MAIZE INBRED LINES IRELEASED BY CIMM:YTlibcatalog.cimmyt.org/Download/cim/96840.pdf · maize inbred...
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MAIZE INBRED LINES I RELEASED BY CIMM:YT A COMPILATION OF 491 CIMMYT MAIZE LINES (CMLs) CML 1- CML 497 CIMMYT January 2005
Transcript of MAIZE INBRED LINES IRELEASED BY CIMM:YTlibcatalog.cimmyt.org/Download/cim/96840.pdf · maize inbred...
MAIZE INBRED LINESI RELEASED BY CIMM:YT
A COMPILATION OF 491CIMMYT MAIZE LINES (CMLs)
CML 1- CML 497
CIMMYTJanuary 2005
MAIZE INBRED LINES RELEASEDBY CIlVIMYT
A COMPILATION OF 497CIMMYT MAIZE LINES (CMLs)
CML 1- CML 497
CIMMYTJanuary 2005
CONTENTS
,,,i Page No.
--TT-ro-picaCwhite-CMLs----------------------r2:9~-36:3·:C4647:-54:s5~-;flf:13----
128-33,36-37,44-47---2--fro-p-ical,-Yeliow-cMLS--------------------[S4--S5----------------------------------------------.-------------------------.------------------.-----t-----------------------------------------------
3 Subtropical, white CMLs 114-17,48-49
--4--s-llbtro-picaCYellow-Ci~ICs---------------r1il:19;-4S49"-----------------------------
---s--HiiihlanCi--cM-LS-----------------------------r21j:fC-3S41"-------------------------------S--MlCi=iiltii-ude-rrlaize-streak----------------!34-=-j5;-22:23~-50:S-C-----------------
resistant CMLs CIMMYT 1
Zimbabwe drought tolerance !--TTro-pical-QPMC-MLS-----------------------t24-:25;-S2:53-----------------------------
:--s--S-llbtro-picaIQPNlcMLs------------------[26-=-27---------------------------------------------------------------------.---------------------------t-----------------------------------------------
9 Subtropical insect resistan CMLs !26-27
-1-o--fropicaldro-ugiit-toieriirii~-acid--------r2ij":29:-32:33-----------------------------
soil tolerant, and insect resistant iCMLs i
----------------------------------------------------------t-----------------------------------------------11 Tropical acid-soil tolerant CMLs, ;28-29,32-33
CIMMYT Colombia !-1Tfro-picaldow'ly-m"ilciew-reslsiiirii-----r30-.-j1;-444s------------------------------
CMLs CIMMYT, Thialand i-1-j--fra-risitioilzoni;C-MLs--------------------Fi243-------------------------------------------------------------------------------------------------t-----------------------------------------------14 List of CML Testers 156
-1-s--So-u-rces-o-iabiotic-stress-tolerarlce-tS6--------------------------------------------and resistance to biotic stresses !
-1-6--Abbrevlatio-ri-s-used------------------------[S6---57-------------------------------------------------------------------------------------------------t-----------------------------------------------17 Index \58-59
Tropical while lines
I I IPedigree I
CML No. Sou;:.,::rm- ---l....-M_atU"---.Jty
CML1CML2CML3CML4CML5CML6CML7CML8CML9CML10CML11CML12CML13CML14CML15CML16CML17CML22CML23CML24CML34CML35CML36CML37CML38CML39CML42CML43CML44CML45CML46CML47CML48CML49CML53CML54CML55CML56CML61CML62CML63CML64CML65CML66CML68CML14
Pop21Pop2.Pop21Pop21Pop21Pop21Pop21Pop21Pop21POl'21Pop21Pop21Pop21Pop21Pop22Pop22Pop22Pop!5Pop25Pop25Pop29Pop29Pop32Pop32Pop32Pop32Pop43Pop43Pop43Pop43P0p43Pop43Pop73Pop13Pool23POOl24Pool24Pool24Pop21Pop21Pop21Pop21Pop22Pop25Pop32Pop43
Pob21 C5HC57-1-2-B-IIIIPobZ1 C5HC78'3-4-B4-BPob21C5HC84-Z-1-B-3·BPob21C5HC109-3·1-5-4'S-1--.eB-1-BPobZ1C5HC133·1-B_BPobZ1C5HCZ18·Z-3-B_·1·1-BBPobZ1C5HCZ18·Z·3-B_9·Z-1·BBPobZ1C5HC218.Z-3;;a_PobZ1C5HCZ19-3·1-B.PobZ1CSHCZ19.3·2-2-3-B-IM.PobZ1C5HCZ19.3-Z·Z-3-#-7-1-B-4-1-BPobZ1 CSHCZ29-2·2·1·2_PobZ1 C5HCZ41·1-Z-Z-4.Pob21TUXP,SELSEQ.35-4-3-BACR05575ZZ-6-4-1-1111PobZZHC1uo<S2)-20-3-BBBPOb2ZT5R(5Z)-40-Z-1-Z-BPobZ5HC31-1-2·1-3.1-B.uPobZ5HC112.2·Z.Z·1-4-B-IIIIPob2SHC128·2·1-B.PobZ9C5HC17Z·1·1-8-#-BPob29CSHC2N·l.2.1.l-#-B·l-t1Pob3ZC4HCZO·3-4·B-#-BPob32C4HC128-1-1-B.rSPob3ZC4HC14Z-l-1-B'Pob32C4HCZ42-3-1·B-I'SACR0557643-15·1·1-1111ACR05S7843-16-1.Z-8-1-BACROSS1843-16-1-3-8-Z·BACROSS7643·17-1·1-8BBACROSS7843-3Z·2·B.Pob43C6HC133-1-!l.1·BBBPorillo8073-11-1-1-1111STA.ROSA81173-6·1·1'G23C20MH268-1-2~-1-t1
GZ4CZOMH94-1-4-B-1-3-1.1-BGZ4(TSR)-19-3-8_GZ4(TSR).Z9-8'-PZ1C5F57·1-l-3-b1#b1-b1 #bl-b1PZ1C5F218_2.3-Z-b1.b1.13-b1#blPZ1C5F72-5-2-3-3-bl·bl-7-bl-bl#blP21C5F219-3-2-Z·3-b1-1-3-bl-bl#blPZ2Ilo rSZ-40-Z.1-Z-6-b1.b1#b1PZ5COF31.1·1·Z·1-3-4-1-bl-bll1blP3ZC5F71·Z-Z-Z·1-b1-8-bl-bl#blACROSS7843-11l-1-1-b1-1-2-b1-b1#bl
2
LateLataInterm.Interm.LateLa1eLateLateLateLatitLateLat.LateInterm.LateLa1eLateInterm.Interm.LateInterm.LateLateInteTl11.Inlerm.Intarrri.LateLateLateLataLateLa1eLalelnterm.Interm.Interm.Interm.Interm.LateLateLaleLateLateLateLateLale
Ii ! •c c: ! '6 e~g .!a ...
