.3361.271

-0.3210.1(10.122

-0.51?0.4250.22?

FACTOR4

-0.171-0.701-0.029-0.227-0.548-0.117-0.299-0.474-0.2100.0110.2(9O.(710.0510.174

-0.192-0.027

0.1794.287

-0.133-0.064-0.254-0.215

2.497-0.315-0.351

0.111-0.233-0.385-0.347-0.322-0.637-0.413-0.282-0.198-0.395-0.397-0.262-0.357-0.346-0.354-0.038-0.185-0.3240.0194.943

-0.184-0.392-0.426-0.343-0.383

ESTIMATED FACTOR SCORES AND MAHALANOBIS DISTANCES (CHI-SQUARE S) FROMEACH CASE TO THE CENTROID OF ALL CASES FOR THE ORIGINAL DATA

( 19 O.F.) FACTOR SCORES ( 4 D.F.) ANO THEIR DIFFERENCE ( 15 D.F.)EACH CHI-SQUARE HAS BEEN DIVIDED BY ITS DEGREES OF FREEDOM.

CASELABEL

SS26SS27SS28SS.29SS30SS.31SS 32SS33SS34SS.35SS35PAGE 19

NO.5152535455555758596061

CHISQ/DF CHISQ/DF CHISQ/OF19

0.4150.5740.7570.5760.5191.0873.0520.2120.6000.3200.991

40.1150.1830.6620.1370.1071.1090.5110.1280.0970.1140.079

BMOP4M Schilling Soil

FACTOR SCORE

FACTORFACTORFACTORFACTOR

1234

COVARIANCE

FACTOR

11.0000.000-0.0000.000

150.4900.8050.7940.6910.6291.0813.7240.2140.7340.3691.234

Metals

FACTOR

0.-0.-0.-0.-0.-0.0.0.0.0.0.

(COMPUTED FROM FACTOR

FACTOR

2

1.0000.000-0.000

FACTOR

3

1,000-0.000

1126Oil152018188007571042001025007

FACTOR

-0-0-0-0-0-00-0-0-0-0

2.414.589.(13.645.433.541.2(4.571.472.596.477

FACTOR

-0-010000-000

-0

3.406.546.441.025.440.1(0.992.112.29?.031.074

FACTOR4

-0.341-0.296-0.401-0.363-0.1032.029-0.789-0.415-0.2II-0.418-0.286

SCORES)

FACTOR

l.i

4

000PAGE 20 BMDP4K Schilling Soil Metals

FACTOR SCORES

FACT0R

2

13 4

_

12 4 1

11

11 4

1

--

1 110 4 12111

1111341 115721139

1-1 4

-

-

4 3 4

11

4 2 4

.

11 111

4 F 1 4 2 1- A

C - 11- T - 11 2- 0 - 314 R 0 4 1 14

1 2 2• 3 - 341 1

11241

4 - 1 4 1 1 2111

-2 4 4 -2 4

-3 4 4 -3 4

.4....4....4.,.,4....4,,,.4....4....4....4....4..,.4. .4,...4....4....4....t....4....4....4....4....4....4.-3.0 -1.8 -.60 .60 1.B 3.0 -3.0 -1.8 -.60 .60 1.1 3.0

-2.4 -1.2 0.0 1.2 2.4 -2.4 -1.2 0.0 1.2 2.4

FACTOR 1PAGE 21 BMOP4M Schilling Soil Metals

FACTOR 1

FACTOR SCORES

.4....4....4....4....4....4....4....4 ...4....4,...4.

1 4

11

2 4 +

1

11 1

1 1F 1 4 1 1 1 4

AC - 2T - 21 10 - 22R 0 4 22 1 1 4

11 23 - 1123 1 1

11 1 1212

-1 4 32 1 1 -

1

-2 4 4

-3 4 4

.4....4,...4....t.,..4....4....4....t....4....4..,.4.

•3.0 -1.8 -.60 .60 1.8 3.0-2.4 -1.2 0.0 1.2 2.4

FACTOR 2

CPU TIME USED 39.380 SECONDS

PAGE 22 BMDP4M


06/02/89 AT 11:29:38



PROGRAM TERMINATED

Screen Output vill be written to file SOI02M.OUT

BMOP Instructions vill be read froi file SOI02M.IN

PAGE 1 BMOP2M

BMDP2M - CLUSTER ANALYSIS OF CASESCopyright 1977, 1979, 1981,' 1912, 1983, 1985, 1987, 1988

BMDP Statistical Software, Inc.

BMOP Statistical Software, Inc.1440 Sepulveda BlvdLos Angeles, CA 90025 USA

Phone (213) 479-7799Fax (213) 312-0161Ttlex 4972934 BMDP UI

Statistical Softvare, Ltd.Cork Technology Park, Model Fan RdCork, Ireland

Phone 4353 21 542722Fax 4351 21 542822Telex 75(59 SSHL El

Version: 1988 (IBM PC/DOS)Manual: BMDP Manual Vol. 1 (August, 1988); Vol. 2 (OeceBber, 1988).

Use 1983 or 1985 edition until 1988 becoies available.Digest: BMOP User's Digest (4th edition), plus addendui.

Updates: State NEHS. in the PRINT paragraph for sunary of m features.

DATE:QS/02/89 AT 11:24:36


/INPUT VARIABLES ARE 17.CASES : 61.FILE IS 'SCHSOIO.TXT1.TITLE IS 'organic soil'.FORMAT IS FREE.RECLENGTH : 291.

/VARIABLENAMES ARE A.B.'ttdCEa'.AMtone.lzoaAnth.BzoaPyr.BzobFliiA,

BrokFluA.CEthane,Chrysene,EBnzene.FlurAnth,Penathrn,Phenol,Pyrene,b2EPtht,dCMthane.

USE : A,B,Acetone,flzoaPyr,BzokFluA,EBnzene,F1urAnth,

' Penathrn,Phenol,Pyrene,b2EPtht,dCMthane.LABEL : A,B.

/proclink : cent.

/END

PROBLEM TITLE ISorganic soil

NUMBER OF VARIABLES TO READ IN 1?NUMBER OF VARIABLES ADDED BY TRANSFORMATIONS. . 0TOTAL NUMBER OF VARIABLES 17CASE FREQUENCY VARIABLECASE HEIGHT VARIABLECASE LABELING VARIABLES A INUMBER OF CASES TO READ IX 61KISSING VALUES CHECKED BEFORE OR AFTER TRANS. . NEITHERBLAXKS ARE HISSINGINPUT FILE. . .SCHSOIO.TXTREHIXO INPUT UNIT PRIOR TO READING. . DATA. . . YES

(ic yripns DP nvuiKTr srneiRF won

' VARIABLES TO BE USED4 Acetone 6 BzoaPyr 3 BzokFluA 11 EBnzeoe 12 FlurAnth

13 Penathrn 14 Phenol 15 Pyrene 16 b2EPtht 1? dCHthane

INPUT FORMAT ISFREE


NUMBER OF CASES READ IIPRINT DISTANCE MATRIX NOTYPE OF TREE PRINTED VERTICALCALCULATING PROCEDURE SUM-SQRSTANDARDIZATION OF INPUT DATA YESAMALGAMATION RULE CEXTROIDPAGE 2 BMDP2M organic soil

DETAILS OF THE AMALGAMATION (CLUSTERING) PROCESS

FOR EACH AMALGAMATION, THE FOLLOHING ARE PRINTED

-- THE DISTANCE BETHEEN THE THO CLUSTERS JOINED

-- THE CASE NUMBERS FOR THE 'BOUNDARIES' OF THE NEHLYFORMED CLUSTER AS GIVEN IN THE CLUSTER TREE HHICHFOLLOHS THESE DETAILS

- THE NUMBER OF CASES IN THE CLUSTER (SUM OF THECASE HEIGHTS FOR THE CLUSTER IF CASE HEIGHTVARIABLE IS SPECIFIED)

- THE (HEIGHTEO) AVERAGES OF THE VARIABLES FOR THE CLUSTER(DIFFERENCES BETHEEN CLUSTERS CAN BE DESCRIBED INTERMS OF THOSE VARIABLES HHOSE XEANS DIFFER HOSTBETHEEN THE CLUSTERS)

AMALGAMATIONORDER

123456789

1011121314151617181920212223242526

SUM OFDISTANCE CASES FREQUENCIES3.3013.0010.0010.0023.0020.0020.0020.0020.0020.0023.0020.0030.0030.8030.3020.0033.0030.0030.3040.0043.0048.0040.0040.0050.0050.005

61 3827 2548 3855 2843 28'38 2632 2541 3053 4952 3050 2628 2660 5430 2929 2549 2645 3622 2140 3658 2654 2526 2547 3631 2436 2119 16

2.3002.0003.0002.0003.0004.0003.0002.0002.0003.0005.0003.0002.0004,0007.00013.3002.3002.0003.00011.0009.00020.0004.0002.0006.000 _2.000

AVE. 4 6 8 11 12 13 11 15 18 17HEIGHT Acetone BzoaPyr BzokFluA EBnzene FlarAnth Penathrn Phenol 'yrsne b2EPtnt dCHthane1.000 -3.3261.000 -0.3241.300 -0.3261.000 -0.3251.000 -0.3251.000 -0.3261.000 -0.3241.000 -0.3261.880 -0.1251.000 -0.3251.000 -0.3251.000 -0.3251.000 -0.3261.000 -0.3251.000 -0.3251.000 -0.3251,000 -0.3261.000 -0.3241.000 -0.3261.000 -0.3251.000 -0.3251.000 -0.3251.000 -3.3251.000 -0.3221.000 -0.325

s 1.000 -0.325

-8.209-0.209-8.209-0.210-0.210-0.209-0.209-0.210-0.209-0.210-0.209-0.209-0.209-0.210-0.210-0,209-0.210-0.209-0.210-0.209-0.210-0.209-0.210-0.209-0.209-0.209

-8.224-0.225-0,224-0.225-0.225-0.224-0.225-0.225-8.224-0.225-8.224-0.224-0.224-0.225-0.225-8.224-0.225-0.224-0.225-8.224-8.225-3.224-8.225-8.224-0.224-0.223

-0.298-0.298-3.298-0.298-3.298-8.298-8.298-8.298-0.238-0.298-8.238-0.298-0.298-0.238-0.238-0.238-0.238-0.298-0.298-3.298-8.298-8.298-8.298-8.298-8.298-0.298

-3.221-0.221-0.221-0.222-3.221-8.221-8.221-3.222-8.221-8.222-8.221-8.221-0.221-0.222-0.222-0.221-0.222-0.220-0.222-0.221-0.222-8.221-8.221-0.221-0.221-0.220

-0.194-0.194-8.194-3.134-0.194-0.194-0.134-0.194-0.194-0.194-0.194-0.194-0.194-0.194-0.194-0.194-0.194-3.193-0.194-0.194-0.194-0.194-0.194-0.194-0.194-0.193

-3.293-0.295-3.293-3.295-3.295-8.293-9.295-3.296-0.294-0.296-3.293-0.294-0.294-8.295-3.295-3.294-3.295-0.292-0.235-0.294-0.295-0.295-0.295-0.295-0.294-0.289

-0.198-0.198-3.138-0.198-3.138-3.138-3.138-3.138-0.198-0.198-3.198-0.198-0.198-0.198-0.198-0.138-0.138-0.138-3.198-0.198-0.198-0.198-0.198-0.198-0.198-0.198

-3.230-3.232-3,238-3.232-0,232-0.230-3.232-8.233-0.238-0.233-0.230-0.231-0.231-0.233-0.233-0.231-3.256-0.254-8.255-8.230-0.232-8.231-0.255-0.229-8.255-0.226

-3.316-3.319-0.316-0.315-3.316-0.316-0.319-8.319-3.314-0.318-3.316-0.316-3.321-3.318-3.319-8.316-3.317-8.312-0.316-0.316-0.319-0.31?-0.316-0.312-0.315-0.314

272829303132333435363733394041424344454647484950515253545555575859(0

PAGE

3.306 34 253.006 17 160.006 18 160.007 56 440.007 25 240.007 44 210.007 51 390.00? 33 240.008 35 230.008 59 210.008 24 230.309 23 160.010 4( 21O.OK 37 160.020 21 90.024 16 90.026 15 90.029 20 90.034 39 90.071 42 90.297 9 80.442 57 80,68? 8 (1.027 12 111.418 6 52.187 10 52.441 11 42. (19 14 53.221 7 11.581 4 14.120 5 19.052 3 29.373 13 113.5(0 2 13 BMDP2M organic

21.3003.0004.0002.00023.0008.0002.00024.0002.0003.00027.00031.0009.00032.00010.00042.00043.00044.00046.00047.00048.00049.00050.0002.00051.00052.0003.000

53.0002.0005.00053.0002.00059.000(1.000soil

1.3001.3001.3001.0001.0001.0001.0001.0001.0001.0001.0001.000I.OOO1.0001.0001.0001.0001.0001.0001.0001.0001.0001.0001.0001.0001.3001.0001.0001.0001.0001.0801.0001.0001.000

-0.325-0.325-8.325-8.325-3,325-3.325-8.325-8.325-8.324•8.324-8.325•0.325-0.325-0.325-0.323-0.324•0.324-0.324-0.324-0.324-0.319-0.119-0.3191.298

-0.302-0.29?1.40(

-0.29?3.5532.305-0.0730.0000.0000.000

-0.209-0.209-0.208-0.209-3.203-0.209-0.203-0.210-0.211-0.210-0.210-0.209-0.210-0.210-0.210-0.210-0.209-0.209-0.209-0.209-0.209-0.20?-8.2870.032-0.206-0.200-0.046-0.194-0.200-0.108-0.1865.351-8.1810.000

-0.224-0.223-0.223-0.224-0.224-0.224-0.225-0.225-0.227-0.226-0.225-0.225-0.225-0.225-0.225-0.225-0.224-0.224-0.224-0.224-0.224-0.221-0.2210.1(8-0.220-0.2100.043

-0.199-0.208-0.058-0.1875.285-0.1790.000

-0.298-0.298-8.298-0.298-3.298-0.238-3.238-8.238-8.238-0.298-0.298-0.298-0.298-0.298-0.298-0.298-0.298-0.298-0.298-0.298-0.298-0.298-8.2382.464-0.298-0.2942.751

-0.2943.8071.374

-8.3983.145-0.0853.000

-0.221-0.219-3.219-0.221-0.221-0.221-0.224-0.221-0.229-0.229-0.222-0.222-0.221-0.221-0.221-0.221-0.221-0.221-0.221-0.221-0.221-0.213-0.2130.269-0.211-0.1990.109

-0.185-0.212-0.019-0.1714.763-8.1613.000

-0.194-0.194-0.195-0.193-0.194-0.194-0.198

' -0.194-0.194-0.195-0.194-0.194-0.194-0.194-0.194-0.194-0.194-0.194-0.194-0.194-0.194-0.192-0.192-0.154-0.191-0.184-0.167-0.175-0.173-0.172-0.1754.386-8.1698.000

-0.295-3.288-3.289-3.293-0.295-0.294-0.319-3.295-0.295-8.294-0.295-0.294-0.294-3.294-0.293-0.294-0.293-0.293-0.295-0.294-0.294-8.293-8.2801.180

-0.278-0.2418,692-3.236-8.1580.352-8.1864.330-8.14?0.300

-0.198-3.197-3.198-0.19!-0.198-3.198-0.198-5,198-0.139-3.200-0.198-0.138-3.198-0.198-3.198-0.198-0.198-0.198-0.198-0.198-0.198-3.196-8.198-0.033-0.196-3.192-3.084-0.187-0.188-8.126-8.1825.263-8.1780.000

-3.231-3.226-0.225-0.251-0.231-0.254-0.256-0.231-0.231-0.230-0.231-0.230-0.253-0.230-0.254-0.236-8.236-0.235-3.236-0.235-0.236-0.235-0.2350.585-3.234-0.2280.317

-0.183-0.2160.104-0.1594.626-0.15?0.000

-0.3H-3.314-3.314-8.320-0.31?-0.316-0.318-0.31?•0.317-0.315-3,317-0.316-0.315-8.316-8.315-8.316-8.316-8.315-0.316-0.315-0.312-0.312-0.3121.542

-0.290-0.2851.186

-8.2852.3601.85$

-0.1003.079-8.8030.003

C X0 1 1 1 1 5 4 4 5 3 4 4 4 2 2 3 2 3 5 3 2 2 3 3 4 5 2 6 5 5 4 5 2 5 4 5 3 6 4 2 3 3 2 1 1 1

A . 1 7 1 2 4 4 0 6 7 3 6 46 6 5 0? 2 1 7 15 3 3 5 7 2 0 1 2 3 0 48 3 3 8 5 3 0 8 1 8 6 4 1 4 8 7 3

S L B L L LBL L LS L S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S SA O H H H O HH HS HSS S S S S S 0 O S S S S SS S S S S S S S S S S S S S S S S S S SSS S D 0 0

EB 1 5E 000 0 0 0 3 0 2 2 3 1 2 1 2 0 0 1 0 1 3 1 0 0 0 0 1 2 0 3 2 3 2 2 0 1 1 2 1 3 2 0 1 0 0 3 3 0L 0 3 7 7 0 9 8 2 2 5 2 0 1 2 1 6 3( 5 3 1 1 403 5 9 7 I 7 5 5 9 3 5 8 5 0 9 5 45 44 1 8 2 3 3 4

1 2

AMALG.DISTANCE

t t t t t t t t i t t t t s t t t t t t t t s t s t t t t i t t t t t t t t s t t t i t t t s t t t0.001 III I III III III I III III I I III I I III I I III I I III -4- III I III Io.ooi in in 1 1 1 1 m in in in 11 -4- in i in 11 r 1 1 1 1 i i m m io.ooi 11 m i m m 1 1 1 1 1 m m i i m i m 1 1 1 1 m -4-1 m m0.002 m m 1 1 1 1 1 1 m 11 m m i i m i m m -4-11 i i m 1 1 10.002 m i m m m m i m m i i 1 1 1 1 1 1 1 m -4--1 i m m i0.802 11 m i m m i m m 1 1 1 1 1 i m i m m i i -4— mm0.002 m m 1 1 1 1 1 m 111 m i m -4-- m m 111 i i i 11 m i0.002 I I I III I I I III III I I III III I I -4- III III I I I I I III I I0.002 III III I I III III I I I III III I I I I III I -4- I I I I III I I0.002 I I III III I III III I I III I III I -4-- III I I I I I III III0.002 m m 11 m in 1 1 1 m i in i i i m i i —4- m in0.003 III III III III I III I I III III I I III I I 4— III III0.003 III III III III I III I I III III I I I -4- I I I III III0.003 I I T I I I I I I I I I I I I 1 1 1 I I I I I I I -4--- I I I I III III

0.0020.0010.0010.0030.0040.0040.0040.0040.0040.00!0.0050.0058.0060.0060.0060.0070.0070.0070.0070.0070.0080.0080.0080.0090.0108.3160.0200.0248.8260.0290.0340.0710.29?0.4420.6871.0271.4382.18?2.4432.6393.2213.5834.1209.0529.373

13.560PAGE 4

1 I 1 1 1 1 1 1 1 1 1 1 i I 1 1 1 1 iT T T T T T T T T T T T T T T T T T Ti l l l l l l l l l l i l l l l l l l

III III III I III -4- I III

m in m m i i 1 1 -4-III III I III I I I -4- I I

mm in mi i i imimiimi i i iT T T T T T T T T T T T T T T T1 1 1 1 1 1 1 1 1 1 1 L 1 1 1 1

III III III III I -4— I

I I I I I I I I I I I I I I I

I III III I III I I -4— -

I I I I I I I I I I I I I IT T T T T T T T T T T T T TI I I I I I I I I I I I I 1

m m m m i iI I I I I I I I I I I I I II I III III III -4- IT T T T T T T T T T T T T1 1 1 1 1 1 1 1 1 1 1 1 1

III III I III 4-

imiimi iT T T T T T T T T T T1 1 1 1 1 1 1 1 1 1 1

III I I III I I I

iiiimm iT T T T T T T T T T Tl l l l l l l l l l i

T T T T T T T T T T T T1 1 1 1 1 1 1 1 1 1 1 1

III III III I 4-T T T T T T T T T T T

III III III 4-T T T T T T T f T .....1 1 1 1 1 1 1 1 1 .— .

T T T T T T T T Tl l l l l l l l l

T T T T T T T T T1 1 1 1 1 1 1 1 1

T T T T T T T T Tl l l l l l l l l

T T T T T T T T Tl l l l l l l l lT T T T T T T T Tl l l l l l l l lT T T T T T T T

T T T T T T T — - ~- —1 1 1 1 1 1 1 —

I I -4- IIIT T T T T T11 1 1 1 1T T T T T — . — - . — . .

I I -4" IT T T .... ......................11 1 — —————— --....-- 4 - 1— +..

1 1 1 1 1

I I I I

milmilimim 1 1milT T T T T1 1 1 1 1

milmilimiimiT T T T T1 1 I 1 1

III II

milimiT T T T T1 i I I I

milm i iT T T T .....1 1 1 1

I -4- I

I -4--

1

r1

I

r — 1 1 1 1 1 i 1 1 1 iT T T .L T T T T T T1 1 1 T — 1 I 1 1 I 1

i i i i mmi i i i mmi i i i- i m 1 1I I 4- I III I I

"4 I III IIIi. f T T T T T

i m mI I -4- III

I I I III

I I I I I -4_,„„„.„ .. ..... T T T T... ....... — .. — ..... i i | l

I I I "4-

I I -4-I I I..!.. ................. Tt~~ " 1

I II I

........... .......i. T........... .......Y. ^

i iI I

...............x... T

i

I

+

I

I

ii

I

BMDP2M organic soil

CONTINUATION OF.PRINTED TREE

1 1 2 5 3 4 1( 5 0 1 9 2 8 5 3 3 2

S S S S S S L L L 8 BD D O S S S H H H O O

5 10 0 0 2 1 1 0 0 02 1 5 5 5 8 4 1 8 0 0

1 2

AMALG.DISTANCE

o.umo.ooio.ooi0.0020.0020.0020.0020.0020.0020.0020.0020.0010.0010.0010.0020.0030.0030.0010.0040.0040.0040.0040.0040.0050.0050.0050.0050.0050.0060.00?0.0070.0070.0070.0070.0080.0080.0080.0090.0108,8160.0200.0248.0260.0290.0340.0710.2JT0.4420.«8?1.02?1.4382.18?2.4432.5393.2211.5834.1209.0529.373

13.5(0PAGE 5

M i l lI I I I Iimimilmilmilmilmilimimil11 m1 1 1 1 1imii mimmmmmmminnm 1 1milimi-mimimimimimimiII-4-

111 mmmmmi i m immmmmmmmmmmmmmmmmmmm

mmmmm

mmmmm i i immmmmmi m i lmmmmmmmm

i ii ii ii ii i

i ii ii i11i ii ii i1 1i i

... T

i n nm i lm i li m im i l

m mm m

mmi i im

i i1111i im i i immmm- - im i— mi

mimimi

— 1 1 1mmmmmm1-4-i

BMDP2M organic soil

DISTANCES BETHEEN CASES REPRESENTED IN SHADED FORM.HEAVY SHADING INDICATES SMALL DISTANCES.

CASE CASENO. LABEL

1 B01.01 I .7 LH 03 .1

11 LH.07 ..I12 LHJ? ..-I4 805.02 ..-.I

1 4 L H 0 9 ....I10LU5 ..-.-I5 LH.02 ....--I

57SSJ2 ....---I9 LH.05 ....— 4|

46 SS.22 ....--+1144SS.20 ....--+111!l SS.11 ....— 4IIM36 SS.12 ....—+1111145 SSJ1 ....—+1111114ossj6 ....— 4imm47 SS.21 ....-- 4IHIHII22 SDJt ....— +UIIIIIII21 SD.05 ....— 4I1I1IIUU17 SS.11 ....— 4IIIIIIIUU23 SS.01 ... *HIMIIHUJ15 SS.11 ....— 4IIIIIIIIIH1I59 SS.34 ....— 4||||imn»ttii ss.io ....— 4iininninni25 ss 01 ....— +iimmiiii»H27ssj5 ....— 4iimmmiuiii32 SS.09 .... — 4HtlimillHntH30SS.07 ,...— 4IHIIIIIIII1HHIII41 ssj? ....— 4i«mumm«mi52 ssj? ....— 4iiiiiimuuimuii29 SS.06 .... — +HtHHUHttltHH!»60 SS.35 . . . .— 4||||||||immillll|||54 SS.29 . . . .— 4mtHIHIiminillMU58 SS.13 . . . .— 4IIIIIIIIIIIUIHUIHIIII49 SS.25 .... 'IIIIIIIIiliUltlllilllUH53 SS.28 . . . .— 4IUUUIIIIIIIIIIIIIIIIIIII28 SS.05 .... — 4HtliMllimiUIIIIIIINUI55 SS 30 ....— 4UHIIIIIIIIIIIUIHIIMMUI41 SS.19 . . . . tHItUllllilimiillllllllUil50 SS.25 .... — +imillllllllllllllllllUIIIIH38 ss 14 ....— 4itmttHim»iiiitiiuHiHni61 SS 35 ....— 4|||||||||||||||||||||1IIIIIIIU1I48 SS.24 "....— 4lUlllimillliIllllll3lilltftlill26 SS.04 ....— 4|||||limillllllllllllllllllllllll34 ss 1 1 .... — 4iitmiiiiiiiii«if uiiiunminii31 ss.08 ....— 4iiimiiimmuiiimiiiiiiiiiiiiii24 ss.02 ....— Timmmiimimuimmmiimii18 SO 03 ....— 4||||||imi|||||||||||||||||||||||||llli? so 01 ... . +immmini!ttmmtiiiiitiiiiiii!!!19 so.04 ....— 4iimiiiiiiiimiiiiiiiimiiiiiiiiiiiiiiis so 02 ....— 4iiimmimiimmHnimmmmmi15 SD.OI ....— 4miimiiiiiiiiiimiiiiimimmmiiii20 so 05 ....— 4itiiinumiiiniiimmiiiiiiiiHiiiii»isi ss.26 ....— 4UiiHmiuiiiiuiiiiiimmiiHnimiiiH39 ss.is ....42 SS.18 . . . . — 4444444444+44444444444444444++444444444|||||444|8 LHJ4 . . . . ---- 444444++++44444444444+++4+444444444444444444444I

13 LH.08 . I3 B05.01 I2 BOt 02 I

Screen Output Kill be written to file SOI04M.OUT

BMDP Instructions mil be read froi file SOI04M.IN

PAGE 1 BMOP4M


Copyright 1977, 1979, 1931, 1982, 1981, 1985, 1987, 1988BMOP Statistical Software, Inc.

BMDP Statistical Software, Inc.1440 Sepulveda BlvdLos Angeles, CA 90025 USA

Phone (211) 419-1199Fax (213) 312-0161Telex 4972934 BMDP UI



Phone 4353 21 542722Fax 4351 21 542822Telex 75659 SSHL El

Manual: BHOP Manual Vol. 1 (August, 1988); Vol. 2 (Oeceober, 1988).Use 1983 or 1985 edition until 1988 becoies available.

Digest: BMDP User's Digest (4th edition), plus addenduit.


06/02/89 AT 11:27:25


/INPUT VARIABLES ARE 17.CASES : (1.FILE IS 'SCHSOIO.TXT',TITLE IS 'organic soil'.

'"**' FORMAT IS FREE.RECLENGTH : 291.

/VARIABLENAMES ARE >,8,M2dCEa',Acetone,BzoiAnth,BzoaPyr,SzobFluA,

BzokFluA,CEthane,Chrysene,EBnzene.FlurAnth,Penathrn,Phenol.Pyrene,b2EPtht,dCMthane.

USE : A,B,Acetone,BzoaPyr,BzokFluA,EBnzene.FlurAnth,Penathrn,Phenol,Pyrene,b2EPtht,dCHthane.

LABEL : A,B./factor

nutter = 5./print

case : 61./END


NUMBER OF VARIABLES TO READ IN 17NUMBER OF VARIABLES ADDED BY TRANSFORMATIONS. . 0TOTAL NUMBER OF VARIABLES IICASE HEIGHT VARIABLECASE LABELING VARIABLES A B

1XX4-§


0.0(20.0(20.0(20.0(20.4952.725

TOTOTOTOTOTO

THE DISTANCES HAVE SEEK REPRESENTED ABOVE IX SHADEDFORM ACCORDIXG TO THE FOLLOHING SCHEME

LESS THAN 0.0(20.0(20.0(20.0620.4952.7255.511

GREATER THAX 5.511

XUMBER OF INTEGER HORDS OF STORAGE USED IX PRECEDIXG PROBLEM 2330CPU TIME USED 28.010 SECONDS

PAGE 6 BMOP2M

BMDP2M - CLUSTER AMALYSIS OF CASES

DATE:06/02/89 AT 11:24:34



PROGRAM TERMINATED

NUflBtK Or MStS 111 KtAl) 111 01

MISSING VALUES CHECKED BEFORE OR AFTER TRANS. . NEITHERBLANKS ARE MISSINGINPUT FILE. . .SCHSOIO.TXTREHIND INPUT UNIT PRIOR TO READING. . DATA. . . YESNUMBER OF HORDS OF DYNAMIC STORAGE 16298PAGE 2 BMDP4M organic soil

VARIABLES TO BE USED4 Acetone 6 BzoaPyr 9 BzokFluA 11 EBnzene 12 FlurAnth

11 Penathrn 14 Phenol 15 Pyrene 16 b2EPtht 17 dCHthane

INPUT FORMAT ISFREE



HEIGHT VARIABLEUNROTATEO FACTORS ARE PRINCIPAL COMPONENTS.MAXIMUM NUMBER OF FACTORS 5NUMBER OF FACTORS IS LIKITED TO THE NUMBER OF EIGENVALUES

GREATER THAX 1.000TOIERAKCE LIMIT FOR MATRIX INVERSION 0.00010VARIMAX ROTATION IS PERFORMED.GAMMA 1.0000MAXIMUM NUMBER OF ITERATIONS FOR ROTATION ... 50CONVERGENCE CRITERION FOR ROTATION 0.0000100KAISERS NORMALIZATION YESPAGE 1 BMDP4M organic soil

DATA AFTER TRANSFORMATIONS FOR FIRST 61 CASES.CASES HITH ZERO HEIGHTS AND MISSING DATA NOT INCLUDED.

C A S ENO. LABEL

1 B01 012 801.023 BOS 014 B05.025 LH015 IK 02I UJ38 LH.049 LH.0510 IHJ611 LH.O?12 LH 0713 LH 0814 LH 0915 SO 0116 SO 021? SDJ318 SD.0319 SO.Q420 SD 0521 SD 0522 SD 0521 SS 0124 SS.0225 SS.0326 SS 04

4 ( 8Acetone BzoaPyr BzokFluA

3303125

' 0Ii101

10102800

.004

.004

.00600000000

.42

.10

.10

.0)

.60

.12

.90

.08

.02000000000.02.02.02.02.01.02.02.01

1.50440510

1.102.300.810.820.410.5027182426320.600.48Q.((0.500.450.430.410.410.1?0.190.490.41

0.91330250

1.104.800.811.600.410.502?241825320.120.48

%fl.«0.500.460.410.410.430.140.390.190.41

11 12 11 14 15 15EBnzene FlurAnth Penathrn Phenol Pyrene b2EPtht

1107.40442100.36

.00(000180.55

.00900012

1901403300.37

.008000

.007000

.007000

.008000

.007000

.00(000

.002000

.003000

.006000

.006000

.036000

.806000

0.391101100.825.900.211.200.410.5027241825321.200.480.500.460.460.430.430.430.060.390.390.41

Q.?(5002200.523.300.112.100.410.50273.303

25320.540.483.150.140.460.430.430.430.390.390.190.41

2.20913?0.512102.400.210.50271824344.800.513.480.500.460.460.430.430.410.390.390.390.41

1.60320540

1.804.700.261.600.410.5027241826320.940.480.500.050.460.430.430.430.130.390.390.41

0.4193370.5?0.580.610.780.050.074.608.50142.70320.510.480,450.500.460.430.113.0?0.410.430.390.41

1?dCHthane

6.900.091.801.402.700.0180.360.010.714.105.10

140.080.013.030.020.020.020.080.030.030.020.03

.0100000.01

2?2829303132113435363?383940414243444!464?484950515253545556575859SO(1

PAGE

SS05SS.05SS 05SS.OISS08SS09SS 10SS 11SS 11SS 12SS 11SS.14SS 15SS 15SS 17SS.18SS.19SS.20SS.21SS 22SS21SS.24SS25SS25SS25SS.2ISS28SS.29SS30SS.31SS.32SS 31SS.34SS.35SS154 BMDP4M

0.020.020.01

.9090000.040.01

.005000

.005000

.00(000

.0100000.01

.30(000

.008000

.007000

.0080000.01

.00(0000.01

.0080000.010.010.010.010.010.010.010.01

.0010000.01

.0100000.01

.0080000.010.01

.005000organic

0.390.190.1?0.170.410.390.140.390.390.370.290.410.540.370.1810.190.440.400.080.410.410.420.390.400.350.410.190.180.40

110.400.420.410.41

soil

000000000080000100000000000000I0000,

.39 -.836000

.39 .006000

.3? .006000

.3? .006000

.41 .00(000

.39 .03(000

.IS .00(000

.39 .98(000

.39 .00(000

.37 .006000

.31 .00(000

.41 .00(000

.3? .00(000

.3? .00(000

.38 .00(0000.01

.39 .00(000

.44 .007000

.40 .00(000

.05 .006000

.41 .006000

.41 .00(000

.42 .99(990

.19 .096000

.40 .006000

.36 .005000

.41 .006000

.39 .00(000

.18 .006000

.40 .00(000

.80 .00(000

.40 .00(099

.42 .09(990

.41 .93(000

.41 .006000

0.190.390.3?0.3?0.413.390.340.390.060.370.980.410.140.370.1810.190.440.400.190.410.410.390.420.400.360.410.390.389.40K0.400.090.410.41

0.390.390.3?0.3?0.410.390.140.090.390.378.663.410.128.370.3810.390.440.409.399.410.410.390.420.050.160.410.190.380.407.700.400.050.410.41

0.390.390.3?0.3?0.150.399.499.390.390.3?0.400.410.040.389.3813.398.440.400.390.413.410.390.420.050.360.419.399.389.400.790.400.429.410.41

9.393.330.370.370.410.390.240.059.390.379.698.410.500.370.180.180.199.440.409.960.410.410.199.429.400.160.410.190.380.40

139.490.090.410.41

9.390.390.3?9.3?0.410.390.409.399.399.388.400.410.080.110.3810.398.179.060.130.070.410.420.399.960.360.410.190.380.100.790.450.420.410.41

0.019.929.01

.0100000.01

.0190000.01

.0100000.010.020.920.029.019.929.019.050.020.010.020.010.020.020.020.020.010.010.02

.0060000.02

.0060000.030.020.03

.00(0000.02

NUMBER OF CASES READPAGE 5 BMDP4M organic soil

61


VARIABLE

4 Acetone6 BzoaPyr8 BzokFluA11 EBnzene12 FlurAnth11 Penathrn14 Phenol15 Pyrene16 b2EPtht17 dCHthane

MEAN

2.012(918.2(41112.1922517.272059.7004111.849544.5080125.055433.4?1050.75728

STANDARDDEVIATION

(.1553985.1249252.5610157.9111442.0500569.4101411.97040124.4482713.299842.14027


1.058294.671724.311023.154054.3148?5.011171.099004.95(921.811(53.0903?

SMALLESTVALUE

0.00300.08100.04700.00200.05900.05400.04400.04700.05500.0060


-0.33-0.21-0.23-0.30-0.23-0.20-0.32-0.20-0.26-0.32


544(462123513934854

LARGESTVALUE

LARGEST FIRSTSTANDARD CASE FORSCORE LARGEST

33.510.llO.i330.310.1500,93.1820;93.114.1

5.035.766.055.407.147.016.339.395.?35.6S

132132222213

CASE NUMBERS ABOVE REFER TO DATA MATRIX BEFORE ANY CASESHAVE BEEN DELETED DUE TO KISSING DATA.CASES HITH ZERO HEIGHTS ARE NOT INCLUDED.PAGE S BNDP4M organic soil

5 0.1185 0.9913( 0.0563 0.99697 0.9286 9.99973 0.0018 0.99999 0.0006 1.000010 0.0002 1.0000


TOTAL VARIANCE IS DEFINED AS THE SUM OF THE POSITIVE EIGEN VALUES OF THECORRELATION MATRIX.PAGE 10 8XDP4M organic soil



FACTOR FACTOR1 2

AcetoneBzoaPyrBzokFluAEBnzeneFlurAnthPenathrnPhenolPyreneb2EPthtdCHthane

468

1112131415161?

0.1110.9329.9870.1(10.9810.9840.9420.9850.9590.141

0.945-0.084-0.0760.904-0.075-0.1210.176

-0.118-0.0910.951

VP (.(10 2.701


ORTHOGONAL ROTATION, GAMMA : 1.0000


0 -1.90714?1 -4.0904822 -4.090482

PAGE 11 BMDP4M organic soil


FACTOR FACTOR1 2

AcetoneBzoaPyrBzokFluAEBnzeneFlurAnthPenathrnPhenolPyrene

468

1112131415

0.0090,9360.9900.0(40.9830.9910.9170.992

0.9510.01?0.0310.9169.031

-0.0140.277

-0.011

oztptni u iu«4 ti.uiwdCHthane 1? 0.039 0.9(1'

VP 6.5(5 2.747

THE VP FOR EACH FACTOR IS THE SUM OF THE SQUARES OF THEELEMENTS OF THE COLUMN OF THE FACTOR PATTERN MATRIXCORRESPONDING TO THAT FACTOR. HHEX THE ROTATION ISORTHOGONAL, THE VP IS THE VARIANCE EXPLAINED BY THE FACTOR.PAGE 12 BMOP4M organic soil


,,..4 4 4..,,...4 4....

1 4 1 A 44

..., + 4 4 4 4....-.50 .50

-1.0 0.0 1.0

FACTOR 1

VARIABLES ARE DENOTED BY 1 9, A,..., ZOVERLAPS ARE DENOTED BY AN ASTERISK.

VARIABLES ARE OENOTEO BY 1,..., 9, A,..., ZOVERLAPS ARE DENOTED BY AN ASTERISK.



FACTOR FACTORt 2

Pyrene 15Penathrn 11BzokFluA 8FlurAnth 12bZEPtht 16BzoaPyr CPhenol 14dCHthane 1?Acetone 4EBnzene 11

0.9920.9910.9900.9810.9640.9160.9170.0000.0000.000

0.0000.0000.0000.0000.0000.0000.2770.9610.9510.916

VP 5.585 2.?4?

THE ABOVE FACTOR LOADING MATRIX HAS BEEN REARRANGED SOTHAT THE COLUMNS APPEAR IN DECREASING ORDER OF VARIANCEEXPLAINED BY FACTORS. THE ROHS HAVE BEEN REARRANGEDSO THAT FOR EACH SUCCESSIVE FACTOR, LOADINGS GREATERTHAN 0.5000 APPEAR FIRST. LOADINGS LESS THAN 0.2500HAVE BEEN REPLACED BY ZERO.PAGE 14 BMDP4M organic soil

ABSOLUTE VALUES OF CORRELATIONS IN SORTED AND SHADED FORM

15 Pyrene I11 Penathrn n

8 BzokFluA IH12 FlurAnth HU16 b2EPtht Uttti BzoaPyr mill

14 Phenol HttUI1? dCMthane -I4 Acetone .11

11 EBnzene -111

THE ABSOLUTE VALUES OFTHE MATRIX ENTRIES HAVE BEEN PRINTED ABOVE IX SHADED FORMACCORDING TO THE FOLLOHING SCHEME

LESS THAN OR EQUAL TO 0.1240.124 TO AND INCLUDING 0.2490.249 TO ANO INCLUDING 0.171

4 0.171 TO AND INCLUDING 0.497X 0.497 TO ANO INCLUDING 3.622X 8.622 TO AND INCLUDING 0.746I 0.746 TO AND INCLUDING 9.870I GREATER THAN 9.870

PAGE 15 BMOP4M organic soil

FACTOR SCORE COVARIANCE (COMPUTED FROM FACTORSTRUCTURE AND FACTOR SCORE COEFFICIENTS)

THE DIAGONAL OF THE MATRIX BELOH CONTAINS THE SQUAREDMULTIPLE CORRELATIONS OF EACH FACTOR HITH THE VARIABLES.

FACTOR FACTOR

1 2FACTOR 1 1.000FACTOR 2 0.000 1.000


ESTIMATED FACTOR SCORES AND MAHALANOBIS DISTANCES (CHI-SQUARE S) FROMEACH CASE TO THE CENTROID OF ALL CASES FOR THE ORIGINAL DATA( 10 O.F.) FACTOR SCORES ( 2 O.F.) AND THEIR DIFFERENCE ( 8 D.F.).EACH CHI-SQUARE HAS BEEN DIVIDED BY ITS DEGREES OF FREEDOM.

CASE CHISQ/DF CHISQ/DF CHISQ/DF FACTOR FACTORLABEL NO. 10 2 8 1 2

BOt 01 1 5.445 5.292 5.481 -0.175 3.231B01 02 2 5.901 21.951 1.889 (.(09 -0.477

CORRELATION MATRIX

Acetone BzoaPyr BzokFluA EBnzene FlurAnth Penathrn Phenol Pyrene b2EPtht dCMthane

17AcetoneBzoaPyrBzokFluAEBnzeneFlurAnthPenathrnPhenolPyrene02EPthtdCMthanePAGE 7

46811121314151617BMDP4X

1000000000

4.000.014.043.792.039.009.22?.012.019.910organic

1.0.0.0.0.0.0.0.0.

6

9909760758608998049(08470(0

8

1.0009.9929.9519.9700.8910.9950.9110.071

11

1.0000.0890.0170.1120.0469.0710.807

12

1.0000.9920.9110.9610.9700.065

13 14 15 16

1.0000.90? 1.0000.994 0.892 1.0090.95? 0.892 0.911 1.0000.025 9.305 0.029 0.041

soil

SQUARED MULTIPLE CORRELATIONS (SMC) OFEACH VARIABLE HITH ALL OTHER VARIABLES

4 Acetone 0.571(36 BzoaPyr 0.999429 BzokFluA 0.9997611 EBnzene 0.7738012 FlurAnth 0.9989013 Penathrn 0.9984114 Phenol 0.9668415 Pyrene 0.9991216 b2EPtht 0.9712211 dCHthane 0.88792

CONDITION NUMBER - 0.4154E405PAGE 3 BMDP4M organic soil

COMMONALITIES OBTAINED FROM 2 FACTORS AFTER 1 ITERATIONS.

THE COMNUNALITY OF A VARIABLE IS ITS SQUARED MULTIPLECORRELATION HITH THE FACTORS.

4 Acetone( BzoaPyr8 BzokFluA11 EBnzene12 FlurAnth11 Penathrn14 Phenol15 Pyrene16 b2EPtht1? dCMthane

0.90540.87620.98019.84319.9(750.98270.91800.98500.9285.0.9242


FACTOR

1214

VARIANCEEXPLAINED

(.(1022.70100.2(520.5J58

CUMULATIVE PROPORTION OF VARIANCEIN OATA SPACE IN FACTOR SPACE

0.66100.91110.35160.980?

0.70991.0000

CARMINESTHETA

0.9410

B05.01BOS 02LH01LH02LH.03LH04LI 05L H O tL H 0 7LHJILH.09LH09S D 0 1S0.02SOJ1S D 0 3SO 04SD05S D 0 5SOJ5S S 0 1S S 0 2SS.03S S 0 4SSJ5S S 0 5S S O (S S 0 7SS.08S S 0 9SS.10SS 11SS.11SS 12SS 11SS 14SS 15SS.18SS.17SS 18SS 19SS.20S S 2 1S S 2 2SS21S S 2 4SS.25SS.25PAGE 17

3455?99

1011121314151617181920212221242525272829303132333435353738194041424344454i4748 •4950BMDP4M

5.9013.9100.8141.4193.2100.0260.0215.0395.5455.1185.1015.7860.0210.0210.0210.0190.0210.0210.0220.0210.0290.0220.0210.0210.0210.0210.0210.0220.0219.0210.0230.0190.0310.0210.0320.0210.02?0.0220.0220.0230.0220.0220.0230.0250.0220.0210.0220.021organic

6.5901.6280.0910.0421.8460.0420.0710.0751.9481.9(5

14.7990.21?0.0740.0750.0750.0750.0750.0720.0760.0750.0160.0750.9768.0760.0760.0158.0760.0770.0750.8150.07?0.0770.0770.07?0.0750.0760.0790.0??0.0760.0700.0760.0760.0770,0153.0160.0760.0160.016soil

5.7284.5051.0191.7883.5520.0220.008(.279(.4445.9322.9237.1780.0080.0090.0070.0050.0070.0100.0090.0090.01?0.0080.0080.0089.0080.0080.0080.0090.0090.0090.0100.0050.0220.0090.0210.0090.0140.0090.0080.9110.0080.0080.0090.0140.0090.0080.0030.008

3.626-0.298-0.188-0.119-0.295-0.229-0.2170.3820.1(20.2460.1(90.544

-0.208-0.213-0.214-0.214-0.214-0.215-0.218-0.219-0.218-0.215-0.216-0.215-0.216-0.218-0.216-0.216-0.216-0.211-0.217-9.217-0.21?-0.220-0.213-0.215-0.224-0.219-0.216-0.19?-0.216-9.217-9.219-0.221-9.219-0.215-0.215-0.215

0.1701.7799.389

-9.2661.899

-0.189-0.3150.9681.9671.9165.416

-0.172-0.125-0.123-0.324-0.324-0.324-0.314-0.322-9.322-0.323-0.323-0.325-0.325-0.325-0.324-0.325-0.326-0.322-0.326-0.325•0.32J-0.328-0.125-0.325-0.325-9.32?-9.324-0.326-9.31?-0.325-0.325-0.324-0.323-0.321-0.124-0.324-0.324

ESTIMATED FACTOR SCORES AND KAHALANOBIS DISTANCES (CHI-SQUARE S) FROMEACH CASE TO THE CENTROID OF ALL CASES FOR THE ORIGINAL DATA( 10 O.F.) FACTOR SCORES ( 2 O.F.) ANO THEIR DIFFERENCE ( 8 D.F.).EACH CHI-SQUARE HAS BEEN DIVIDED BY ITS DEGREES OF FREEDOM.

CASE CHISQ/DF CHISQ/DF CHISQ/OFLABELSS.26SS27SS28SS.29SS30SS31SS32SS31SS14

NO.515251545556575859

100.0260.0220.0210.0220.0220.0225.4580.0220.029

20.0780.0160.0760.0770.0760.0770.0590.0760.075

80.0130.0080.0080.0080.0080.009(.8080.0080.01?

FACTOR1

-0.223-0.217-8.215-0.216-0.216-8.219-0.081-0.215-0.217

FACTOR2

-0.327-0.325-0.324-0.32?-0.324-0.325-0.314-0.125-0.322

SS.35 60 0.021 0.076 0.008 -9.215 -0.325SS.15 (1 0.022 0.076 0.008 -0.215 -0.325PAGE 18 BMOP4M organic soil

FACTOR SCORE COVARIANCE (COMPUTED FROM FACTOR SCORES)

FACTOR FACTOR

1 2FACTOR 1 1.000FACTOR 2 0.000 1.000


FACTOR SCORES

.4....4.,..4,...4....4. ..4 ...+....4..,.4....4,...4.

FACT0R

2

3 4

2 4

"-1 4

-

-

-

-

0 4-

-

4

11 +

2

4

-

•

1

1 4

11

*1 1

-1 4

-2 4

-3 4 4

.4.. ..4.. .,4....4..,.+....4....4....4..,,4.,,,4..,,4.-3.0 -1.8 -.60 .60 1.8 3.0

-2.4 -1.2 0.0 1.2 2.4

FACTOR 1


PAGE 20 BMOP4M


06/02/89 AT 11:27:51



PROGRAM TERMINATED

Screen Output «ill be vritten to file SSMET2M.OUT

BMDP Instructions till be read froi file SSMET2M.IN

PAGE 1 BMOP2M

BMDP2M - CLUSTER ANALYSIS OF CASESCopyright 1977, 1979, 1981, 1982, 1981, 1985, 1387, 1988

BMOP Statistical Software, Inc.

BMOP Statistical Software, Inc.1440 Sepuheda BirdLos Angeles, CA 90025 USA

Phone (213) 479-7799Fax (213) 312-0161Telex 4972934 BMOP UI

Statistical Software, Ltd.Cork 7ectioology Park, Model Fan RdCork, Ireland

Phone 4353 21 542722Fax 43!! 21 542822Telex 75(59 SSHL El

Version: 1988 (IBM PC/DOS)Manutl: BMOP Manual Vol. t (August, 1988); Vol. 2 (Deceiber, 1988).

Use 1981 or 1985 edition until 1938 becotes available.Digest: BMOP User's Digest (4th edition), plus addendui.Updates: State NEHS. in the PRINT paragraph for suuary of nev features.

DATE:06/03/89 AT 15:17:18


/INPUT VARIABLES ARE 21.TITLE IS 'Schilling Soil Metals'.FORMAT IS FREE.FILE IS 'SSMET.OAT'.RECLENGTH = 291.

/VARIABLENAMES ARE A,8,Al,As,Ba,Be,Ca,Co,Cr,Cu,Fe,Hg,Mg,Xn,«a,Ni,Pb,Sb,Se,V,Zn.LABEL = A,B.

/proclink : cent.

/EXO


NUMBER OF VARIABLES TO READ IN 21NUMBER OF VARIABLES ADDED BY TRANSFORMATIONS. . 0TOTAL NUMBER OF VARIABLES '. 21CASE FREQUENCY VARIABLECASE HEIGHT VARIABLECASE LABELING VARIABLES A BNUMBER OF CASES TO READ IN TO ENDMISSING VALUES CHECKED BEFORE OR AFTER TRANS. . NEITHERBLANKS ARE KISSINGINPUT FILE. . .SSMET.OATREVIXO INPUT UNIT PRIOR TO READING. . DATA. . . YESNUMBER OF HOROS OF DYNAMIC STORAGE 16298

VARIABLES TO BE USED3 Al 4 As 5 Ba 6 Be 7 Ca8 Co 9 Cr 10 Cu 11 Fe 12 Hg13 Mg 14 Mn 15 Xa It Ni 17 Pb18 Sb 19 Se 20 V 21 Zn

INPUT FORMAT ISFREE


NUMBER OF CASES READ 39PRINT DISTAXCE MATRIX XOTYPE OF TREE PRINTED VERTICALCALCULATING PROCEDURE SUM-SQRSTAXDARDIZATIOX OF INPUT DATA YESAMALGAMATION RULE CEITRQIOPAGE 2 BMDP2M Schilling Soil Metals

DETAILS OF THE AMALGAMATION (CLUSTERIXG) PROCESS

FOR EACH AMALGAMATION, THE FOLLOHING ARE PRINTED

- THE DISTAXCE BETHEEK THE THO CLUSTERS JOINED

- THE CASE NUMBERS FOR THE 'BOUNDARIES' OF THE NEHLYFORMED CLUSTER AS GIVEN IX THE CLUSTER TREE HHICHFOLLOHS THESE DETAILS

- THE NUMBER OF CASES IX THE CLUSTER (SUM OF THECASE HEIGHTS FOR THE CLUSTER IF CASE HEIGHTVARIABLE IS SPECIFIED)

- THE (HEIGHTEO) AVERAGES OF THE VARIABLES FOR THE CLUSTER(DIFFERENCES BETHEEX CLUSTERS CAX BE DESCRIBED IXTERMS OF THOSE VARIABLES HHOSE MEANS DIFFER MOSTBETHEEN THE CLUSTERS)

iMAIG!OER

AHATIONDISTANCE

SUM OFCASES FREQUENCIES

AVE. 3 4 5 ( 7 8 9 10 11 12HEIGHT Al As Ba Be Ca Co Cr Cu Fe Hg

11 14 15 It 17 18 19 20 21Mg Mn Na NI Pb Sb Se \

1

2

3

4

5

(

I

8

9

to

11

12

11

14

0.77!

1.181

1.201

1.211

1.107

1.179

1.4(3

1.508

1.112

1.545

1.529

1.571

1.911

1.950

11

15

14

' ?

10

38

8

39

35

16

3?

6

21

5

12

11

9

5

9

36

(

27

27

2

27

3

17

3

2.000

2.000

2.000

2.000

3.000

2.000

5.000

2.000

4.000

2.000

5.000

(.000

2.000

7.000

1.000 -9. (82-0.371

1.000 1.8190.70!

1.000 -1.153-0.569

1.000 -1.141-0.819

1.000 -1.1(2-0.640

1.000 0.072-0.211

1.000 -1.154-0.712

1.000' 0.012-0.140

1.000 8.952-0.175

1.000 1.1880.098

1.090 0.086-0.186

1.000 -1.021-0.683

1.000 -0,526-0.0(8

1.000 -1.179

-0.3160.8220.636-0.4840.244

-0.833-0.428-0.9330.118

-0.855-0.4981.086

-0.101-0.889-0.3301.484-0.4141.2850.286

-0.7?8-0,3921.414-0.190-0.896-0.24!0.038-0.122

1.487-0.956-0.067-0.910-1.102-1.034-1.139-0.951-0.896-1.00!0.8441.041-0.991-0.9840.5380.99?0.6911.019-0.551-0.9010.9301.0(7

-0.98?-0.976-0.451-0.9(8-0.967

-0.184-3.3K0.2799.347-0.214-1.209-0.219-1.117-0.199-1.110-0.223-0.251-0.215-1.121-0.20?-0.251-0.215-0.253-0.240-0.5(3-0.211-0.224-0.219-1.1100.093

-0.221-0.221

-0.095-0.237-0.12(0.113-0.196-1.310-0.2180.111-0.18?-1.10?-0.1340.407-0.199-o.su-0.1600.384-0.14?0.195-0.212-0.135-0.1140.414-0.202-0.108-0.130-0.632-0.204

0.010-0.971-0.464-0.90?-0.824-1.098-1.049-1.013-0.635-1.0490.2751.02?-0.801-1.0340.6451.2190.4(01.123-0.546-0.8850.1581.159

-0.841-1.0201.04S

-0.971-0.890

-8.802-0.03(1.2940.0(1-1.102-0.1(9-0.9?(-0.119-1.1(5-0.074-0.145-0.59?-1.089-0.092-0.017-O.S10-0.211-0.5140.679-0.016-0.188-0.60?-0.9?6-9,091-0.4080.327-0.904

f Zn-0.192-1.02?0.1492.208-0.198-1.084-9.115-1.118-0.233-1.186-9.290-0.457-0.18!-1.159-0.3180.124-0.304-0.167-0.0540.841-0.294-0.116-0.184-1.000-0.15?-0.150-0.163

-0.585-0.2201.121

-0.090-0.535-1.189-0.578-1.383-0.635-1.243-0.862-0.080-0.612-1.299-9.5100.321-0.7160.3719.390

-0.155-0.1190.2(9-9.576-1.254-0.019-0.116-0.650

-0.284

-0.305

-0.29?

-0.297

-0.29?

-0.289.

-0.237

-0.264

-0.272

-0,285

-0,25?

-9.238

-0.302

-0.293

15

16

17

13

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

14

35

35

37

38

PAGE

AMALGOISTAN

2.021 12 26 2.000 1.000

2.051 26 25 1.000 1.000

2.228 18 3 3.000 1.000

2.314 20 t? 3.000 1.000

2.3(5 11 2 4.000 1.000

2.466 30 25 4.000 1.000

2.474 33 24 2.000 1.000

2.587 1? 12 5.000 1.000

2.763 25 24 6.000 1.000

2.765 19 4 2.000 1.000

3.016 12 3 13.000 1.000

3.01? 2? 24 11.000 1.000

2.914 29 24 12.000 1.000

3.424 4 2 (.000 1.000

3.477 24 3 25.000 1.000

3.912 3 2 31.000 1.000

4.044 2 1 32.000 1.090

4.669 34 31 2.000 1.000

4.259 31 1 34.000 1.090

5.188 28 1 35.000 1.000

5.747 23 1 36.000 1.000

8.332 22 1 37.000 1.000

10.184 ' 9 1 38.000 1.000

11.978 35 1 39.000 1.000

3 BMOP2M Schilling Soil Metals

C X0 1 1 1 1 2 2 1 1 2 2

A . 1 3 8 4 0 7 S 5 8? 1 032 9 7

S L S S S S S S S S S S S S S S S SA S S S S S S S S S S S S S S S S

E BE 0 0 0 1 0 0 0 0 1 1 1 1 1 1 2 2L 1 3 7 2 9 ( 5 5 ( 5 9 8 1 1 6 5

CE

-0.110-0.209-0.253-0.079-0.231-1.129-0.669-0.3210.0101.5130.402

-0.239-0.202-0.049-0.010-0.4(5-0.110-0.175-0.144

8,4460.402

-0.814-0.462•-O.OST-0.161-0.094-0.1S3

1.1510.402

-0.499-0.313-0.179-0.1?!-0.203-0.185

1.1740.03S

-0.122-0.112-0.104-0.158-0.121-0.171-0.095-0.1(8-0.010-0.141

0.0000.000

3 3 3 3 29 8 ( 7 5

S S S S SS S S S S

3 3 3 1 25 5 3 4 3

-0.908-0.400-0.143-0.340-0.775-0.116-0.895-0.2840.1180.4(1

-0.631-0.533-9.585

9.482-0.531-0.29?0.199

-0.194-0.569-0.442-0.127-0.221-0.197-0.2840.332

-0.3090.3500.160

-0.530-0.264-0.039-0.182-0.134-0.119-0.158-0.652

1.840-0.151-0.040-0.157-0.00?•0.158-0.031-0.158-0.001-0.110-0.018

0.0000.009

3 2 3 32 6 0 3

S S S SS S S S

2 2 2 39 4 7 9

-0.973-0.712

0.99?-0.7081.051

-0.945-9.970-8.172-0.662-0.109-0.908-0.7850.965

-0.1920.8920.491

-0.719-0.58?0.941

-9.601-0.892-0.192-0.89?

0.1030.9980.0941.005

-0.405-0.903-0.1599.016

-0.20?-0.162-0.178-0.186

1.6651.097

-0.069-0.111-0.951-0.072-0.079-0.040-0.078-0.002-0.074-0.024

0.0000.000

2 1 1 14 4 9 1 5

S S S S SS S S S S

2 0 1 1 12 4 7 0 3

-1.107-0.246-0.332-0.248-0.22?-0.221-1.105

9.922-9.079

0.020-0.111-0.230-0.308-0.199

1.325-0.0(0-0.174-0.220

0.216-0.1440.994

-0.159-0.747-0.2160.027

-0.2070.19?

-0.0150.257

-0.182-0.294-0.154-0.187-0.155-0.212-0.1390.946

-9.154-0.144-0.156-0.120-0.158-0.124-0.159-0.089

0.001-0.0(4

0.0000.000

1 1 3( 2 4 1

S S S SS S S S

1 0 3 24 2 1 8

-0.558-9.182-9.811-9.184-9.294-0.205-0.333-0.983-0.670-0.1(9-0.141-0.192-0.681-0.158-0.418-0.0(9-0.49?-0.181-0.595-0.196-0.171-0.160-8,396-0.160-0.12?-8.154-9.904-0.111-0.218-0.15?-0.208-0.161-0.210-0.1(1-0.215-0.1530.195

-0.161-0.119-9.181-0.155-0.162-0.166-0.1(2-0.065-0.160-0.060

0.9000.999

2 2 2 38 3 2 9 5

S S S S SS S S S S

2 2 2 0 35 1 0 8 2

-1.010-0.937

9.964-0.895

1.014-0.86?-1.002

0.96?-9.4(8-0.505-0.396-9.7460.921

-0.3100.8150.608

-0.6(9-8.6013.8869.543

-9.864-9.390-0.8?4-0.165

1.010-0.079

1.013-0.156-0.886-0.1940.032

-0.186-0.146-0.176-0.111

3.6761.091

-0.126-0.097-0.108-0.072-9.138-9.941-9.922-0.002-0.015-0.022

Q.QOO0.000

-0.029-0.550-0.59?-0.440-0.581-0.814-9.029-9.335

9.5539.9970.014

-0.542-0.614

9.348-9.482-0.5229.31?

-9.245-0.570

0.8050.047

-0.1029.105

-9.219-0.587-0.230-0.59J

0.3260..025

-9.475-9.227-9.204-0.179-0.211-0.175-0.07?-0.564-0.203-9.198-0.192-0.071-0.194-0.087-0.084-0.099-0.92?-9.994

9.9909.999

-0.942-9.371-0.165-0.359-0.602-0.160-0.924-0.183-8.230

0.0481.524

-0.36?-0.702-0.131

0.534-0.18?-0.548-0.288-8.290

0.2230.955

-0.171-0.788-0.291-0.211-0.288-0.243

9.1961.335

-0.22?-0.522-0.163-0.163-0.154-0.155-0.34?-0.093-9.165-0.152-0.166-0.144-0.173-0.145-9.168-0.101-0.006-0.033

0.0000.000

-1.319-9 ,562-0.304-3.5250.028

-8.645-1.218

3.023-0.138

0.710-0.123-0.3710.1930.5480.143

-0.260-0.291-0.0640.1762.8971.300

-0.497-0.861-0.3620.218

-0.3750.2771.4190.352

-0.438-0.315-0.075-0.185-0.075-0.212-0.7520.618

-9.115•0.163-3.120-0.142-0.123-0.1(8-8.078-0.091-0.023-0.9(9

0.0000.000

-0.280

-0.2«

-0.289

-8.235

-3.295

-3.280

-3.248

-8.254

-0.259

-0.248

-0.276

-8.264

-3.264

-0.279

-8.270

-8.272

-8.188

1.029

-0.116

-0.119

0.021

0.015

0.009

0.000

0.775 III I I I I1.181 mm i1.203 -4- I III1.211 I I -4- I1.30? -t- I1.179 I I1.4(3 I -+--1.S08 I I1.332 I I1.545 I I1.629 I I It.171 I +-1.131 I I I1 QKft T -i— .—

2.021 I I2.0S1 I I

2 tit T .1. .......220 1 "+— — — •

2.314 I I2.365 I I2.46S I I2.474 I I2.S87 I I2.7(3 I I2.165 I I1.011 I 4-3.017 I I2.914 I I3.424 I I3.477 I4 A{ A T

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4.6694 4KO.299( lit9.108( 7J79.1418 111.tit

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PAGE 4 BKDP2M Schi l l ing S

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1

OISTAXCES BETHEEX CASES REPRESENTED IN SHADED FORM.HEAVY SHADING INDICATES SMALL DISTANCES.

CASE CASENO. LABEL

1 SS.01 I1 SS 01 HI8 SS 07 XII

14 SS 12 XIH10 SS.09 IHI17 SS 06 XHIII(ss.os xmtn! SS 0! XUIIIU

18 SS.16 XHMI1I11? SS.15 XHUUXII21 ss 19 xmmini20 SS.18 XUXIXXXXIII13 SS 11 UIXII1U1IU12 SSJ1 XUXIUX8UHI29 SS.26 .--.—4XXXXXI27 SS.25 4X4-444-XXHIMI39 SS.35 -++-+—XX11XXIH38 SS.35 4X4-X44-XXUUIUIIt SS.11 4XX+XXXXUU1UHU3? SS.34 —.— -44XUUIUU25 SS.21 4XX4XXXX8XMXXHIMH32 SS.29 4UXXJUXXlUMXIttMXH26 SS 24 4UUUUXUXXX1UXIXIU30 SS.27 -UXXXXXXXUXXXIKX1XUN33 SS.30 4XXXXXX4XIUXXUHIXHKU24 SS.22 444-+44-XXXIX4HXUXMIXM

4 SS.04 -44.--.4XXX—4—.44-4XXI19 SS 17 .-- -KXX4-H—.-t.tjiXM11 SS.10 -X-.—4XXX4--X-+-+4-l«l)U15 SS 13 4+-..-.+XXX4-.X--4-44.-XXJXMIt SS.14 XMXXXXXM1MX4X4XI4X1XXIHMU2 SS.02 XUMUXUH1U-X4XX4M1I1U1UXUU34 SS.11 : -4XXXXM1M44-4- I11 SS.28 -4X44MMXIXX--XX-4444-XI28 SS.25 44X--4444444—44.-.—4|2 1 S S 2 1 4-..-.-..- -.-44— -..I

22SS.20 I9 SS.OS .. I15 SS.32 I

11Itt

-,


3.2173.8424.418S.0425.6666.38?

TOTOTOTOTOTO

THE DISTANCES HAVE BEEN REPRESENTED ABOVE IX SHADEDFORM ACCORDING TO THE FOLLOHING SCHEME

LESS THAN 1.21?3.8424.4185.0425.5(66.38?

. 8.452GREATER THAN 8.4!2

NUMBER OF INTEGER HORDS OF STORAGE USED IN PRECEDING PROBLEM 2132CPU TIME USED 19.610 SECONDS

PAGE 5 BMDP2M


DATE:06/03/89 AT 15:17:3?



PROGRAM TERMINATED

Screen Output Kill be vritten to file SSMET4M.OUT

BMDP Instructions Kill be read froi file SSMET4M.IN

PAGE 1 BKDP4M


Copyright 1977, 1979, 1981, 1982, 1933, 1935, 1987, 1988BMDP Statistical SofUare, Inc.


Phone (213) 479-7799Fax (213)112-0161Telex 4972914 BMDP UI



Phone +353 21 542722Fax 4353 21 542822Telex 75659 SSHL El

Manual: BMDP Manual Vol. 1 (August, 1988); Vol. 2 (Deceiber, 1988).Use 1983 or 1985 edition until 1988 becones available.

Digest: BMDP User's Digest (4th edition), plus addendui.

,.,, Updates: State NEHS. in the PRINT paragraph for solitary of ne* features.

05/03/89 AT 15:17:58


/INPUT VARIABLES ARE 21.TITLE IS 'Schilling Soil Metals'.FORMAT IS FREE.FILE IS 'SSMET.DAT'.RECLEXGTH : 291.

/VARIABLENAMES ARE A.B.Al.As.Ba.Be.Ca.Co.Cr.Cu.Fe.Hg.Xg.Nn.Na.XIASb.Se.V.Zn.LABEL:" A,i.

/factornuiber = 5.

/printcase : (1.

/END


NUMBER OF VARIABLES TO READ IN 21NUMBER OF VARIABLES ADDED BY TRANSFORMATIONS. . 0TOTAL NUMBER OF VARIABLES 21CASE HEIGHT VARIABLE

'***' CASE LABELING- VARIABLES A 8NUMBER OF CASES TO READ IN TO ENDMISSING VALUES CHECKED BEFORE OR AFTER TRANS. . NEITHERBLANKS ARE MISSINGINPUT FILE. . .SSMET.DAT

; REHIND INPUT UNIT PRIOR TO READING. . DATA. . . YESIIH»» nc wens nr nviurr STDP.IRC wit*

VARIABLES TO BE USED3 Al 4 As 5 Ba (Be8 Co 9 Cr 10 Cu 11 Fe13 Mg 14 Mn 15 Na 16 Xi18 Sb 19 Se 20 V 21 Zn


IXPUT FORMAT ISFREE




GREATER THAN 1.000TOLERANCE LIMIT FOR MATRIX INVERSION 0.00010VARIMAX ROTATION IS PERFORMED.GAMMA '. . 1.0000MAXIMUM NUMBER OF ITERATIOXS FOR ROTATION ... 50CONVERGENCE CRITERION FOR ROTATION 0.0000109KAISERS NORMALIZATION YESPAGE 3 BMDP4M Schilling Soil Metals

DATA AFTER TRANSFORMATIONS FOR FIRST 61 CASES.CASES HITH ZERO HEIGHTS ANO MISSING DATA NOT INCLUDED.

C A S E 3 4 5 6 7NO. LABEL Al As Ba Be Ca

16 1? 18 19 20NI Pb Sb Se V

1 SSJ1 3300 11 (9 0.33 2346.20 9.90 5.70 0.49 11

2SS02 8240 1.80 26 0.41 19(.20 9.70 5.70 0.50 14

3SS.03 4780 2.20 19 0.45 31( (.40 5.70 0.49 9.90

4SS.04 '7180 3 32 1.10 9211 11 (.10 0.52 16

5 SS.05 360 5.50 22 0.45 395.90 13 5.70 0.62 8.20

6 SS 05 2780 2.20 1? 0.45 485.90 13 5.70 0.49 6.50

7 SS 06 2850 3.70 9.80 0.41 205.60 11 5.40 0.4? 5.30

3 SS 0? 3370 4.50 16 8.64 1(85.70 5.70 5.50 0.48 (.70

9SS.08 11700 1.70 49 «? 72012 12 (.10 0.54 22

10SS.09 2720 4 33 1.20 268(.40 8.40 5.70 0.55 4.70

It SS 10 10100 (.30 40 (.50 50112 12 5.80 0.55 29

12 SS.11 4159 3 91 0.35 5537.40 9.90 5.60 0.50 5.90

11 SS 11 3310 1.70 91 1.10 5709.30 11 5.70 0.51 (.70

14 SS 12 2210 (.20 13 0.77 106

7 Ca12 Hg17 Pb

8 9 10 11Co Cr Cu Fe

21Zn

7.10 6 16 12000191.50 9.10 12 14300302 (.10 8.20 3790

19(.40 11 22 35900

461.30 5.90 12 47108.501.50 5.10 12 (290

112.40 1.10 7.70 10(00

164.20 4 7.30 10300

218.20 14 175 27200

455.80 3.30 4.70 6590

144.90 11 1? 20700

337.20 4.50 3 7340

327.60 5.20 7.50 8010

311.90 3.80 7.40 7220

12 13 14 15Hg Mg Mn Na

0.93 336 31 297

0.11 (45 34 298

0.10 398 19 238

0.12 575 65 315

0.11 95 4.10 294

0.10 119 5.10 294

0.10 135 31 295

0.11 394 77 286

0.11 1200 122 318

0.10 150 31 296

0.10 1110 19? 303

O.tt 394 627 290

0.10 444 606 298

0.09 186 31 270

15 SS.13

18 SS.14

17 SS.15

18 SS.18

19 SS.1?

20 SS.18

21 SS.19

22 SS.20

23 SS.21

24 SS.22

25 SS.23

21 SS.24

27 SS.25

28 SS.25

29 SS.26

30 SS.2?

31 SS.28

32 SS.29

31 SS.10

14 SS.11

35 SS.32

IS SS.11

17 SSJ4

38 SS.3S

39 SS.35

9.4010600

8.909170

8.904480

8.903730

5.90648014

593010

42708.40

719013.10

38808.50

589014.90

61(09.30

4370(.30

(4508.SO

(38011. (0

444015.90

33907.50

1040015.39

59808.30

527012.20

(9408.40

3(3017.10

54708.40

* (2(09

(300(.70

51208.50.