Res....nc:e Itoleranc:e to, i • ~·0 :~cCl • .:. 11 . stres•••IL Cl W
1090 SO 1.3 Lodging••ar rot1125 0 2.01028 0 1.3 1.6 1.9 P. polyaora922 0 2.0 2.5 2.1 LodgIng
1107 0 2.1 2.0 Lodging1070 0 2.4 2.1 1.11075 0 2.5 2.5 2.51014 D 2.1 1.1 1.8 Lodging1126 SO 1.5 2.2 1.9 Lodging1143 SO 1.4 1.8 2.3 P.polyaora1085 SO 1.7 1.11 2.2 P. polysora1073 0 2.01160 0 1.8 3.1 3.3 Lodging1038 0 2.0 Lodging1073 SO 2.01152 F 1.8 2.2 2.& Lodging1136 F 2.8 1.9 2.8 Lodging1001 F 2.0 2.4 1.7 Lodging937 F 2.7 2.7 2.1
1102 F 2.2 :U 2.51055 D 2.11073 0 2.01090 F 1.91063 F 2.0 U 2.3 P. polyeora979 F 2.0 2.8 2.7lOse F 2.01049 0 1.9 2.<1 2.5 P. polyaora1036 0 2.0 2.0 2.5 P. poly.ora1042 0 1.6 1.8 2.8 P. polysora1047 0 2.0 2.8 2.71054 0 1.8 Lodging1081 0 2.1 3.5 2.31073 0 1.6 Ear rot1038 0 1.4 Ear rot1001 F 2.7 3.0 2.61053 SO 2.3 U 2.51059 SO 1.8 1.9 2.2 Lodging1055 SO 1.6 Ear rot
1220 0 3.0 Tar spot complex1280 0 4.01235 0 4.01115 0 4.01255 SO 4.01220 F 4.01215 F 3.01240 0 3.0
3
CML217CML218CML219CML220CML221CML222CML223CML224CML225CML226CML227CML228CML229CML230CML231CML232CML233CML234CML235CMU236CML237CML238
[EV8431/SR(BC4)].20.3-2-3-#-b{EV8730-SR(SC6)]-47.1.1-4441[EV8730-SR(BC6)]·171-1·1·2-#·b(EV8730.SR(BC6)];.324-1.1.2-#-b[AC8730-5R]-13-1·1·1-#-b[AC873!t·is~J·1i>.1·1-4441
EV88SUWAN1·SR(BC5)·3·1·2·b·bEV88SU!NAN1.SR(SqS).20.1"2.Mj'EV88SUWAN1·SR(BC5)-62·1·1·b-bEV88SUWAN1-5R(BC5}·7e.1·1'bobEV88SUWAN1-SR(BC5)·118-1·'·b·bEV88SUWAN1-5R(BC51·201-Mob·bEV88SUWAN'-SR(BC5)·293.1-1-b-b[EV8749-5R(BC6)]-6"'.1.'.b.b[EV8749-SR(BC6,]·79.'.'-'.b·b[EV8749-SR(SC6}]-99.1.'.'.b-b[EV8449-SR(BC2)]·'4-3-'-2.b.b{EV8449·SR(BC5)].24-' -'-1-b.b[EV8744·SR]-"-1.'.'.b.b[LBI,)8232-5R(BC311·140-'.1.':.t)[LBI' )8232·SR(BC3)]·'83·1·'-2-b[LS(')8232-5R{Bt:;3)]~229.'.1.'oJ)
4
YellowWhiteWhiteWfllteWhite!NfilleYellowYellOwYellowYellowYellowYellowYellowWhiteWhiteWhiteWhiteWhiteWhiteWhiteWhiteWhite
Developed at CIMMYT, Zimbabwe
Maturity
EarlyIn~tn.
EarlyInteill.EarlyEarlyLateLateLateLateLateLateLateIntern.Intern.LlIitilIntern.InWill.LateEaflyLateLate
FFFFFFFFFFFFFDDDDoDFFF
c f- .f l<".
124.0145.0145.0120.0120.0140.0130.0130.0130.0150.0120.0150.0150.01;15Jl100.0135.0100.0120.0140.0110.0120.0120.0
5
A MSVA,S MSVa MSVa MSVa MSVa M$Y
A,a MSVfA a t.mtA:i MSVA,S N!$Y
a MSVA,S M$Va ",sV
A,a. f,fSVA,a MSVB WIll
A, a ",i'svA,a t.mtA, a MSVS" MS'!1a MSVa MSv
Tropical white lines
CMLNo.Source germ-
Pedigree ~8plesm E u
:.~
CML247 Pool24 (G24F119·G24FS4)-6-4.1·1·BB-f 963CML248 Pool204 (G24F94·G24F6)-6.1-1....BB<-f 918CML249 Pool24 (G24TSR19'21 F163)-1.1.1-2-BB-f 980CML2SO Pop21 Pob21CSHC218·2-3-B-F-6iI·BBB.d 904CML2S1 Pop21 (21 F114'21 F38)-S-3.2·1·BB-f 933CML252 Pop21 TUXSEQ.21-1-2.1.B_N#·2-:BB.f !l18CML253 Pop21 (21 F218'21 F76)-3-2-1-1-BB-f 904CML2S4 Pop21 TUXSEQ.149-2-BBB"II#'1·BB-f 911CML255 Pop21 Pob21C6S1MH125-3-B-1-1-2-BB-f 980CML2S6 Pop21 (Pob21 F38·Pob21F114f'2·1·2,1·BB" 980CML257 Pop21 Pob21C6S1MH154·S-B·1-1-1-BB-f 874CML258 Pop21 Pob21CSHC218-2'3.'B~±IM..aBIJ..r 949CML259 Pop21 (21 F88'21 F162)-6.2-2·1·BB-f 889CML260 Pop21 Pob21C6S1Mft2S4,2-B·1-4·2-BBii lI18CML261 Pop21 Pob21 C6S1 MH177-2-B-4·2-1-BB-f 889CML262 Pop21 Pob21C6S1MH2S4-24J·1-4-4·BtI-f 918CML263 Pop21 (21 F241'21 F219)-2·1·2·1·BB-f 980CML264 Pop21 Pob21CSF219-3"4J4/#4l·'-30SSB<-f 994CML265 Pop21 Pob21 C6S1 MH254-2-8-1-4-5-BB-f 933GUL286 Pop22 Pob22STEC1HC32-6;1:'·2_3-BS., 949CML267 Pop22 (Pob22xTSRI-4-3.1·3·1·BB-f 949CML268 Pop23 Pob23STEQ11'lC45.1-1·1-2-3;BB·f 994CML269 Pop25 Pob25STEC1HC13-6-1-1-#-BBB-f 889CML270 Pop21 Pob29STEC1HC11+1·1.2-1·BB.f 874CML271 Pop29 Pob29STEC1HC25·6-4-1-#oBBB-f 933CML212 Pop29 Pob29STEC1HC1,301·1-4'2-BB.f 980CML273 Pop43 (AC7643'43F7)-2-3-2-1-BB-f 933CML274 Pop43 (AC7643"43F7j.2.3-4-3-BB.f 963CML275 Pop43 Pob43STEC1 HC25+1-1-1-3-BB-f 963CML276 Pop43 Pob43STEC1HC2S+1-1-2-1·BB.f 980CML277 Pop43 FERKE8243-51-1-1-B"II#-1-BB-# 918CML278 Pop43 DMANTES8043-53·1-1-B"II#·1·BBof 918CML279 Pop43 Pob43STEC1HC26·2-2-1-2-3-88-f 933CML280 Pop43 Pob435TEC1HC19·5'1-2-2.2-BB·f 994CML2S1 Pop43 (43'PORILL08043)-5-1-2-2-BB-F 963CUL309 Pop43 Ac.8243-47-1-B-#-# 900CML310 Pop43 Ferke 8243-33-1·B-#-# 905
6
! .! I!<ll
i.. Ii 0.. f .. e;J:
i..... E
, I .. Potentliil·heterollc .partn....~lin.... e- II ~ ~{!. ~ " III .. n' GI III fJ'Ol!lI3 168 SO 1.8 1.4 1.7 Pop.22, 23, 25, 29, 32 and 432 195 SF 3.0 1,.i1 hI pop. 22, 21\, 25,29, ~.nd4~
2.5 152 0 2.5 1.7 2.0 Pop.22, 23, 25, 29, 32 and 43:LS 200 D 2.5 2:0 1•.5 ~p. 25, 32,43; f>C:1P!J~3;242 198 0 3.3 1.3 1.8 Pop. 25, 32, 13; Pools 23, 24
3.S 18$ D 3.5 1.~ 1,5 f'bp. 25, 32, 13;"6Ql.'~';243 183 SO 2.8 1.7 1.3 Pop. 25, 32, 13; Pools 23, 24
J:$ 193 SO 2.7 1,5 1.5 Pop.. 25; 32, ...3; POciI~.2~,2t'3 185 0 2.5 2.7 1.7 Pop. 25, 32, 43; Pools 23, 243 205 0 2.2 1.8 POp. 25, 32, 43; .Pbtil. ·23;2.