PAGE 4 BMOP4M Schilling

5./07.20

127.209.803.603.502.50

172.808.703.208.203.608.805.2027.302.5010.698.60133.7014.8029.30412.903.10

132.4017.500.513.302.5011.804.10(.501.80(.101.80

14.TO22.1021. (02.8014.403.4014.102.8012.202.6013.50

5.20515.80366

315.60245.70275.70599.203?5.7047.1011.1015.8010.4041.8010.1030.1010.7017.1010.20(1.5010.90(4.109.7041.6010.4017.109.1091.7010.7011.7010.2039.709.60

10110.301329.90(510.101041179.5010.40(5.7010.70

0.45•5.400.520.440.517.100.710.(40.511.800.541.700.820.840.520.880.360.290.320.740.410.100.1!0.280.140.880.110.8?1.801.800.341.100.101.100.1!0.460.1310.331.700.341.701.600.380.340.890.340.340.319.680.14

9.404312110215(5411847.30

17814

11109.10

2459.30

30117.1058.701015312.301569.(063.106.90

29011.90

31111.40(5!8.2040.10(.40

23912.803448

481144408

2980016.104529

67!11.204018.60

12410.30

124.70

345.30

3515323.60

27116411299.10

2827.3011.901.20

214.1040.401.1045.602.2023.809.3046.809.6041.9011.1049.105.60

45.5010.5051.302.8036.60(.8033.8010.1035.689.9015.607.20

34.10(.8032.809.68

3311.1048.40

12

10

(.30

(.80

9.90

1.80

5.90

19.70

6.60

9

(.70

4.40

7.50

8

(.30

4.70

9

(.90

3

5.30

10.68

(.70

7.10

5.90

(.80

1? 20800

11 14800

12 12500

9.10 8210

IS 11100

(.(0 13700

5.40 12200

12.SO 23700

2.40 11000

11.70 16600

1.90 9370

1.40 S710

1 10300

7.60 10600

6 8890

2.40 13300

4.80 9340

4.40 11400

7.10 16600

2.30 5040

19.60 19099

5.20 (2(0

6 7310

5 (520

5.70 (710

0.10 1130

0.10 304

0.10 518

0.11 412

0.11 1270

O.It 833

0.10 689

0.13 740

1.70 14?

0.11 779

0.10 528

0.10 263

0.10 798

0.12 8(7

0.11 (18

0.11 59?

0.11 949

0.11 729

0.12 501

0.88 419

0.10 4160

0.10 53S

0.13 511

0.11 510

0.12 341

148

111

166

65

387

431

534

730

13.10

84.80

51.50

15.20

704

715

521

332

715

154

224

1210

5(9

536

993

376

979

304

310

289

295

299

480

294

774

710

690

729

(96

(59

746

711

(34

730

(91

556

700

6/6

701

748

106

730

Soil Metals

NUMBER OF CASES READPAGE 5 BMDP4M Schilling Soil Metals

39


VARIABLE MEAX

SMALLEST FIRSTSTANDARD COEFFICIENT SMALLEST STANDARD CASE FORDEVIATION OF VARIATION VALUE SCORE SMALLEST

LARGEST FIRSTLARGEST STANDARD CASE FORVALUE SCORE LARGEST

11 571)3.33333 HJT.MM7 (1.143079 360.0000 11700.0000 2.37

4 As5Ba6 BeICa8 Co9Cr10 Co11 Fe12 Hg13 Mg14 Nn15 Xa16 Ii1? Pb18 Sb19 Se20V21 Zn

4.4797447.494872.93255

1063.4589?7.05897(.3948712.96154

12(12.051280.190(4

((0.5(410117.04(15490.051289.1512811.500007.933110.5159010.807(914.8948?

3.S719829.9291610.63401

4729.203444.8(9033.1711527.10304

1238,509299.30549

551.41598119.87981205.108183.168614.428022.152530.102904.1901415.46592

0.7971510.5101(91.5(5194.447000.199(230.4289122.091040.57302?1.60239

0.98(1511.00841

0.4185440.3388490.3850450.29(5170.5871240.40(2050.443215

0.51009.80000.280019.00001.20001.10001.4000

4710.00000.090095.00004.1000

270.00005.40001.10005.20000.10004.7000(.5000

-1.11-1.28-0.2!-0.22-1.20-1.29-0.41-1.09-9.31-0.87-9.98-1.07-1.25-1.85-1.lt-0.71-1.39-1.71

30726223726i14551414301410105

22.1000112.0000(7.0000

29800.000027.100019.7000175.0000

1SSOO.OOOO1.7000

41(0.00001210.0090774.000017.100027.100011.10001.800022.000075.5000

4.912.826.02(.084.163.885.98

.3.214.945.3?2.!?1.182.4!3.571.434.242.552,63

35359

3522223423353422352222289

35

CASE KUMBERS ABOVE REFER TO DATA MATRIX BEFORE ANY CASESHAVE BEEN DELETED DUE TO HISSING DATA.CASES HITH ZERO HEIGHTS ARE NOT INCLUDED.PAGE t BMDP4M Schilling Soil Metals

CORRELATION MATRIX

AlAsBaBeCaCoCrCuFeHgK9MnXaXIPbSbSeVZn

3458789

10111211141!151718192021

161?18192021

Al

11.0000.2770.1720.4360.20!0.1120.7419.4370.559

-0.1280.5490.246

'0.1990.5800.2820.2150.15!0.8420.615

NI

It1.0000.4440.4580.2710.5420.798

As

4

1.0000.17!o.tst0.8110.0580.1390.2500.281

-0.0010.781

-0.111-0.0(1

0.3510.310

-0.0660.5040.4100.292

Pb

17

1.0000.4000.1910.3110.511

Ba

5

1.0000.0180.4910.4010.1560.015

-0.0980.0400.5020.7(80.1810.4110.4270.1950.2880.1??0.448

Sb

18

1.000-0.0900.0180.510

Be

(

1.000-0.002

0.0730.3720.9830.359

-0.0570.1(8

-0.104-0.1710.1(80.017

-0.1(10.0350.4790.112

Se

19

1.0000.1810.221

Ca

10000

-0000000000

V

10

I

.000.119.171.054.146.054.891.136,156.418.180.147.591.215.442

20

.000

.514

Co

8

1.0000.5470.0(10.310

-0.0960.2(90.5950.2990.5100.5190.3220.1250.3120.614

Zn

21

1.000

Cr

9

1.0000.4310.714

-0.0980.4490.1030.1540.5650.5S80.1700.1290.8690.551

Cu

10

1.0000.452

-8.0720.21?

-0.154-0.221

0.1810.0(2

-0.2130.0820.5210.156

Fe Hg Mg Mn 1

11 12 13 14

1.000-0.100 1.9900.428 -0.168 1.000

-0.182 -0.008 0.192 1.000-0.193 0.1(4 0.1(7 0.551

0.486 -0.114 0.(44 0.3290.09! -0.001 0.378 9.394

-9.179 0.1(1 0.1(8 0.5(00.146 -0.130 0.594 0.0(40.75! -0.0(0 0.526 8.0030.531 -9.163 3.571 3.48(

Ha

15

1.0003.4(30.39?0.989

-0.0420.0040.508

NIPbSbSeVZnPAGE 7 BMOP4M Schilling Soil Metals

SQUAKtU (IHUr-lt UUKKtLAI 11)118 (W) UrEACH VARIABLE HITH ALL OTHER VARIABLES

1A14 As5Ba(Be?Ca8 Co9 Cr10 Cu11 Fe12 Hg11 Mg14 Mn15 Xa16 XI17 Pb18 Sb19 Se20 Y21 Zn

0.901110.901440.888880.991410.958190.878800.947760.992110.89(290.298180.9(1800.909130.987910.797990.7814?0.985850.655950.931510.93180

COKOITIOX NUMBER : 1891.PAGE 8 BMDP4M Schilling Soil Metals

COMMONALITIES OBTAINED FROM 5 FACTORS AFTER t ITERATIONS.


1 Al 0.72164 As 0.85125 Ba 0.80986 Be 0.91(17 Ca 0.91588 Co 0.59319 Cr 0.8724

10 Cu 0.918111 Fe 9.844512 Hg 0.615811 Mg 0.930214 Mn " 0.887515 Na 0.8730IS Ni 0.72431? Pb 0.473918 Sb 0.883919 Se 0.501520 V 0.8(4521 Zn 8.8695


FACTOR VARIANCEEXPLAINED

1 6.87442 3.61943 2.37684 1.28435 1.15816 0.90507 0.7420

CUMULATIVE PROPORTION OF VARIANCEIN DATA SPACE IN FACTOR SPACE

0.36180.5523O.J7740.74500.80590.85360.8926

0.44390.68530.84050.92441.0000

CARMINESTHETA

0.9020

8 0,6113 0.92519 0.5018 0.951510 9.2728 0.9(5911 0.229? 0.978012 0.1547 0.936113 0.0964 0.990?14 0.0(73 0.994215 0.0443 0.936615 0.0382 0,99861? 0.0173 0.999518 0.00(1 0.999319 0.0336 1.0009


TOTAL VARIANCE IS DEFINED AS THE SUM OF THE POSITIVE EIGEN VALUES OF THECORRELATION MATRIX.PAGE 19 BMDP4M Schilling Soil Metals



FACTOR FACTOR FACTOR FACTOR FACTOR1 2 3 4 5

AlASBaBeCaCoCrCuFeH9USMl)NaXIPbSbSeVZn

3456I89

101112131415IS1718192021

0.7570.5689.5880.3330.5940.6970.7860.3710.570

-0.1180.81?0.4200.3890.8210.6210.1960.404

' 0.1500.874

-0.235-9.2419.453

-0.6160.0(90.269-0.286-0.673-0.5770.1(4-0.0770.6810.7470.1249.2960.743-0.087-0.4709.197

-0.2740.6500.218-0.28?0.738-0.303-0.346-9.230-9.203-0.0580.504

-9.163-0.236-0.076-0.016-0.2640.635-0.228-0.151

0.0510.1090.3600.5800.069-0.215-0.1990.525-0.3490.411-0.9270.18?0.143

-0.137-0.0230.146-0.036-0.0(5-0.210

0.0240.189-0.392-0.1550.092-0.3459.116

-9.1399.1450.6350.045-9.4290.2970.09?0.0040.290-9.1610.158-0.013

VP (.874 3.613 2.377 1.2(4 1.158


ORTHOGONAL ROTATION, GAMMA : 1.0000


0 -3.7716491 -8.2211002 -8.1960413 -3.3966404 -8.196(42



AlAsBaBeCaCoCrCuFeHgKgMl)NaNIPbSbSeVZn

3456789

101112111415161718192021

FACTOR1

0.7030.228-9.0659.2520.1010.4500.8920.3060.856

-0.1180.424-0.0610.1370.6480.3520.1519.0150.8160.689

FACTOR2

9.266-0.0730.751

-9.0519.1730.6200.1(7

-0.108-0.233-0.0120.2150.9270.1510.4540.5260.7(10.0340.0040.5(7

FACTOR3

9.1550.8750.4520.0000.912-0.02?0.0880.0(90.111-0.0480.31S0.001-0.0420.3140.261-0.0610.7400.2000.255

FACTOR4

9.3650.1300.1170.931-0.052-0.02?0.1990.9100.1(20.0390.0(00.012-0.243-0.018-0.050-0.2300.00!0.354-0.955

FACTOR5

9.3318.10?-0.0450.0030.059

-0.334-0.034-0.014-0.1380.774-0.041-0.1550.4780.0370.0400.474-0.22?0.019-9.971

VP 4.404 4.009 3.41? 2.198 1.295

THE VP FOR EACH FACTOR IS THE SUM OF THE SQUARES OF THEELEMENTS OF THE COLUMN OF THE FACTOR PATTERN MATRIXCORRESPONDING TO THAT FACTOR. HHEN THE ROTATION ISORTHOGONAL, THE VP IS THE VARIANCE EXPLAINED BY THE FACTOR.PAGE 12 BMOP4M Schilling Soil Metals


1 4

FACT0R 0

2

...,4..,,

T

-

-

-

-

-

-

-

+

-

-

,...+ 4 4 t....

C3 »

5 J - FF E - A

- C8 1 - T

5 7 - 0A H 4 I 4 R

289 - 3

.... + t 4,..,..,4 t....

1 4 4

5 2 BH

-3

EF J I

9 1 * -0 + AC 0 4 6 4

G-

-1 +

...4 4 4 4 4..

-.50 .50-1.0 0.0 1.0

-1

-1.0

.+ ....... 4 ....... 4 ....... 4....

.50 .500.0 1.0

FACTOR 1 FACTOR 1

....4 4 4 t 4..,. ....4 4 4 4 4....

. . . *

1 4 4 1 4 4

48 - - 2 «. . . H

F - - FA - - A - 3 -C - 1 I - C - E -T - 7 - T - I FJ -0 - 3 2 9 - 0 - 9 8 71R 0 4 AC H5 F* EJ 4 R 0 4 4A 6 D C 4

G4 - * - 3

,...4 4 4 4 4.,.. ...,4 4 4 4 4....

-.50 .50 -.50 .50-1.0 0.0 1.0 -1.0 0.0 1.0

FACTOR 1 FACTOR 2

VARIABLES ARE DENOTED BY 1 9, A ZOVERLAPS ARE DENOTED BY AN ASTERISK.

PAGE 13 BMDP4M Schilling Soil Ketals

ROTATE! FACTOR LOADINGS

....+ t t + +.... ....+ 4 4 4 4....

1 4 4 1 4 4

84 - - 48 -

F - FA - - A -C - I I - C - IIT - 7 - T - 70 9 2 3 - 0 - 9 3 2 -R 0 4 AH » EFJ6 C 4 R 0 4 A« >E HB 5 4

4 t - 4 *

- 1 4 4 - 1 4 4

....+ 4 4 4 4.... ,...4 4 4 4 4....

-.50 .50 -.50 .50-1.0 0.0 1.0 -1.0 0.0 1.9

FACTOR 2 - FACTOR 3

VARIABLES ARE DENOTED BY 1 9, A,..., ZOVERLAPS ARE DENOTED BY AN ASTERISK.

PAGE 14 BKOP4H Schilling Soil Metals


CrFeYAlZnXINnSbBaNaCoPbCaAsKgSeBeCuHg

91120321If14185

158

1774131981012

FACTOR1

0.8920.8560.8380.703O.S890.6460.0090.0000.0000.0000.4500.3S20.0000.0000.4240.0000.2520.3060.000

FACTOR2

0.0000.0000.0009.2660.5670.4540.9279.7(10.7530.7510.6200.5280.0000.0000.0000.0000.0000.0000.000

FACTOR3

9.9000.0000.0000.0000.2560.1140.0000.0000.4520.0000.0000.2610.9320.8750.8160.7400.0000.0000.000

FACTOR4

0.0000.0000.3540.3(50.0000.0000.0000.0000.0000.0000.0000.0000.0000.0000.0000.0000.9330.9100.000

FACTOR5

0.0000.0000.0009.0000.000Q.OOQ0.0000.4740.0000.478-0.3340.0000.0000.0000.0000.0000.0000.0000.774

VP 4.404 4.009 1.417 2.198 1.285

THE ABOVE FACTOR LOADING MATRIX HAS BEEN REARRANGED SOTHAT THE COLUMNS APPEAR IN DECREASING ORDER OF VARIANCEEXPLAINED BY FACTORS. THE ROHS HAVE BEEN REARRANGEDSO THAT FOR EACH SUCCESSIVE FACTOR, LOADINGS GREATERTHAN 0.5000 APPEAR FIRST. LOADINGS LESS THAN 0.2500HAVE BEEN REPLACEO BY ZERO.PAGE 15 BXDP4M Schilling Soil Metals


9 C r11 Fe20 Y

3 A 121 ZnK X 114 Mn18 Sb!Ba

15 XaS C O

17 Pb1 Ca4 As

13 Mg19 Se( B e

10 Cu12 Hg

1XIIBXXIIIXXXIX4XXII\ .4-1

.. .X4XI

. .444M

.. .X4XMX— XXX-4-1X -X44444XI

....44. .4. 4|

—4™ 4 -JI

44XXXX..X.-4III

- - ..xxx;4-44

44X4 -.

* * * * *

11

H. 1

THE ABSOLUTE VALUES OFTHE MATRIX ENTRIES HAVE BEEN PRINTED ABOVE IN SHADED FORMACCORDING TO THE FOLLOHING SCHEME

IFSS mi OR FOIIII TO 0.1J4

0.124 TO AND INCLUDING 0.2470.24? TO AND INCLUDING 0.371

4 0.371 TO ANO INCLUDING 0.494X ' 0.494 TO ANO INCLUDING 0.618I 0.618 TO AND INCLUDING 0.741I 0.741 TO AND INCLUDING 9.865I GREATER THAN 0.965

PAGE 15 8XOP4K Schilling Soil Metals

FACTOR SCORE COVARIANCE (COMPUTED FROM FACTORSTRUCTURE AND FACTOR SCORE COEFFICIENTS)


FACTOR FACTOR FACTOR FACTOR FACTOR

FACTOR 1FACTOR 2FACTOR 3FACTOR 4FACTOR 5

11.000-0.0000.000-0.000-0.000

2

1.0000.000-0.000-0.000

3

1.000-9.9900.009

4

1.9900.009 1.000


ESTIMATED FACTOR SCORES AND MAHALANOBIS DISTANCES (CHI-SQUARE S) FROMEACH CASE TO THE CENTROIO OF ALL CASES FOR THE ORIGINAL DATA( 19 D.F.) FACTOR SCORES ( 5 D.F.) AND THEIR DIFFERENCE ( 14 O.F.).EACH CHI-SQUARE HAS BEEN DIVIDED BY ITS DEGREES OF FREEDOM.

CASE CHISQ/OF CHISQ/DF CHISQ/DFLABEL

SS01SS02SS.03SS.04SS.05SS 05SS06SSO?SS08S8.09SS 10SS 11SS 11SS.12SS 13SS.14SS.15SS.16SS.17SS 18SS19SS20SS.21SS22SS.21SS.24SS25SS25SS2(SS.21SS28

NO.123456789101112131415is171819202122232425262?28293031

191.6128,6870.4351.5130.9529.5830.6940.2701.9440.442

"0.8830.7480.7520.70?0.9020.7811.2040.1121.10?1.5230.5341.8521.6360.9(80,8940.4(00.9401.8960.8930.9051.086

50.7090.30!0.32!1.1(20.4900.37?0.4430.4086.7430.4910.5710.8310.6550.6250.5900.2960.1700.1881.11!0.0880.30!2.7684.1420.4770.3330.3(09.2480.4(90.3910.1928.609

141.9340.1140.4741.6381.1160.6560.7830.2200.2300.4250.9940.7180.7830.1361.0140.95?1.5010.8991.3(92. OK0.6161.5240.7401.1441.0950.4951.1882.4051.0721.1591.25?

FACTOR1

-0.6840.508

-0.4411.916

-1.120-0.944-9.909-9.8041.289

-1.2471.400

-1.187-1.159-1.1891.3780.781

-0.061-0.4781.771

-0.224-9.4232.907-9.9080.9270.295-0.5110.072-0.1810.242-0.1910,642

FACTOR2

-0.863-1.084-1.110-1.179-1.053-0.944-1.089-1.879-9.241-9.120-0.8650.5510.526-1.265-0.915.-0.875-0.352-0.655-9.49(9.332

-9.1791.680

-9.751-0.1800.0(0-0.2541.02S1.0451.156-0.0971.572

FACTOR3

0.699-0.139-0.246-0.40?0.249-0.177-0.102-0.010-9.9950.0420.2130.1060.1(90.1399.2699.1?4

-0.095-0.099-9.2550.135

-0.983-1,04?-0.4510.194

-0.310-0.506-0.3810.826

-0.438-0.734-0.388

FACTOR4

0.455-0.066-0.101-0.505-0.08T-0.079-0.246-0.1635.651-0.0710.2220.4820.3(1-0.8910.328-0.0900.052-0.235-0.698-0.111-0.093-1.018-0.284-0.623-0.657-9.539-9.178-9.222-0.611-0.598-0.039

FACTOR5

1.234-0.263-0.285-0.503-0.145-3.253-0,360-0.4690.241-0.612-0.229-1.296-1.244-0.292-0.178-0.254-1.305-0.46?-1.319-9.491-1.139-0,6574.45?1.0341.01?0.9640.08?-0.6980.87?9.1459.995

SS29SS30SS11SS.12S3 33SS.34SS35SS35PAGE 18

32333435353?3839

O.M50.8930.9901.9480.4950.6(20.5401.092

3.2160.2381.44?(.7440.2(90.7510.6000.530

0.9341.1270.8270.2150.5750.5110.5191.25?

9.0.-1.0.-0.-0.-0.-0.

005(5?134(10481723743180

-8.-0.2.0.0.1.1.1.

19118?02590595S71847?594

-0.272-9.457-0.4155.570-0.159-0.211-0.455-0.652

-0.4(4-9.4129.701

-0.440-0.0199.4130.219-9.018

0.86?0.5461.0859.4289.2529.187-0.118-9.189

BKDP4M Schilling Soil Metals

FACTOR SCORE

FACTORFACTORFACTORFACTORFACTOR

12345

COVARIANCE

FACTOR

11.0000.000

-0.0000.0000.000

(COMPUTED

FACTOR

2

1.9000.000-0.0000.000

FROM FACTOR

FACTOR

3

1.0000.0090.000

SCORES)

FACTOR

1.-0.

4

000000

FACTOR

1.

5

000PAGE 19 BMDP4M Schilling Soil Metals

FACTOR SCORES

.4....+ ....+....+ .... + ....4,...4..,.4.,..4..,.+ ,,,.4. . + ....4....4..,.4...,4.... + 4,,..4....4,,,.t.

3 4 4 3 4

FACT0R

2 4 11

1 11

il1 4 1 1 1 1

-

1 1

1-

0 4 1 1

4

-

1 -

-

4 F

- A- C- T- 04 R

2 4

---

1 4

1

1

-

1 21 10 4 1 1 2 1 4

2 1 1 1 1 - - 2 1 1 1 1 11 1 - 3 - 1 1 1 112 2 1

1 - - 111 1 1 1 1 - 11 2 1 1 1 4 - 1 4 1 4

1 1 1 - -

- 2 4 4 - 2 4

- 3 4 4 - 3 4

.4....4....4.,..4..,.4....4....4....4....4....4....4. .4....4....4....4....4,...4....4....4....4,..,4....4.

-3.9 -1.8 -.59 .60 1.8 3.0 -3.9 -1.8 -.59 .59 1.8 3.9-2.4 -1.2 0.0 1.2 2.4 -2.4 -1.2 0.0 1.2 2.4

FACTOR 1 " FACTOR 1PAGE 20 BNDP4M Schilling Soil Metals

FACTOR SCORES

.4,...4....4,...4...,4,...4..,.4,. ,4....4....4.,..4.

3 4

2 4

F 1 4 4A - 1 -C - 1T0 - 1 112 1 111R 0 4 1 11 111 4

31 1 1 13 - 1 1 1 1 111 11 1

1 11

- 1 4 1 4

-2 4

- 3 4 4

.4...,4....4....4....4,...4....4....4....4....4..,,4.

-3.0 -1.8 -.60 .60 1.8 3.0-2.4 -1.2 0.0 1.2 2.4

FACTOR 2

CPU TINE USED 35.250 SECONDS

PAGE 21 3HOP4M


05/03/89 AT 15:18:33



PROGRAM TERMINATED

Screen Output nil be written to file SSORG2X.OUT

BMDP Instructions K i l l be read froi file SSORG2M.IN

PAGE 1 BMDP2M

BMDP2M - CLUSTER ANALYSIS OF CASESCopyright 1977, 1979, 1981, 1982, 1983, 1985, 1937, 1S83



Phone (213) 479-7739Fax (213) 112-0151Telex 4372934 BHOP UI

Statistical SofUare, Ltd.Cork Technology Park, Model Fan RdCork, Ireland


Version: 1988 (IBM PC/DOS)Manual: BMOP Manual Vol. 1 (August, 1988); Vol. 2 (Oecenber, 1933).

Use 1983 or 1985 edition until 1988 becoies available.Digest: BMDP User's Digest (4th edition), plus addendum

Updates: State NEHS. in the PRINT paragraph for suuary of m features.

.DATE:06/12/83 AT 21:06:31


/INPUT VARIABLES ARE 17.CASES : 51.FILE IS 'SSORG.DAT'.TITLE IS 'organic soil',FORMAT IS FREE.RECLENGTH : 291.

/VARIABLENAMES ARE A,B,'12dCEa',Acetone,BzoaAntti,BzcaPyr,3zobFM,

BzokFluA,CEthane,Chrysene,EBnzene,FlurAnth,Penathrn,Phenol,Pyrene,b2EPtht,dCHthane.

use : A,B,Acetone,BzoaAnth,BzokFluA,CEthane,Chrysene,EBnzene,FlurAnth,Penathrn,Phenol.Pyrene,b2EPtht,dCMthane.

LABEL -• A,B./proc-

link = cent./END


NUMBER OF VARIABLES TO READ IN 1?NUMBER OF VARIABLES ADDED BY TRANSFORMATIONS. . 0TOTAL NUHBER OF VARIABLES 1?CASE FREQUENCY VARIABLECASE HEIGHT VARIABLECASE LABELING VARIABLES A BNUMBER OF CASES TO READ IN 61MISSING VALUES CHECKED BEFORE OR AFTER TRANS. . NEITHERBLANKS ARE MISSINGINPUT FILE. . .SSORG.DATREHIXD INPUT HUH PRIOR TO READING. . DATA. . . YESNUMBER OF HORDS OF DYNAMIC STORAGE 1(218

VARIABLES TO BE USED4 Acetone 5 IzoaAnth 8 BzokFluA 9 CEthane 10 Chrysene

11 EBazene 12 FlurAith 13 Penathrn 14 Phenol 15 Pyrene16 b2EPtht 17 dCHthane

IXPUT FORMAT ISFREE


NUMBER OF CASES READ .............. 39

« HARXIXG- THE XUMBER OF CASES FOUND IS 39, HHICH IS LESS THAN 61,THE NUMBER OF CASES STATED IX THE 'CASES:' STATEMENT OF THE /INPUT PARAGRAPH.

PRUT DISTAXCE MATRIX ............. MTYPE OF TREE PRINTED .............. VERTICALCALCULATING PROCEDURE ............. SUM-SQRSTANDARDIZATION OF INPUT DATA ......... YESAMALGAMATION RULE ............... CENTROIDPAGE 2 BMDP2M organic soil


FOR EACH AMALGAMATION, THE FOLLOHING ARE PRINTEO

- THE DISTANCE BETHEEN THE THO CLUSTERS JOINED

- THE CASE NUMBERS FOR THE 'BOUNDARIES' OF THE NEHLYFORMEO CLUSTER AS GIVEN IN THE CLUSTER TREE HHICHFOLLOHS THESE DETAILS


- THE (HEIGHTED) AVERAGES OF THE VARIABLES FOR THE CLUSTER(DIFFERENCES 8ETHEEN CLUSTERS CAN BE DESCRIBED INTERMS OF THOSE VARIABLES HHOSE MEANS DIFFER MOST(ETHEEX THE CLUSTERS)

AMALGAMATION • SUM OF AYE. 4 5 8 9 10 11 12 13 14 15ORDER DISTANCE CASES FREQUENCIES HEIGHT Acetone BzoaMn BzokFluA CEthane Chrysene Eflnzene FlurAnth Penathrn Phenol Pyrere

15 17b2EPtht dCMthane

1 0.111 28 26 2.000 1.000 -0.220 -0.128 -0.148 -0.148 -0.145 -0.158 -0.151 -0.12? 0.092 -0.1340.248 0.200

2 0.191 31 27 2.000 1.000 -0.163 -0.140 -0.135 0.192 -0.154 -0.158 -0.15? -0.140 -0.013 -0,1420.330 0.530

3 0.21? 21 16 2.000 1.000 -0.301 -0.140 -0.148 -0.148 -0.154 -0.158 -0.15? -0.140 -8.813 -8.1420.248 -0.100

4 0.231 39 16 3.000 1.000 -8.945 -8.137 -8.145 -0.148 -0.152 -0.158 -8.155 -8.137 8.311 -0.1480.266 -0.049

5 8.298 33 26 3.880 1.000 -0.220 -0.137 -8.153 -0.148 -0.152 -3.158 -0.155 -0.137 0.011 -0.1400.212 0.240

8 0.318 5 3 2.000 1.000 0.753 -0.148 -0.156 -0.148 -9.159 -0.153 -0.151 -0.148 -8.883 -0.1460.194 -0.699

I 0.388 16 16 4.000 1.000 -0.818 -0.138 -0.145 -0.148 -0.152 -3.158 -0.156 -0.13! 0.005 -8.1400.110 -0.010

8

9

10

11

12

13

14

15

11

17

1!

19

20

21

22

21

24

25

21

27

28

29

10

11

12

33

34

3!

3(

37

38

PASE

0.388 19 8 2.000 1.001

0.411 25 15 4.000 1.001

0.422 12 11 2.000 1.001

0.425 13 11 3.000 1.30C

0.490 23 14 2.080 t.QOt

3.498 13 8 3.888 1.000

0.519 15 ( 5.000 1.000

0.539 8 4 4.000 1.001

0.574 11 4 7.000 1.009

9.623 27 6 7.000 1.000

0.647 18 14 3.000 1.000

0.66? 7 3 3.000 1.000

0.723 16 4 11.000 1.009

0.74? 29 1? 2.990 1.000

0.913 30 4 12.000 1.000

0.933 38 32 2.000 1.000

0.942 32 4 14.000 1.000

1.076 6 4 21.000 1.000

1.127 37 1 2.000 1.090

1.116 34 22 2.000 1.090

1.302 2 1 1.000 1.000

1.322 24 14 4.990 1.990

1.520 4 3 24.000 1.000

1.550 22 14 6.000 1.000

1.582 14 3 30.000 1.000

1.784 9 1 4.000 1.000

2.109 25 1 5.000 1.000

2.422 3 1 35.000 1.000

2.945 1? 1 37.000 1.999

11.401 20 t 33.000 1.000

15.826 15 1 39.000 1.000

1 BMDP2M organic soil

I -0.6210.112

I -9.2490.221

1 -1.9210.221

1 -9.9810.212

1 -9.561-1.540

1 -9.5250.139

I -0.1518.215

1 -0.4780.180

-0.6940.194-0.1550.248-0.640-1.4(90.9240.158

-0.7610.243-9.449-1.S48-0.7260.226-0.7920.248-9.7350.229-0.5420.2351.7260.330-9.277-1.1921.3820.357-0.506-1.40?-0.3580.226-0.430-1.335-0.373-0.0871.8110.3411.794

-0.017-0.063-0.079-9.984-0.159-0.933-9.0620.0000.000

-0.151-9.699-9.1519.299-9.252-9.759-0.217-0.689-0.153-0.109-0.157-0.759-0.1509.176-9.151-0.670-0.179-0.674-0.1470.320-0.15?0.080-0.154-0.640-0.164-9.432-9.028-0.640-0.165-0.439-9,140-1.359-0.161-0.562-0.15?-0.258-0.2230.680-9.124-1.059-0.1980.919-0.2180.150-0.156-0.115-0.18?-0.120-9.182-0.216-9.1820.949-0.1720.775-0.154-0.125-0.156-0.151-0.150-0.0430,0000.000

-0.169

-0.1?1

-0.253

-0.220

-0.169

-0.165

-3.168

-0.158

-0.185

-0.159

-0.165

-0.162

-0.171

-9.160

-0.172

-0.148

-0.168

-0.165

-0.248

-0.131

-0.218

-0.214

-8.165

-0.200

-8.172

-0.198

-0,186

-0.174

-0.171

-0.159

0.000

-0.488

-0.148

-0.148

-0.148

-8.318

-8.374

-0.148

-0.318

-0.245

-0.051

-0.374

-0.251

-0.210

-0.318

-0.233

-0.148

-8.221

-0.164

0.022

0.022

-0.035

-0.318

-0.176

-0.205

-0.182

8.022

0.056

-0.148

-0.157

8.804

9.000

-0.1(8

-0.158

-0.233

-0.208

-0.152

-0.165

-0.158

-0.161

-0.181

-9.15?

-0.165

-9.163

-9.171

-0.001

-0.171

-0.154

-0.159

-0.1(5

-0.135

-0.142

-0.183

-0.133

-0.165

-0.180

-0.168

-0.174

-0.169

-0.168

-9.159

-9.160

0.000

-0.158

-0.158

-0.158

-0.158

-0.159

-0.159

-0.159

-0.159

-9.158

-9.158

-0.158

-0.158

-9.158

-9.158

-0.215

-0.158

-0.207

-0.191

-0.158

0.184

-0.158

-0.158

-9.187

-9.944

-9.158

-9.158

-9.158

-0.158

-0.158

0.004

0.000

-0.167

-0.098

-0.171

-0.211

-0.163

-9.165

-9.110

-0.162

-0.183

-0.124

-0.165

-0.163

-0.173

-0.209

-0.173

-0.157

-o.m-0.155

-0.288

-0.149

-0.245

-0.164

-0.156

-0.159

-0.157

-9.222

-9.208

-9.164

-0.166

-9.168

8.830

-0.161

-0.083

-0.379

-8.382

-8.153

-8.15?

-0.896

-0.150

-0.216

-8.188

-3.151

-8.154

-8.187

-3.405

-0.186

-0.140

-0.180

-0.156

-0.290

-0.123

-0.243

-8.155

-8.156

-0.144

-0.153

-0.215

-8.198

-8.168

-0.173

-0.159

0.330

-0.187

9.905

-9.948

-0,059

-0.118

-9.152

-0.013

-0.100

-8.083

-0.013

-0.123

-9.123

-9.951

-2.496

-0.071

-0.013

-0.063

-9.946

9.022

3.127

-0.813

-0.118

-0.056

-0.035

-0.052

-0.100

-9.969

-0.055

-9.18?

-3.971

9.000

-0.154

-0.105

-0.268

-0.228

-3.149

-3.151

-0.113

-0.148

-0.182

-0.121

-0.151

-0,158

-0.167

-9.117

-0.165

-0.142

-0.153

-0.149

-0.285

-3.132

-0.239

-0.191

-0.149

-0.171

-0.153

-8.213

-0.198

-0.160

-3.157

-0.160

0.880

e x0 3 2 1 2 1 2 3 2 1 1 1 1 1 3 3 2 1 3 3 3 2 3 1 3 2 2 2 1 2 3

A . 1 7 2 9 5 4 3 8 4 4 2 4 8 9 8 3 2 1 6 3 1 6 8 8 2 7 1 5 3 9 6 6 7 5 3 9 I 8 5

S L S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S SA S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S SS

E BE 0 3 0 0 2 1 2 1 2 3 2 0 f l ? 9 1 1 1 3 3 1 1 2 ~ 3 2 ~ 2 ~ 2 1 3 2 2 0 0 0 9 2 mL 1 4 2 8 3 2 1 6 2 1 0 4 9 ? 7 1 1 0 3 5 9 4 7 5 9 5 8 3 0 5 4 5 5 5 36 5 3 2

AMALG.DISTANCE

0.1310.1910.21?0.2310.2980.3780:3880.3880.4110.4220.4250.4900.4980.5190.5390.5740.6230.6470.6(10.7230.7470.9130.9330.9421.0751.1271.1351.1021.1221.5201.5501.5821.7842.1092.422) (UKt.343

11.4011C 99ft19. BID

PAGE 4

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T T

..... T1

, DISTANCES BETHEEN CASES REPRESENTED IN SHADED FORM.***' HEAVY SHADING INDICATES SMALL DISTANCES.

CASE CASENO. LABEL

1 SS 01 I1? SS.14 II

2 SS 02 XII9 SS.08 XX-I

25 SS.21 X4--I14 SS 12 -.- 4|21 SS 21 ..- -II18 SS.16 ..- -Ill24 SS.22 -X.4XXII34 SS.31 ... -MX-I22 SS.20 -.-.4XXX4H

4 SS 04 4-4.-XXX4XXI10 SSJ9 4--.-X44-MII19 SS.17 -.-..XXX4XX1I!8 SS 07 -.- .XXX-milll

13 SS 11 -.- .XXX+XXItUI12 SS 11 -.- .X44-XXIUIII11 SS 10 -.- .X44-XXIHIUI36 SS 33 --X..44X4-4IIUIIII39 SS.35 -4 .XXX44XIII1HIII21 SS 19 -4..XXX44XIUIIUIH16 SS 14 --+ .XXX44XU1HNUII30 SS.2? 4-4.-m4X4lUII»UIII38 SS 35 -.- .44--XNI1IIUX1UMI32SS.29 ... .44-.XXUIIIUXIU1XII2? SS.25 44I.-44XX-4MXXJIXMIIIX44I31 SS.28 XXI.-44XX-4IXJUXXUIUX44II15 SS 11 4-X.-XXXX4XUU1X1IUIUXIU11 SS.30 44X.-XXXX4XnUIXXIIIUXXHtl28 SS 25 441.-XXXX4XIHI1UIIIHXXIIIII2! SS 24 44I.-XXXX4XIHUXIHIHXXIHIII( SS.Q5 XXI.4X4XX4XIUXXXXIHIIX4IUIIIII SS 06 IX4-X4 4XXXX4444-44XX-4XX1XX1I

5 SS 05 I4X-444-4XHXXXXXIIXXXXX4IUUUIII1II3 SS.03 X44.44--4MM1WIXJIXXXXI4XXXXXMHI

29SS.26 ... .4 ..- - I17 SS 15 . . .--.-.. - II20 SS 18 I35 SS 32 I

THE DISTANCES HAVE BEEN REPRESENTED ABOVE IN SHADEDFORM ACCORDING TO THE FOLLOHING SCHEME

1IXX4

-.


LESS THAN0.873 TO1.281 TO1.746 TO1.979 TO2.386 TO3.02? TO

GREATER THAN

0.8731.2811.7461.9792.3853.027 '4.1914.191

NUMBER OF INTEGER HORDS OF STORAGE USED IN PRECEDING PROBLEM 1814CPU TIME USED 19.220 SECONDS

PAGE 5 BMDP2M

BMOP2M - CLUSTER ANALYSIS OF CASES

OATE:05/12/B9 AT 21:06:50



PROGRAM TERMINATED

Screen Output vill be uritten to file SSORG4M.OUT

BMDP Instructions Kill be read froi file SSORG4M.IN

PAGE 1 BKDP4M

8MDP4M - FACTOR ANALYSIS


BKDP Statistical Software, Inc.1440 Sepulveda BlvdLos Angeles, CA 90025 USA

Phone (213) 479-7799Fax (213) 112-0161Telex 4972934 BHOP UI


Statistical Software, Ltd.Cork Technology Park, Model FanCork, Ireland


Kanual: BMDP Kanual Vol. 1 (August, 1988); Vol. 2 (Decenber, 1999).Use 1933 or 1985 edition until 1988 becoies available.

Digest: BMDP User's Digest (4th edition), plus addendum


06/12/99 AT 21:07:11


/INPUT VARIABLES ARE 17.CASES = 61.FILE IS 'SSORG.DAT'.TITLE IS 'organic soil'.FORMAT IS FREE.RECLENGTH : 291.

/VARIABLENAMES ARE A,B,'12dCEa',Acetone,BzoaMn,BzoaPyr,BzobFluA,

BzokFluA,CEthane,Chrysene,EBnzene,FlurAnth,Penathrn,Phenol,Pyrene,b2EPtht,dCMthane.

use : A,fl,Acetone,BzoaAnth,BzokFluA,CEthane,Chrysene,EBnzene,FlurAnth,Penathrn,Phenol,Pyrene,b2EPtht,dCMthane.

LABEL : A,B./factor

nuiber : 5./print

case ; 61./END


NUMBER OF VARIABLES TO READ IN 1?NUMBER OF VARIABLES ADDED BY TRANSFORMATIONS. . 0TOTAL NUMBER OF VARIABLES IICASE HEIGHT VARIABLECASE LABELING VARIABLES A BNUMBER OF CASES TO READ IN 61MISSING VALUES CHECKED BEFORE OR AFTER TRANS. . NEITHERBLANKS ARE MISSINGIXPUT FILE. . .SSORG.DATREHINO INPUT UNIT PRIOR TO READING. . DATA. . . YESNUMBER OF HORDS OF DYNAMIC STORAGE 16298PAGE 2 BMDP4K organic soil

VARIABLES TO BE USED4 Acetone 5 BzoaAnth 3 BzokFluA 9 CEthane 10 Chrysene

11 EBnzene 12 FlurAnth 13 Penathrn 14 Phenol 15 Pyrene18 b2EPtht 1? dCNthane

»

IXPUT FORMAT ISFREE

KAXIKUN LENGTH DATA RECORD IS 291 CHARACTERS.



GREATER THAN 1.000TOLERANCE LIMIT FOR MATRIX INVERSION 0.00010VARIMAX ROTATION IS PERFORMED.GAMMA 1.0000MAXIMUM NUMBER OF ITERATIONS FOR ROTATION ... 50CONVERGENCE CRITERION FOR ROTATION 9.0000190KAISERS NORMALIZATION YESPAGE 3 BMDP4M organic soil

DATA AFTER TRANSFORMATIONS FOR FIRST 61 CASES.CASES HITH ZERO HEIGHTS ANO MISSING DATA NOT INCLUDED.

C A S ENO. LABEL

t SS012SS021SS014SS045SS05(SS057 SS.068 SSJ79 SS.0810 SS 0911 SS.1012 SS 1111 SS 1114 SS 1215 SS.1316 SS 1417 SS.1518 SS 1819 SS 1?20 SS.1821 SS 1922 SS 2021 SS 2124 SS.2225 SS 2128 SS.2427 SS.2528 SS 2529 SS 2510 SS.2111 SS 2832 SS.2931 SS 3034 SS.3135 SS.3236 SS 3337 SS.3418 SS.1519 SS.35

4 5 8 9 10Acetone BzoaAnth BzokFluA CEthane Chrysene

0.010.020.020.010.020.020.03

.0090000.040.01

.005000

.005000

.00(000

.0100000.01

.00(009

.008000

.997900

.0080000.01

.00(0000.01

.0080000.010.010.010.010.010.010.010.01

. .0010000.01

.0100000.03

.0080000.010.01

.005000

0.180.190.190.410.190.190.1?0.1?0.410.390.140.390.190.170.140.41O.S70.370.180.210.190.440.400.080.410.410.190.420.400.360.410.190.180.407.900.400.420.410.41

0.140.399.190.410.190.390.370.370.410.190.160.190.399.370.310.410.370.370.3819.399.449.400.050.410.419.420.390.400.359.410.390.380.407.800.400.420.410.41

0.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.030.910.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.01

0.240.390.390.410.190.190.170.3?0.410.390.140.390.190.17O.lt0.410.920.370.380.110.190.440.400.150.410.410.390.420.409.360.410.190.180.40

110.400.420.410.41

It 12 13 14 15 16EBnzene FlurAnth Penathrn Phenol Pyrene b2EPtht

.006000

.006000

.00(000

.00(000

.00(000

.00(000

.00(000

.00(000

.00(000

.00(099

.00(000

.00(000

.006000

.006000

.006000

.006000

.00(000

.00(000

.00(0000.01

.006000

.007000

.006000

.00(000

.00(000

.00(000

.99(990

.006000

.006000

.005000

.006000

.00(000

.00(000

.00(000

.00(000

.00(000

.00(000

.00(000

.00(000

Q.OS0.390.190.410.190.390.370.370.410.190.140.190.050.170.980.410.140.1?0.1810.190.440.400.190.410.410.190.420.400.360.410.390.380.40

160.400.090.410.41

0.390.390.390.410.390.190.370.3?9.419.390.149.090.190.373.660.410.120.370.3810.190.440.400.399.410.410.390.420.050.380.410.190.180.407.700.400.050.410.41

0.190.390.390.410.190.190.1?0.370.350.390.400.390.390.170.409.410.040.380.3810.390.440.400.390.410.410.390.420.050.360.410.390.380.400.79'0.400.420.410.41

0.110.190.190.410.390.190.170.3?0.410.390.249.0!0.199.370.690.410.500.370.180.180.390.440.400.060.410.410.390.429.400.360.410.190.180.40110.400.090.410.41

0.410.410.190.410.390.390.1?0.3?0.410.390.400.390.390.989.409.419.099.110.3810.390.1?O.OS0.130.070.410.420.390.069.369.419.199.180.100.790.4!9.429.419.41

17dCXthane

0.020.91

.0100000.010.010.020.01

.0100090.93

.0190990.01

.0199990.019.920.020.020.010.020.010.059.020.010.020.010.020.020.020.020.019.919.02

.0969990.02

.0060000.010.020.03

.0060000.02

NUMBER OF CASES READ 39

« HARKING- THE NUMBER OF CASES FOUND IS 39, HHICH IS LESS THAN (1,THE NUMBER OF CASES STATED IN THE 'CASES:' STATEMENT OF THE /INPUT PARAGRAPH.

PAGE 4 BKOP4M organic soil


VARIABLE

4 Acetone5 BzoaAnth8 BzokFluA9 CEthane10 Chrysene11 EBnzene12 FlurAnth13 Penathrn14 Phenol1! Pyrene16 b2EPtht1? dCMthane

MEAN

0.013920.5(9110.57(590.012440.661540.00(210.792440.565440.401790.686920.154130.01711

STANDARDDEVIATION

0.008741.208121.191990.002951.702440.001462.505061.182540.142912.027020.181990.00814


0.6275232.121992.0?OI70.2368202.5714!0.2142091.1(1212.091380.3557352.950860.5192599.481113

SMALLESTVALUE

0.00300.08400.04700.01100.14000.00500.05900.05400.04400.04700.05800.00(0


-1.25-0.40-0.44-0.49-0.31-0.84-0.29-0.43-2.50-0.32-1.11-1.36


322424I

11301

291?122932

LARGESTVALUE

0.04107.90007.80000.030011.00000.015016.00007.70001.000013.00991.00000.0510

LARGESTSTANOAROSCORE

3.106.076.055.956.076.01(.076.934.196.973.514.04

FIRSTCASE FORLARGEST

93535203520353520352020

CASE NUMBERS ABOVE REFER TO DATA MATRIX BEFORE ANY CASESHAVE BEEN DELETED DUE TO KISSING DATA.CASES HITH ZERO HEIGHTS ARE NOT INCLUDED.PAGE 5 BMDP4N organic soil

CORRELATION MATRIX

AcetoneBzoaAnthBzokFluACEthaneChryseneEBnzeneFlurAnthPenathrnPhenolPyreneb2EPthtdCMthanePAGE (

Acetone BzoaAnth BzokFluA CEthane Chrysene EBnzene FlurAnth Penathrn Phenol Pyrene b2EPtht dCMthane

4 5 8 9 10 11 12 13 14 15 16 1?4 1.0005 0.197 1.0008 .0.211 0.994 1.0009 0.371 -0.044 0.0(1 1.000

101112111415151?BMDP4M

0.2010.1010.2129.2150.3350.1950.3120.544organic

1.000-0.0440.9948.9860.4160.3980.3719.245soil

0.9949.9590.9960.9930.5030.9930.4400.316

-0.0310.9800.0150.0620.70?-0.0400.5890.700

1.000-0.0110.9950.9880.4220.9980.1759.25?

1000-000

.000

.014

.0(1

.689

.040

.551

.649

1.9009.9960.4130.99?0.4110.295

1.0000.5139.9929.4500.111

1.0000.430 1.0000.761 0.378 1.0009.649 9.251 0.552 1.000


4 Acetone5 BzoaAnth8 BzokFluA9 CEthane

10 Chrysene11 EBnzene12 FlurAnth11 Penathrn14 Phenol1! Pyrene18 bZEPtht1? dCMthane

0.38S010.999859.9994?0.977770.999(30.973(50.998140.998280.929200.999SOO.(23140.67738

CONDITION NUMBER : 0.7383E405PAGE 7 BMOP4M organic soil


THE COMMUNALITY OF A VARIABLE IS ITS SQUARED MULTIPLECORRELATION HITH THE FACTORS,

4 Acetone5 BzoaAnth8 BzokFluA9 CEthane10 Chrysene11 EBnzene12 FlurAnth13 Penathrn14 Phenol15 Pyrene16 b2EPtht17 dCXthane

0.288?0.99470.99340.92430.99180.86870.99510.993?0.80700.99?20.64370.7074


FACTOR

123456789101112

VARIAXCEEXPLAINED

(.79(33.41150.85740.431S0.29250.18440.01510.00740.00210.00110.00040,0001

CUMULATIVE PROPORTIOX OF VARIANCEIN DATA SPACE IN FACTOR SPACE

0.58(4 0.66580.8508 1.00000.92210.95810.98240.99780.99910.99970.99991.09901.00001.0000

CARMINESTHETA

0.9304


TOTAL VARIANCE IS DEFINED AS THE SUM OF THE POSITIVE EIGEN VALUES OF THECORRELATION MATRIX.PAGE 9 BMDP4M organic soil



FACTOR FACTOR1 2

AcetoneBzoaAnthBzokFluACEthaneChryseneEBnzeneFlurAnthPenathrnPhenolPyreneb2EPthtdCMthane

45891011121314151617

0.1610.9150.9660.2790.9190.2550.9560.9699.6810.919O.S090.510

9.398-9.346-0.2479.920-9.3350.893-8.286-0.2340.536-0.3409.5229.669

YP 5.796 3.411


ORTHOGONAL ROTATION, GAMMA: 1.0009


9 -2.3524911 -4.8530752 -4.853075

PAGE 10 BNDP4N organic soil


FACTOR FACTOR1 2

AcetoneBzoaAnthBzokFluACEthaneChryseneEBnzeneFlurAnthPenathrnPhenolPyreneb2EPthtdCMthane

4589101112131415161?

0.1580.9940.979-0.1380.992-0.1380.9870.97?0.1680.9940.3300.178

0.5140.0830.1860.9529.9950.922Q.14(0.1990.8200.0910.1319.822

VP 8.187 4.021

THE VP FOR EACH FACTOR IS THE SUM OF THE SQUARES OF THEELEMENTS OF THE COLUMN OF THE FACTOR PATTERN MATRIX

. CORRESPONDING TO THAT FACTOR. HHEN THE ROTATION ISORTHOGONAL, THE VP IS THE VARIANCE EXPLAINED BY THE FACTOR.PAGE 11 BNDP4M organic soil


,..,4 ....... 4 ....... 4 ....... 4 ....... 4....

1 4 4 46 C 9

BFA - 1 -C -T - 8 -0 - t -R 0 4 4

2

-1 4 4

.,..4 4 4 4 4....-.50 .50

-1.0 0.0 1.0

FACTOR 1

VARIABLES ARE DENOTED BY 1,..., 9, A,..., ZOVERLAPS ARE DENOTED BY AN ASTERISK.

VARIABLES ARE DENOTED BY 1,..., 9, A,..., ZOVERLAPS ARE OENOTEO BY AN ASTERISK.

PAGE 12 BMOP4M organic soil


FACTOR FACTOR1 2

PyreneBzoaAnthChryseneFlurAnthBzokFluAPenathrnCEthaneEBnzenedCMthanePhenolb2EPthtAcetone

15510128

139

111?14164

0.9940.9940.9920.9879.9799.97?9.9099.0900.0000.3(80.3300.090

0.9099.0009.9999.900O.QQQ9.9900.9520.9220.8220.8200.7310.514

VP 6.187 4.021

THE ABOVE FACTOR LOADING MATRIX HAS BEEN REARRANGED SOTHAT THE COLUMNS APPEAR IN DECREASING ORDER OF VARIANCEEXPLAINED BY FACTORS. THE ROHS HAVE BEEN REARRANGEDSO THAT FOR EACH SUCCESSIVE FACTOR, LOADINGS GREATERTHAX 0.5000 APPEAR FIRST. LOADINGS LESS THAN 0.2500HAVE BEEN REPLACED BY ZERO.PAGE 13 BKDP4K organic soil


15 Pyrene I5 BzoaAnth II10 Chrysene HI12 FlurAnth IIII8 BzokFluA IIII!

11 Penathrn IIIIII9 CEthane I

11 EBnzene II17 dCMthane -.—XXI14 Phenol 4444XXXXX!16 b2EPtht 4-4444XXXII

4 Acetone --X--I

THE ABSOLUTE VALUES OFTHE MATRIX ENTRIES HAVE BEEN PRINTED ABOVE IN SHADED FORKACCORDING TO THE FOLLOHING SCHEME

LESS THAN OR EQUAL TO 0.1250.125 TO AND INCLUDING 0.2500.250 TO AND INCLUDING 0.375

4 0.375 TO AND INCLUDING 0.500X 0.500 TO AND INCLUDING 0.525I 0,525 TO AXD INCLUDING 0.750I 0.750 TO AND INCLUDING 0.875I GREATER THAN 0.375

PAGE 14 BHDP4M organic soil

FACTOR SCORE COYARIANCE (COMPUTED FROM FACTORSTRUCTURE ANO FACTOR SCORE COEFFICIENTS)


FACTOR FACTOR

1 2FACTOR 1 1.000FACTOR 2 0.000 1.999


ESTIMATED FACTOR SCORES ANO KAHALANOBIS DISTANCES (CHI-SQUARE S) FROMEACH CASE TO THE CENTROID OF All CASES FOR THE ORIGINAL DATA( 12 D.F.) FACTOR SCORES ( 2 D.F.) AND THEIR DIFFERENCE ( 19 O.F.).EACH CHI-SQUARE HAS BEEN DIVIDED BY ITS DEGREES OF FREEDOM.

CASELABELSS.91SS 92SS03SS04SS05SS.05SSO(SS.O?SS.08SS.09SS 10SS 11SS11SS 12SS 11SS.14SS.15SS.16SS 1?SS.18SS.19SS20SS.21SS22SS.21SS24SS.25SS 25SS.26SS 27SS28SS 29SS.30SS31SS.32SS.33SS.34SS35SS.35PAGE 16

NO.12345678910111213141516171819202122232425262?282930313233343536373839

CHISQ/DF CHISQ/DF CHISQ/DF

109000001022191020030102100020

12.435.652.306.077.206.055.913.409.190.157.804.136.029.574.921.155.770.891.19?.050.145.034.(22.056.25?.10?.452.270.632.863J.4780003

.443

.100

.750

.0840.17?

•1 .7290.3980.224

BMDP4M organic

FACTOR SCORE COVARIANCE

FACTOR

FACTORFACTOR

PAGE 1?

12

1

0099000000000000000

169000000009008018

2.064.182.016.013.008.008.014.099.207.043.068.078.045.158.002.015.691.100.066.227.022.020.108.047.014.006.030.006.502.127.035.124.919.219.448

0.0070.2010.05?0.012

100000101032192931900102100931900900209

10.710.766.364.089.246.064.093.471.387.180.351.548.226.777.185.183.186.049.464.415.1(9.297.725.457.505.127.516.323.058.010.5(7.597.113.85?.012.211.035.466.266

FACTOR

-0.-0.-0.-0.-0.-0.-0.-0.-0.-0.-9.-9.-0.-9.-0.-9.-9.-0.-9.-0.-0.-0.-0.-0.-0.-0.-0.-9.-0.-0.-0.-0.-0.-9.5.

-9.-0.-9.-0.

124914411310211912?1101021(21122511791381390451041121440998411241131453051(311115510922906714510313912203811324408?108

FACTOR

0.0.-0.-0.-0.0.-0.-0.0.-0.-0.-0.-9.-0.-D.-0.-1.-0.-0.5.-0.-0.-0.-9.9.0.9.0.-0.-0.0.

-9.-9.-0.0.

-0.0.-0.-0.

22553731381240480041234336232702(93522565460521471?1422350(1416709844104400101618901997650022948892765056404258S325112

soil

(COKPUTED FROM FACTOR SCORES)

FACTOR

21.900

-0.000BKDP4K organic

1.000soil

FACTOR SCORES

.4....4....4....4., .4....4....4....4....4....4....4.

3 4

2 4

F 1 4

ACT0R 0 4

2-

-1 4

-

11

1

121 8'

73

11

-2 4

-3 4 4

.4....4....4..,.4....4....4....4.,,.4....4.... 4.... 4.

-3.0 -1.8 -.60 .60 1.8 1.0-2.4 -1.2 0.0 1.2 2.4

FACTOR 1


PAGE 18 BMDP4M


06/12/89 AT 21:07:34



PROGRAM TERMINATED

Screen Output K i l l be written to file MHSHME2M.OUT

BHDP Instructions vill be read fron file HHSHME2N.IN

PAGE 1 BMDP2M

BMDP2K - CLUSTER ANALYSIS OF CASESCopyright 1977, 1373, 1981, 1982, 1983, 1985, 1987, 1988


BMOP Statistical Software, Inc.1440 Sepulveda Blvd.Los Angeles, CA 90025 USA

Phone (213) 479-7799Fax (213) 312-0161Telex 4972934 BKOP UI


Phone 4353 21 542722Fax 4353 21 542822Telex 75(59 SSHL El

Version: 1988 (IBM PC/DOS)Manual: BKOP Xanual Vol. 1 (August, 1988); Vol. 2 (Decenber, 1988).

Use 1983 or 1985 edition until 1988 becones available.Digest: 8HOP User's Digest (4th edition), plus addendum

Updates: State NEHS. in the PRINT paragraph for sumiary of nev features.

DATE:06/12/89 AT 11:23:06


/INPUT VARIABLES ARE 18.FORMAT IS FREE.FILE IS 'MHSHKE.DAT'.TITLE IS 'Schilling Hater Metals'.RECLENGTH : 350.

/VARIABLENAMES ARE A,B,Al,Ba,Be,Ca,Co,Cr,C;i,Fe,K,Hg,Hn,Na,Ni,Pb,V,Zn.LABEL - A,B.

/proclink : cent.

/END

PROBLEM TITLE ISSchilling Hater Metals

NUMBER OF VARIABLES TO READ IN 18NUMBER OF VARIABLES ADDED BY TRANSFORMATIONS. . 0TOTAL NUMBER OF VARIABLES . . . 18CASE FREQUENCY VARIABLECASE HEIGHT VARIABLECASE LABELING VARIABLES A BNUMBER OF CASES TO READ IN TO ENDKISSING VALUES CHECKED BEFORE OR AFTER TRANS. . NEITHERBLANKS ARE KISSINGINPUT FILE. . .KHSHME.DATREHIND INPUT UNIT PRIOR TO READING. . DATA. . . YESNUKBER OF HORDS OF DYNAKIC STORAGE 16298

VARIABLES TO BE USED3 Al 4 Ba 5 Be 5 Ca 7 Co8 Cr 9 Cu 10 Fe It K 12 Kg13 Kn 14 Na 15 Ni IS Pb 17 V18 Zn

INPUT FORMAT ISFREE


NUMBER OF CASES READ .............. 45PRINT DISTANCE MATRIX ............. NOTYPE OF TREE PRINTED .............. VERTICALCALCULATING PROCEDURE ............. SUM-SQRSTANDARDIZATION OF INPUT DATA ......... YESAMALGAMATION RULE ............... CEXTROIDPAGE 2 BXOP2X Schilling Hater Metals


FOR EACH AMALGAMATION, THE FOLLOKING ARE PRINTED

- THE DISTANCE BETHEEN THE THO CLUSTERS JOINED

- THE CASE NUMBERS FOR THE 'BOUNDARIES' OF THE NEHLYFORMED CLUSTER AS GIVEN IN THE CLUSTER TREE HHICHFOLLOHS THESE DETAILS


- THE (HEIGHTEO) AVERAGES OF THE VARIABLES FOR THE CLUSTER(DIFFERENCES BETHEEN CLUSTERS CAN BE DESCRIBED IN .TERMS OF THOSE VARIABLES HHOSE MEANS DIFFER KOSTBETHEEN THE CLUSTERS)

iMALG!DER

AMATIONDISTANCE

SUM OFCASES FREQUENCIES

AVE. 3HEIGHT Al 1

13

4la !

14

5 6 7 8 9 10ie Ca Co Cr Cu Fe 1

15 16 17 18Mn Na Ni Pb \

1

2

3

4

5

6

I

8

9

10

11

12

13

14

0.086

0.131

0.191

0.205

0.331

0.311

0.605

0.759

0.926

0.930

1.044

1.045

1.193

1.286

43

7

41

"18

36

45

40

38

24

28

31

12

39

29

41

5

40

17

35

44

31

31

23

6

12

5

6

19

2.000

2.000

3.000

2.000

2,000

2.000

4.000

5.000

2.000

3.003

6.000

7.300

4.000

2.000

1.000

1.000

1.000

1.000

1.000

1.000

1.000

1.000

1.000

1.900

1.999

1.990

1.000

1.000

-0.238-0.454-0.420-0.497-0.245-0.453-0.1812.8900.413

-0.1890.9820.213-0.248-0.539-0.263-0.576-0.4130.071-0.422-0.525-0.284-0.588-0.292-0.575-0.403-0.5(3-0.417

-0.725-0.440-Q.840-0.573-9.717-0.4342.0581.589-0.7530.283-0.818-0.248-0.649-0.393-0.540-0.43S0.2(0-0.478-0.703-0.538-0.549-0.443-0.668-0.4(8-0.?35-0.5480.304

9.145-0.585-0.551-0.5180.084-0.585-0.4(0-0.6090.732

-0.5480.218-0.2749.990-0.585-0.009-0.585-0.405-0.554-0.295-0.548-0.075-0.538-9.101-0.545-9.359-0.564-0.485

-0.712-0.185-1.526-8.200-8.785-0.1851.845

-0.140-0.013-0.0850.188-0.200-0.720-0.180-0.797-0.1810.311

-0.182-1.505-0.202-0.836-8,181-8.934-0.182-1.279-0.2040.232

11 12( Mg

f Zn-0.332-0.414-O.M4-0.448-8.339-0.414-3.4080.2950.167

-0.4140.529

-0.113'-0.384-0.414-0.416-0.414-0.467-8.204-0.387-0.428-0.376-0.399-0.383-0.371-8.486-0.432-0.036

-3.4??-0.507-0.41?-0.5(9-3.47?-0.519-0.463-0.184-0.417-8.428-8.47?3.842-0.47?-8.453-0.417-0.465-8.317-0.259-0.46?-0.436-0.428-0.339-8.403-8.399-0.470-0.521-0.424

0.230

-0.953

3.230

-0.9(3

0.230

-0.963

0.276

0.267

3.233

-0.963

0.260

0.256

-8.963

8.210

-0.484

-0.010

-8.483

0.5?8

-0.139

-0.489

-0.470

-0.483

-0.353

0,030

-0.486

-0.398

-0.110

-8.588

-8.442

-0.432

-8.442

-0.432

-0.287

-8,432

-8.442

-8.442

-3.148

-0.405

-0.364

-8.375

-0.412

1,761

-8,256

-0.563

-8.253

3.161

0.393

0.16?

-0.242

-0.289

-3.455

-8.664

-8.372

-0.411

-0.563

-0.553

15

16

17

18

19

20

21

22

23

24

25

26

2?

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

1.343 25 23

1.351 ( 5

1.501' 9 8

1.518 23 8

1.541 44 32

1.5(3 27 5

1.598 19 1

1.665 10 8

1.679 35 32

1.7(2 32 8

1.655 8 5

1.787 4 1

1.891 11 5

1.950 14 33

2.092 29 15

2.347 15 2

2.536 5 1

2.546 11 1

2.585 17 16

3.39? 2 1

3.475 30 1

3.659 -14 13

4.004 37 22

5.968 26 t

5.675 11 1

•6.039 22 1

6.798 16 1

6.909 42 1

7.813 3 1

12.505 21 1

3.000

11.000

2.000

5.000

3.000

12.000

1.000

(.000

5.000

11.000

23.000

4.000

24.000

2.000

2.000

3.000

28.000

30.000

3.000

33.000

14.000

2.000

2.000

35.000

37.000

39.000

42.000

43.000

44.000

45.009

-3.5711.090 -0.418

0.1011.000 -0.333

-0.5701.000 0.184

-0.2911.000 -0.118

-0.0561.000 -0.052

-0.0071.000 -0.339

-0.5691.000 -0.359

-0.5621,000 -0.218

0.094' 1.099 0.134

-0.1281,009 -9.058

-0.00?1.099 -0.205

-0.1001.000 -0.371

-0.5871.090 -9.213

-0.2601.000 -0:429

-9.2401.000 -0.13?

-0.6571.000 -0.352

-0.8(81.000 -0.235

-0.3071.000 -0.249

-0.3031.000 -0.054

2.9241.000 -0.258

-O.IK1.000 -0.262

-0.1171.000 -0.278

-0.5491.000 2.717

1.4541.000 -0.25?

-0.3411.000 -0.2(1

-0.3541.000 -9.114

-0.2511.000 -0.110

-0.0341.000 -0.108

-0.0241.900 -0.112

-0.0411.009 9.000

0.000

-9.3549.189

-9.480-0.693-0.49?

0.311-0.402

0.23?-0.449-0.727-0.164-0.565-0.500

0.385-9.297

9.990-0.463-0.7380.015

-0.286-0.246-0.494-0.379

0.447-0.327-0.494-0.386-0.408

1.6050.721

-9.1861.459

-0.287-0.359-0.378-0.363-0.246

2.2113.138

-8.197-0.249-9.204-0.25?

0.145-0.310-0.3870.504

-0.203-0.265-0.184-0.271-0.195-0.231-0.0230.010

-0.0410.005

-0.0560.0049.9990.990

-0.195-0.454-0.528-9.195-9.552-9.478-0.170-0.464-0.385

9.218-8.329-9.212-9.554-0.405-9.012-0.454-0.418

0.424-0.417-0.055-0.418-8.137-8.483-0.4420.116

-0.154-0.464-0.442-0.59?-0.5510.880

-0.5510.939

-0.195-0.381-0.212-0.395-8.442-8.681-8.243-8.274-0.252-0.180-0.4703.2191.8860.549

-0.115-0.192-0.134-0.007-0.0110.021

-0.0(0-8.021-0.954-9.034-0.062-0.030

9.0900.900

-9.1823.845

-8.193-1.059-0.190

0.0(6-0.046

0.533-0.134-0.839-8.191-1.093-0.183

0.523-0.162

0.429-0.143-0.029-0.149

0,221-0.145-0.465-0.168

8.4(8-8.1(2-8.474-8.1(8

0.379-0.194

0.993-0.131

1.009-0.131-0.341-0.167-0.293-0.169

1.918-0.134-0.174-0.166-0.194-0.16?-0.01?-0.132

0.873-0.118-0.230-0.167-0.219-0.165-0.163-0.163-0.015-0.161-0.005-0.005-0.019-0.006

0.0000.000

-3.279-0.465-0.285-8.392-8.337-0.135

0.274-0.334-0.051

0.281-0.070-0.330-0.28?-0.036-0.167-0.341-0.104

0.235-0.20?-0.079-0.151-0.242-0.222-0.180-0.134-0.255-0.232-8.569-0.438-8.332-8.306-0.420-0.351-0.244-0.218-0.266-0.212-0.2500.682

-0.280-8.241-0.270-0.249

0.056-0.059

2,8420.913

-0.267-0.253-0.250-0.243-0.091-0.184-3.102-0.122-0.090-0.124-0.100-0.128

0.0000.000

-0.222-8.251-8.371-8.428-8.443

3.830-0.28?-0.139-0.33?-0.4770.139

-0.432-8.44?-3.124-0.266-0.191-0.317-0.477-0.088-0,321-0.211-0.379-0.115-0.037-0.131-0.331-0.331-9.47?-9.597

1.143-9.115

1.31?-0.049-0.289-0.303-0.301-0.316-0.447-0.14?-0.154-0.292-0.159-0.300

3.919• 0 . 1 7 7-0.401

1.407-0.165-0.308

0.051-0.255

0.028-0.169-0.006-0.168-0.01?-0.1(6-0.005-0.040

0.0000.000

-0.168

-0.187

-0.366

-0.247

-9.963

-0.152

0.230

-0.158

-0.486

-0.312

-0.229

0.033

-0.252

-0.356

1.015

U61

-0.211

-0.221

-9.565

-0.105

-0.130

1.6(2

-9.551

-0.119

-9.023

-0.050

-0.087

-0.107

-0.096

9.999

-0.325

-0.293

3.316

-3.369

-8.485

-3.258

-0.175

-0.143

-0.34?

-0.236

-8.248

-3.384

-8.251

-0.424

-0.365

-0.345

-0.270

-0.288

0.639

-0.286

-0.2II

-0.147

1.348

-0.266

-0.260

-0.1??

-0.115

-0.125

-8.129

9.338

-C.242

-0.389

-0.268

-0.253

-3.432

-3.393

1.921

-3.234

-8.374

-8.298

-8.348

1.S03

-0.351

-0.255

-3.284

-8.334

-8.872

-8.384

-3.053

-0.107

-9.116

-8.058

-0.37?

-0.126

-3J22

-0.135

-3.129

-0.136

-0.018

8.300

-0.475

-3.466

-8.142

-8.342

0.159

-0.485

-5.542

-8.381

8.251

-8.094

-3.298

-0.549

-0.311

0.988

-0.451

-0.471

-0.345

-3.261

3.207

-0.281

-9.292

-3.548

8.813

-8.303

-0.316

-0.258

-0.011

-0.085

-0.821

8.808

PAGE 3 BKDP2H Schilling Hater Metals

e x0 2'1 1 2 2 2 1 3 3 4 4 1 2 2 3 1 1 4 4 4 3 3 3 1 2 3 2 1 1 3 2'l 1 1 4 2

A . 1 9 9 4 1 8 9 5 4 3 0 5 ( 4 5 2 7 ( 7 8 9 2 9 0 3 1 1 5 4 3 5 0 2 0 6 4 3 7 2 7 8 6 2 3 1

S L M M M M M M M M K K M S S S S S M M M K S M S S S S S M S S M M M M K K H S H M M M S M MA H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H

E BE H H H O H O O H 9 " 0 0 0 8 " H H H H 0 0 0 9 0 0 0 D 9 9 0 0 0 " 0 " 0 0 " 0 9 9 "L 1 8 6 2 4 3 3 7 7 7 4 3 3 6 6 1 8 3 3 8 4 5 4 5 6 5 1 3 2 2 5 6 1 8 8 5 5 3 7 6 6 6 5 2 ?

B B B B B B B B B B B A A A A A A B B B B A B A A A A A B A

. AMALG.DISTAXCE

t » t » » t » 11 > t t » » t » * t t t t * * « » * t » « » » » t t * » » l » » * » » » »I I I I I I I I I I I I I I I I I I I I I I I I -4- I I I I I I I I I I I I I I I I I I II I I I I I I I I I I I I I I I I -4- I I I I I I I I I I I I I I I I I I I I I I I I II I I I I I I I I I I I I I I I I I I I I I -4- I I I I I I I I I I I I I I I I I I II I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I -4- I I I II I I I I I I I I I I -4- I I I I I I I I I I I I I I I I I I I I I I I I I I I II I I I I I I I I I I I -4- I I I I I I I I I I I I I I I I I I I I I I I I I II I I I I I I I I I I I I I I I I I I I -4-- I I I I I I I I I I I I I I I I II I I I I I I I I I I I I I I I I I I —4- I I I II I I I I I I I I I I I II I I I I I I I -4- I I I I I I I I I I I I I I I I I I I I I I I I I I II I I I I I I I I I I I I I -4~ I I I I I I I I I I I I I I I I I I I II I I I I I I I I I I I I I I I 4- I I I I I I I I I I I I I I I I I

I I I I I I I I I I I I I I I I -4 I I I I I I I I I I I I I I I I

I I I I I I I I I I I I I I -4— I I I I I I I I I I I I I I I I I

1 1 1 1 1 1 1 r 1 1 1 i 1 1 1 11 1 1 I I 1 1 1 1 1 1 I I I I II I I 1 1 1 I I I I I I I I I I1 1 1 1 1 1 1 1 1 1 1 I I I I Ii n n i n n i i mii i i i i i i i n i i mii n n n u n i mimi n i in i i mi1 1 1 1 1 1 1 1 1 1 1 i mi1 1 1 1 1 1 1 1 1 1 1 i i i i ii i i i i i i i n i i mii n 1 1 1 1 1 1 1 1 i min 1 1 1 1 1 1 1 1 1 i mii i i i i i i i n i i mi-4- I I I I I I I I I I I I I I

I -4- I I I I I I I I I I I I

-4- I I I I I I I I I I I

i H i m i i i i ii 11 n 11 i i n iI I I I I I I -4- I I I

i mi i i m— 1 1 1 1 1 i in

I -4- I I I I I I

I I -4- I I I I

I I I I I II I I I I

~ I I I I1 1 11 1

......... T

BHDP2N Schilling Hater Metals

DISTANCES BETWEEN CASES REPRESEN7ED IN SHADED FORM.HEAVY SHADING INDICATES SMALL DISTANCES.