2.5 193 0 3.7 1.8 1.5 Pop. 25, 32, 43; Pool. 23, 242;5 fijI I) 2.0 '1(it 1;5 Pop. 25;32, 43;f\~~~,243 205 SO 3.5 1.5 2.0 Pop. 25, 32, 13; Pools 23,24
2.5 117 So 4.3 1.9 1.5 Pop. 25, 32, 43; P6Qls 2~, 242 180 F 3.0 2.2 2.2 Pop. 25, 32, 43; Pools 23, 24
1.5 168 So 3.8 . U PQP. 25,·32,13; P""1$23, 242 200 SO 3.2 2.1 1.8 Pop. 25, 32, 43; Pools 23, 24
2.$ 162 F 3.0 2:2 If!)P. 2_, 32, 43:PoQlil,23i~J1 175 SO 3.8 1.6 1.8 Pop. 25, 32, 43; Pools 23, 24
2.5 168 SO 2.3 2.3 2.2 Pop..25, ~~, 43 and Pool 232.5 195 0 3.8 1.8 Pop. 25, 32, 43 and Pool 232 205 F 2.8 Ui 2.7 Pop. 49
2.5 180 F 3.5 2.0 Pop. 21, 22, 29, 43 and Pool 243.5 185 SO 4.0 1.8 1.3 Pop•.2$, 32, 4'3 and 1'\1111234 198 0 3.8 1.6 1.5 Pop. 25, 32, 43 and Pool 23
1.5 175 SF 2;8 1al 1.5 Pop.25,32,43atldPOl'iDI32.5 195 0 2.2 1.8 1.5 Pop. 22, 25, 29, 32 and Pool 232.5 190 D 2.2 1.4 2.0 Pop.' 22, 25, 29, 32'andP6b1232 220 0 3.0 1.5 1.5 Pop. 22, 25, 29, 32 and Pool 232 215 SO 2.5 1.5 U Pop. 22, 25, 21, 32l11'ldPooi 233 183 SF 2.3 1.7 Pop. 22, 25, 29, 32 and Pool 23
3.5 197 0 2.7 2.2 1.5 Pop. 22, .25, 29, 32 and POOl 233 190 SF 3.2 1.7 1.5 Pop. 22, 25, 29, 32 and Pool 233 195 SO 1.8 1.6 1.5 Pop. 22,25, 29, ·32 lII'ld P·ool;l3
1.5 177 0 2.8 2.4 1.8 Pop. 22, 25, 29, 32 and Pool 232 170 0 1.5 1.5 1.5 Pop. 22, 25, 29, 32 and'P2,P242 175 0 1.5 1.5 1.5 Pop. 22, 25, 29, 32 and P2,P24
7
Tropical white lines
SourceCMLNo. germ- Pedigrw Maturity
plasm
LATE MATURITY LINES
CML396 Pop21 P21C5HClot-3-1-5-4~2-B"1 uw
CML317 POp21 P21S1'E1::1HC43+1-3·1..:l-8ee·24JIl\4t'lI l..lte
CML3" Pop21 P21 C5HC21.-2-3-B-r4-8BB.-.s". uta
CMU" popn P21C$HC12-3.1>02-BBBB_l-B~' \J!.CML400 Pop21 P21C5HC.4-S4-F3-B-6-B"14 ulo
CMU81 P0p21 P21HCnllS4 FRIP}4II-7-BBBBBB8B i..IllI
CML402 Pop22 AC'222-4l-2-2-B_2-BBB-14-B"' ulo
CML403 Pop22 P22Cl..$4;;l-88B..w-BBB8B8B bit.CML404 Pop23 P23STE-C2-4l-8"12 Law
CMU05 P0p43 POSTA SeooQ.S3-12-1·1-B"11 !.at.
CML406 Pop43 (AC7143"PR7721)-3+1-2-BBB.2-B4-B"I Late
CML407 Pool24 (G24TSR11"P21F1'8)-1-1-B-2-2-BBB.1~"' LattEARLY MATURITY LINES
CMU1. Pop48 IkaneI148SR....-2-BBB-4-B"' ~!'!Y
CML417 Pop41 P4'STEC2-1-BBBBBB8 Early
CMU18 Poollll Q15C22MH1~.2".1.2-BBBBB e.tty
CML41' Pool15 G15C22MH131t-1-3-4.1-1-BBBBBBB Early
CML420 Poolll GlIC19UH218i$.1.1-3.2-Bot-BB8B SIllY
8
~~~
• i: 2 l! ...N " ~'.. • 0
,.;; Ii ... • eIi J:. '" 2 el• c- c a• e ... ~ ;i• ;\' ~ a: • Potential heterotic partners... el w :z:
135 0 1.9 2.0 AS CML2••, CML4& & CML2~
14& SF I.' 2.0 A CML2ol7
170 SF 1.5 2.0 AB CML26B,CML36 & CML247
tID F 1.5 2.5 A CM~7
145 SF 1.5 2.5 A CML247
t4& F 1.5 2.5 A
170 1.9 1.5 B
110 F 2.1 1.5 A
1.0 F 1.5 2.0 B
120 1.4 2.0
160 SF 2.B 2.0 A
155 F 1.3 2.0 A
t60 SF 2.0 2.5 A
154.4 0 3.0 1.5 A
120 F 2.5 2.5 S
110 SF 2.5 2.5 S CL-Gl.07 & CL-44.02
ttO F 3.0 3.0 A CL-Gt504 & CL-44902
9
Tropical yellow lines
CML18
qML1~
CML20
CML21
CML25
CML26
CML27¢MU8
CML29
CML30
CML31
CML32
CML33
CML40
CML41
CML50
CML51
CM1.52
CML57
CMLS8
CML59CML60
CML67
CMl69
CML70
CML71
CML72
CML73
Pop24
Pop24
Pop24
Pop24
Pop26
Pop26
Pop27
Pop27
Pop27
P~Jl27
Pop27
Pap2'Pop28
Pop36
Pop36
Pop78
Pop79
Pop79
Pool26poolI!a
Antigua
Antill".
Antigua
Pop36
Antigua
Antigua
Antigua
Anti ua
Ped~{,
Pob24HC26·1-3·B-#"5·B
Pob24HC26.1:3::4-2.B.3.1..,'~
Pob24HC34·2-3·B-I##
POb2'4HC227.1'2"'1;'2:ZW#,
Pob26HC37·1 ...·B-#"5·B
Pob2&HC40';.4.1·-8;#.>2-B#
Pob27HC1·1-3·B-I##
Pob27HC3li4103-B41##tU3
Pob27HC71·3·1·B-#"5·B
P6b2?f1C7' .....'.,.,4#-BB...'
Pob27HC117·1 ...·B-####
Pob28(TSR)S2.11.24-B.1...•
Pob28(TSRIS2·21-3·1-3·1-####
Polt3&C6HC1A4-2~2-B""'
Pob36C5HC223·1·1·2·3-#-1·141#
ACROSS8078.2-4-1.
STA.ROSA8079·1·2·3-1##
STA.ROSAU19·22;2.2.fiS
G26C19MH17-3·1·BB·141#
G26C1.9MH29.s'2..BBB4I#
Ant1'305·1.',.a.b1'.2.3.b1·b1jN)'
AntGP2;St..".'2.5.1.1·1.b1·b1jN)1·.... •(AntG p2·5#lIAnt38586.11.&·b1-4·2·2-5·b1·b1
P36CSF37'2·1·1·b1~1-b1.b1-b1
(AntGp2·5#1/Ant38586·1 ).&·b1·2-3·1·b1·b1.
AntGP2.5tl-1..2.1-1·S·5·7.b1..b1tlb1
AntGP2·5#-1·2·1·1·3·3·1·b1·b1#b1
AntGP2;St..h2.3.b1.,.1.11b1-b1ll1b1
10
l.afeLate
interm.
Interm.
Late
Interm.
"in'irin.Interm.
Intiltm.
Interm.
IntMill.Late
~Interm.
tntllqn.Interm.\I~.
Late
Lllte
Late
Lata
Late
Lata'
1070
11111078
10301024
1044
1072
1066
10~21';
1005
1~.
932
10D10771,.,1027
1065
1166
1146
1180
1240
1240
123l!1186
1200;\
soa~.oII
F
F
F
F
F
F
ooSF
SOSO'
F
FF
F
1.9
1.5
1.7
2,32.1
1.•
1.6
NA1.7
2;0
1.7
2.3
1.5
2.•
2.6
It'2.2
NA
2.0
NANAIt'
NANA
NANANANA
2.9
~,.q
2.1
2,6'2.1
2.12.6
~~1.'IMI
2.3
.2.82.0
2:73.0NA~~'
2.1
NA2.1
NANANA
NANA
NAtIIA
NAHA
11
2.1
i,42.2 P. polysora
3:12.1 P. polysora
UP, poiysora2.2 Lodging
.•2;~~9!n,o2 P. polysol'll
3.3
2:.'t:t¥l'Q!!tV.2.1 P.polys?1'll
1;7'2.1 Lodging
2.LOdging
2.7 Lodging
1.6@r~J
1.8
23
3
3 SWCB/FAW
2
3 SWCB/FAW
2$'NCd~.t
2 Turclcum
3
Tropical yellow linesPedigree
CMLNo. Source germpl••mC0!