CASE CASENO. LABEL

1 MH 01B29 MH.08B19 MH.06B4 MH.02B

11 MH 04B3 MH.01B9 MH.01B

25 MH 07B24 MHJ7B21 MH 07B10 NVJ4B35 SH.0335 SH 0344 SH.0645 SH.0532 SH 012? MH 08A

6 MH.03AI MH.03A

28 MH 08A39 SH 0412 MH.05A18 SH.Q440 SH.0541 SH.0641 SH.0531 SH.01

5 HH 03A34 SH 0233 SH 0215 MH.05820 NH.Q6B

2 NHJ1830 MH.08B26 MH.08A14 MH 05B13 NH~05A3? SH.0322 MH.07AU UU AC I

HI.IIOA

18 MHJ6A16 KH.06A42 SH 05

3 KH J2B21 MH.07A

IIIHIMilXXXXIXXUXIXXXIM!XXIIIHIX11MII1IXUIXIUIIXXMHUtUXXXXXIIXIUIXXXXX1IMIIIIXXXXIIIIIIIIIIXXXXHHUHIIIXXXIHHXHHII!4XXUHXXXIXXXXI14XXUXHJUUMXM114XXX1XIXXXI1U1UIHI4XX1U1U1U)(UJUHIHI4JUUIXIU1IIIIIII1HIxixiiuxiHUXuunu4XJUIIIMHII1UIUHIHXXXXIUHIIUUMHUHIXX1U1HIIHIHIIHIIHIMXKXXlliUHIIUIIIItlUtUXXJUUIIXUIIIUIIIUIIIUII4XxxiiiiixxiixxxiuitiiMnu444XXXXMXXXXXX444XXXXXXXX4IXXXIUXlllIIHIIUIIUXIUMIUIUIXXXIXXJIXXXXXXXXX4444XXXXXXX44XIXXXXXXXXXXXXX44XX4444XXXXXXX4XH444X4444X44444444—444444444-4XM

444XXXXX44444XXX4XXXXXXXXXXX44X44I

44-44444444444444444444™ .-1

--.—-.-- +4+- I

44-4444-4444- — 44— 4444444-XX44 . XI

44 44444 . - , |. it

I t * , , , , |

4-... . U

-.--. -.-. -.XXI... ...... ... 1

— 11

11XX4

-t


LESS THAN2.015 TO2.495 TO3.071 TO3.983 TO5.614 TO7.054 TO

THE DISTANCES HAVE BEEN REPRESENTED ABOVE IN SHADEDFORM ACCORDING TO THE FOLLOHING SCHEME

2.01!2.4953.0713.9835.6147.0547.965

GREATER THAN 7.965

NUMBER OF INTEGER HORDS OF STORAGE USED IN PRECEDING PROBLEM 2188CPU TIKE USED 22.190 SECONDS

PAGE 5 BMDP2M


DATE:06/12/89 AT 11:23:2?



PROGRAM TERMINATED

Screen Output trill be vrittei to file XHSHNE4N.OUT

BMOP Instructions nil! be read froi file KHSHME4M.IN

PAGE 1 BKDP4N



BMDP Statistical SofUare, Inc.1440 Sepulveda BlvdLos Angeles, CA 90025 USA

Phone (213) 479-7799Fax (213) 312-0161Telex 4972934 BMDP UI




Manual: BMDP Manual Vol. 1 (August, 1988); Vol. 2 (Deceiber, 1938).Use 1983 or 1935 edition until 1988 becones available.

Digest: BMDP User's Digest (4th edition), plus addendum

Updates: State NEHS. in the PRINT paragraph for suimary of net features.

06/12/89 AT 11:23:44


/INPUT VARIABLES ARE 18.FORMAT IS FREE.FILE IS 'KHSHKE.DAT'.TITLE IS 'Schilling Hater Metals'.RECLENGTH : 350.

/VARIABLENAKES ARE A,B,Al,Ba,8e,Ca,Co,Cr,Cu,Fe,K,Hg,Mn,Na,Ni,Pb,V,Zn.LABEL : A,B.

/factor' nuiber = 5.

/printcase : 61.

/EHO

PROBLEM TITLE ISSchilling Hater Netals

NUMBER OF VARIABLES TO READ IX 18XUMBER OF VARIABLES ADDED BY TRANSFORMATIONS. . 0TOTAL NUMBER OF VARIABLES 18CASE HEIGHT VARIABLECASE LABELING VARIABLES A BNUMBER OF CASES TO READ IN TO ENOMISSIXG VALUES CHECKED BEFORE OR AFTER TRANS. . NEITHER'BLANKS ARE MISSINGINPUT FILE. . .KHSHKE.DATREIIXO INPUT UNIT PRIOR TO READIIG. . DATA. . . YESXUMBER OF HORDS OF DYXAKIC STORAGE 16298

VARIABLES TO BE USED3 Al 4 Ba 5 Be 6 Ca I Co3 Cr 3 Cu 10 Fe 11 K 12 Ng13 Mn 14 Na 15 Ni 16 Pb 17 V18 Zn

PAGE 2 BHDP4K Schilling Hater Metals

INPUT FORKAT ISFREE

KAXIKUN LENGTH DATA RECORD IS 350 CHARACTERS.


HEIGHT VARIABLEUNROTATED FACTORS ARE PRINCIPAL COMPONENTS.KAXIMUM NUMBER OF FACTORS 5NUMBER OF FACTORS IS LIMITED TO THE NUMBER OF EIGENVALUES

GREATER THAN 1.000TOLERANCE LIMIT FOR MATRIX INVERSION 0.00010YARIMAX ROTATION IS PERFORMED.GAMMA . 1.0000MAXIMUM NUMBER OF ITERATIONS FOR ROTATION ... 50CONVERGENCE CRITERION FOR ROTATION 0.0000100KAISERS NORMALIZATION YESPAGE 3 BKDP4M Schilling Hater Hetals

DATA AFTER TRANSFORMATIONS FOR FIRST 61 CASES.CASES HITH ZERO HEIGHTS AND MISSING DATA NOT INCLUDED.

C A S E 3 4 5 ( 7 8 9 10NO. LABEL Al Ba Be Ca Co Cr Cu Fe

18 17 18Pb V Zn

1 MH.01B 1300 123 1.50 54500 ' 12 130 16 103005.40 7 81

2 MH 013 368 289 1.10 53100 2.50 286 26 58804.90 2.30 151

3MH.02B . 958 3? 1.5022900 3.90 136 18 53708.50 3.40 1000

4 MH.Q2B ' 218 129 1.10 39200 6.60 9? 7.70 31203.30 (.10 182

5 KH 03A (39 30 1.90 (330 (.70 34 IS 170002.30 4.20 74

5 NH 03A 184 27 1.10 6310 8 5 3.10 133002.20 2.30 56

7 MH Q3A 5? 26 1.10 6250 7.10 5 3.10 135000.91 2.30 33

8 MH.03B 55(9 114 1.50 34600 K ' (5 IS 2(10012 11 88

9MH.03B 2720 99 1.103(300 12 78 3.10174006.10 ? 96

10 MH.04B 109 40 1.50 32500 7.90 8.40 16 4462.30 3.50 104

11 KH.04B 151 34 1.10 21500 3.40 170 5 52803.10 2.30 98

12 NH 05A 341 37 1.50 15499 13 44 K 8632.59 3.40 12?

13XH.95A 14(9 75 1.19 9930 29 442 32 134003.40 4.20 204

14 KHJ5B 680 115 1.50 57200 8,50 695 31 6440

11 12 13 14K Kg Kn Na

19080 9210 535 286CO

2369 8410 251 91(0

36600 3730 69 26000

9080 7170 304 11399

2399 5330 636 4399

23(0 5980 632 5660

2360 5139 630 6390

4400 16400 1200 10900

2360 1(700 875 13900

41(0 6980 3280 1500

2360 5360 2910 6280

5190 2390 329 3570

2360 3750 764 3300

7020 11500 233 17400

15Ni

133

1)4

34

115

26

33

30

48

72

25

34

43

304

372

6.40 7.60 2881! KH 05B 541 116 1.10 58608

(.88 2.30 101K KH 05A 42(0 260 1.50 72100

5.30 20 1261? HH 06A 1(60 228 1.10 68000

4.80 9.10 11518 MH.06A 17(0 223 1.SO (8100

4.20 9.30 10219 MH.O(B 118 12? 1.50 1(900

2.60 3.80 10320 MH 068 311 154 1.10 4(300

3.10 4.90 13821 MH 07A 35700 256 10 49900

25 59 41822MHJ7A 21600 38 S 47200

9.40 26 45523 MH.07B 214 104 1.50 49000

2.30 4.40 16624 MH 078 128 102 1.50 49200

2.50 4.70 2?25 MH.07B 56 88 1.10 51009

0.91 2.30 4326 KH.93A 159 72 15 7900

2.40 2.69 4527KHJ3A 199 69 1.50 7510

2.30 15 602 8 H H Q 9 A 93 55 3.20 7460

1.30 2.80 8229KH.Q8B 1(9 95 1.5040100

2.30 3.90 10210 MH.09B 300 56 1.10 18800

1.40 2.30 4831 SH.01 1420 54 2.90 20200

3.20 2.60 9?32 SH 01 791 47 3.20 25200

2.90 (.(0 19133 SH 02 19 57 1.70 37900

2.30 2.60 1?34SH.02 108 56 1.1044500

1.40 2.30 9735 SH.03 5070 32 4.60 33500

12 2.60 63K SH.01 62(0 33 4.6034509

2.10 2.(0 1517 SH 01 20400 28 9.50 53300

1.70 3.90 27038 SHJ4 546 43 1.50 14000

2.30 2.69 5639 SH.04 596 27 1.10 23200

1.20 2.30 4340 SH.05 1190 35 2.50 21600

2.30 2.60 5141 SH.Q5 1200 35 3 21200

2.30 2.60 5542 SH 05 2770 23 3.20 41100

329 4.(0 12143SH.96 1470 34 3 21209

2.30 2.60 ' 5944 SH.06 34(0 28 3.20 38000

2.20 5.80 16745 SH.O( 3470 28 3/20 37400

0.91 5 122PAGE 4 BMDP4M Schilling Hater Ketals

7.20 261 16 4370 2368 11888

19 13 16 37000 3440 92200

7.10 7.10 3.10 23300 23(0 89188

7.30 6.80 3.10 28(00 23(0 89300

3.90 11 K 308 1(283 9910

11 174 33 4290 4200 8540

12? 97 59 159000 3340 40000

109 25 12 68500 3040 39000

5.50 7 K 4360 4410 9630

6 45 K 4890 3850 9730

5.80 52 3.10 6800 2360 8320

20 23 16 16800 2300 4650

8 5 16 16800 2300 4450

3.10 9 3.10 16500 23(0 4990

29 13 K 547 15300 5110

12 24 3.10 11900 23(0 5010

4.40 5 18 2530 2300 15400

12 5 3.10 1470 23(0 22309

3.90 5 16 1790 4270 35(00

2.50 5 3.10 3870 2650 43700

21 5 16 9(20 3650 27808

22 5 16 10(00 2870 28700

67 5 3.10 27900 2360 37100

3.90 5 IS 23 2300 9260

5.80 5 3.10 154 23(0 14000

8.60 5 K 1380 2300 13900

8.40 5 K 1370 2300 14200

29 5 3.10 445 2360 . 25400

9.80 5 16 1210 2300 13900

31 5 3.10 1180 23(0 23500

30 5 3.13 1138 23(3 23288

254

7530

7340

7320

315

375

5220

4630

1760

1750

1939

524

525

46?

(55

385

49

173

1139

1159

1260

1220

4359

135

271

719

678

2359

154

2060

2393

13600

111880

162000

161880

15500

21400

23800

47438

9788

9343

9360

1450

7520

9940

12900

8230

11300

27638

62880

112038

38600

37400

45188

4790

5350

11700

11100

20308

18938

18180

17(88

172

26

24

24

42

11?

134

144

25

31

35

26

25

24

74

313

26

38

26

24"

32

25

94

26

24

26

26

34

26

46

5?

NUMBER OF CASES READPAGE 5 BKDP4K Schilling Hater Metals

45


VARIABLE

3 A 148a5 Be6 Ca7 Co9Cr9 Cu10 Fe11 K12 Mg13 Mn14 Na15 Xi16 Pb17 Y19 Zn

MEAN

291?. 1555594.888892. (0444

34245.4444411.35111(7. (283913.51556

13568.5/1785048.0000019(80.444441(13.71331

27431.3333313.9777811.29(226.45111

137.8(66?

STANDARDDEVIATION

6654.9425969.537182.7279?

19325.1572224.95744111.1615310.92010

25593.244256220.2106821992.4472519?7.7260237354.89992

32.0200949.613719.30925

' 159.6455?


2.281310.8191551.047433.53509?1.432(11.93943

0.8005(6t. 811681.232211.117481.225561.361761.108714.303541.443051.1579?

SKALLESTVALUE

19.000026.38331.1000

6250.38882.50005.00003.100023.0000

2303.80002190.000043.0000

4390.088324.00000.91082.380017.0000

SKALLESTSTANDARDSCORE

-0.44-0.85-0.55-1.53-0.60-0.48-0.96-8.53-8.44-8.79-8.80-3.62-0.61-0.21-0.45-0.?6


3372126638512315

If7233

LARGESTVALUE

35700.3338289.388315.0098

72100.0800127.3800695.383859.0080

159009.99993(699.900092200.00007530.0000

162000.0008372.0000323.003359.0030

1000.8888

LARGESTSTANDARtSCORE

4.932.944.542.074,414.784.205.685.073.302.993.603.636.545.645.40

FIRST1 CASE FORLARGEST

212

26162114212131616171442213

CASE NUKBERS ABOVE REFER TO DATA KATRIX BEFORE ANY CASESHAVE BEEN DELETED DUE TO KISSING DATA.CASES HITH ZERO HEIGHTS ARE NOT INCLUDED.PAGE 6 BHOP4H Schilling later Ketals

CORRELATION MATRIX

AlBaBeCaCoCrCuFeKMgMnNa-NiPbVZn

PbVZn

A

3456I89101112131415161?18

P

161718

,1 1

31.0000.2490.598'0.2690.949-0.0540.4299.8900.0270.3090.4720.09?9.2040.0580.8239.397

b \

161.0000.0380.023

!a

4

1.000-0.0280.8840.1750.2610.4160.4800.1239.5259.5199.4729.235-9.0869.5100.098

i

1?

1.0000.34?

Be

1-09-009

-990-0-0000

Zn

1

C

5

.000

.060

.514

.1(5

.224

.486,085.091.193.040.029.0(1.315.154

19

.000

a C

6

1.0000.2070.1850.1000.23?0.1240.6370.6050.5903.1490.0828.2940.124

0

7

1.308-0.0330.3340.8273.3153.2348.4298.0330.2630.1190,7918.391

Cr i

8

1.0000.475-0.0048.122-8.212-0.192-0.1570.804-0.0550.0240.261

Cu i

3

1.3330.5100.246

-0.114-0.045-0.1360.430-0.0930.5650.291

:e K Mg In Na 1

10 11 12 13 14

1.8380.058 1.0000.372 -3.899 1.0000.536 -0.093 0.863 1.0000.193 -0.020 0.927 3.737 1.0030.225 0.094 -3.1?9 -0.092 -3.168-0.010 -0.042 0.859 0.082 -0.8220.948 0.121 8,366 3.50? 3.1(38.332 0.691 0.033 0,138 9.045

Ii

15

1.088-3.8503.2093.298

PAGE / BMOP4X Schilling Hater Ketals


3 A 14Ba5 Be6 Ca7 Co8 Cr9 C u

10 Fe11 K12 Mg11 Kn14 Na15 Ni16 Pb1 7 V18 Zn

0.966850.828380.565200.841540.940570.824710.7188?0.974190.701910.961250.850280.940(10.783580.150750.954730.7(135

CONDITION NUNBER : 543.2PAGE 8 BNDP4M Schilling Hater Metals

COKKUNALITIES OBTAINED FROK 5 FACTORS AFTER 1 ITERATIONS.

THE COKKUNALITY OF A VARIABLE IS ITS SQUARED KULTIPLECORRELATION HITH THE FACTORS.

3 Al 0.92324 Ba 0.77(15 Be 0.5986S Ca 0.75327 Co 0.90953 Cr 0.88319 Cu 0.70S2

ID Fe 0.920111 K 0.907912 Ng 0.923413 Mn 0.8(3014 Na ' 0.857915 Ni 0.795916 Pb 0.964317 V 0.959919 Zn 0.9595

PAGE 9 BKDP4K Schilling Hater Hetals

FACTOR

123456789

10

VARIANCEEXPLAINED

5.51713.13802.28571.40211.05530.77110.54710.410?0.25820.1888

CUKULATIVE PROPORTIONIN DATA SPACE IN F

0.34480.54030.68380.77140.83740.88560.91930.94540.95160.9734

OF VARIANCEACTOR SPACE

0.41180.64600.81660.92121.3300

CARMINESTHETA

0.8733

111213141516

0.15430.11100.05978.35153.83373.0101

0.98310.99000.993?8.93708.93941.0300


TOTAL VARIANCE IS DEFINED AS THE SUK OF THE POSITIVE EIGEN VALUES OF THECORRELATION MATRIX.PAGE 10 BMDP4K Schilling Hater Ketals


FOR PR

AlBaBeCaCoCrCuFeK"9HnNaNiPbVZn

INCIPAL 1

3456789

101112131415161718

IOHPONENTS

FACTOR1

0.3570.6330.4530.5630.9100.8798.4793.9828.1363.6133.7253.4458.2550.3493.3890.424

FACTOR2

-0.2358.19?-3.2043.484-8.289-0.518-8,604-3.181-8.3020.7348.5793.762-3.5783.866

-0.197-0.437

FACTOR3

-3.3649.523-8.5858.49?-8.3940.7020.221

-0.2210.3460.11?0.0110.2600.586

-8.159-0.1420.196

FACTOR4

-3.013-0.17?-8.039-0.018-3.026-0.286-0.163-3.8820.3130.823-0.0030,105

-0.3109.C81-3.0433.684

FACTOR5

5.838-3.1658.8110.1600.1190.186

-0.188-0.123-0.0980.0180.055

-0.0300.2133.909-0.3979.939

VP 5.51? 3.138 2.286 1.402 1.355


ORTHOGONAL ROTATION, GAKHA : 1.0033


3 -4.2431581 -8.5504062 -8.8356743 -8.8368264 -8.836827

PAGE 11 BMDP4H Schilling later Hetals

SOTATEO FACTOR LOADINGS (PATTERN)

FACTOR FACTOR FACTOR FACTOR FACTOR1 2 3 4 5

AlBaBeCaCoCrCuFeKKgHnNaHiPbVZn

34c

6789

101112131415161718

0.9360.1710.7323.8413.938

-8.1283.4780.892-0.0490.1780.372

-8.8430.1330.0593.8380.293

0.1750.715

-3.1250.9170.183

-0.828-8.8688.290-8.8003.9238.3319.991-0.9599.3323.3880,033

0.0638.411-3.1730.2560.0850.9258,6080.1420.065

-0.214-0.161-0.2030.376

-8.8810.1863.168

0.1003.042-3.0623.0960.0850.0983.1173.8758.945

-0.857-9.8470.0210.069

-0.0840,1320.858

3.853-3.2553.3749.9998.1420.015-0.280-3.123-3.0983.8483.077

-8.81?0.3628.92?-0.1050.091

VP 4.323 3.772 2.472 1.736 1.096

THE VP FOR EACH FACTOR IS THE SUH OF THE SQUARES OF THEELEMENTS OF THE. COIUHN OF THE FACTOR PATTERN HATRIXCORRESPONDING TO THAT FACTOR. IHEN THE ROTATION ISORTHOGONAL, THE VP IS THE VARIANCE EXPLAINED BY THE FACTOR,PAGE 12 9HDP4M Schilling Hater Ketals


,...4 + 4 4 4,,.. ,.,,4,

1 4 4 1 t

C 4 A B - - 5 C2

F - - F - 1A - - A -C - - C - 2T - F8 - T - 40 - t - o - 3 5 F3«R 0 4 69 ED G 4 R 8 4 E

7 3 - 3 32 - - 3 - C A

- 1 4 4 - 1 4

...,4.,.,..,4 4 4 4,.., ....4 4 4 4..

-.50 .59 -.58 .50-1.0 0.0 1.0 -1.0 0.3

FACTOR 1 FACTOR !

F - - F - 1A - - A -C - - S - 2T - - T - i0 - 6 40 7 F8* - 0 - 3G£1 tR 0 4 c E * B 3 4 R Q 4 E

3 34 - - 3 - CA

-1 4

..,.4 4 4 r 4,... . . , ,4 4 t t 4 . . . .

- .58 .50 -.53 ,:C-1,8 0.0 1.0 -1.8 0.3 1.C

FACTOR 1 FACTOR 2

VARIABLES ARE DENOTED BY 1,..., 9, A IOVERLAPS ARE DENOTED BY AN ASTERISK.

PAGE 13 BHDP4H SchiHing Hater Metals


, , . ,4 4 4 4 4,... ,,,.4 * 4 4 *....

1 4 9 4 1 4 3

5 - - 6 •

F - FA - - A -C - - C -T - - T -0 - >6 51 t 4 - 0 - '8F4 7 CS -R - 0 4 3 E 2 BCA 4 R 0 4 * E 2 4

4 - - 4

4 -1 4

.,..4 4 4 4 4.... ...,4 4 4 r..

-.58 .50 -.50 .53-1.9 0.9 1.0 -1.0 3.0

FACTOR 2 FACTOR 3

VARIABLES ARE DENOTED BY 1,.,., 3, A IOVERLAPS ARE DENOTED BY AN ASTERISK.

PAGE 14 BMDP4H Schilling Hater Hetals


AlCoFeVBeKgNaHnCaBaCrHiCuKZnPb

37

131?5

121413643

159

111816

FACTOR1

0.9353.9338.8923.8383.7323.0000.0038.3720.8000.0080.0880.9083.4708.3303.2933.000

FACTOR2

0.8300.0000.2988.3383.0000.9203.9013.3310.8173.7153.3300.3000.0380.0000.0003.008

FACTOR3

3.3833.0000.0009.3383.3383.0000.0830.0393.2563.4110.3253.3163.6080.3003.3380.838

FACTORt

0.0883.8803.8009.0880.0083.8300.0000.0000.0330,0333.3003.9003.3809.3450.3580.800

FACTOR5

0.0000.3832.8308.0030.0000.3883.0903.3003.000

-0.2J53.3090.800-0.2203.3900.8990.921

VP 4.323 3.772 2.412 1.735

THE ABOVE FACTOR LOAOIKG KATRIX HAS BEEN REARRANGES SOTHAT THE COLOHNS APPEAR IN DECREASING ORDER OF VARIANCEEXPLAINED BY FACTORS. THE-ROHS HAVE BEEN REARRANGEDSO THAT FOR EACH SUCCESSIVE FACTOR, LOADINGS GREATERTHAN 0.5000 APPEAR FIRST. LOADINGS LESS THAU 0.2500HAVE BEEN REPLACED BY ZERO.PAGE 15 BHDP4H Schilling Hater Hetals

ABSOLUTE VALUES OF CORRELATIONS IH SORTED AND SHADED FJSM

3 A 1I Co

18 Fe17 V

5 Be12 Hg14 Na13 Hn

6 Ca4 Ba8 Cr

15 Ni9 C u

11 K13 Zn16 Pb

I(I131llllNXX4I- .441

.. H .44XX.III

-..- XXXI- .XX X4XXI

-1,- It4+XX. . ^1

. ... -I44". , — NI

I .

THE ABSOLUTE VALUES OFTHE KATRIX ENTRIES HAVE BEEN PRINTED ABOVE IN SHADED F2RHACCORDING TO THE FOLLOHING SCHEME

LESS THAN OR EQUAL TO 3.1190.119 TO AND INCLUDING U3T3,237 TO AND INCLUDING 3.255

4 0.356 TO AND INCLUDING 3.474X 0.474 TO AND INCLUDING 0.593X 0.593 TO AND INCLUDING 0.712i 3.712 TO AND INCLUDING 0.8301 GREATER THAN 3.339

PAGE 16 BMDP4M Schilling later Hetals

FACTOR SCORE COVARIANCE (CCKPUTEO FROK FACTORSTRUCTURE AND FACTOR SCORE COEFFICIENTS)

THE DIAGONAL OF THE HATRIX BELOH CONTAINS THE S5UASEDHULTIPLE CORRELATIONS OF EACH FACTOR HITH THE VARIABLES.

FACTOR

FACTOR 1 1.809FACTOR 2 -9.000FACTOR 2 -0.300FACTOR 4 -0.080FACTOR- 5 9.999

PAGE 11 BHOP4M Schilling Hater Metals

FACTOR

2

1.0300.000O.OOC9.939

FACTOR

3

1.0003.309

-0.038

-ACTOR

4

1.0000.089

FACT:R

i

1.900

ESTIMATED FACTOR SCORES ASO HAHALANOBIS DISTANCES (CHI-SQUARE S) F5DHEACH CASE TO THE CENTROIO OF ALL CASES FOR THE ORIGINAL DATA( 16 D.F.) FACTOR SCORES ( 5 D.F.) AND THEIR DIFFERENCE ! 11 D.F.).EACH CHI-SQUARE HAS BEEN DIVIDED BY ITS DEGREES OF FREEOCU.

CASE :LABEL

KH.01BMH.01BHH.92BMHJ2BHH.D3AHHJ3AH H 0 3 AH H 0 3 BHH03BMH.048HH.94BHH 95AHH~95AH H 9 5 BH H 0 5 3HH.06AHH 96AH H 0 6 AH H 9 6 BHH.96BKH.07AHH 07AKH.97BMH.07BHH.97BHH.98AHH.08AMH.08AHHJ8BMHJ8BSH.01S H 0 1S H 3 2SH'92SH.83S H 0 3S H Q 3S H 0 4S H 8 4SH.05SH.05S H 8 5SH 06S H 0 6S H 0 5

10.1L

345g1!

83

1311121314151617181325212223242525212823333132333435363?3839404142434445

:HISQ/DF CHISS/DF CHISG/DF16

1.1531.2352.5778.5630.4340.4590.4790.2300.4521,8030.3610 ,2861.5111.9130 .6291.1240.9830.956C. I1G5,1012.3511 .54?3,1113.4040.7152 ,4891.2850.50!1.1952 . 5 6 50 .3040 .7310.4581,3740.3695.4332.1820.2680.3273.1660.11?2.5850.1730.5290,443

5D.4081.2021.1200.1593 .2720.2329.2390.3410.9355.8610.1360.16?1,5233 .4320.6422.0422 .4122.3880.3140.4345 , 0 8 11.5623,8583,3810.1370.8858 .2840 .2768.2549.3460,1500.1130,1633.4460.1820.1210.8750 .2273.2868.1650.1741.5238.1720.1190.118

11' .4922.5800,5110.74?0.5030.5390.5510.3890.6411.4391.3502 .3491.5931,2220 . 6 2 41,5809.3340.3980.8719.3220 . 5 6 41.5851.0110.5500.9913.2131.7410 .6041.6233 .5740 . 3 ? 41.3108 .5921.1960.4890.5752 .5633.2873.3823.1663.1780.4848.1743.1150.534

FACTOR<

-0.517-0 .682-8 .597-3.550

0.024-0.218-0.223

0.225-0.235-3,246-3.441-0,289-3,548-0.729-0.671

3.85?-0.561-0,588-0.512-3.351

5.2092 .584

-8.358-3.373-0,531

1.1360.190

-3.043-0.313-8.288-8.122-0.148-0.500-0.776

3.2388.2041.631

-3.243-3.413-0.123-3.081

5.305-0.057

0.1099.035

FACTOR

0.j.

-0.-0,-8.-0,-0,-0,-0.•5-0.-0,-0.

f\

0.3.3.2.

-0.0.0.0.3.0.0.

-1,-0.-3,-0.-0.-0.-3.0.1.

-8.-0.0.

-0.-8.-3.-0.

8.-0.-5.-0.

2152

,493642

,987316

,338333

,868817

,218339

,81276514120310334?323118058553485374835142293788883286575582318398904144141286769550530612097616103122

FACTORJ

0 . 5 3 52 . 1 3 2

-3,4490.416

-0,400-0.679-0.693

5.1113.348

-1.3350.158

-0 .2232 . 6 2 24.0331 . 5 6 3

-8.291-0.542-0 .657-0 .199

1.3151.260

-0.183-3.111

5.075-0.121-0.831-3.36?-0.134-3.110

0.843-0.335-3 .633-0.462-8.718-0 .575-9.684-0.355-0.331- 3 . 6 2 4-8.444-0.469-3.185-0 .474-0 .658-0 .599

- J :

-nt _^

-0.-0.*•u.

..l

-3.-3.-0.

0..1

y i

ft

-0.i

-0.-3.

<

-3.0.flJ .

9.-5.-3.-0.•3.-0,

1.-j,-0.

,1

-0.-0,-9.-3.-3.-0.^

-0.-0.-0.-0.-0.-9.

:TOP,j

1104333725 2 13304094622123673834CO013415139453313283343364123539528138285451m422222001123292311291111312245335399434434433156422101253

:ACTOi!C

•:.m- O . E 5 5

3.152-O . !31-0 .458-3.133-3.23?-:.298

0.002-3.1?i

0 . 1 7 S- 5 . 2 7 6

3 .292C . 5 5 33 . 1 3 2

-3.530-0.213- 0 . 2 2 5-3 .598-0 .550-0 .838

0 . 6 9 4-5.283-3.332-0.006-0 .323-3.673-0.215-0.212

5 .273-0.391

0.344-0.332-3 .0223.968

-0.0840.949

-0.41?-9.973-0.297-0.288

5 . 1 2 9-0.219

0 .3552.313

PAGE 18 BHDP4H Schilling Hater Metals

FACTOR SCORE COVARIANCE (COHPUTED FROM FACTOR SCORES]

FACTOR FACTOR FACTOR FACTOR FACTOR

4 5FACTOR 1 1.808FACTOR 2 0.088 1.0FACTOR 3 -0.000 -0.3FACTOR 4 0.000 0.0FACTOR 5 -0.008 -0.5

1.5303.300 1.000

-0.338 0 .000PAGE 19 BHDP4H Sch i l l i n g Hater Hetais

FACTOR SCORES

.4.,..4,,,,4..,.4,

2 4

3 4

4 F 1 4- A

2 21 11 M1 1! 2111 1

1 113142 1

-1 4

1121 :' ! 222!1112! 211

-2 4 -2

-2 4

, 4,,..4,,., 4,.,.4....4....4,,..4..,.4..,.4.,,.4,...f, ,4,.. ,4, ,.,*... ,t,,..4....4..,.•,..,•,,.,4,,, .4,.,.-.

-3.0 -1.8 -.50 .50 1.8 3.0 -3.0 -1.3 -.60 .50 1.8 3.0-2.4 -1.2 9.0 1.2 2.4 -2.4 -1.2 0.0 1.2 2.4

FACTOR 1PAGE 20 BHDP4NSchi 11 ing Hater Ketais

:ACTOR

FACTOR SCORES

.4,...4....4,...4,,,.4....4 ...4.,..4....4,...4,.,.4,

3 4 . 4

1

1

2 4 *

11 t

FACT0R

2

1 4

-

-

-

-

a 4---

1

i1115

2 1

t1

1 1It

11 3 1! t

1 4

-2 4

-2 4 t

.4....4...,4....4,,,.4.,..4....4,,..4....4....4....4.

-3.9 -1.8 -.63 .68 1.8 3.3-2.4 -1.2 9.9 1.2 2.4

FACTOR 2


PAGE 21 BH8P4H

BMDP4H - FACTOR ANALYSIS

96/12/83 AT 11:24:13


NO HORE CONTROL LANGUAGE.

PROGRAM TERMINATED

Screen Cutout nil be Bitten to file HHS'dCR2N.OUT

SHOP Instructions K i l l be read from file HHSHOR2H.IN

PAGE ! 5KDP2H

BHDP2H - CLUSTER ANALYSIS OF CASESCopyright 1317, !373, 1981, 1382, 1383, 1555, 1537, 15

8HDP Statistical Software, Inc.

BKOP Statistical SofUare, Inc.1440 Sepulveaa BlvdLos Angeles, CA 90025 USA

Phone (212) 473-7799Fax (213) 312-3161Telex 4972934 SHOP UI

Statistical Software, Ltd.Cork Technology Park, Hoiel Fara RdCork, Ireland

Phone t2:2 21 542122Fax 4151 21 542822Telex 75659 SSHl El

Version: 1988 (IBM PC/DOS)Kanual: 8HDP Xanual Vol. 1 (August, 1933); Vol. 2 (Deceisoer, 1399).

Use 1983 or 1985 edition until 1388 beccnes available.Digest: 3HDP User's Digest (4th edition), plus addendum.

Updates: State NEHS. in the PRINT paragraph for sussary of SSM features.

DATE:06/12/99 AT 13:58:25


/INPUT VARIABLES ARE 17.CASES : 58.FILE IS '3iKSKor.dat'.FORMAT IS FREE,RECLENGTH : 35C.

/VARIABLENAHES ARE A,B,'12dCEa',Acetone.3Z!aAntr,,3:oaPyr,8:obFl'jA,

BrokFluA,CEthane,Chrysene,ESnzene.FlarAntn,Penattirn, Phenol, Pyrene, oZEPtht.cCNtnane.

USE: A, B,'12dCEa', Acetone,BrokFluA,CEthane,Phenol,Pyrene,ii2EPtht,iC»thar;e.

LABEL = A,B.,'proc

link ; cent./END

PR08LEH TITLE IS56/12/89 10:58:23

DUMBER CF VARIABLE TO READ IN 11NUMBER OF VARIABLES ADDED BY TRANSFORHATICNS. . 9TOTAL NUMBER OF VARIABLES 1?CASE FREQUENCY VARIABLECASE HEIGHT VARIABLECASE LABELING VARIABLES A BNUMBER OF CASES TO READ IN 58KISSING VALUES CHECKED BEFORE OR AFTER TRANS. . NEITHER3LANKS ARE KISSIXSINPUT FILE. . .iwsKor.datREHIND INPUT UNIT PRIOR TO READING. . OATA. . . YESNUHBER OF HORDS OF DYNAMIC STORAGE 16298

VARIABLES 1C BE USED2 !2dCEa i Acetone 3 BzokFluA • CEthane 14 Pnerci

15 Pyrene '6 bSEPtht i? dCKthane

INPUT FORKAT ISFREE

HAXIKUK LENGTH WTA RECORD IS 350 CHARACTERS.

OF CASES READ 45

« HARNING- THE NUHBER OF CASES FOUND IS 45, HHICH IS LESS THAN 58.THE NUMBER OF CASES STATED IN THE 'CASES:' STATEMENT OF THE /INPUT PARAGRAPH.

PRINT DISTANCE HATRIX NOTYPE OF TREE PRINTED VERTICALCALCULATING PROCEDURE SUK-SGRSTANDARDIZATION OF INPUT DATA YESAHALGAHATION RULE CENTROIOPAGE 2 BKDP2H 06/12/83 19:58:20

DETAILS OF THE AHALGAHATION (CLUSTERING) PROCESS

FOR EACH AHALGAHATION, THE FOLLOHING ARE PRINTED

•- THE DISTANCE BETHEEN THE TKO CLUSTERS JOINED

-- THE CASE NUHBERS FOR THE 'BOUNDARIES' OF THE NEHLYFORKED CLUSTER AS GIVEN IN THE CLUSTER TREE HHICHFOLLOHS THESE DETAILS

-- THE NUHBER OF CASES IN THE CLUSTER (SUH OF THECASE HEIGHTS FOR THE CLUSTER IF CASE HEIGHTVARIABLE IS SPECIFIED)

-- THE (HEIGHTEO) AVERAGES OF THE VARIABLES FQR THE CLUSTER(DIFFERENCES BETHEEN CLUSTERS CAN BE DESCRIBED INTERMS OF THOSE VARIABLES HHOSE MEANS DIFFER KCSI3ETHEEN THE CLUSTERS)

JKAIGAHATICNOR9ER

,i

3456183

101112131415161?'31323212223

DISTANCE3.0990.3000.0009.5095,5999.5555.5990.8000.0090.9055.0999,5993.0555,5005.5993.5552.5090.5550,5550.2055.5550.5500.559

SUM OFCASES FREQUENCIES21 16 21 2

13 215 220 225 228 230 229 245 236 322 421 i10 819 332 835 310 341 343 338 1229 14

2.0002.0003.0004.0005.0996.0001.9093.0993.99919.99511.5502.0052.5003.50!!2.0093.0004.0005.5553.0551,3353,5502.5552,355

AVE. 2 1 j 3 !4 !JHEIGHT 12dCEa Acetone BzouFkA CEthane Phenoi Fyrene 11.590 0.2591.000 9.2591.999 9.2591.999 9.2591.999 0.2591,599 0.2591,999 0.2591.099 0.2591.999 9.2591.900 0.2591.000 0,2591,500 6.2591.990 9.2591.000 3.2591.999 0.259!.999 0.2591.099 5.2591,099 0.2591.309 0.2591.593 0.2591.000 0.2591.399 9,2591,560 , 0.259

0.2630.2636.2636.2633,2635.2630.2630.2630.2630.2530.2630.2530.2630.2530,2535.2530,2633.2530.2632.2530.2630.2630,253

0.95?-1.011-1.011-1.011-1.511-1.011-1.011-1,011-1.011-1.011-1.0110.357

-1.911-1.0110.36?0,9610.35?0.35?2.35?0.36?0.35?0.35?0.36?

-5,226-0.220-0.220-0.220-9.229-9.229-9.229-9.220-9.229-9.229-0.220-0.220-0.220-0.22D-0.229-3.229-0.220-5.229-2.225-3.220-5.220-3.229-0,220

1.034-6.829-0.829-9.829-0.829-9.329-5.826-0.829-6.825-0.820-0.8201.934

-3.329-0.520'.0341.5341.5341,6341,0341.0341.2341.0341.334

2.992-5.891-5.391-0.991-0.391-0,891-9.891-5.891-9.831-9.89!-3.2310.332

-5.391-3.32!3.9S23.9922,2320.3322,9323.3920.3322.9322.392

15 1?!2EPtnt SCHthar.e-1.256-C.38?-0.387-0.237-2.381-0.281-3.281-0.38?-3.387-0,381-2.39?1,22?

-2.231-0.3??1.22?1.221•.22?1.221'.2211.221'.2211.221

-1.673

2.1250.1253.1260.1262.1252.1262.7260.1250.1260.1252.126

-1.331-1.135-'.1952.7256,7250,1250.7253.1252.7252.125

-1.1953.126

'tt251Ci. w

272829351132333435363738394641

424344

PAGE

tt.UU'J U U

0.161 23 '5.151 2? 145.353 14 10,641 12 30.641 34 49.641 11 29.801 32 40.961 31 31.249 9 21.259 44 41.931 4 22.905 5 31.947 8 32 . 2 7 5 18 1?2 . 7 8 3 3 13 .243 2 '3 .603 26 14.122 42 115.228 11 18.046 16 1

3 BHDP2H 06/12/85

C N0 2 2 2 2 2 1

A . 1 1 4 3 7 3 4

S L H X H H H H HA H H H H H X H

E 3

2.UUU

4.00C3.0007.0804.0054,090

12.0005.0055.686

13.0006.065

19.9996.900

14.0052.660

21,00040.05C41.66:3.900

44.00045.002

1 1 38 0 9 3

HH H Sn H k

l.uuii1.000l . O O C1.0051.0601.0001,5551.0601.9901.0001.0601.0051.000l .OOC1,0301.5551.500l . O O C1.9051.0501.550

10

3 4 4 4J 5 1 3 5

S S S S Hn1 u1 K

U . 2 3 S

9 . 2 5 90 , 2 5 90.2590 . 2 5 90 .2590.2530 .2590.2590.2590 .2599 .2539 .2550 .259

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-2.5130.075O . O D C

:58 :2Q

3 1 3 31 2 8 6 3

S HS S HH H 1 i H

li.liti

6 . 2 6 36 . 2 6 39 , 2 6 30 . 2 5 36 .2630 .2639.2636 .2639 .2569 .2630 .3299 .2530 .263

- 2 . 8 5 79 . 2 6 20 .2559 .294

-3.2139.0515.900

2 3 34 2 7 4

H H S SH HH H

IKS!

9.3570 , 9 5 ?9 .96?0.961

-1.911-1.911-1.011

0.96?-1.011-1.011-1.011

0 . 9 5 70.951

-1.5110 . 3 5 ?3.52?0.650

-1.011-5.622

6.600

3 4 1 42 4 9 1 5

S S H HSH H HHH

-U.Ziii

-0 .220-0 .220-5.226-0.225-6.220-5.220-0.220-9.220-9.229-9.220-0.223-0.220-3,222

1.533- 0 . 2 2 2-6.220-0 .220

0 .995-6.123

0.060

2 3 2 29 0 8 5

S H H HH H H 1

1.UJ4

1.6341.6341.0341.934

-9 .826-0.820-0.829

1.034-0.820-6.820-6 .822

5 . 7 2 53.90!

-1.2826.34:O. iO l0.130

-1.1236.5410.056

2 1 16 5 2 7 6

If M H HXHHH H H

u.Si;

0.3-20.3328.3920.932

-0 .891-0.831-0.391

9.332-9.351-0.891-0 .351

5 . 3 9 20.9:2

-0.8512 . 3 3 25 . 3 9 70.041

-0.391-0 .522

6 .055

2 4 12 6 2 8

K .H S HH H H H

-1.18«

- 1 .275-1.625-1 .425

1.227-0.28?-9.38?-9 .38?

1.22?-0.38?-9.575-O.ii"

1.227!,227

-5 .3870 .342

-9 .032-3 .052-5 .237-0.0236.005

i i

I E

H HH K

li.iit5.1250 .7250.125

-1.516-1.356

3 .673-1.196-1.324

O.E7?-1.353

5.552-1.196-0.093-1.19'.

ft 41"U. : .

0.'"0.122

-1.1959.0429.905

G C 0 C 0 C 3 0 0 0 3 0 6 6 0 0 0 G 6 0 0 0 5 o 0 6 0 0 D 0 6 0 0 9 o C 2 C 6 5 C 0 9 9 21 7 7 I 3 8 5 3 4 6 2 3 5 5 6 3 1 5 4 3 2 2 7 3 2 1 M 4 6 4 8 8 ? 6 5 5 3 2 1 ! 5 6 6 6B A B B A E B B B B A A B B A B E B A B B B A A A B A kA A

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DISTANCES BETHEEl CASES REPRESENTED III SHADED FORM.HEAVY SHADING INDICATES SMALL DISTANCES.

CASE CASENO. LABEL

1 HH 01321 MVJ7A24 MH 07B23 HI 07827 MVJ8A29 HH 08B14 MH 05B8 MV.03B

10 XV 04B19 NV 06B33 SVJ215 SH 0140 SV 0541 SV.Q541 SV 06

' 5 M 03*31 SH.0112 WJ5A18 SV 0418 SV.031 MV 02B4 MV.02B

22 MV Q7A3? SV.0334 SV 0232 SVJ144 SV.05

9 UU A4BMI.OJB11 vv nit1 1 RI.U4I)

45 SV 0639 SVJ410 MVJ8B28 MV 08A25 MVJ7B20 MV.06B15 KV.05B

- 13 HVJ5AT MV.03A8 MV (M2 MVJ1B

IK KU flSlt» R«_uon

42 SV.05 •18 MV 06A1? MVJ6A16 MVJ6A

IHin1IU18111mmitiiiiiMUMMMIIMMIMHMMIIM11MMI1IMUMMI1UMUMMIIIIIMUMUIIHllMUMMIIIMUXXMX44HSM1MIMMMMUUUIUXMMXXHSUiiunMMXXXItlHIUtlH44XX— MHUHMSJHI44XX— XMXNMNSIUU

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0.66T2.4243.3843.6363.7274.152

TOTOTOTOTOTO

THE DISTANCES HAVE' BEEN REPRESENTED ABOVE IN SHADEDFORM ACCORDING TO THE FOLLOVIKG SCHEME

LESS THAN 0.6672.4243.1543.8363.7274,1525.849

GREATER THAN 5.849

NUMBER OF INTEGER VOROS OF STORAGE USED IN PRECEDING PROBLEM 1822CPU TIME USED 19.310 SECONDS

PAGE s mm

BMDP2N - CLUSTER ANALYSIS OF CASES

DATE:06/12/89 AT 10:58:39



PROGRAM TERMINATED

Screen Output nil! be written to file MHSHOR4K.OUT

BKDP Instructions iiill be read froi file HHSHOR4K.IK

PAGE 1 BKDP4K



BMDP Statistical SofUare, Inc.1440 Sepuhedi BlvdLos Angeles, CA 90025 USA

Phone (213) 4?9-7I99Fax (213) 312-0161Telex 4972934 BKDP UI


Statistical Softnare, Ltd.Cork Technology Park, Model Fart RdCork, Ireland


Kanual: BMDP Kanual Vol. 1 (August, 1988); Vol. 2 (Deceiber, 1989).Use 1991 or 1995 edition until 1989 becones available.

Digest: BMDP User's Digest (4th edition), plus addendui.

Updates: State NEHS. in the PRINT paragraph for sunary of ne* features.

06/12/89 AT 10:58:58


/INPUT VARIABLES ARE II.CASES : 58.FILE IS 'tvsvor.dat'.FORNAT IS FREE.RECLENGTH - 350.

/VARIABLENAKES ARE A, f l , ' 12dCEa ' ,Ace tone ,BzoaAnth ,BzoaPyr ,BzobF1uA,

' B z o k F l u A , C E t h a n e , C h r y s e n e , E B n z e n e , F l u r A f i t h ,Penathrn ,Phenol ,Pyrene ,b2EPtht ,dCMthane.

USE : A,B, '12dCEa ' ,Acetone,BzokFluA,CEthane ,Phenol ,Pyrene ,b2EPth t ,dCHthane .

LABEL : A , B ./factor

fluiber •- 5./print

case : 58./END

PROBLEK TITLE IS06/12/89 10:58:58

NUKBER OF VARIABLES TO READ IN 1?NUNBER OF VARIABLES ADDED BY TRANSFORKATIONS. . 0TOTAL NUKBER OF VARIABLES IICASE HEIGHT VARIABLECASE LABELING VARIABLES A B

HUfHtK Ul- U5tS IU KtAU Id 38

KISSING VALUES CHECKED BEFORE OR AFTER TRANS. . NEITHERBLANKS ARE KISSINGINPUT FILE. . .BKSKor.datmm lm m nm T0 SEAOII1G- • Dm- • • YES

NUMBER OF HORDS OF DYNAMIC STORAGE 16298PAGE 2 BKOP4M 06/12/89 10:53:59

VARIABLES TO BE USED3 12dCEa 4 Acetone 9 BzokFluA 9 CEthane 14 Phenol

15 Pyrene 16 b2EPtht 1? dCHthane

INPUT FORKAT ISFREE


NUMBER OF VARIABLES TO BE USED S

HEIGHT VARIABLEUNROTATED FACTORS ARE PRINCIPAL COMPONENTS.MAXIMUM NUKBER OF FACTORS 5NUMBER OF FACTORS IS LIMITED TO THE NUKBER OF EIGENVALUES

GREATER THAN 1.990TOLERANCE LIMIT FOR MATRIX INVERSION 0.09919VARIKAX ROTATION IS PERFORKED.GAMMA 1.0000MAXIMUM NUMBER OF ITERATIONS FOR ROTATION ... 50CONVERGENCE CRITERION FOR ROTATION 0.0000100KAISERS NORMALIZATION YESPAGE 3 BKDP4K 06/12/99 10:59:59

DATA AFTER TRANSFORKATIONS FOR FIRST 58 CASES.CASES HITH ZERO HEIGHTS AND KISSING DATA NOT INCLUDED.

C A S ENO. LABEL

1 n 01B2 MV 0183 MHJ2B4 MH 02B5 KVJ3A6 MVJ1AI MV.91A8 MHJ3B9 MHJ3B10 MH 04BIt MH.04B12 MHJ5A11 MH.05A14 MHJ5B15 MH.05B16 MH.06A1? MHJ6A '18 MHJ6A19 MV 06B20 MV.06B21 MHJ7A22 MH 0?A21 MH.07B24 MH 07B25 MVJ7Bn n m

1 412dCEa Acetone

5 105 105 105 105 10

' 5 105 105 105 125 105 105 105 105 105 103 62 63 45 105 105 105 105 105 105 105 10

8BzokFluA

201020to20101020102910291929192010to20102910202010JO

9CEthane

to10101010to1010101010101010101712121010101010101010

14Phenol

2010201019191929102010201020104

105

20102010202010?0

15Pyrene

201020102910102010201020102010201919291929102020103

16b2EPtht

410201020to102010201020102

10201010201941955

10n

i?dCHthane

55123555554255512255525555

2? MV 08A29 MV 09A29 MV 09B30 MVJ8B31 SV 0132 SV.0133 SVJ234 SV 0235 SV.0336 SV 0337 SV 0338 SV 9439 SV.0440 SV 0541 SV.0542 SV.0543 SV 0644 SVJ645 SV.06

IBER OF CASES

5555555555555555555

READ. ,

1010to1010101010101010101010101101010

20102010201020102020102019202010201010

10101010101010to1010101010101010101010

20102010201020102020102010202010201010

45

20102010201020102020102010202010201010

31021020102010202010201020201020310

5555335151225552515

n VARNING- THE NUMBER OF CASES FOUND IS 45, HHICH IS LESS THAN 58,THE NUMBER OF CASES STATED IN THE 'CASES:1 STATEMENT OF THE /INPUT PARAGRAPH.

PAGE 4 BXDP4N 06/12/99 10:58:58


VARIABLE

3 12dCEa4 Acetone8 BzokFluA9 CEthane14 Phenol15 Pyrene16 b2EPtht17 dCHthane

KEAN

4.844449.57778

15.1111110.2444414.4222214.7333112.400003.9666?

STANDARDDEVIATION

0.601351.602405.055251.111015.39566

. 5.310376.195111.56989


9.1241110.1673049.3345390.1084500.3741210.3694320.499(210.40167?

SKALLESTVALUE

2.00001.000010.000010.00004.00003.00002.00001.0000


-4.73-4.10-1.01-0.22-1.93-2.21-1.68-1.84


174221

1626143

LARGEST FIRSTLARGEST STANDARD CASE FORVALUE SCORE LARGEST

5.000012.000020.000017.000020.000020.009020.00005.9900

0.261.510.97(.081.030.991.230.73

CASE NUMBERS ABOVE REFER TO DATA MATRIX BEFORE ANY CASESHAVE BEEN DELETED DUE TO MISSING DATA.CASES NITH ZERO HEIGHTS ARE NOT INCLUDED.PAGE 5 BKDP4M 06/12/83 10:58:58

CORRELATION MATRIX

12dCEaAcetoneBzokFluACEthanePhenolPyreneb2EPthtdCMthane

12dCEa Acetone BzokFluA CEthane Phenol Pyrene b2EPtht

3 4 8 9 14 15 163 1.0004 0.685 1.0008914151617

0-000-00

.118

.758

.371

.091

.020

.365

0-00099

.1(0

.553

.3(3

.133

.013

.413

1.9900.0560.8520.8820.4340.117

1.-0.0.0.-0.

9003820(9144361

1.0.0.0.

000736280282

1.0000.324 1.0000.059 -0.1(4

dCMthane

1.000

PAGt 6 BKDP4R 06/12/8S 10:J8:b8

SQUARED MULTIPLE CORRELATIONS (SKC) OFEACH VARIABLE HITH ALL OTHER VARIABLES

3 12dCEa4 Acetone8 BzokFluA9 CEthane

14 Phenol15 Pyrene16 b2EPtht1? dCMthane

0.116840.519540.940439.837820.922790.7865?0.274970.25729

CONDITION NUMBER : 104.5PAGE I BMDP4M 06/12/89 10:58:58



3 12dCEa4 Acetone8 BzokFluA9 CEthane

14 Phenol15 Pyrene16 b2EPtht17 dCHthane

0.78049,66920.94550.76300.87400.83799.36249.1859

PAGE 8 BKOP4K 96/12/89 10:58:58

FACTOR

12345678

VARIANCEEXPLAINED

3.27222.34620.87450.64130.45010.24590.13860.0313

CUMULATIVE PROPORTION OF VARIANCEIN DATA SPACE IN FACTOR SPACE

0.4090 0.58240.7023 1,00000.81169.89189.94800.97880.99(11.0000

CARMINESTHETA

0.7936


TOTAL VARIANCE IS DEFINED AS THE SUM OF THE POSITIVE EIGEN VALUES OF THECORRELATION MATRIX.PAGE 9 BKDP4K 06/12/89 10:58:58


FOR PRINCIPAL COXPONENTS

FACTOR FACTOR1 2

12dCEaAcetoneBzokFluACEthanePhenolPyreneb2EPthtdCHthane

34891415161?

0.6640.6540.743

-0.5470.8950.6790.2909.459

-0.593-0.4920.62?0.6810.2799.6149.531

-0.418

VP 3.272 2.346


ORTHOGONAL ROTATION, GAKHA : 1.0000

ITERATION SIKPLICITYCRITERION

012

PAGE 11

-9.-3.-3.

5698923?7002371002

1 BNDP4X 06/12/89 10:58:58


FACTOR FACTOR1 2

12dCEaAcetoneBzokFluACEthanePhenolPyrenebZEPthtdCHthane

348914151617

0.0600.1189.9690.0910.8250.9140.5749.031

9.8910.8100.979-9.8690.4399.043-0.1810.620

YP 2.813 2,896

THE VP FOR EACH FACTOR IS THE SUK OF THE SQUARES OF THEELEKENTS OF THE COLUKN OF THE FACTOR PATTERN KATRIXCORRESPONDING TO THAT FACTOR. HHEN THE ROTATION ISORTHOGONAL, THE VP IS THE VARIANCE EXPLAINED BY THE FACTOR.PAGE 11 BKOP4K 06/12/89 10:58:58


....4 4 4 4 4....

1 4 412

F - 8A - 5 -CT0 - 3 -R 9 4 6 4

7

-1 4 4

.,.. + t 4 4 4..,,

-.50 .50-1.0 0.0 1.0

FACTOR 1

VARIABLES ARE DENOTED BY 1 9, A,..., ZOVERLAPS ARE DENOTED BY AH ASTERISK.

VARIABLES ARE DENOTED BY 1,..., 9, A ZOVERLAPS ARE DENOTED BY AN ASTERISK.

PAGE 12 BXDP4N 06/12/89 10:58:58


BzokFluAPyrenePhenolbZEPtht12dCEaCEthaneAcetonedCHthane

8151416394

1?

FACTOR1

9.9690.9140.8250.5740.0000.0000.000Q.QOO

FACTOR2

0.0090.0009.4190.0000.881-0.8699.8100.620

VP 2.813 2.806

THE ABOVE FACTOR LOADING XATRIX HAS BEEN REARRANGED SOTHAT THE COLUMNS APPEAR IN DECREASING ORDER OF VARIANCEEXPLAINED BY FACTORS. THE ROVS HAVE BEEN REARRANGEDSO THAT FOR EACH SUCCESSIVE FACTOR, LOADINGS GREATERTHAN 0.5999 APPEAR FIRST. LOADINGS LESS THAN 9.2500HAVE BEEN REPLACED BY ZERO.PAGE 11 BNDP4K 96/12/89 19:58:58

ABSOLUTE VALUES OF CORRELATIONS IN SORTED AND SHADED FORK

8 BzokFluA I15 Pyrene SI14 Phenol 11116 b2EPtht 4-13 12dCEa . 4 |9 CEthane 4.||4 Acetone ..4 1M

17 dCXthane . -.4441

THE ABSOLUTE VALUES OFTHE KATRIX ENTRIES HAVE BEEN PRINTED ABOVE IN SHADED FORKACCORDING TO THE FOLLOHING SCHEKE

LESS THAN OR EQUAL TO 0.1100.110 TO AND INCLUDING 0.2290.220 TO AND INCLUDING 0.331

4 0.311 TO AND INCLUDING 0.441X 0.441 TO AND INCLUDING 0.5511 0.551 TO AND INCLUDING 0.661I 9.661 TO ANO INCLUDING 0.771I GREATER THAN 9.771

PAGE 14 BMDP4K 96/12/89 19:58:58

FACTOR SCORE COVARIANCE (CONFUTED FROK FACTORSTRUCTURE ANO FACTOR SCORE COEFFICIENTS)

THE DIAGONAL OF THE KATRIX BELOH CONTAINS THE SQUAREDMULTIPLE CORRELATIONS OF EACH FACTOR HITH THE VARIABLES.

FACTOR FACTOR

FACTOR 1FACTOR 2

PAGE 15 BXDP4N 96/12/99 10:59:59

ESTIMATED FACTOR SCORES AND KAHALAN08IS DISTANCES (CHI-SQUARE S) FROKEACH CASE TO THE CENTROID OF ALL CASES FOR THE ORIGINAL DATA( 8 O.F.) FACTOR SCORES ( 2 D.F.) AND THEIR DIFFERENCE ( 5 D.F.).EACH CHI-SQUARE HAS BEEN DIVIDED BY ITS DEGREES OF FREEDOK.

CASELABEL

HV.01BHH.01BM H 0 2 9KHJ2BMVJ3AKH.03AKV'OIAHV.01BKH.03BKH.04BKHJ4BH H 9 5 AKH.05AKH.05BHH.05BKV.06AKH.96ANH~06AX V 0 6 BMV.96BM V 0 7 AM V 9 7 AM V 0 7 BX H 0 7 BM H Q 7 BKV.98AKH.08AKV.98AKH08BKH~08BS H 0 1SV.01-S H 0 2SH.02SH.03S H 0 3S H 9 3SH.04 -SH.04S H 0 5SH.05S H 0 5SHJ6SH.06SH.06PAGE 16

FACTOR S(

FACTORFACTOR

PAGE 1?

NO.t23456789

191112131415161?1813202122232425262?282930313233343536373839404142414445

CHISQ/DF CHISQ/DF CHISQ/DF8

9.6969.2439.8589.4115.0580.2430.2430.3800.6710.3900.1609.5310.2410.7960.2415.3324.2192.0930.3900.2430.6069.4119.5250.5259.2435.3799.69?0.2430.7960.2430.1410.21?0.3800.7430.3900.9590.4110.5319.2430.3900.3804.4939.3891.1009.243

20.350009

590304458

9.2590009000000

104409090900000000009900999

,

t

,

,

,

,

,

,

,

,

,

.

,

,

,

t

,

,

t

,

t

59959074081074052575?59032959033141751974959035045836336359010511959032959073048174045774080445375?590740 .740

1,268909

740710590

69.6920 12?

FACTOR.

0-1.

9.876 10 3355.6579.00.90.9.9.9.0.03.41.0.0.0.0.0.0,0.?,0.9.0.9.9.0.0.9.9.9.0.9.9.0.9.5.0.1.9.

12?12726962426903945612795212766615327126012759239557957912713681612?95212?21312326081926937639545612?260260455260231127

BKDP4K 96/12/89

ORE

12

COVARIANCE

FACTOR

11.0000.000

(COMPUTED

-9.0

,

,

-9.1.

-1.0.

-1.1.

-9.-0.t.

-1.0.

-0.0.0.

-t.9.0.

-1.0.

-1.1.

-0.1.

-6.t.t.

-0.1.

-t.1.t.

-0.,

-1.-1.

160599?24195?69899709?17591517599122590753300708363391217500?60595764064009?Ill56900?53300?208974175940175241957225007175t?5931175190007

FACTOR

9a

-0-9-9

999900

-0000

-4-2-2

000

-009990099990

-09

-D-0-0

000

-10

-09

2.578.49?.261.927.178.407.407.31?.768.31?.262.116.40?.611.407.414.925.858.31?.40?.578.02?.562.562.407.443.595.407.611.40?.028.118.317.171.317.261.027.116.40?.31?.317.291.31?.057.407

10:58:58

FROM FACTOR SCORES)

FACTOR

1

2

000BMDP4M 06/12/99 10:53:58

FACTOR SCORES

.4....4,...4....4,...4....4.,..4...,4,...4...,4....4,

3 4

2 4

F 1 4

ACT0R 0 4

-

4

4

1

25B 1 82

1 3 1 41 1 4

-1 4

-2 4

1-3 4 1

.4....4....4....4....4....+,...t... 4....+....4....4.

-3.0 -1.8 -.60 .60 1.8 3.9-2.4 -1.2 0.0 1.2 2.4

FACTOR 1

CPU TIKE USED 22.030 SECONDS

PAGE 18 BKDP4X .


06/12/89 AT 10:59:20



PROGRAX TERMINATED

Bll. WORKSHEETS

WORKSHEETS 1 THROUGH 5SURFACE SOILS

Worksheet 1Scoring for Indicator Chemical Selection:

Concentrations and Koc ValuesIn various environmental media

Surface Soils

Ground Water . Surface Water

06/20/8917:55:55

Air Soft

PARAMETER

AcetoneAluminumArsenicBariumBerylliumBenzo( a )anthraceneBenzo(a)pyreneCalciumChryseneCobaltChromiumCopperIronFluorantheneMercuryPotassiumMagnesiumManganeseSodiumNickelLeadPhenanthrenePyreneSeleniumVanadiumZincbis(2-Ethylhexyl) phthalateDichloromethane

KOC Min Max Avg Min Max Avg Min Max Avg Min(ml/g) (mg/l) (mg/l) (mg/l) (mg/l) (mg/l) (mg/l) (mg/m3) <mg/m3> {mg/m3) (mg/kg)

2.2 0.01222101.89.80.38

1380000 0.675500000 0.54

19200000 0.92

1.33.31.44710

38000 0.980.098577954.12956.23.3

14000 0.6638000 0.5

0.414.78.50.410.01

Max(mg/kg)

0.0411170011104670.670.5411100.9227.319.7175359000.981.77791270121029516.327.30.660.690.712271.90.450.051

Avg(mg/kg)

0.0230057004.1000453.200.670.543070.927.10007.300012120000.980.69068056033029010.00000110.660.5900.5600010.00000330.430.01700

PARAMETER

Acetone

Aluminum

Arsenic

Barium

Beryllium

Benzo(a)anthracene

Benzo(a)pyrene

Calcium

Chrysene

Cobalt

Chromium

Copper

Iron

Fluoranthene

ToxicologicClass

CarcfnogenNon- Carcinogen

CarcinogenNon-Carcinogen




CarcinogenNon- Care i nogen









Toxicity Information

WOE Category WaterRating Value Toxicity

Constant

A 4.07E+009 (Oral) 1.80E+019 (Inhalation)

10 (Oral) 4.08E+0010 (Inhalation)

B1

8 (Inhalation)

B2 5.81E-01

82 4.55E+008 (Oral) 2.67E+01

No Toxicity Information Available

B2

8 (Inhalation)

5 (Oral) 7.14E-015 (Inhalation)

SoilToxicityConstant

2.03E-049.00E-04

2.04E-04

2.91E-05

2.28E-041.33E-03

3.57E-05

06/20/8917:56:50

AirToxicityConstant

4.07E+011.80E+02

4.08E+01

2.28E+011.45E+04

5.81E+00

4.55E+01

1.11E+022.50E+01

7.14E+00



06/20/8917:56:58

PARAMETERToxicologic

ClassWOE Category

Rating ValueWaterToxicityConstant


AirToxicityConstant

Mercury

Potassium

Magnesium

Manganese

Sodium

Nickel

Lead

Phenanthrene

Pyrene

Selenium

Vanadium

Zinc

bis(2-Ethylhexyl) phthalate

Dichloromethane


CarcinogenNon- Carcinogen



















B2 5.71E-04

B210 (Oral) 9.20E-0410 (Inhalation)

9.21E-04

2.13E-04

4.46E-05

5.26E-03

7.14E-06

5.33E-06

2.86E-08

4.60E-08

1.86E+02

2.85E+001.57E+02

8.93E+00

1.05E+03

1.43E+00

1.07E+00

5.71E-03

9.20E-03


Calculation of CT and IS Values for Carcinogenic Effects

06/20/8917:57:12

C*T VALUES

PARAMETERGround WaterMax Avg

Surface WaterMax Avg

SoilMax Avg

AirMax Avg

IS ValueMax Avg

AcetoneAluminumArsenicBariumBerylliumBenzo(a)anth raceneBenzo(a)pyreneCalciumChryseneCobaltChromiumCopperIronFluorantheneMercuryPotassiumMagnesiumManganeseSodiumNickelLeadPhenanthrenePyreneSeleniumVanadiumZincbis(2-Ethylhexyl) phthalateDichloromethane

2.23E-03 8.34E-04

1.95E-05 1.95E-051.23E-04 1.23E-04

No Toxicity Information Available for this parameter

2.23E-03 8.34E-04

1.95E-05 1.95E-051.23E-04 1.23E-04

No Toxicity Information Available for this parameterNo Toxicity Information Available for this parameter


1.29E-08 1.23E-08 1.29E-08 1.23E-08

(C*T = Concentration times Toxicity Constant)

PARAMETER

AcetoneAluminumArsenicBariumBerylliumBenzo( a )anth raceneBenzo(a)pyreneCalciumChryseneCobaltChromiumCopperIronFluorantheneMercuryPotassiumMagnesiumManganeseSodiumNickelLeadPhenanthrenePyreneSeleniumVanadiumZincbis(2-Ethylhexyl) phthalateDichloromethane


Calculation of CT and IS Values for Non - Carcinogenic Effects

C*T VALUES

Ground Water Surface Water Soil AirMax Avg Max Avg Max Avg Max Avg

9.90E-03 3.70E-032.12E-02 9.24E-03

7.18E-04 7.18E-04No Toxicity Information Available for this parameter

6.25E-03 4.56E-04

1.57E-03 6.42E-04No Toxicity Information Available for this parameterNo Toxicity Information Available for this parameter

No Toxicity Information Available for this parameter3.47E-03 2.24E-031.22E-03 5.01E-04

3.73E-03 2.96E-031.57E-04 7.61E-053.83E-04 1.80E-04

2.35E-09 8.24E-10

06/20/8917:57:30

IS ValueMax Avg

9.90E-032.12E-02

7.18E-04

6.25E-03

1.57E-03

3.47E-031.22E-03

3.73E-031.57E-043.83E-04

2.35E-09

3.70E-039.24E-03

7.18E-04

4.56E-04

6.42E-04

2.24E-035.01E-04

2.96E-037.61E-051.80E-04

8.24E-10


Scoring forWorksheet 5

Indicator Chemical Selection:06/20/8917:57:55

Evaluation of Exposure Factors and Final Chemical Selection

Parameter

BariumArsenicCopperSeleniumNickelMercuryLeadBenzo(a)pyreneZincVanadiumDichloromethaneChromiumAcetoneBerylliumCobaltAluminumPhenanthreneManganeseBenzo(a)anthraceneChrysenebis(2-Ethylhexyl) phthalatePyreneIronFluorantheneSodiumPotassiumCalciumMagnesium

IS ValuesPC NC

0.021220.00223 0.00990

0.006250.003730.003470.001570.00122

0.00012 0.000720.000380.000160.00000

0.00002

0.00000

RankingPC NC

11 2

34567

2 891011

3

4

WaterSolubility

(mg/l)

1.20E-03

1.00E+06

1.00E+00

5.70E-031.80E-03

1.32E-01

2.06E-01

VaporPressure(mm Hg)

O.OOE+00O.OOE+00

5.60E-09

2.70E+02O.OOE+00

6.80E-04

2.20E-086.30E-09

2.50E-06

5.00E-06

Henry's Law

(atm-m3/mole) GW

1.55E-06 5.50E+06

2.06E-05 2.20E+00

1.59E-04 1.40E+04

1.16E-06 1.38E+061.05E-06 2.00E+05

5.04E-06 3.80E+04

6.46E-06 3.80E+04

Half-Life (Days)

SW Soil Air

PERS 4.8PERS 5

PERS 4.8PERS 4.8.40 420 1

3 4.8

.38

.10 5.5

.2 5.5

.08

1 5.5

1C

-+-----+----------------

WORKSHEETS 1 THROUGHSEDIMENT



Sediments

Ground Water Surface Water

06/20/8917:50:06

Air Soil

PARAMETER

AcetoneAluminumArsenicBariumBerylliumCalciumCobaltChromiumCopperIronMercuryMagnesiumManganeseNickelLeadSeleniumVanadiumZincDichloromethane

KOC Min Max Avg Min Max Avg Min Max Avg Min(ml/g) (mg/l) (mg/l) (mg/l) (mg/l) (mg/l) (mg/l) (mg/m3) (mg/m3) (mg/m3) (mg/kg)

2.2 0.01725202.59.70.51423.63.87.5122001.4394866.75.80.75.9230.018

Max(mg/kg)

0.02445704.9451.25449.91220336001.4104089517120.717560.084

Avg(mg/kg)

0.0200036003.40000270.923206.800007.9000013220001.4680320119.600000.7010.0000410.03200

PARAMETER

Acetone

Aluminum

Arsenic

Barium

Beryllium

Calcium

Cobalt

Chromium

Copper

Iron

Mercury

Magnesium

Manganese

Nickel

Toxi co logicClass















WOE Category Water SoilRating Value Toxicity Toxicity

Constant Constant

A 4.07E+00 2.03E-049 (Oral) 1.80E+01 9.00E-049 (Inhalation)

10 (Oral) 4.08E+00 2.04E-0410 (Inhalation)

B1

8 (Inhalation)


8 (Inhalation)

5 (Oral) 7.14E-01 3.57E-055 (Inhalation)



A10 (Oral) 4.26E+00 2.13E-04

06/20/8917:50:32

AirToxicityConstant

4.07E+011 .80E+02

4.08E+01

2.28E+011.45E+04

1.11E+022.50E+01

7.14E+00

1.86E+02

2.85E+001.57E+02

10 (Inhalation)



PARAMETER

Lead

Selenium

Vanadium

Zinc

Dichloromethane

ToxicologicClass






WOE CategoryRating Value

10 (Oral)10 (Inhalation)




B210 (Oral)

WaterToxicityConstant

8.93E-01

1.05E+02

1.43E-01

1.07E-01

9.20E-04


4.46E-05

5.26E-03

7.14E-06

5.33E-06

4.60E-08

06/20/8917:50:41

AirToxicityConstant

8.93E+00

1.05E+03

1.43E+00

1.07E+00

9.20E-0310 (Inhalation)



06/20/8917:50:49


C*T VALUES


SoilMax Avg

AirMax Avg

IS ValueMax Avg

AcetoneAluminumArsenicBariumBerylliumCalciumCobaltChromiumCopperIronMercuryMagnesiumManganeseNickelLeadSeleniumVanadiumZincDichloromethane

9.95E-04 6.93E-04



9.95E-04 6.93E-04




06/20/8917:51:03

C*T VALUES

PARAMETER

AcetoneAluminumArsenicBariumBerylliumCalciumCobaltChromiumCopperIronMercuryMagnesiumManganeseNickelLeadSeleniumVanadiumZincDich loromethane