CML282 Pool22 IG22F128·G22F25}-2-2-3·1-BB-I 874CML283 Pool22 (G22TSR7·G26F37}·2·2·2·1-BB-I 933CML284 PooIZ2 (G22F128·G2ZF25)-2-2-2·2-BB-I 933CML285 PopZ4 Pob24C5HC34·2-3-B-I-2i-eBB.f 904CML286 Pop24 Pob24STEC1HC16-1-3-3-1·2-BB-I 904CML287 Pop24 '(P24FZ8'27Fl ).....1-B-1.1-BB.f 904CML288 Pop24 Pob24STEC1HC45-1-Z-3-3-2-BB-I 859CML289 Pop24 Pob24STfC1HCZJ·5·2.1-2-3-BB-I 949CML290 Pop28 (Pob28xTSR)-33-3·7-3·1-BB.f 980CML291 PopZ8 (PobZ8xTSR).3J.3·3-B·t:2.-BB-I 904CML29Z Pop28 (pob28xTSR}-3J-l-7-1·2-BB-I 949CML29J . Pop28 ' (AC7627·2aTSR)-l.....1.1-BB-I 980CML294 SATSR SINT.AM.TSR·93.2-Z.2.2-BB.f 918CML29S SATSR SINT.AM.TSR.76-2.1.1-1:BB.:t 689CML298 SATSR SINT.AM.TSR-76.1.1.1·Z-BB.1 889CML297 SATSR SINTAM.TSR·23-3·1.1·1-BS-I lI94CML298 SATSR SINT.AM.TSR.7.....2-2-1-BB-I 918CML299 'SATSR SINTAM.TSR-76.1.2-Z-2-BB-I 889CML300 SATSR SINTAM.TSR-76-1·2-J·l-BB-I 859CML301 SATSR SINT.AM.TSR-76·Z.1-3-4-BB.f .74CMLJ02 SATSR SINT.AM.TSR.7.1·Z-B-1-1-BB-I 1022CMLJ03 SATSR SINTAM.TSR·23-J·2~-3-8B.f 949CMLJ04 SATSR SINT.AM.TSR-76.1.2-3-2-B.B.f 904CMLJ05 'SA TSR SINTAM.TSR-2J-2-2.1-3-BB-I 133CMLJ06 SATSR SINT.AM.TSR·19·1·2-3-1-BB-I 118CMLJ07 SATSR 'SINTAM.TS~-Ol-3.2"-2-B8.f 949CMLJ08 SATSR SINTAM.TSR-ZJ-J·1-2-4-BB-I 933
podig_
CMLNo.
CML408 Pop24 P24STECZ·29-BBBB..f-4-BBBB8BBCML409 PopZ4 P24STfC2·Z9-BBBB...7-B8BBBBBCML410 Pop27 CAPT.MIRANDAI627-4-1-2-BBBBBBBBBBBCML411 PopZ8 P28C7-SU-BBBBB8B8BBBCML412 Pop36 P36C5HC271-1-1-B.r-.a Late'CML413 SI.AmTSR Sfn. Am.TSR-23-3·2-3-2-BB-r-.aBBB8 laNCML414 SiAm.TSRTSR Sin' Am.TSR·2J-1-2-4·1-BBBB-.a·8 laNCML415 KC3001 KCJ001/KCJ002-22·2-1-B-4-BB8B8BBB lioN
EARLY MATURITY LINES •, ML421 PopJ1 P31DMR'1-l55-2-3.2.1-BBBBBBB EartyCML422 Pool17 G17TSRMH5-Z.....7.1·1·1-BBBB88B fartyCML42J 'Poo11' G18C19MH100#-4-1.1-BBBBBBB EartyCML424 Pool21 G21C22MH169'.1·2-1-1-BBBBBB8 f.rty
12
~ E e .!l 0. .! ~ i! J:
C eE-, 0 •
• E i! Ii .. E .{! - u " • .: iii ..2.5 In so 4.1 2.0 1.5 Pop.26,31,SinLAm.TSR,Pool212.5 110 0 3.5 1.7 Pop.28,31,Sln'.Am.TSR,Pool212.5 117 SF 4.0 2.7 1.8 Pop.28,31,SinLAm.TSR,PooI212 175 0 3.5 2.0 1.5 Pop.27,28,38.Suwonl,P25,P282 190 F 2.2 1.9 1.5 Pop.27.28,36.Suwonl.P25,P26
3.5 200 F 4.7 2.0 1.5 Pop.27,2I,36,Suwonl, P262 160 F 5.0 2.1 1.8 Pop.27,28,36.Suwonl,P25,P28
3.5 165 F 2.1 1.5 Pop.27,28,36,Suwo l'3 173 F 2.8 1.8 1.1 Pop. 24,27,36,Suwonl, TSR,P 25
2.5 190 F 3.3 2.3 1.5 Pop. 24,27,36,Su nl, T8 ,P 253 183 F 3.1 1.7 1.7 Pop. 24,27,36,Suwonl, T8R,P 253 178 SO 3.8 2.3 1,5 Pop. 24,27,36,Su_nl, TSR,P 25
1.5 112 SF 2.7 2.3 1.7 Pops.24,28,36 snd Pool 282 1ST F 2.2 1.5 1.5 Pops.24,28,38 .nd Pool 213 197 F 3.5 1.5 Pops.24,2.,36 and Pool 213 In SO 1.7 1.5 Pops.24,~6,36 snd 001211 155 SF 2.3 1.5 1.7 Pops.24,28,36 snd Pool 26
1.8 202 F 3.7 1,7 1.5 PopL24,28,38 snd Pool 212.5 182 F 3.5 1.0 Pops.24,28,38 snd Pool 262.5 197 SF 3.7 1.8 1.5 Pops.24,28,36 .nd Pool 262.5 175 SO 3.0 1.7 Pops.24,21,36 snd Pool 212 173 F 2.2 2.3 Pops.2 ,26,36 snd Pool 262 183 F 2.2 1.5 1.7 Pops.24,28,31 snd Pool 28
2.5 182 0 2.8 1.5 Pops.24,21,38 snd Pool 263 183 SO 3.2 2.4 1.5 Pops.24,26,36 snd Pool 26
1.5 157 SF 2.3 2.4 1.5 Pops.24,2I,3I.nd Pool 262.5 155 so 3.2 1.7 1.5 Pops.24,28,36 and Pool 26
...: 8 Potential heterotic partne,.to -
135 2.0 A CL-00331130 2.0 A CL-00331140 1.5 B CL.o0331130 2.0 A CL.o0331140 1.6 B CL.o2411140 2.4 B CML-287,CML-265155 2.5 B CML-287130 1.5 A CL.oo331
166.9 SF 3.3 2.0 B CL-G1701110 SF 3.5 1.5 B CL-G1801 & CL-03181120 C 3.5 2.0 " CL.o3101, CL-G2101160 F 3.0 2.5 B CL03103,CLG1816 & CLG1101
13
Subtropical white lines
SourceCML No. gonn-
plaam
CML75CML76CML77CML78CML79CML80CML81CMl82CML83'CMLUCML85CMUS.CML87CML88CML89CMLfOCML91CML92CML93CML94CML95CML96CML97CML98CML99CML100CML101CML102CML103CML104CML105CML106CML107CML108CML109CMLll0CMLlllCML117CML119CML120CML123CMLl26CML127CML128CML129CML131CML132CML133CMLl35CML136CML137CML138
PopHPop47PopH
Pop«Pop47
Pop47. Pop47
Pedig....
14
Mllurity
:cC c e l!'
- i! S0 e •Cl Cl 0 Resistance Jtolerance to stresses
1018 SF 1.5lSl D 1.5929 D 1.5
'ffiO SD '1.5 Lodging998 D 1.5 Lodging1f9 D 'U899 D 1.5 LodgingIn D 1.5
1030 SF 1.5991 D 1.5 [odging
1018 F 1.5~061 F 2.8 1.51061 F 1.51030 SF 3.0 1.5971 F 3.0 1.5 Lodging978 F 3.0 1.5 Lodgng961 SD 2.5 2.0
1081 SD 3.5 2.0998 SF 2.2 1.5 E. turcicum
1030 SD 2.5 ~ 1.510« SO 1.5978 D 3.8 1.51046 SO 2.5 1.51018 SD 2.5 1.5978 SD
'f010 SF 2.2 E. turclcum1046 D 2.81046 D 2.0 E. lurcicurn945 D 3.5997 D 2.81018 D 2.81061 D 2.2 E. turcicum961 0 2.2 E. turcicum
1'018 D Lodging978 SO961 SO1030 SO Lodging1190 0 3.0 2.0 3.0 E. turcicum1215 F 3.5 4.0 2.01290 SF 3.5 3.0 2.01110 F 5.0 5.0 3.0 SWCB 1st gen.116'0 SF z:s 2.5 3.0 E. turcicum. P. sorgl\i1080 0 4.0 3.0 2.01140 F 3.0 4.0 3.01165 SO 4.0 2.5 4.0 E. turcicum1160 D 2.5 4.0 3.0 'P. sorghl1065 0 5.0 2.0 4.0 E. turcicum1215 0 5.0 2.5 5.0 E. turcicum1090 0 4.5 3 31165 0 ~ 4.0 3.0 3.01050 SO 3.0 4.0 2.0
- 1170- F 2.5 3.0 4.0 P. sorghi
15
CML311 PoplOO 5B9500 F2·2-2·2-B·5 1027CML312 PapMll 88951lO f'2.2.2·1·1 .... ttlCML313 Pop5G1 P5G1 COFB-3-3-2·'·B-B "'7CUL3'. PoplIOO PBOOCOF14-2,'·2·S". "1CML3'5 PoplOO P5OOc0F245....'·2·2·Er3 III
CMLI1t PopIOO PIOOcOFt14-1·1·S"3 ,.CML3'7 P0p47 P47c4FIO·'·2·B·4 ..,CMU•• A!Ioyw I7[BB10(")S3IG24S2J"~.''''''4 ....CML3'. Rec:yW 89[Cr.ArglCIM.Sh PI NP~2+B-II .B'CMLUO ...... P801COF11Z-2·I.'....... 110iCML32' Pop5Q2 P502cOF'·1-3·1-B·4 '051CML322 RecvW. .9(lILMBR]17..·5-3-' ....... liS.·
EARLYCML317 NOI .1[G27/TEW·TSR).....,.2...1-1-B-B-8 EmtrCML35I P40' 19[G32/TSR·TEW)I-'7'·2-3-1·B·B.2·2-1-B·B·B Early
CML3Ie N02 1I[G27/TEW.TSR)t-1a-2~B&B-8 ~
INTERMEDIATE MATURITY
CML3711 M8~~MBR~~2~4-3~-3-~ tnIlIrm.
CML37' MBR.EtWC' MBR·ET\WJF2·...1-1.1.a·B-I-B-B Intarm.
CMLJ72 MBR-EtWC, MBR.ET(W)F.2~1 77·3·1-1·8-11 tnIlIrm.
CML373 P43SR P43SR....,·'·2·,·B...,-B·B.. Intarm.
CMLJ7. P438R P43SR·'77·1·1·2·'·1·2-34-8 Interm.CML375 P44CI P44ClFS'...3·2...·2·B-B·1-B-. InteRn.
CML371 S1.WHG-A SLWHG-AF" ..2·'·1-B-'·....... IntamLCML377 RCY·ST I9[SPMAT/P6OO)'-II4-4·Er' Interm.
CML371 SlWHG-B S1.WHG·'8F45-3-'·'-II-2·8.a Interm.
LATE MATURITY
CML371 PopI01 P80'c'UJ'303-1-'-1·2·1-3-8 I.atieCML3IO Popl01 PI01c11-303-1·1-2-2·1-5·B Late
~3I' PopIOl PIO'c11-401-3·1-2-B-II UteCML312 Pop50' P501c'......3·'·'·B-B Lale
CML3I3 PopIOJ PB02c11-771·2·2-1·1•• LateCML314 Pop502 P502c1.-77'·2·2-1·3·B Late
~L311 PooI02 P502c,..n'·'·'·1-B-II late
16
• .,EN Q :E ~'i 'i " eo
'" c f '" e'i (; 0• E- - ~l! lC • " oJ• • E ;j • Potential heterotic partners• - " o • ..: %
2.5 201 SF 1.5 2.0
2.6 183 SF 2.0 1.9
3 206 SO 3.5 2.0
2 183 0 4.5 .0
2 148 0 2.0 2.5
3 185 SO 2.5 2.5
2.5 203 SF 3.0 1.5
3 206 SO 3.5 2.0
3 186 SO 4.0 2.0
3 178 SO 3.5 2.1
3.5 200 SF 2.0 2.4
2 138 F 3.0 3.0
3 140 F 2.0 A CL·G1807, CL-G1502
3 160 SO 2.5 A CML367,CL-G1607
2 155 SO 2.q B CM 3!1
2 176 SO 2.0 1.0 2.5 B CML216
1 126 SO 1.0 2.0 2.0 B CML216
1 138 SF 2.0 2.0 2.0 A CML216,CML321
2 160 0 2.0 3.0 2.5 A CML78,CML321
2 182 SO 4.0 2.0 2.0 B CML78,CML311,CML320
2 134 SO 2.0 2.5 2.0 B CML320,CML311
1.5 131 F 3.0 3.0 1.0 B CML311,CML320
1.5 171 SO 3.5 1.0 1.5 B CML320,CML377
2 147 SF 3.0 5.0 2.0 B CML320,CML247,CML264
1.5 150 F 2.0 2.5 2.0 A CML 384
1.5 159 F 2.0 2.0 1.5 A CML 383, CML 384
2.5 133 SF 2.5 3.5 1.6 A CML 383, CML 384, CML 385
2 129 SF 1.5 3.6 2.5 A CML 383, CML 384
2.5 141 F 2.0 2.0 1.5 B CML 380, CML 381, CML 382
2.5 146 F 1.5 2.0 1.5 B CML 379, CML 380, CML 381, CML
2,5 163 F 1.5 3.0 1.5 B CML 381
17
CML112
CML113
CMLl14
CML115
CMLl16
CMLl18 .
Pop33 Pob33C1HC-8-3-3-8.....2-2-2-8B
POp33 Pob33C1HC-8-129-8.-.2-8
Pop45 Pob45C2HC·B-88.......1-1-2-8B
POJ'45 Pob45C2HCt51(RIFl-*-5-1-2-8BB
Pop45 Pob45(STEjC1HC36-5-1-3-1-8B
SIYFsJlbl-7-b1-b1*bl
I-IEarly
Interm.Late
(Mp704lMp78:518)-8-3-4-b1-4-2~1.b1"b1
(PI2181911P1209135/1PI226685IP1317328/3/p47IMpSWCB4}6-3-15-1-b1-b1 *b1 (Mp7041Mp78:518)-8-34-b1-4-2.3-b1-b1-#b1
CML121
CML122
CML124
CML125
CML130
CMLl34
CML139
Pop33
Pop<15
Inleon.
Inte .
IP47IMp704!:"3-1-8-2-4-1-4-b1-bUb1 Early
(PI218191IPI20913511P12266851P131732813tP47/MpSWCB4)6-3-1-5-2-1-J.2,t,2-b11b1 Interm.
Pob3Jc1F118-5-1~-5-4-b1-b11b1 Intenn.POb45c2F151-1-2-5-3-1-24-b1-b11b1 Intorm.Mp78:518-15-bl-bUbl Interm.
Subtropical yellow lines
CMLNo.
CML323
CML324
CML32S
CML326
CML327
CML328
CML329
Sourcego",,plum
Pop33
Pop33
Pop45
Pop45
Pop45
RecyY.
RecyY.