Ground Water Surface Water SoilMax Avg Max Avg Max

4.41E-039.18E-03

AirAvg Max Avg

3.07E-035.64E-03

IS ValueMax Avg

4.41E-039.18E-03

3.07E-035.64E-03


7.14E-04

1.29E-03

4.86E-04

1.29E-03

7.14E-04

1.29E-03

4.86E-04

1.29E-03No Toxicity Information Available for this parameter

3.62E-035.35E-043.68E-031.21E-042.98E-043.86E-09

2.47E-034.30E-043.68E-037.20E-052.20E-041.50E-09

3.62E-035.35E-043.68E-031.21E-042.98E-043.86E-09

2.47E-034.30E-043.68E-037.20E-052.20E-041.50E-09




06/20/8917:51:24

Parameter

BariumArsenicSeleniumNickelMercuryCopperLeadZincVanadiumDichloromethaneChromiumCobaltManganeseIronAcetoneAluminumBerylliumMagnesiumCalcium

IS ValuesPC NC

0.009180.00099 0.00441

0.003680.003620.001290.000710.000540.000300.000120.00000

RankingPC NC

11 2

345678910

Water Vapor Henry's LawSolubility Pressure Constant KOC ----

(mg/l) (mm Hg) (atm-m3/mole) GW

O.OOE+00

O.OOE+00

1.00E+06 2.70E+02 2.06E-05 2.20E+00

O.OOE+00

Half-Life (Days)

SW Soil Air

PERS 4.8PERS 5

PERS 4.8

PERS 4.8

3 4.8

1C

+-.--.----------

WORKSHEETS 1 THROUGHLANDFILL WASTE



Landfill Waste


06/19/8916:53:46

Air Soil

PARAMETER

2-ButanoneAcetoneSi IverAluminumAldrinAnthraceneArsenicBenzo(g,h, i )peryleneBariumBerylliumBenzo( a )anth raceneBenzo(a)pyreneBenzo(b)f luorantheneBenzo(k)f luorantheneCalciumChryseneCobaltChromiumCopperp,p-DDDEthylbenzeneIronFtuorantheneHeptachlorMercuryIndeno(1,2,3-cd) pyrenePotassiumMagnesiumManganeseSodiumNickelLeadPhenanthrenePhenolPyreneAntimonySeleniumStyreneThalliumVanadiumXylenes/NOSZincbis(2-Ethylhexyl) phthalateDichloromethane

KOC Min(ml/g) (mg/l)

2.2

9600014000

1600000

13800005500000550000550000

200000

7700001100

3800012000

1600000

1400014.238000

240

Max Avg Min Max Avg Hin Max Avg Min(mg/l) (mg/l) (mg/l) (mg/l) (mg/l) (mg/m3) (mg/m3) (mg/m3) (mg/kg)

0.0130.0791.237100.0310.74.40.58541.53.12.34.84.811402.7186.29.40.0220.29117005.90.030.130.6471951510913008113.324.7480.530.0320.55110.021

• 320.580.013

Max(mg/kg)

0.0131.97.9134000.0310.7500.58201713.12.34.84.8218002.72950953410.45330638005.90.030.260.6412701150019700130001981593.3344.7481.8110.98270.0214070.580.076

Avg(mg/kg)

0.0130.54004.5059000.0310.70260.58120183.12.34.84.859002.7850381060.170097260005.90.0300.200000.6487020802800430045393.3124.7480.970005.60000.76000170.0211600.580.03900



Landfill Waste


06/19/8916:54:35

PARAMETER KOC Min(ml/g) (mg/l)

Max(mg/l)

Avg(mg/l)

Min(mg/l)

Max(mg/l)

Avg(mg/l)

Air Soil

Min Max Avg Min Max Avg(mg/m3) (mg/m3) (mg/m3) (mg/kg) (mg/kg) (mg/kg)

Tetrachloroethene 364 0.06 0.06 0.060



PARAMETER

2-Butanone

Acetone

Si Iver

Aluminum

Aldrin

Anthracene

Arsenic

Benzo(g,h, i )perylene

Barium

Beryllium

Benzo( a) anthracene

Berrzo(a)pyrene

Benzo(b)f luoranthene

Benzo(k)f luoranthene

ToxicologicClass
















10 (Oral)


B2

A9 (Oral)9 (Inhalation)


B1

8 (Inhalation)

B2

B28 (Oral)

B2

D


7.75E-03

2.00E+01

1.88E+00

4.07E+001.80E+01

4.08E+00

5.81E-01

4.55E+002.67E+01


3.87E-07

1.00E-03

9.40E-05

2.03E-049.00E-04

2.04E-04

2.91E-05

2.28E-041.33E-03

06/19/8916:54:41

AirToxicityConstant

2.00E+02

1.88E+01

4.07E+011.80E+02

4.08E+01

2.28E+011.45E+04

5.81E+00

4.55E+01



06/19/8916:54:47

PARAMETER

Calcium

Chrysene

Cobalt

Chromium

Copper

p,p-DDD

Ethylbenzene

Iron

Fluoranthene

Heptachlor

Mercury

Indeno(1,2,3-cd) pyrene

ToxicologicClass













Constant Constant


B2

8 (Inhalation)


B2 3.71E-02 1.86E-06


C 3.20E+00 1.60E-04


C

AirToxicityConstant

1.11E+022.50E+01

7.14E+00

3.71E-01

1.10E-01

3.20E+01

1 .86E+02

Potassium

Magnesium

Manganese






06/19/8916:54:57

PARAMETER

Sodium

Nickel

Lead

Phenanthrene

Phenol

Pyrene

Antimony

Selenium

Styrene

Thallium

Vanadium

Xylenes/NOS

Zinc

ToxicologicClass


Water Soi IToxicity ToxicityConstant Constant

AirToxicityConstant





















4.26E+00 2.13E-04

8.93E-01 4.46E-05

1.00E-01 5.02E-06

4.35E+00 2.17E-04

1.05E+02 5.26E-03

1.43E-01 7.14E-06

1.07E-01 5.33E-06

2.85E+001.57E+02

8.93E+00

2.49E+00

2.29E+02

1.05E+03

1.43E+00

1.07E+00



PARAMETER


Dichloromethane

Tet rach I oroethene

ToxicologicClass





B2

B210 (Oral)10 (Inhalation)



5.71E-04

9.20E-04

' 8.86E-039.62E-03


2.86E-08

4.60E-08

4.43E-074.81E-07

06/19/8916:55:06

AirToxicityConstant

5.71E-03

9.20E-03

8.86E-022.75E-02



06/19/8916:55:12

C*T VALUES



SoilMax Avg

AirMax Avg

IS ValueMax Avg

.2-ButanoneAcetoneSilverAluminumAldrinAnthraceneArsenicBenzo(g,h,i)peryleneBariumBerylliumBenzo(a)anthraceneBenzo(a)pyreneBenzo(b)fluorantheneBenzo(k)fluorantheneCalciumChryseneCobaltChromiumCopperp,p-DDDEthylbenzeneIronFluorantheneHeptachlorMercuryIndeno(1,2,3-cd) pyrenePotassiumMagnesiumManganeseSodiumNickelLeadPhenanthrenePhenolPyreneAntimonySeleniumStyreneThalliumVanadiumXylenes/NOSZincbis(2-Ethylhexyl) phthalateDichtoromethaneTetrachloroethene

2.91E-06 2.91E-06

1.02E-02 5.30E-03

9.02E-05 9.02E-055.24E-04 5.24E-04


8.37E-07 3.20E-07

4.80E-06 4.80E-06



1.66E-08 1.66E-08

2.66E-08 2.66E-08

2.91E-06 2.91E-06

1.02E-02 5.30E-03

9.02E-05 9.02E-055.24E-04 5.24E-04

8.37E-07 3.20E-07

4.80E-06 4.80E-06

1.66E-08 1.66E-08

2.66E-08 2.66E-08




06/19/8916:55:38

C*T VALUES

PARAMETER

2-ButanoneAcetoneSilverAluminumAldrinAnthraceneArsenicBenzo(g,h, OperyleneBariumBeryl I iumBenzo(a)anthraceneBenzo(a)pyreneBenzo(b)f luorantheneBenzo( k ) f I uorantheneCalciumChryseneCobaltChromiumCopperp,p-ODDEthylbenzeneIronFluorantheneHeptachlorMercuryIndeno(1,2,3-cd) pyrenePotassiumMagnesiumManganeseSodiumNickel'LeadPhenanthrenePhenolPyreneAnt i monySeleniumStyreneThai! iumVanadiumXylenes/NOSZincbis(2-Ethylhexyl) phthalateDichloromethaneTetrach I oroethene


5.03E-09 5.03E-09

7.90E-03 4.55E-03

4.50E-02 2.35E-02

4.10E-02 2.52E-02

3.06E-03 3.06E-03


1.22E-02 3.81E-03

1.82E-04 5.37E-05

2.39E-04 1.87E-04



1.71E-04 6.07E-05

1.04E-02 1.04E-029.47E-03 5.12E-03

1.93E-04 1.24E-04

2.17E-03 8.53E-04

3.50E-09 1.82E-092.89E-08 2.89E-08

IS ValueMax Avg

5.03E-09

7.90E-03

4.50E-02

4.10E-02

3.06E-03

1.22E-02

1.82E-04

2.39E-04

4.22E-027.09E-03

1.71E-04

1.04E-029.47E-03

1.93E-04

2.17E-03

3.50E-092.89E-08

5.03E-09

4.55E-03

2.35E-02

2.52E-02

3.06E-03

3.81E-03

5.37E-05

1.87E-04

9.65E-031.74E-03

6.07E-05

1.04E-025.12E-03

1.24E-04

8.53E-04

1.82E-092.89E-08




06/19/8916:56:12

Parameter

ArsenicNickelBariumCopperAntimonySeleniumSilverLeadBenzo(a)pyreneZincMercuryVanadiumEthylbenzenePhenolTetrachloroethene2-ButanoneDichloromethaneCobaltChromiumAnthraceneChryseneBerylliumAluminumBenzo(k)f luoranthenePhenanthreneBenzo(g,h,i)peryleneIndeno(1,2,3-cd) pyreneAcetoneIronManganesebis(2-Ethylhexyl) phthalateBenzo(b)f luoranthenep,p-DDDXylenes/NOSFluorantheneAldrinHeptachlorStyreneThalliumBenzo(a)anthracenePyreneCalciumMagnesiumSodiumPotassium

IS ValuesPC NC

0.01015 00000000

0.00052 000000

0.00000 000

0.00000

0.00000

0.000000.00000

0.00009

.04500

.04217

.04100

.01217

.01042

.00947

.00790

.00709

.00306

.00217

.00024

.00019

.00018

.00017

.00000

.00000

.00000

RankingPC NC

1 12345678

2 91011121314

7 151617

8

6

54

3

WaterSolubility

(mg/l)

1.20E-03

1.52E+029.30E+041.50E+02

4.50E-021.80E-03

4.30E-031.00E+007.00E-045.30E-041.00E+06

1.40E-021.00E-011.98E+022.06E-011.80E-011.80E-01

5.70E-031.32E-01


O.OOE+00

O.OOE+001.00E+00

5.60E-09

7.00E+003.41E-011.78E+01

1.95E-046.30E-09O.OOE+00

5.10E-076.80E-041.03E-101.00E-102.70E+02

5.00E-071.89E-061.00E+015.00E-066.00E-063.00E-04

2.20E-082.50E-06

Henry's LawConstant

(atm-m3/mole)

1.55E-06

6.43E-034.54E-072.59E-02

1.02E-031.05E-06

3.94E-051.59E-045.34E-086.86E-082.06E-05

1.19E-057.96E-067.04E-036.46E-061.60E-058.19E-04

1.16E-065.04E-06

5

113

1Z

51

GW

.50E+06

.10E+03

.42E+01

.64E+02

.40E+04

.OOE+05

.50E+05

.40E+04

Half -Life (Days)

SW Soi I

PERS

PERS

PERS

PERS.40 420

PERS

1.5.621

3

.2

.38

Air

5

4.8

4.8

4.81

4.8

1.46.6247

4.8

5.5

1C

+

.-----+-

---+----.-----

1 .60E+0612

572391

13

.60E+06

.20E+00

.50E+05

.70E+05

.40E+02

.80E+04

.60E+04-20E+04

-38E+06.80E+04

.0208

1

PERS1

.96

.10

5.5

5.5

.55.5

40

5.5.08

------------

---

WORKSHEETS 1 THROUGHSOIL BORINGS



Borings


06/19/8916:45:42

Air Soil

PARAMETER

1,2-Dichloroethane2-Butanone4-Methyl-2-pentanoneAcetoneAluminumArsenicBenzo(g,h, i )peryleneBariumBerylliumBenzeneBenzo( a ) anth raceneBenzo(a)pyreneBenzo(b)f luorantheneBenzo(k)f luorantheneChlorobenzeneChloroethaneCyanideCalciumChryseneCobaltChromiumCopperp.p-DDEEthylbenzeneIronFluorantheneIndeno(1,2,3-cd) pyreneMagnesiumManganeseSodiumNickelLeadPhenanthrenePhenolPyreneStyreneTolueneVanadiumXylenes/NOSZincbis(2-Ethylhexyl) phthalateDibenzo(a.h) anthraceneDichloromethane


14

2.2

1600000

8313800005500000550000550000330

200000

44000001100

380001600000

1400014.238000

300

240

Max Avg Min Max Avg Min Max Avg Min(mg/l) (mg/l) (mg/l) (mg/l) (mg/l) (mg/m3) (mg/m3) (mg/m3) (mg/kg)

0.20.170.0270.42380070.53270.510.0191.61.10.910.910.0270.0311.38832136.7110.0247.480300.82403391404998.2110.522.21.6650.364.80.061410.57500.086

Max(mg/kg)

0.20.170.0270.42449028140741.60.0196405103303300.0270.0311.9435010001079.6240.02416001840031040141032849921285002.28201100.36100.0611270.57500.086

Avg(mg/kg)

0.200.170.0270.4241001397440.840.0193402801501500.0270.0311.62700530438.1160.0243901300014040.94019049013191702.2340870.367.500.06170.000.5750.0.086



PARAMETER

1,2-Dichloroethane

2-Butanone

4-Methyl-2-pentanone

Acetone

Aluminum

Arsenic

Benzo(g,h, i )perylene

Barium

Beryllium

Benzene

Benzo( a) anthracene

Benzo( a) pyrene

Benzo(b)f luoranthene

Benzo(k)f luoranthene

ToxicologicClass

















10 (Oral)



B1

8 (Inhalation)

A

B2

B28 (Oral)

B2

D


5.86E-021.76E-02

7.75E-03

4.07E+001.80E+01

4.08E+00

7.71E-031.17E-01

5.81E-01

4.55E+002.67E+01


2.93E-068.80E-07

3.87E-07

2.03E-049.00E-04

2.04E-04

3.86E-075.85E-06

2.91E-05

2.28E-041.33E-03

06/19/8916:46:24

AirToxicityConstant

5.86E-011.10E+00

4.07E+011.80E+02

4.08E+01

2.28E+011.45E+04

7.71E-02

5.81E+00

4.55E+01

PARAMETER

Chlorobenzene

Chloroethane

Cyanide

Calcium

Chrysene

Cobalt

Chromium

Copper

p.p-DDE

Ethylbenzene

Iron

Fluoranthene

Indeno(1,2,3-cd) pyrene

Magnesium

Manganese

ToxicologicClass

















Constant Constant



B2

8 (Inhalation)


B2 1.13E-01 5.64E-06


C


06/19/8916:46:31

AirToxicityConstant

2.79E-01

1.11E+022.50E+01

7.14E+00

1.13E+00

1.10E-01

PARAMETER

Sodium

Nickel

Lead

Phenanthrene

Phenol

Pyrene

Styrene

Toluene

Vanadium

Xylenes/NOS

Zinc


Dibenzo(a,h) anthracene

Dichloromethane

ToxicologicClass

















Constant


A10 (Oral) 4.26E+0010 (Inhalation)






B2 5.71E-04

B2 1.01E+01

B210 (Oral) 9.20E-04


2.13E-04

4.46E-05

5.02E-06

2.60E-07

7.14E-06

5.33E-06

2.86E-08

5.04E-04

4.60E-08

06/19/8916:46:40

AirToxicityConstant

2.85E+001.57E+02

8.93E+00

2.49E+00

5.20E-02

1.43E+00

1.07E+00

5.71E-03

1.01E+02

9.20E-0310 (Inhalation)



06/19/8916:46:54

C*T VALUES



SoilMax Avg

AirMax Avg

IS ValueMax Avg

1,2-Dichloroethane2-Butanone4-Methyl-2-pentanoneAcetoneAluminumArsenicBenzo(g,h,i)peryleneBariumBerylliumBenzeneBenzo( a) anth raceneBenzo(a)pyreneBenzo(b)fIuorantheneBenzo(k)fIuorantheneChlorobenzeneChloroethaneCyanideCalciumChryseneCoba 11ChromiumCopperp.p-DDEEthytbenzeneIronFluorantheneIndeno(1,2,3-cd) pyreneMagnesiumManganeseSodiumNickelLeadPhenanthrenePhenolPyreneStyreneTolueneVanadiumXylenes/NOSZincbis(2-Ethylhexyl) phthalateDibenzo(a.h) anthraceneDichloromethane

5.86E-07 5.86E-07

5.68E-03 2.80E-03

7.33E-09 7.33E-091.86E-02 9.97E-031.16E-01 6.49E-02


1.35E-07 1.35E-07



1.63E-08 1.63E-082.52E-02 2.52E-02

5.86E-07 5.86E-07

5.68E-03 2.80E-03

7.33E-09 7.33E-091.86E-02 9.97E-031.16E-01 6.49E-02

1.35E-07 1.35E-07

1.63e-082.52E-02

1.63E-082.52E-02




06/19/8916:47:17

C*T VALUES



SoilMax Avg

AirMax Avg

IS ValueMax Avg

1,2-Dichloroethane2-Butanone4-Methyl-2-pentanoneAcetoneAluminumArsenicBenzo(g,h,i)peryleneBariumBerylliumBenzeneBenzo(a)anthraceneBenzo(a)pyreneBenzo(b)fluorantheneBenzo(k)fIuorantheneChlorobenzeneChloroethaneCyanideCalciumChryseneCobaltChromiumCopperp.p-DDEEthylbenzeneIronFluorantheneIndeno(1,2,3-cd) pyreneMagnesiumManganeseSodiumNickelLeadPhenanthrenePhenolPyreneStyreneTolueneVanadiumXytenes/NOSZincbis(2-Ethylhexyl) phthalateDibenzo(a,h) anthraceneDichloromethane

1.76E-07 1.76E-076.58E-08 6.58E-08

2.52E-02 1.24E-02

1.51E-02 9.13E-03

1.11E-07 1.11E-07

6.78E-01 3.78E-01

1.93E-07 1.93E-07


8.57E-04 5.89E-04

8.83E-04 2.18E-04



1.10E-05 1.10E-05

9.36E-08 9.36E-087.14E-05 5.39E-05

6.77E-04 3.74E-04

3.96E-09 3.96E-09

1.76E-07 1.76E-076.58E-08 6.58E-08

2.52E-02 1.24E-02

1.51E-02 9.13E-03

1.11E-07 1.11E-07

6.78E-01 3.78E-01

1.93E-07 1.93E-07

8.57E-04 5.89E-04

8.83E-04 2.18E-04

4.47E-03 2.93E-031.25E-03 8.70E-04

1.10E-05 1.10E-05

9.36E-08 9.36E-087.14E-05 5.39E-05

6.77E-04 3.74E-04

3.96E-09 3.96E-09




06/19/8916:47:49

Parameter

Benzo(a)pyreneArsenicBariumNickelLeadEthylbenzeneCopperZincVanad i unPhenolChlorobenzene1,2-DichloroethaneBenzenetoluene2-ButanoneDichloromethaneCyanideChloroethane4 -Methyl -2-pentanonep,p~DDEChromiumAcetoneBenzo(g,h,i)peryleneBeryl I iumChryseneFluorantheneIndeno(1,2,3-cd) pyrenePyreneManganeseBenzo(b)f luorantheneBenzo( a ) anth raceneDibenzo(a,h) anthracenePhenanthrenebis(2-Ethylhexyl) phthalateXylenes/NOSStyreneIronBenzo( k ) f I uorantheneCobaltAluminumSodiumCa I c i urnMagnesium

.IS ValuesPC NC

0.11628 00.00568 0

000000000

0.00000 00.00000 0

000

0.00000

0.018620.02520

0.00000

.67830

.02520

.01510

.00447

.00125

.00088

.00086

.00068

.00007

.00001

.00000

.00000

.00000

.00000

.00000

.00000

RankingPC NC

1 14 2

34567891011

5 128 13

141516

6

32

7

WaterSolubility

(mg/l)

1.20E-03

1.52E+02

9.30E+044.66E+028.52E+031.75E+035.35E+02

4.00E-02

1.00E+067.00E-04

1.80E-032.06E-015.30E-041.32E-01

1.40E-025.70E-03

1.00E+00

1.98E+02

4.30E-03


5.60E-09O.OOE+00

7.00E+00O.OOE+00

3.41E-011.17E+016.40E+019.52E+012.81E+01

6.50R-06

2.70E+021.03E-10O.OOE+006.30E-095.00E-061.00E-102.50E-06

5.00E-072.20E-08

6.80E-04

1.00E+01

5.10E-07

Henry's LawConstant

(atm-m3/mole)

1.55E-06

6.43E-03

4.54E-073.72E-039.78E-045.59E-036.37E-03

6.70E-05

2.06E-055.34E-08

1.05E-066.46E-066.86E-085.04E-06

1.19E-051.16E-06

1.59E-04

7.04E-03

3.94E-05

b

1

13183

GW

.50E+06

.10E+03

.42E+01

.30E+02

.40E+01

.30E+01

.OOE+02

Half-Life (Days)

SW Soil

.40 420PERSPERS

PERS1.5

.62

.3

1.17

.33

Air

154.8

4.81.46

.623.53661.3

7.3E+04

1C

++

------.-

++.-- '---

4.40E+06

21

2313

51

1

2

5

.20E+00

.60E+06

.OOE+05

.80E+04

.60E+06

.80E+04

.50E+05

.38E+06

.40E+04

.40E+02

.50E+05

3

.21.0208

1.10.0208.38

PERS

4.8

5.55.55.5.08

5.55.55.5

.5

-.------------------

' WORKSHEETS 1 THROUGH 5LEACHATE SAMPLES



Leachate Samples


06/19/8916:49:47

Air Soil

PARAMETER

1,1-Di Chloroethane1,2-Dichloroethane1,2-Dichloroethene2-Butanone2-Methylphenol (o-Cresol)4-Methyl-2-pentanone4-Methylphenol (p-Cresol)AcetoneSilverAluminumArsenicBariumBerylliumBenzeneBenzo ic AcidChloroethaneCyanideCalciumCarbon disulfideCobaltChromiumCopperEthylbenzeneIronHeptachlorMercuryPotassiumMagnesiumManganeseSodiumNickelLeadPhenolAntimonyTolueneVanadiumXylenes/NOSZ i ncDichloromethaneTetrachloroetheneTrichloromethane

KOC Min Max Avg Min(ml/g) (mg/l) (mg/l) (mg/l) (mg/l)

30 0.00514 0.007

0.010.0210.0110.020.3

2.2 0.0120.0113.530.00380.0810.0028

83 0.0070.30.140.011166

54 0.0060.0120.00660.014

1100 0.06440.3

12000 0.000270.000245.8333.11.2225.20.030.0088

14.2 0.10.028

300 0.0760.0097

240 0.0160.1060.012

364 0.01131 0.007

Max(mg/l)

0.0140.160.0110.0210.0110.0361.61.60.0111880.3681.450.3320.0072.40.230.1066460.0068.140.1750.741810160.000270.001336.91407.883930.420.4030.520.070.860.4290.0162.670.030.030.008

Avg Min Max Avg Min Max Avg(mg/l) (mg/m3) (mg/m3) (mg/m3) (mg/kg) (mg/kg) (mg/kg)

0.00960.03800.01000.0210.0110.028000.860000.390000.011380.047000.500000.0690.00701.000000.190.05802800.00601.200000.047000.140001.8001900.000270.0005520.00000943.200001900.120000.069000.210000.045000.48000.085000.0160.460000.01800.01900.0075



PARAMETER

1 , 1 -D i ch t oroethane

1,2-Dichloroethane

1,2-Dichloroethene

2-Butanone

2-Methylphenol (o-Cresol)

4-Methyl-2-pentanone

4-Methylphenol (p-Cresol)

Acetone

Si Iver

Aluminum

Arsenic

Barium

Beryllium

ToxicologicClass







CarcinogenNon- Care i nogen











10 (Oral)




B1

8 (Inhalation)


2.58E-02

5.86E-021.76E-02

3.71E-01

7.75E-03

2.00E+01

4.07E+001.80E+01

4.08E+00


1.29E-06

2.93E-068.80E-07

1.86E-05

3.87E-07

1.00E-03

2.03E-049.00E-04

2.04E-04

06/19/8916:50:42

AirToxicityConstant

2.58E-01

5.86E-011.10E+00

5.65E+00

2.00E+02

4.07E+011.80E+02

4.08E+01

2.28E+011.45E+04



06/19/8916:50:47

PARAMETER

Benzene

Benzoi c Acid

Chloroethane

Cyanide

Calcium

Carbon disulfide

Cobalt

Chromium

Copper

Ethylbenzene

Iron

Heptachlor

Mercury

Potassium

Magnesium

ToxicologicClass














Constant

A 7.71E-031.17E-01


7 (Oral) 4.25E-01

8 (Inhalation)



C 3.20E+00




Soil AirToxicity ToxicityConstant Constant

3.86E-07 7.71E-025.85E-06

2.12E-05

1.11E+022.50E+01

3.57E-05 7.14E+00

5.52E-07 1.10E-01

1.60E-04 3.20E+01

9.21E-04 1.86E+02



PARAMETER

Manganese

Sodium

Nickel

Lead

Phenol

Antimony

Toluene

Vanadium

Xylenes/NOS

Zinc

Dichloromethane

Tet rach I oroethene

Trichloromethane

ToxicologicClass





06/19/8916:50:57

AirToxicityConstant






CarcinogenNon- Ca re i nogen
















B2

4.26E+00

8.93E-01

1.00E-01

. 4.35E+00

5.20E-03

1.43E-01

1.07E-01

9.20E-04

8.86E-039.62E-03

5.63E-02

2.13E-04

4.46E-05

5.02E-06

2.17E-04

2.60E-07

7.14E-06

5.33E-06

4.60E-08

4.43E-074.81E-07

2.81E-06

2.85E+001.57E+02

8.93E+00

2.49E+00

2.29E+02

5.20E-02

1.43E+00

1.07E+00

9.20E-03

8.86E-022.75E-02

5.63E-01



06/19/8916:51:10

C*T VALUES



SoilMax Avg

AirMax Avg

IS ValueMax Avg

1,1-DiChloroethane1,2-Dichloroethane1,2-Dichloroethene2-Butanone2-Methylphenol (o-Cresol)4-Methyl-2-pentanone4-Methylphenol (p-Cresol)AcetoneSiIverAluminumArsenicBariumBerylliumBenzeneBenzoic AcidChloroethaneCyanideCalciumCarbon disulfideCobaltChromiumCopperEthylbenzeneIronHeptachlorMercuryPotassiumMagnesiumManganeseSodiumNickelLeadPhenolAntimonyTolueneVanadiumXylenes/NOSZincDichloromethaneTetrachloroetheneTrichloromethane

9.38E-03 2.26E-03 9.38E-03 2.26E-03

1.50E+00 1.95E-01

5.40E-05 5.40E-05


1.50E+00 1.95E-01

5.40E-05 5.40E-05

8.64E-04 8.64E-04



8.64E-04 8.64E-04

2.66E-04 1.70E-044.50E-04 4.22E-04

2.66E-04 1.70E-044.50E-04 4.22E-04




06/19/8916:51:33

C*T VALUES

PARAMETER

1 , 1 -D i ch loroethane1,2-Dichloroethane1,2-Dichloroethene2-Butanone2-Methylphenol (o-Cresol)4-Methyl-2-pentanone4-Methylphenol (p-Cresol)AcetoneSilverAluminumArsenicBariumBerylliumBenzeneBenzoic AcidChloroethaneCyanideCalciumCarbon disulfideCobaltChromiumCopperEthylbenzeneIronHeptachlorMercuryPotassiumMagnesiumManganeseSodiumNickelLeadPhenolAntimonyTolueneVanadiumXylenes/NOSZincDichloromethaneTetrachtoroetheneTrichloromethane


3.61E-04 2.48E-042.82E-03 6.78E-044.08E-03 3.90E-031.63E-04 1.63E-04

2.20E-01 2.20E-01

6.62E+00 8.62E-015.92E+00 2.05E+00

8.19E-04 8.19E-04

No Toxicity Information Available for this parameter2.55E-03 2.55E-03

5.29E-01 1.06E-018.80E-02 2.05E-02

2.39E-02 1.01E-02No Toxicity Information Available for this parameterNo Toxicity Information Available for this parameter

No Toxicity Information Available for this parameter1.79E+00 5.30E-013.60E-01 6.23E-025.20E-02 2.13E-023.05E-01 1.97E-014.47E-03 2.51E-036.13E-02 1.23E-02

2.86E-01 5.01E-022.76E-05 1.73E-052.89E-04 1.85E-04

IS ValueMax Avg

3.61E-042.82E-034.08E-031.63E-04

2.20E-01

6.62E+005.92E+00

8.19E-04

2.55E-03

5.29E-018.80E-02

2.39E-02

1.79E+003.60E-015.20E-023.05E-014.47E-036.13E-02

2.86E-012.76E-052.89E-04

2.48E-046.78E-043.90E-031.63E-04

2.20E-01

8.62E-012.05E+00

8.19E-04

2.55E-03

1.06E-012.05E-02

1.01E-02

5.30E-016.23E-022.13E-021.97E-012.51E-031.23E-02

5.01E-021.73E-051.85E-04




06/19/8916:52:06

Parameter

ArsenicBariumNickelCopperLeadAntimonyZincSi IverEthylbenzeneVanadiumPhenolMercuryToluene1 ,2-Dichloroethene1,2-DichloroethaneCarbon disulfideBenzene1,1-Di ChloroethaneTetrachloroethene2-ButanoneDichloromethaneBeryllium2-Methylphenol (o-Cresol)Benzoic AcidCobaltChloroethane4-Methyl-2-pentanoneAcetoneManganeseChromium4-Methylphenol (p-Cresol)IronXylenes/NOSCyanideTrichloromethaneAluminumHeptachlorSodiumPotassiumCalciumMagnesium

IS ValuesPC NC

1.49776 65100000000000

0.00938 00

0.00005 00

0.00027 000

0.00045

0.00086

.62400

.91600

.78920

.52907

.35988

.30450

.28569

.22000

.08800

.06135

.05200

.02392

.00447

.00408

.00282

.00255

.00082

.00036

.00029

.00016

.00003

RankingPC NC

1 1234567891011121314

2 1516

6 1718

5 192021

4

3

WaterSolubility

(mg/l)

1

9

5

82151

1

1

8

1

-52E+02

.30E+04

.35E+02

.52E+03-94E+03.75E+03.50E+03.50E+02

.OOE+06

.98E+02

.20E+03

.80E-01

Vapor Henry's LawPressure Constant(mm Hg) (atm-m3/mole)

O.OOE+00

O.OOE+00

1.00E+00

7.00E+00

3.41E-01

2.81E+01

6.40E+013.60E+029.52E+011.82E+021.78E+01

O.OOE+00

2.70E+02

1.00E+01

1.51E+02

3.00E-04

6.

4.

6.

9.1.5.4.2.

2.

7.

2.

43E-03

54E-07

37E-03

78E-0423E-0259E-0331E-0359E-02

06E-05

04E-03

87E-03

8.19E-04

Half -Life (Days)

GU SW Soil Air

PERSPERS

PERSPERS

1.10E+03 1.5

1.42E+01 .62PERS

3.00E+02 .17

1.40E+015.40E+018.30E+01 13.00E+013.64E+02 1

2.20E+00

3

2.40E+02 PERS.33

3.10E+01 .3

1.20E+04 .96

54.8

4.84.8

1.46

.624.81.32.136

64547

4.8

.57.3E+0480

40

1C

+

.-.

---+-+-+.-----------------

WORKSHEETS 1 THROUGHSURFACE WATER



Surface Water


06/19/8917:11:51

Air Soil

PARAMETER

AluminumBariumBerylliumCalciumCobaltCopperIronMercuryPotassiumMagnesiumManganeseSodiumNickelLeadVanadiumZinc

KOC Min Max Avg Min(ml/g) (mg/l) (mg/l) (mg/l) (mg/l)

0.0190.0270.0017140.00440.0180.0230.00022.659.260.044.790.0320.00120.00390.017

Max(mg/l)

20.40.0570.009553.30.0670.01827.80.000224.2743.74.351120.0940.3290.00660.27

Avg Min Max Avg(mg/l) (mg/m3) (mg/m3) (mg/m3)

3.200000.037000.0037310.020000.0184.30000.000213.3000231.20000290.050000.04800.00510.099

Min Max Avg(mg/kg) (mg/kg) (mg/kg)

PARAMETER

Aluminum

Barium

Beryllium

Calcium

Cobalt

Copper

Iron

Mercury •

Potassium

Magnesium

Manganese

Sodium

Nickel

Lead

Vanadium

ToxicologicClass















Constant Constant


B1

8 (Inhalation)


% 5 (Oral) 7.14E-01 3.57E-055 (Inhalation)





A10 (Oral) 4.26E+00 2.13E-0410 (Inhalation)


1 (Oral) 1.43E-01 7.14E-06

06/19/8917:12:18

AirToxicityConstant

4.08E+01

2.28E+011 .45E+04

7.14E+00

1.86E+02

2.85E+001.57E+02

8.93E+00

1.43E+001 (Inhalation)


06/19/8917:12:29


PARAMETER

Zinc

ToxicologicClass





1.07E-01


5.33E-06

AirToxicityConstant

1.07E+00





06/19/8917:12:34

C*T VALUES

PARAMETER


Ground Water Surface Water Soil Air IS ValueMax Avg Max Avg Max Avg Max Avg Max Avg

No Toxicity

No ToxicityNo Toxicity

No Toxicity

Information Available for this parameter

Information Available for this parameterInformation Available for this parameter

Information Available for this parameter





06/19/8917:12:47

C*T VALUES

PARAMETER


Ground Water Surface Water SoilMax Avg Max Avg Max Avg

2.33E-01 1.54E-01


1.29E-02 1.29E-02

4.05E-03 3.86E-03No Toxicity Information AvailableNo Toxicity Information Available

No Toxicity Information Available4.00E-01 2.14E-012.94E-01 4.36E-029.44E-04 7.41E-042.89E-02 1.06E-02

AirMax Avg

for this parameter

for this parameterfor this parameter

for this parameter

IS ValueMax Avg

2.33E-01

1.29E-02

4.05E-03

4.00E-012.94E-019.44E-042.89E-02

1.54E-01

1.29E-02

3.86E-03

2.14E-014.36E-027.41E-041.06E-02



06/19/8917:13:07

Parameter

NickelLeadBariumZincCopperMercuryVanadiumCobaltIronBerylliumManganeseAluminumPotassiumMagnesiumCalciumSodium

IS ValuesDP UPrL NL

0.400440.293800.232560.028890.012850.004050.00094

Ranking Water Vapor Henry's Law Half-Life (Days)DP UP Crvl i iKi lit1*/ DrAoeiiro f*nnc ar^t" Y(\(* ------•.-••«.•«-»-._.._ __ .

(mg/l) (mm Hg) (atm-m3/mole) GW SU Soil Air

12 PERS 4.83 PERS 4.845 O.OOE+006 PERS 4.87

O.OOE+00

1C

------------

' WORKSHEETS 1 THROUGH 5GROUND WATER



Monitoring Wells

Ground Water • Surface Water

06/19/8916:59:41

Air Soil

PARAMETER

1 ,4-DichlorobenzeneAcetoneAluminumArsenicBariumBerylliumBenzeneChloroethaneCyanideCalciumCarbon disulfideCadmiumCobaltChromiumCopperIronMercuryPotassiumMagnes i urnManganeseSodiumNickelLeadAntimonyTotal Suspended SolidsVanadiumZinc


1700 0.012.2 0.01

0.0560.00210.0260.0016

83 . 0.0050.0120.0146.25

54 0.0130.010.00340.00680.0050.4460.000322.32.390.0694.390.030.00130.025260.00280.027

Max(mg/l)

0.010.01246.30.00910.4280.0150.0050.0170.01472.10.0130.0140.1270.6950.0682320.0003436.692.27.531620.3720.05540.02572000.1011

Avg Min Max Avg Min Max Avg Min Max Avg(mg/l) (mg/l) (mg/l) (mg/l) (mg/m3) (mg/m3) (mg/m3) (mg/kg) (mg/kg) (mg/kg)

0.0100.010005.100000.00430.120000.00610.00500.013000.014340.0130.0120.02200.100000.030030.000000.000339.6000171.70000240.12000.00790.02522000.015000.19000



PARAMETER

1,4-Dichlorobenzene

Acetone

Aluminum

Arsenic

Barium

Beryllium

Benzene

Chloroethane

Cyanide

Ca I c i urn

Carbon disulfide

Cadmium

Cobalt

Chromium

ToxicologicClass














B1

8 (Inhalation)

A


5.19E-02

4.07E+001.80E+01

4.08E+00

7.71E-031.17E-01


2.60E-06

2.03E-049.00E-04

2.04E-04

3.86E-075.85E-06

06/19/8917:00:29

AirToxicityConstant

3.61E-01

4.07E+011.80E+02

4.08E+01

2.28E+011.45E+04

7.71E-02






7 (Oral)


4.25E-01

4.45E+00

2.12E-05

2.23E-041.65E+013.59E+02

1.11E+022.50E+01

8 (Inhalation)



06/19/8917:00:37

PARAMETER

Copper

Iron

Mercury

ToxicologicClass






7 (Oral)


7.14E-01

1.84E+01


3.57E-05

9.21E-04

AirToxicityConstant

7.14E+00

1.86E+02

Potassium

Magnesium

Manganese

Sodium

Nickel

Lead

Antimony

Total Suspended Solids

Vanadium

Zinc







8 (Inhalation)










2.85E+001.57E+02

8.93E+00

2.29E+02

1.43E+00

1.07E+00



06/19/8917:00:50

C*T VALUES



SoilMax Avg

AirMax Avg

IS ValueMax Avg

1,4-D i chIorobenzeneAcetoneAluminumArsenicBariumBerylliumBenzeneChloroethaneCyanideCalciumCarbon disulfideCadmiumCobaltChromiumCopperIronMercuryPotassiumMagnesiumManganeseSodiumNickelLeadAntimonyTotal Suspended SolidsVanadiumZinc

3.70E-02 1.76E-02

3.86E-05 3.86E-05





3.70E-02 1.76E-02

3.86E-05 3.86E-05




C*T VALUES

PARAMETER

1,4-DichlorobenzeneAcetoneAluminumArsenicBariumBerylliumBenzeneChloroethaneCyanideCalciumCarbon disulfideCadmiumCobaltChromiumCopperIronMercuryPotassiumMagnesiumManganeseSodiumNickelLeadAnt i monyTotal Suspended SolidsVanadiumZinc


5

11

5

56

4

6

141

11

.19E-04

.64E-01

.75E+00

.85E-04

.52E-03

.23E-02

.86E-02

.26E-03

.58E+00

.95E-02

.09E-01

.44E-02

.07E-01

5.

7.5.

5.

5.5.

2.

6.

5.7.1.

2.2.

19E-04

80E-0218E-01

85E-04

No Toxicity Information Available for this parameter52E-0334E-02

14E-02

07E-03No Toxicity Information Available for this parameterNo Toxicity Information Available for this parameter

No Toxicity Information Available for this parameter15E-0107E-0309E-01

No Toxicity Information Available for this parameter17E-03 ,12E-02 !

06/19/8917:01:08

IS ValueMax Avg

5

11

5

56

4

6

141

11

.19E-04

.64E-01

.75E+00

.85E-04

.52E-03

.23E-02

.86E-02

.26E-03

.58E+00

.95E-02

.09E-01

.44E-02

.07E-01

5.

7.5.

5.

5.5.

2.

6.

5.7.1.

2.2.

19E-04

80E-0218E-01

85E-04

52E-0334E-02

14E-02

07E-03

15E-0107E-0309E-01

17E-0312E-02




06/19/8917:01:32

Parameter

BariumNickelArsenicAntimonyZincCadmiumLeadCopperVanadiumMercuryCarbon disulfideBenzene1,4-DichlorobenzeneCobaltChloroethaneIronCyanideAcetoneBerylliumChromiumAluminumManganesePotassiumSodiumTotal Suspended SolidsMagnesiumCalcium

IS ValuesDP UPrL, NL

1.746241.58472

0.03704 0.163800.108750.107000.062300.049470.048550.014440.006260.00553

0.00004 0.000590.00052

RankingDP UPKL NL

12

1 34567891011

2 1213

Water Vapor Henry's LawSolubility Pressure Constant KOC

(mg/l) (mm Hg) (atm-m3/mole) GW

O.OOE+001.00E+00

O.OOE+00

O.OOE+00

2.94E+03 3.60E+02 1.23E-02 5.40E+011.75E+03 9.52E+01 5.59E-03 8.30E+017.90E+01 1.18E+00 2.89E-03 1.70E+03

1.00E+06 2.70E+02 2.06E-05 2.20E+00O.OOE+00

Half-Life (Days)

SW Soil Air

PERS 4.8

PERS 5PERS 4.8

PERS 4.8PERS 4.8

PERS 4.8

1 623

.33 7.3E+04

3 4.8

1C

;+--..----+----------

WORKSHEETS 1 THROUGH 5AIR



Air


07/14/8917:06:09

Air Soil

PARAMETER

SilverAluminumArsenicBariumBerylliumCalciumCadmiumChromiumCopperIronMercuryPotassiumManganeseSodiumNickelLeadAntimonySeleniumThalliumVanadiumZinc

KOC Min Max Avg Min Max Avg Min(ml/g) (mg/l) (mg/l) (mg/l) (mg/l) (mg/l) (mg/l) (mg/m3)

2.66E-04

1.90E-051.00E-064.76E-04

1.00E-066.00E-069.40E-05

6.28E-044.00E-061.19E-021.00E-062.00E-063.70E-05

3.70E-055.60E-051.90E-05

Max(mg/m3)

1.00E-067.01E-04

3.90E-052.00E-062.21E-038.00E-061.20E-057.00E-051.98E-042.00E-061.44E-036.00E-065.53E-027.79E-041.20E-051.23E-041.00E-061.23E-042.46E-044.10E-05

Avg Min(mg/m3) (mg/kg)

6.67E-074.42E-04

2.64E-051.73E-069.89E-041.93E-062.93E-062.81E-051.36E-043.33E-079.05E-044.90E-062.58E-025.52E-055.53E-066.70E-054.67E-076.70E-051.23E-042.65E-05

Max Avg(mg/kg) (mg/kg)


Toxicity InformationAir

PARAMETER

Si Iver

Aluminum

Arsenic

Barium

Beryllium

Calcium

Cadmium

Chromium

Copper

Iron

Mercury

Potassium

Manganese

ToxicologicClass










B1

8 (Inhalation)

Water Soi tToxicity ToxicityConstant Constant

2.00E+01 1.00E-03

4.07E+00 2.03E-041.80E+01 9.00E-04

4.08E+00 2.04E-04

07/14/8917:06:45

AirToxicityConstant

2.00E+02

4.07E+011.80E+02

4.08E+01

2.28E+011.45E+04








8 (Inhalation)


7 (Oral)B (Inhalation)

4.45E+00 2.23E-04

7.14E-01 3.57E-05

1.84E+01 9.21E-04

1.65E+013.59E+02

1.11E+022.50E+01

7.14E+00

1.86E+02




Toxicity InformationAir .

PARAMETER

Sodium

Nickel

Lead

Antimony

Selenium

Thallium

Vanad i um

Zinc

ToxicologicClass




07/14/8917:06:54

AirToxicityConstant















4.26E+00

8.93E-01

4.35E+00

1.05E+02

1.43E-01

1.07E-01

2.13E-04

4.46E-05

2.17E-04

5.26E-03

7.14E-06

5.33E-06

2.85E+001.57E+02

8.93E+00

2.29E+02

1.05E+03

1.43E+00

1.07E+00


Calculation of CT and IS Values for Carcinogenic EffectsAir

C*T VALUES

07/14/8917:07:04

PARAMETER

SilverAluminumArsenicBariumBerylliumCalciumCadmiumChromiumCopperIronMercuryPotassiumManganeseSodiumNickelLeadAntimonySeleniumThalliumVanadiumZinc


4.56E-05 3.95E-05No Toxicity Information Available for this parameter

1.32E-04 3.19E-051.33E-03 3.26E-04

'No Toxicity Information Available for this parameter

No Toxicity Information Available for this parameter2.22E-03 1.57E-04

IS ValueMax Avg

4.56E-05 3.95E-05

1.32E-04 3.19E-051.33E-03 3.26E-04

2.22E-03 1.57E-04



Calculation of CT and IS Values for Non - Carcinogenic EffectsAir

C*T VALUES

07/14/8917:07:20

PARAMETER

Si IverAluminumArsenicBariumBerylliumCalciumCadmiumChromiumCopperIronMercuryPotassiumManganeseSodiumNickelLeadAntimonySeleniumThai I iumVanadiumZinc

Ground Water Surface Water Soil AirMax Avg Max Avg Max Avg Max

2.

1.2.

No Toxicity Information Available for this2.3.5.

3.No Toxicity Information Available for this

No Toxicity Information Available for this1.1.2.1.

3.4.

OOE-04

59E-0390E-02

Avg

1

12

.33E-OA

.08E-03

.51E-02

IS ValueMax Avg

2

12

.OOE-04

.59E-03

.90E-02

1

12

.33E-04

.08E-03

.51E-02parameter87E-03OOE-04OOE-04

72E-04

672

6

.94E-04

.33E-05

.01E-04

.20E-05

2.87E-0335

3

.OOE-04

.OOE-04

.72E-04

672

6

.94E-04

.33E-05

.01E-04

.20E-05parameter

parameter22E-0107E-0482E-0205E-03

52E-0439E-05

8414

12

.67E-03

.94E-05

.53E-02

.90E-04

.76E-04

.84E-05

1121

34

.22E-01

.07E-04

.82E-02

.05E-03

.52E-04

.39E-05

8414

12

.67E-03

.94E-05

.53E-02

.90E-04

.76E-04

.84E-05



Evaluation of Exposure Factors and Final Chemical SelectionAir

07/14/8917:07:42

Parameter

NickelBerylliumAntimonyCadmiumBariumSeleniumCopperMercuryVanadiumChromiumSilverLeadZincArsenicManganeseIronThalliumAluminumCalciumSodiumPotassium

IS ValuesPC NC

0.00222 0.122300.00005 0.02900

0.028170.00013 0.00287

0.001590.001050.000500.000370.00035

0.00133 0.000300.000200.000110.00004

RankingPC NC

1 14 2

33 4

56789

2 10111213

Water Vapor Henry's LawSolubility Pressure Constant

(mg/l) (mm Hg) (atm-m3/mole)

O.OOE+001.00E+00O.OOE+00

O.OOE+00

O.OOE+00

Half-Life (Days)

GW SW Soi I

PERSPERSPERS

PERS

3

PERS

PERS

Air

4.84.84.8

4.8

4.8

4.8

5

1C

*-+-----+--------

B12. SITE-SPECIFIC METEOROLOGICAL DATA

Htttorological Data SuaaaryE.H. Schillinij Landfill

oat*

TIBRUXAY

131920212223242525272329

WindSp«td

1988

0.51.84.32.14.52.82.82.62.2

PtakWind WindSpt«d Dirtctioa

3.314.913.813.316.916.012.712.39.6

38127262264162268261267197

Max

5.511.43.2-0.317.715.21.62.710.3

Tt«p«r»turtHourly Rtliti7«

Kia A7trag« Huaidity Rainfall Radiation

6.54.6-2.3-10.2-3.9-1.7-5.2-6.3-7.9

7.77.23.7-4.98.24.2-2.2-3.00.8

548768433681615345

0.000.250.000.00O.QQ0.250.000.000.00

•aasaaaaa

0.0000.2100.0330.2710.2610.0330.1740.2030.237

•

Totals 2.6 12.5 205 3.0 -3.0 2.4 59 0.50 0.170

Nott: Max and Sin Taaptraturts art instantaneous valuta and lay last onlyseconds, vhtrtas Atrtragt Ttaptraturt raprtstnts tht daily avira?«.

wsVS1weTuTaiaTMui

uta4 S*M4

via* Oir««ti«a

Jnlta

tumidity r«re«at

•OUMCK OH •«• i I fey U*

Htttorological Data SuaaaryE.R. Schilling Landfill

Oatt

Ptak ! Ttaptraturt !vind Wind Wind ! Hourly ! XtlativtSpttd Spttd Dirtction ! Max Min Avtragt ! Huaidity Rainfall Radiation

HAJICH 1988

12345673910111213141516171319202122232425262728293031

1.31.91.32.94.03.53.42.91.91.03.23.11.30.93.03.03.32.83.40.8

6.07.76.416.113.312.913.49.28.65.712. S16.25.06.013.013.215.314.912.06.0

3103

11017127027227426129121326333117611731701692152S7102

11.711.017.817.310.02.4-1.42.08.33.710.29.49.619.621. 324.920.2ia.711.122.3

4.41.5-1.16.3-3.9-5.9-4.0-5.2-1.30.0-1.90.2-1.7-3.510.415.4ll.l6.50.90.3

8.15.8.11.2.-3.-3.-1.2.1.2.4.2.8.18.19.16.011.55.311.0

10066476573737673579065504936364574785646

0.070.010.000.280.000.000.000.000.000.230.000.00 .0.000.000.000.000.320.040.000.00

0.0120.2830.3130.0630.0410.1530.1600.1420.2700.0230.2370.2740.3320.3640.3390.2280.0640.1950.3720.379

Totals 2.4 10.7 202 12.9 1.4 6.6 62.8 0.95 0.213

Not*: Kax and Min Ttaptraturts art instantaneous raluts and lay last onlystcoads, vhtrtas Artragt Ttaptraturt rtprtstnts tnt daily avtragt.

tucW|

tmaaTala

Wind Jp«*4Peak Via*Vla4 OiractioaMaxiaua T«a*«racur«Mislaua T««o«racur«

a/s

Ulrrr

guaidicrPr*cipic«cioa

r«re«ae

9OUNCI: OH MM MMtWI MT L I* MJ

Mtttorologieal Data SuaaaryE.H. Schilling Landfill

OattvindSpeed

PealvindSpeed

Vind •Direction

i Teaperature1 Hourly1 Max Min Average

t

! Relative! Huaidity Rainfall Radiation

APRIL 1988

123456739101112131415161713192021222324252627232930

0.81.53.42.11.33.52.42.41.41.21.31.51.02.52.61.62.41.31.51.81.80.82.6

0.91.03.73.53.31.3

3.45.912.011.710.019.511.310.07.76.26.97.36.613.714.78.911.18.810.510.114.05.719.1

6.46.816.714.S14.57.7

147133160279170184333349351369249121130730220022032019530426210

1473212412(4217339

20.527.425.622.033.226.410.016.318.026.423.419.026.423.014.914.625.313.712.417.619.219.328.9

19:332.017.111.218.225.1

13.912.714.911.511.34.23.55.10.73.86.59.74.59.34.31.94.23.61.1-0.96.6S.S10.7

7.3.3.4.1.0.1

17.218.919.516.821.214.35.39.79.013.414.913.613.215.39.37.713.39.86.09.612.811.319.4

13.414.712.36.511.314.8

92827770536910072584530425646454842896343538260

474547814142

0.000.060.270.330.000.380.300.000.000.000.000.000.000.000.000.000.000.660.000.000.260.270.01

0.1420.1440.0890.3200.3790.0790.0190.4120.4230.4040.326'0.2940.4060.1900.3810.4020.4320.0340.3730.3300.4130.3250.263

0.000.000.00.04.00

0,0.

Totals 2.0 10.4 213 21.1 6.3 13.0 59

0.00

2.58

0.4820.4470.3620.0370.4570.426

0.305

Note: Max and Min Teaperatures art instantantous values and aay last onlyseconds, vhereas Average Teaperature represents the daily average.

HIVSfKwoTautTaia

vioar«t* Via*via* Oir««tioaMtxiauaMiaiaua T«a»«racur«

a/ia/ *0«cr«««(0-J«0>Of •••• C«l«*u«

RJI R*l«clr« SuaidicrPrccipieacioa

0«c. •••P«r IBS

9OUNC8: 0« Ml* MUM« Mr I K ! ky Utm wcJ

Mtttorological Data SuaaaryE.H. Schilling Landfill

Date

MAY 1988

1234S678910111213141516171819202122232425262728293031

Totals

Peakvind Wind vindSpeed Speed Direction

0.9 7.30.9 8.50.6 6.50.5 5.52.2 7.91.4 7.60.3 7.7

2.4 11.61.00.80.50.60.50.41.1 10.40.80.70.60.80.50.40.5

.5

.5

.6

.6

.5

.1

.6

.1

.2

.4

.4

.6

.9

.9

.7

0.8 6.5

3511

3444

236338291

300336324306235120897198351213171266179182264

223

! 1!i Max

27.329.024.013.312.722.9

31.628.417.514.323.329.042.734.122.222. «34.137.043.043.850.050.0

29.7

reaper

MinIMVM3

6.87.66.28.53.510.5

19.212.611.411.312.813.714.117.211.69.14.78.611.112.312.515.6

11.2

HourlyAverage

15,16.15.11,10,

25,18,14.13.17.19,22,

15.5

22.017.15.15.019,21.22.24.25.0

18.1

RelativeHuaidity Rainfall

443949899878

376394

100388773819851616260606268

70

0.0.0.0.

.00

.00

.00

.650.370.02

Radiation

0.4330 .4590.4110.0430.0570.276

0.000.000.000.010.010.030.000.290.100.010.000.000.000.000.000.00

0.3210.3780.0660.0320.2200.3170.3330.3860.1"0 .5270.4780.4630.4340.4790.4630 .405

1.49 0.33.1

Note: Max and Min Teaperatures are instantaneous values and aay last onlyseconds, whereas Average Teaperature represents the daily average.

Aatoa^latiaaUSWS»KweTaaaTmia

MlPFT

Via*Faak Via* S»««4via* Oirt«tioaMaxima ftaparaturaHiaiava TaaearacuraAvaraga TraMraturakalatlva HuaidicrPraeipicaeioa

ttaleaa/ia/ a0««raaa(0-}<0)

Oa^raaa CaUiuaOa^raaaparcaacXacaaa

•OUACt: Oa •*• •tattaa Mr a. H, i fty Law

Meteorological Data SuaaaryE.fl. Schilling Landfill

Date

Peakvind Vind vindSpted Speed Direction

TeaperatureHourly

Max Min AverageRelativeBuaidity Rainfall Radiat ion

JUNE 1983

123456739101112131415161718

. 192021222324252627282930

Totals

1.40.9 !0.7 !0.4 <1.51.7 (1.7 <L.O i0.9 i;0.5 !0.7 (0.3 (0.40.5 <0.80.6 K0.2 :0.40.71.41.21.80.90.31.31.30.50.90.20.5

0.9 (

r.s5.95.11.6M5.8>.51.52.0i.5».3i.l1.9i.2M).t1.0.4.1.1.3.8.7.1.0.0.3.4.8.0

i.5

25533916

2252532522233

35527218214221321817721120020S2192142946

217302172373554

180

35.543.522.425.129.235.135.338.726.023.337.637.349.350.045.134.543.445.536.337.940.440.146.050.041.35.41.34.28.37.0

37.6

17. <12. t8.56.18.]24.118.17.8.6.6.11.13.15.17.18.17.13.14.19.21.18.21.15.17.17.12.11.16.'14.:14.1

1 25. <; 22.:i is.:1 IS.!L 18. <r 28. <

26.26.15.13.17.21.24.25.26.23.21.23.24.27.23.29.28.25.28.27. (21.,22. <

J 19..1 20.1

1 23..

i 651 701 71. 65i 62» 43

51567060625361656784835864696359625161

) 572 531 54L 80) 63

L 63

0.000.000.010.000.000.000.000.000.180.000.000.000.000.000.000.200.020.000.000.00

. 0.000.000.000.000.00

. 0.000.000.000.060.00

0.47

0.4340.3430.3790.4310.4890.2190.4oO0.4330.3440.3730.4840.4510.4540.4360.4300.2860.2720.4330.4330.4180.3500.4310.3270.4630.4260.4240.4760.4490.073

. 0.501

0.399

HSwirewoTBaxTaia

Note: Max and Min Teaperatures are instantaneous values and aay last onlyseconds, whereas Average Teaperature represents the daily average.

ualtaa/aa/aOa«raaa(0-J<0)Oaaraaa Cal«iuaOaaraaa CilaiuiOaoraaa CalaiuaPareaatlaeaaa

RHrrt

via* Iaaw4Paa* Via* Sa«*4Via* OirtctioaHaxira TaaparaturaHiaiaua TaavaracuraXvaraa-a Ta»«araturaRalatira BuaidicrPraeipitatiea

•OUNCE: O* ana ••uoratialtal at Mr a, K, ky Law

Date

Meteorological Data SuaaaryE.H. Schilling Landfill

PeakVind Vind WindSpeed Speed Direction

TeaperatureHourly

Max Min Average

AUGUST 1988

RelativeHuaidity Rainfall Radia t ion

12345678910111213141516171819202122232425262723293031

0.71.20.90.80.50.70.60.80.80.61.10.80.51.21.30.70.40.20.31.32.11.30.60.81.00.50.30.4

5.29.34.35.74.86.05.25.45.54.77.88.75.36.88.07.74.33.43.914.69.88.63.97.87.38.03.73.7

1431602102641862602132032321752161823072422492673274

3531712432233131641303373489

40.034.231.750.041.942.941.239.442.545.539.236.950.042.447.131.935.737.248.527.331.632.441.436.530.722.037.841.2

26.319.519.621.018.618.719.921.022.822.222.522.421.820.523.320.820.516.813.813.417.716.316.716.420.916.110.811.1

27.927.123.927.326.627.023.028.528.228.629.727.529.129.930.924.723.823.122.222.023.722.823.224.724.318.818.119.5

818699727271717584847486727067969677779778697369841007975-

0.000.000.300.000.000.000.000.000.000.000.000.370.000.000.000.731.76-0.000.000.620.000.000.000.000.000.350.000.00

0.3830.3280.1430.4330.4120.3790.398

-0.3710.3320.2350.3720.3140.4090.3870 .3760.1320.1940.3740.3780 .0460.3550.3960.3550.3340.1630 .049

. 0 . 3 5 90 . 3 7 5

Totals 0.8 6.4 219.2 38.6 19.2 25.4 80 4.13 0.313

Note: Max and Mia Teaperatures are instantaneous values and aay last onlyseconds, whereas Average Teaperature represents the daily average.

VIvsrr,weTaaaTaiaT*»a;Ulprr

wtaaPaaa Via* Sa««4Via4 OiraetioaMaxiauB Taaa«raturaMiaiaua Taaa*raturaA.vara«a Taa*«raturaKalaclva BualdityPracipicaeiea

Jnleaa/ aa/ aOaaraaa<0-3«0)Oaaraaa C«l«iu«

Oaaraaa C«l«iuiPareaaelacaaa

•ounce: oa •*• •taaaa Mr a, K, iky Law


DatevindSpeed

PeakVindSpeed

Ivind i

Direction !

Teaptrature iHourly !

Max Mia Average iXtlativtHumidity Rainfall Radiation

SEPTZXBEX 1988

123456789101112131415161718192021222324252627282930

0.40.70.91.31.20.50.40.4

0.20.40.62.41.00.81.40.20.30.20.50.30.40.5

4.53.36.98.16.85.74.73.9

1.74.96.713.45.85.88.83.15.32.13.94.14.93.1

431531412532323579

123

14315612423127419222913347154110150125124

47.833.230.127.720.327.528.534.6

77.741.227.627.835.131.130.019.73S.O17.536.044.041.637.6

13.517.018.917.113.09.96.410.1

18.516.118.116.812.711.019.512.512.011.510.013.813.016.4

21.323.221.820.815.914.515.018.0

19.8. 21.022.022.518.619.222.916.316.413.816.620.019.921.7

7375939198787374

1009396778378891008410089838538

0.000.00.17,39

0.080.000.000.00

Totals 0.7 5.3 173.1 34.3 14.0 19.2 36.4

0.00

2.31

0.350.3010.1390.1730.0330.3180.3850.364

0.050.000.000.130.000.000.010.340.140.000.000.000.00

0.0100.2590.124

. 0.3360.3300.3260.1640.0290.2340.0730.2790.3000.2640.219

0.233

Note: Max and Min Teaptratures are instantaneous values and aay last onlyseconds, whereas Average Teaperature represents the daily average.

VI

voTaaaTaia

ft*

Via* SB***Ma* Via* SB***Via* OiraattoaMaxiaoa TaarawraeuraMiaiaua T«a**raturaAvaraea TaaparacuraRalativa KuaidicrPracipitaeioa

mtleaa/aa/aOa«raaa(0-3<0>Oaoraaa CalaiuaOa«raaa C«l«iu<Oaaraaa Calaiu*Pareaactaeaaa

SOUUCt Oa Ma Mr a, K aMby Law


Date

PtakVind Vind VindSpeed Speed Direction

TeaperatureHourly

Max Min AverageRelativeHuaidity Rainfall Radiat ion

OCTOBE1 1983

12345678910111213141516171819202122232425262728293031

0.71.30.61.00.90.30.50.60.82.61.90.90.51.01.01.01.22.11.60.41.21.81.33.12.01.80.82.70.60.30.7

4.76.23.86.87.14.56.95.36.0

16.19.78.16.06.36.010.510.812.49.75.47.310.311.214.110.411.65.813.05.64.03.5

144221354321278339344284183219299314334161154143145286295316212279ISt24423125112925527236

42.127.521.319.814.919.018.718.121.419.718.110.213.321.624.924.028.122.617.224.010.210.913.711.116.111.218.516.314.212.217.3

17.717.012.25.43.2-0.42.11.94.76.75.42.3

-3.0-1.38.78.511.89.8S.30.96.34.30.64.13.40.6-2.44.5-2.01.2

-3.2

22.020.115.312.27.38.09.19.511.112.312.45.15.09.0

15.013.817.316.110.08.28.08.06.88.18.25.87.710.74.95.56.2

869035707971646768776574716249798787757710089966362586264635566

0.000.010.000.000.000.000.000.000.000.000.000.010.000.000.000.070.020.510.000.111.05 '0.090.230.000.000.000.000.05

0.2010.1400.1430.2550.2070.2750.2450.2630.2110.1370.220

. '0.1340.2520.2490.2040.1740.1330.0330.1830.2020.0180.0690.0540.1720.1620.2250.2060.201

Totals 1.2 8.1 231.7 18.7 4.4 10.3 73.1

0.000.000.00

2.20

0.1580.1880.203

0.132

Note: Max and Min Teaperatures are instantaneous values and say last onlyseconds, whereas Average Teaperature represents the daily average.

HI

woTaaaTaia

prr

via* Sp«a*PaaJi Via* !*••*via* OirtetioaMaxiaua TaavaracuraHiaiaua TtaparaeuraAvaraga TaaparatuxaRalativa HumidityPraeipicacioa

Unltaa/aa/aOa«raaa(0-l<0)Oa«raaa CalciuaOagraaa C«l«iu»Oaaraaa C«l«iu*Parcaac-laeaaa

•OUMCC: Oa a«a •y Law


Vindtt Spttd

PtakVindSpted

•Vind !

Direction t

Ttaptraturt 1Hourly !

Max Min Avtragt 1XtlativtRuaidity Rainfall Radiation

NOVEXBEX 1988

123456789101112131415161718192021222324252627282930

2.21.61.03.12.63.12.02.30.73.71.01.73.10.91.14.12.50.61.04.41.41.10.30.41.52.53.53.51.83.3

14.26.93.012.415.515.110.310.85.115.97.010.513.64.05.914.710.04.76.420.77.24.13.72.57.115.015.614.07.514.9

243291124143221198216281101254323114208157129174251961022143340

355119141127215247159224

17. J12.!20.125.'is.:6.'is.;18. (20. C18.19.<16. J15. (422.18.22.9.12.10.27.6.9.12.14.22.20.19.5.8.9.

I 6.4i 2.<» -o.:i 12.:1 6.r -o.t 2.; s.) 0.\ 7.1 0.L -0.) 6.

2.3.4.0.-1.4.:6.11.1-0.!-2.1-3.:i.:6."4.(-0.1-2.11.'

I 10J 6I 9L 18

123811913571111121645

L 7L 121 4> 31 4I 5I 91 13) 131 1r 2J 5

.0

.3

.8

.7

.0

.4

.1

.0

.7

.6

.1

.2

.0

.1

.4

.2

.7

.6

.3

.8

.7

.7

.0

.3

.8

.7

.0

.5

.9

.8

797684629596717072768070767074766363959033788270706788887261

0.000.000.090.000.970.070.000.080.000.200.000.000.130.000.000.110.000.001.462.130.01 •0.000.000.000.000.000.030.000.000.00

0.1830.1540.1080.1740.0400.0200.1790.1910.1730.1230.1080.1010.1390.1340.1010.0330.1350.1530.0110.1290.0610.1700.1690.1690.1540.0780.0780.0450.16S0.147

Totals 2.1 10.0 192 23.9 2.5 8.7 77 5.38 0.127

Nott: Max and Min Ttaptraturts art instantaneous values and aay last onlyseconds, vhereas Average Teaperature represents the daily average.

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via* spaa*p«ax Via* S««a*Via* OiraatieaHaxlaua TaapartturaHiaiaua Taa»araturaAvara«a TaaparaeuraRaLatira KuaidieyPracipicaciaa

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Date

Peak i Ttaptraturt Ivind Vind Vind i Hourly ! RtlativtSpetd Speed Direction i Max Min Average ! Huaidity Rainfall Radiation

DECZMBE1

1234567891011121314IS161718

. 19202122232425262728293031

Totals

1983

1.71.32.71.82.12.22.01.11.91.5

0.72.23.43.05.03.53.30.70.70.8

2.1

8.37.5.2.3.5.1.6.3

11.05.0

5.115.917.210.55.215.421.14.53.33.7

9.0

'MMMM

243222196326200174228341297199

5.77.518.57.013.415.014.6

— —3.23.0

-2.9-6.4-1.0-2.1-3.61.74.7

— --4.7-5.4

1.3-1.06.9-0.13.18.09.33.0-0.71.0

72755758472857856059

0.000.000.000.000.000.000.040.000.000.00

0.1180.1570.1600.1630.1320.1660.0800.0920.1550.115

0.72.23.43.05.03.53.30.70.70.8

5.115.917.210.55.215.421.14.53.33.7

10318521428429152267346157159

6.716.321.59.44.322.417.6-0.35.19.0

2.36.55.10.0-5.11.2-6.5-5.8-3.5-0.9

3.612.211.44.10.110.93.5-2.50.83.9

100576565745279787779

0.000.301.290.000.000.000.340.000.00

0.0310.1230.0510.1520.1150.1320.0320.164

. 0.052

215 10.2 -1.2 4.1 66

0.00

1.97

0.132

0.117

Note: Max and Min Teaperatures are instantaneous values and aay last onlyseconds, vhtreas Avtragt Ttaptraturt rtprtstnts the daily average.

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•sraaatayvia* Jpaa*Paa* via* Jpaa*Via* Oira«tiaaMaxiania TaaparaturaHiaiawa TaaparacuraArara«a TaaparaturaRalativa BuaiditrPracipicatioa

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DateVindSpeed

PeakVindSpeed

1 Teaptrature !Viad 1

Direction ! Max

iiHourly ! Relative

Min Average 1! Huaidity Rainfall Radiation

JANUARY 1989

12345673910111213141516171819202122232425262728293031

1.52.13.02.01.61.52.03.72.21.30.92.41.80.82.22.02.22.41.73.20.98.07.01.01.23.22.41.11.22.52.5

7.39.918.314.08.19.610.816.99.67.35.010.48.16.410.99.310.410.67.212.26.54.13.45.36.617.08.95.16.412.110.5

2762332043251401711292432721501171393339026925219319320628744144150166160216253165172242171

4.84.26.61.011.69.613.717.05.09.49.316.34.27.47.97.311.215.613.08.64.512.318.415.019,617.733.014.916.716.518.1

0.01.3-0.6-5.2-6.54.04.21.3-1.3-3.10.63.6-3.2-4.01.50.2-2.02.41.3-2.6-7.1-5.1-2.20.28.54.29.4-2.16.23.62.7

3.32.12.3

-2.3o.<T.411.17.3-0.32.5.10.0.-0.3.3.4 •

7.6.2.-2.2.6.9 •

14.11.-0.7.:

10.17.1

10. <

L 981 100

9472

> 80I 100t 91L 67L 52

799598669298675657646.354515458658370

L 521 627 95) 74

0.160.000.010.000.260.250.010.420.000.000.480.560.000.840.010.000.000.000.000.010.000.000.001.000.000.090.000.000.000.110.00

0.0040.0040.0060.0910.1340.0090.0970.0460.0500.1190.066"0.0100.1670.0150.0200.1700.1590.1250.1750.0650.1830.1330.1330.1160.1050.0160.1370.1670.034

. 0.0310.195

Totals 2.3 9.3 198.6 12.1 0.3 5.1 72.6 4.21 0.095

Note: Max and Min Teaptraturts art instantantous values and aay last onlyseconds, whereas Average Teaptrature represents the daily average.

AaararlatieaHSvsrxwoTaaxTaiaTavgRHprr

UrmaatsrHia* Spaa*Paax Via* Sf«a*via* OiraetiaaHaxiaua TsaaaraturaHiaiaua TsaparaturaAraraaa TaaparaturaRalaciva KuaidityPracipieacioa

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DateVindSpeed

PeakVindSpeed


i Teaptraturt iVind ! Hourly i Xtlativt

Direction i Max Min Average t Huaidity Rainfall Radiation

riBRUAXY 1989

12345678910111213141516171319202122232425262723

2.41.31.00.00.00.51.53.32.52.52.71.71.61.10.91.51.20.80.61.02.61.82.61.91.93.01.21.8

9.79.25.70.00.04.75.914.49.29.112.17.88.05.97.95.84.63.64.35.710.56.910.08.19.3

13.58.38.8

1922703573603603002742502492282312921192934721610352126231308356321187252304300

23.717.58.4-3.7-1.0-0.70.75.5-4.11.99.66.47.59.18.37.31.47.07.910.012.53.6-1.61.08.56.04.68.1

11.28.3-4.2-5.8-5.2-7.6-9.4-9.3-14.5-8.2-4.0-3.9-1.94.44.2-2.1-3.3-3.7-4.10.83.3-2.2-10.9-12.6-8.7-0.6-2.5-6.1

15.513.20.3-4.7-3.3-4.0-5.1-4.2-9.7-3.52.70.83.46.25.72.7-1.20.41.95.39.40.1-5.2-7.5-0.32.30.01.6

669310085377972665554546491100100816964709610095776353907267

0.000.230

0.960.000.000.030.020.000.000.010.000.001.310.912.320.220.010.000.000.551.01 -0.010.000.000.000.050.000.00

0.1910.0280.0060.0390.0640.1910.2050.1540.2250.2160.2190.2240.0110.0030.0120.1550.0340.2330.1410.0530.0370.0510.1170.2760.2660.0380.1710.265

Totals 1.6 7.5 23C.8 5.9 -3.5 0.8 77.4 7.7 0.1

Note: Max aad Kin Teaperatures are instantaneous values and aay last onlyseconds, whereas Average Teaperature represents the daily average.

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REDACTED LAW ENVIRONMENTAL - REMEDIAL INVESTIGATION …

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