P33c2(STE).102-2-B-2-B-1-8"3
P33c2(STE).!2-1-8-2,8'4
P4Sc6F28-1.2-8"6
P45c6F6-2-1-1-8'S
P45c6F83-3-1,8'5
89/HTSG29-1ITEYFDMRJI-86-1-2-8"3
89[SPMATC4IEV89MDREYJ-16S-2,8"3
18
964
995
949
964
1027
809
964
E;:
.iL_ e e t' ~ ~eg - ~ ~ i! ~
If " ~ . w . Resistance Jtol....nce to ItrHH.01
945 F
1018 F
1122 F
998 F
1018 D1185 D 4.5 5.0 4.0
1120 0 3.0 3.0 3.0 SWCB1110 0 5.0 2.5 3.0 SWCB. E.. turcleum1030 F 1.5 2.5 2.0 SWCB, E. turcicum, P. sorghl
1120 D 3.0 2.5 2.0 SWC81 E. turcicum_1100 F 5.0 3.0 3.0
1100 SO 2.0 .4.0 2.0 P.•orghl1140 SF 4.5 4.0 3.0 SWCB.FAW
e- ..!!.~'
!l: E.. . •! l- i: J!
~!
! e t' e ";;~ S i! . ;. .!
" iii at % Potond.i_rode partners
3.5 loa F 3.0 2.2 1.9 B CML325. 326. 327
2 171 F 3.5 2.7 2.4 B CML325, 326, 327
2.5 170 0 3.5 3.0 3.6 A CML323, 324, 328
3 155 F 1.5 3.5 2.4 A CML323. 324, 328
2.5 178 SO 3.5 2.5 2.8 A CML323. 324, 328
2 183 F 2.5 3.0 1.6 B CML325, 326, !273 145 F 2.5 3.3 A CML325
19
Highland lines
·CMLNo.
CML239
CML240
CML241
CML242
CML243
CML244
CML24S"
CML246
Soure.v-rrnplalm
popes
PopBS
PopB5
Pop85
popes
PopB5
. Pop8s
Pop800
Podig_
Pob8SC2HC27-2-1.2TL.I·I~
Pob8SC3HCS0..(..5-l-1-b
BltlnB7B5MH10.1-1-2TL·1-1 TL·2-b
Bltln878SMH10.1-1 -2TL-1-JTL-J-I TL-b
Bltln87BSMH10.1-I -STL-J·2-b
BltlnB7BSMH1 0-1-2·1 -1 TL·2-b
PobB6COHC77.21.2-1.2-1 ·1·1..11
PobBOOC2HC22-H-2·JTL-I .2.TTL-b.
CML245 has yellow Ql'2Iln color
Highland early maturity white lines
CMLNo.
CML349
CML3S0
CMLJSl
CMLJS2
CMLJSJ
CMLJ54
CML3SS
CML3S6
Sourcegermpl.sm
Broad
Broad
Brood
BroldBroldPopBS
PopBOO
PopBOO
Podlg_
HTBAB9 138·5-1.2TL-I -4-2TL-B-ITL-B_
B.P.V.C.BA90 B-2-2-1-HL 4-JTL-B-1TL-B_
B.P.V.C.BABO 163-4,1-1-1TL·1·HL-B_
B.P.V.C. BA90 lBS-1-1-3-2TL·l-B_
B.P.V.C. BABO lB5-2-1-S.1-STL-B-6TL-B4-I
POB.B5 C4 HC1~-10-4TL-3-HL-B_
POB. BOO CS HC36~1-6TL.l.l-STL-B_
POB. BOO CS HCJ7-1-2TL-IHT·l-IOTL-B..t-3
20
982
95fi
960956
917
924
BB5
91B
..! e: ...
cl! ,e l: B;; c .. l: ! '. Resitanee/ tolerance t9g 1-' , ''ii ..
"c c 'ii, 2 ...~ e 1: - c " ! c •
~ ~ ~._ 0
" Ill. -l! ....81 'SF 145 6'0 Green fA EL~urcicum and88 so 140 75 Green fA P.50rghl80 SF 130 60 -Gre!p fA . .
SF .. ; - -83 125 60 Green A .83· SF 135 tip !leddi5h A
.- .. .. -88 SF 160 70 Green A .. ..88 SF -- 135 65 .. G..-en,
n'
A' ·"'N " ._~
..93 SO 185 80 Green B .. ..
... . '.'.,.l: ! ~
2
"....~
Potential hetlorotic partners'! ,£'
.. c- 0 :e. ..H ..~
; !~ 5 ~: ui ~
3 li2li SO 2.'S·· 2.5 fA CML 239,240 2.41 ~.1 120 SF 2 2 A CML 242,355 3583 105 SF 2 , 2 _ A CML356
~.I 160 SF 1.5 1.5 A CML 3552 150' SF 1.5. 1.5 A
,CMl:j"
2 145 SO 2 2 A CML 239,35 3531 14~
-SO 2;5 1.'5 fl, CMt.~, 35.J53..
I 136 SO 3 2 B CML 349, 350, 351
21
CML1t5
CML1KCML191
CML101CML199
CML200
CML201
CML202CMU03
C L20j
CML205
CMUO'
CML201CML201
CML209
CML210CMU11
CML212
CMU13
CML214
CML211CML216
IOOMSR
MSRI2!l·2S3...·I-b-bMSR210-2S3-6-1-b-b
MSR308-4S3-5-1-b-b
MSR1I·IS3~~-b-b
MSR1'-5S3~·I-b-b
MSR8$·IS3·1·1-b..,
ZSR923s.4BULK-6-1-b-b(1..0(TZVARl/TZSR)·Y·1-306-1.1·1-I-SI·2-6...............
(11HI-SELF.....1-59- 1 ..,[EMSR}lB.bF101sr-2-1 r-3·2-t....b
1EV1"2JIIEVPO......RBC31·bf31.J.2~ Z-4-3-b-b[EV7,,2t/EVP044-SRBC3)'bF'37sr-2-3 r-3-6-2-b-b
[EII1t92J.IYB-64-+Z.....2-b-b
IEVT992J'B'8-1!t-1.1.1-a-b-b
(EVI443-5R.BC·I-3Il·1-2sr-4-2·Z·b>blEV'449-SR1POP62J.bF4sr.1-3sr~.1.2..o.b
[EVPOP30-5RBC2ISR82111b-1·2.r·'-3~-b-b
IEVPOP30-SR8C2fZS201')A-121-2sr-2-2.1-b-b
[MSR:1211·1-2~-3-b-b
[MSR:123J.Z-11-1-1-b-b
[MSR:131J~~-3-S-b-b
Mid·altitude white lines resistant to Maize Streak Virus (MSV)
I ~,~ I~ I--,---Podlg_~I&_"'_119
'0
M
16
nn'311
18
11
CML386 ZMSGI[e>I7
CML3t7 ZMlOS~~Jc"%4Uo'IOSUII",'.t~.
CML3I1 ZM60SIrvr~t.....,e::'1'Z4U-t(oeuItJ4""""""I"'.
CMUS9 l.M6Q9~~4ott-MfC'f<1-»t."06UM~1~.
CML39Q EV1192 [EV7"2JC1 FZ"'30·3~~-8·1-8·'
i CML391 EV1tsz [EV1I92JC1FZ"'30~~-8-I-8"
I CML392 Brood IM:l1Wft~21'lA"'M11N...",~" ...t"""
i CML3S3 Broad
CML394 Broad
CMUS5 UTA
22
Developed at CIMMYT. Zimbabwe
i1# " Jl
~ i J ~ I ..j! f E ~... • u
SF 180.0 100.0 a0 110.0 100.0 AF 170.0 100.0 A0 130.0 ••.0 A,a
SO 1.cl.o 70.0 a0 180.0 100.0 A0 160.0 70.0 aso 1.cl.0 80.0 A0 '40.0 '0.0 A0 160.0 100.0 a
SO 110.0 100.0 aso 'ZO.O '0.0 ASO 160.• 70.0 ASO t60.0 .... Aso 160.0 80.0 aso ZOO.O 100.0 Aso 160.0 100.0 Aso 1.cl.0 90.0 aso 140.0 70-0 aSF 170.0 .... aSF '90.0 100.0 ASF 170.0 100.0 A,a
Developed at CIMMYT Zimbabwe
j :ll '5 ~ ..i ~
J ~Ii ! j e il
H .i ;; > !I ji... ! s !l1 l! ~
F 180 3.' 2.5 2 1.5 U U A
F 17S 2.• 1.0 1.71 1.75 1.1 33 A
F 20S 2.S 1.3 2 1.1 ':1 71 A-, -F 2'0 1.' 1.J 1.75 1.' 2.J 4J A
F 110 3,3 1.G 1.1 1.21 2.• •• A
F 200 2.' I .• 2 1.5 23 31 A
SF 185 2.9 2.3 2.1 1.25 '2.' 23 AF 200 2.J 1.0 1.75 1.75 2 31 A
SF 110 2.1 2.' 2.3s 2 2.' '4 BlASF 19. l.J 1.1 1.75 2 1.1 24 a
23
Pob66c'1HC215-4·1·2-8-8-2-8-a-aG25QSINT-37·3-2·2-8-8G26QSINT-31·1·2·2·B-BG26Qe22MH7.1·1·1-1.a.aG26Qc22MH9.3-1-5·1-B-1lG25QS4B-MHI3-5-B-l-1-2-8-1-8-B-1l
G25QS4B-MH3'-2-8-1-1.2-B-4-B.a-B·B
Pob62c3HC87-2-1 ......,-a....a
Pob62cSHC24-1-3-2·1-a-B-2-8-B"Pob62c5HC93-5-6.1-3.a-a-a-7.a.a..POb62C6HC8I.,-,-8-B.a.,0-aj-ai:..~~_· "\'::-:'~~~-;":"~lP;:IPob62c6HC88·1·1.a.a-a·lo.a-a..Pob62c5HC112-2.1-2-a-a-3·1_Pob63cOHC I8I -3-2-1 ......2-a-a-a-a_
AC8563MH35.3·,-a-2·1.a-8-1-a-a..Pob63c2HC53.1-1-a-a-a,9-a-a..
G23QMH19·1·1-a·1·2·e.a.a.a..G24QMHI59·2·2.2-a·2-a-a-a....aG24QMHI69.2·1-a.3-1·1-a B 3 B •• BSI662Q-1-4-4-1_
S8662Q-1-4-4-5.a"S8662Q-28-4-B.a-a..
.rFV8762.sRI~17.1.B.a" _Pot62c3HC163-2-1-3"'.I-I.1-a-l-B_Pob62c3HC163-3-1-3·1 -8.1-3.a..J-l-1-a..Pob82el HC24-1-3.2-I -a-2-1-l-a..
(EV8762-SRJ-2·1-8·1·B.-Pob63e2HC5·1-3-1 -a-2-1-1-a..
Pob63c2HC6-2·1.1-8-2·1.a..G25Qc18MH520-,·,..,·2-.5-3-8-,-8-8-8-8..
G2'QclHC18-8·1·2-B-1l·2~
G26QMH31-2·24-2·2-1-8-1-8_Pob65c2HC193.2·7.l-.1 .1·2·1-8-3.a·I-8·BPob66cl HC144-3·1 ·1-8-a-1-a-a..
Pop62
Pop62Pop62
Pop62 "Pop62Popl2Pop63
P0p63P0p63P23QPMP24QPM-P24QPMPop62
Pop62Pop62
Pop62Pop62
Popl2Pop62P0p62Pop63
Pop63P25QPMP2SQPMP26QPM
Pop6SPop66Pop66P25QPMP26QPMP26QPMP26QPMP25QPMP2,QPM
CML140
ML141CML142CML"143
CML143CML144CML145CML146CML147CML148CML149
CMU50CMU51CML152CML153CMLI54CMLI55CML156CML157CMLI5ICML159CML160CMU61
CMU62CML163CMU64CML165CML166CML167CMU66CML169CML170CML171CMLI72
24
Grain color
White
WhiteWhit.
While
White
While
White
WhileWhite
WhileWhile
While
While
Whit.Whit.White
White
White
WhiteWhileWhi..
Wh"eYellow
Yellow
Yellow
Vellow
Yellow
Yellow
Yellow
VellowYellow
Yellow
Yellow
Yellow
Grain Texture %Protein in grain
25
% Tryptophan In pro~n
Subtropical QPM lines
Pedigr..
ob 8 1 C180-1-3-1-1- - -B-BPob68C1HC249-1-4-4-2-B-BPob68COHC77-2-3-7-B-2-3-1-B-1-B-B(P63-12-2:1IP67=5-1-1)-1-2:e-eG32MH64-2-2-1-1-B-BG32MH12-3-1-B-1-B-BG32MH85_2-1-B-2-B-B'(C32QIEV8444SRBC4)I'B.-:B-B-21-2:BBUW0417-B-2-1-1-B-BWOMTA1-B-1-1-1-B-BG32QMH36-3-2-2-1-1-B-B'G32QMH30-2-2:B-1-B-BPob68C1 HC 221-3-3-2-3-B-B-BPob67C2HC 26-1-2-1-B-8G33QMH2-1-1-2-B-BG33QMH2-1-2-2~
G34QMH17-2-1-1-BG34QMH103-1-1-2-BG34QMH146-1-1-4-BG34QMH174-3-1-2-B-8~Y("~~Z·B-1.1..a
UVO-11-3-2-1-B
opPop68Pop66Pop63/67P32QPMP32QPMP32QPMP32QPMS.Africa,SAlrie.P32QPM
.P'J"2QP'MPop68PopS7P33QPMP330PMP34QPM
. P3~QPMP34QPMP34QP.MS.AfricaS.Africa
L1 3CMU74CML175CML176CML177CML178CML179CML180CML181CML182CML183CMLfUCML185CML186CML187CML188CML189CML190CML191CMC19"2CML193'tML194
ICML No. ISource germ-plasm
Subtropical lines resistant to Insects
Sourc. germ- SCM,LNo. Pedigree 0
plasm ~
White Grained89[SUWAN8422)/[P47s3/Mp78:518J"7-1-1-1-1-1-B4<-
CML330 Recy. W B-B 81489[SUWAN8422j/[P4753/Mp78:518]#-183-1-2-1-2-2-
CML331 Reey. W B4-B-B 87089[SUWAN8U2jIIP47.3IMp78:518]#-183-1-7-3-1-2-
CML332 Rocy. W B4-B-B 814
CML333 Pop590 Pob590C3F373-1-1-7-B4'-5-2-B4'-8 842
CML334 Pop590 Pob590C3F374-2-1-2-B4<-3-3-B4<-B 898
VeUow-Gralnod
CML335 Recy.Y 89[SEYFJIIP47.3/Mp78:518]B-23-1-5-1-1-2-B-41-8 814
CML336 Recy.Y89[TL8645VIP47.3/Mp78:518jB.24.1,1-4-;·3-B-41-8
800
CML337 Recy.Y89[TL8645]/IP47s3IMp78:518JB-24-1-3-2-1-2-B4<-B
786
CML338 Pop590B Pob590B F84-3-3-6-3-1-1-84<-B 786
26
% Protein In grain
2 e-". Re,I'tMceJ Ii Potential h.teroti.. :t
Toktr4lM:e to p.rtners
155 SO 3.0 2.5 FAW A CML321
1.5 181 SO 3.5 3.5 SWCBFAW AlB CML311,314,321
1.5 122 SO 3.5 2.5 SWCB,FAW A CML321
CMDf.1;314;J20;3182 F 2.5 3.0 SWCB,FAW AlB 21
CML311,314,320,3217 SO 2.5 2.5 SWCB,FAW AlB 21
137 SF 3.0 2.5 FAW AlB CML323,CML327
2.5 149 0 3.0 2.5 SWCB,FAW AMCML323.CML32~
2.5 1« 0 3.5 2.5 FAW AlBCML323,CML327
169 SF 2.0 2.5 SWCB,FAW B CML323
27
Tropical lines tolerant to drought and resistant to insects
ii:-CI\IlLNo. Source genn-p18sm Pedigree
~.;~e8."... -
White GrainedCML339 Pop43 LP SEQC3-H297·2-1-1-1-3-.a-BCML340 Pop43 LP SEQC3-H2O-4-1-1-2-3-.a-B
CML341 Pop43 LP SEQC3-H1-2-2·2-1-1-.a-B
CML:ui PO~J LP SEQCJ-Hl.2.2-3.2-1-.a-B
CML343 Pop43 LP SEQC3-H17-1-2-3-2-1 .......B.B
CML344 Tuxpel10 TS6Cl-F118-1.2-3-1.2-.a-B
CML345 Pop390 P390C1SCB-F72-1-1·1-1"-6·BCML346 Pop390 AC90390SR(SCB)-F430.1.1.2-3-2.2___
Yellow GrainedCML347 G26Soq. G26SEQC3-H71-1-1-2.1-B
CML348 G26Soq. G26SEQC3-H83-1-1-2-1-B
Tropical lines tolerant to acid soils
CML No.
CML357
CML358
CML359
CML360
CMU61
CML362
CML363
CML364
CML365
CMLJ66
Soun:. g.nn~la.m
SA3SAJ
SA3
SA4
SA4
SMSA5SA5
SA8
SA8
Yellow GrainedSA3C4HC(6X24)-1-2-2-5-B
SA3C4HC('6X25 2-4-9-7-BSA3C4IiC(16X25)-2-4-3-1-B
SA4C2HC(21 X26)-1-2-2-2-BSA4C2HC(21X26)....2-7-3-B
SA5HC1·3-9·1-3-4-BSA5HCl-3_9_1-5_2·B
SAHCl-5·1·1-5-3-BWhite grained
SA8C1HC(27X3)·1.1-4-3-B
SA8C2HC(27X3)-1.3-6-1-B
28
~ ~- "', it
~
E ~ . e. -;1 ~ e-o ~ >- ;;~ • '" 11 Realatancel " P_ntlll helOlOll.: .c~
.. ~ " i~ 11 " .: ni .:i Tolenlllnceto :t p.rtn....
3 169 F 2.0 2.5 3.0 3.0 Drought B CML254,258,264,268
3 179 SO 4.0 3.5 2.5 2.0 Droughl AlB CM 47,254.258
3 160 SO 2.0 4.0 2.0 3.5 DrtJLowN AlB CML254,258,268
2.5 1~ SO 2.5 3.5 2.5 3.0 DrtJLowN AlB CML247,254,264
3.5 163 SF 3.5 3.0 4.0 2.0 Drought AlB CML247,254,264CML259,218,339,340,34f,
1.5 Sf 2.5 2.5 3.5 3.0 Drought AlB 342CML81,247,249,254,284,2
3.5 156 F 3.0 2.5 2.5 3.0 SCB,FAW AlB 742 152 F 2.5 3.0 3.5 3.0 SCB,FAW B CMU ,254
3 150 SO 3.0 2.0 2.5 2.0 Drought AlB CMdif.CLOO331
2.5 175 SF 3.0 2.5 2.5 2.5 Drought B CML287
=.c e ;;
~0 '" -;1 0 :E0 ~ " PotenUII
0 .. ~III e: 1:- 1 .. 11 ...terotl.
• e i3 f ~ ~~ - ~ .: plrtne..
3 180 F 1.0 1.0 1.0 2.54 .60 SO 1.0 3.0 1.Q 1.54 185 F 1.0 1.0 3.0 2.03 175 F 1.0 3.0 1.0 to
3.5 140 0 1.0 2.0 1.0 1.53 185 F 1,0 3.0 1.0 1.5 ...3 175 F 1.0 3.5 1.0 1.53 195 F 1.0 4.5 1.0 1.5
3 1~ 1.0 2.5 1.0 1.5 Pop. SAl3.5 150 1.0 3.0 1.0 1.0 Pop.SA6
29
Tropical, yellow endosperm, early to Intermediate
,Grein Yield D.yaIO DoyalQ GOD GOD
CML SourcePodigre. (por-H) anthalis ollk Ma" Female
Number Germplaam
.I(1-5) Cd) (d) (10130) (10130)
CML 425 POP.31P31C4S5B-6-..
2.5 49 50 808 832BBBB
CML426 POP.31P31C4S58~
2.0 4' 50 747 7n2-888
CML427 POP.l45SW92145-2P9S2-1-
2.0 51 53 854 879.....BBBB
CML42. POP.145SW91145·2P3S2-1-
2.5 53 55 1154 893.-3-888B
f·
CML429 EY-DMREY~MR-G-C5-S2-
2.5 50 52 820 842B-8-J-1-BBBB
Tropical, yellow endosperm, late maturity lines
, eML Sou,""Pedlgr..
O"lln YiekI(peti O-vato Days toGOO Mole
GODNumber GennplMm ...) .nU..... .lIk F.....t.
I(10IJO) (10/30L._'.. (M) (d) (d)
CML430 AMATL AMATLCOHS169-12.5 58 60 970 1000
1-1-1-2-2-1-B'J
CML431 AMATL AMATLCOHS170-22.5 60 60 lOGO 10G0
3-2-1-1-1·1-8'3
CML432 KTX3752KTX3752F2-7.1·1-
2.5 56 54 893 8661-8-8-B
CML433 KTX3753KTX3753F2-5-1·1-
"2.5 58 62 1011 lOst2-88B
30
maturity lines developed at CIMMYT·Bangkok, Thailand
I H • ~ I J Spctftc,hetwotklj » 0 ~ i i ti ~ . I : -! ~l! .~ -: . 1i .: • .!! I '" a~ . • ~
4II: .. ! ~ % .. ~
em em (1-5) (1-5) (1-5) (1-5) (1-5) (1-51
137 72 0..53 1.5 2.0 3 1 1.5 2.0 Flint GoodCMu 422, 423,
.24, 427 and .29
130 55 0.42 2.0 1,5 3 2 1.5 1.5.. Flint ExcelCML. 422, 423,
424, 427 and 429
CMu 422, 423,108 43 0.40 1.5 3.5 2 1 1.5 3.0 Flint EXC1!t 424, 425, 426 and
CA03111CMLs.A21,422,
120 73 0.&1 1.5 2.0 1 2 1.5 3.0 Flint Good 423,424 and CML425
123 63 0.51 1.5 2.0 4 1 1.5 1..5 Flint ExcelCML. 421, 422,
423,424 and 425
developed at C1MMYT Bangkok Thailand
n 0
1~ ~J R:l!'_We he_.IC.
C I .i. - ~ z i t ~ ) 5 ! i d. pwtner.£j .... !lj l ~ ~. .. = " !
gf." D ~~
% y ;;em em (1-51 (1-5) (1-5) (1-5) (1-5) (1-5)
CML's 432• .t33. CA'..140 78 0.5& 1.5 3.5 1 1 1.5 2.5 F Good 34503, 0032... and
linea: Pop 21
CML's 415,432,
136 72 0.53 1.5 2.0 2 1 1~1.5 2.5 F GoodCA'. 00310, 34604003U. and lin••
.!I Pop. 21
105 50 0.48 15 2.0 3 1 2.5 2 SF GoodCML·. 430, 431,and CA00310
CML'. 430, .31,120 67 0.56 1.5 3.5 3 1 1·.5 2 F Good CAOO108and
lines Pop. 28
31
Tropical, yellow endosperm lines, tolerant to acid solis
! ~~ " " ~ If !
E .. ij li- o .! eo E Ea e .. ~~ ..
i t: l! f~ 11z~. =" !i 3- . ,,15 .~ ~ . .- " ~ ['"' e- " ~
.." !:.
w:Ii . .. aI "
."
,,-0 " " "
,.' Ihla (d) (d) an em, , . - - ~
CM~ SA3-C4HC(18x25)-434 SA3 2-1-2-4-8-8-8-8·8 Add soil 1.70 59,5 60.6 1493 1499 121 46
Normal 2.11 56.0 59.0 1326 14n 155 75soil
~.
CML SA3-e4HC(16x25)- I
435 SA3 ,2·4-3-6-5-5-5-5-8 Aa-d soil pI 56.1 56.1 1403 1454 125 55Normal 2.95 56.5 56.. 0 1328 1424 148 75soU
~
CML SA3-C4HC(19x(5)-438 SA3 2-8-4-5-5-8-5-5-8 Acid soil 1.09 81.8 64.5 1554 1598 _~15 I~ 53
Normal 1.75 64.5 64.5 1543 1;~' 173 63sOil
SA4-C1HC(8x38)-I-CML 5-1-3-7+5-5-5-5-437 SA4 8 A"id so~ 1.21 61.3 6~ 1~.i. 1562 116 44
Normsl 2.05 62.5 63.0 1496 1520 153 81.........
SA4-C2HC(21 x26hCML 1-2-2-2-8-8-5-5-5-436 ~8 Acid.so.!! 1.79 62.6 63.5 1596 1593 133 53
Normal 1.22 650 660 1543 1587 169 8850d
SA5-C2HC(26x21)-CML 4-3-7-5-8-B-5-5-5-439 '$AS l~ Acid soil 2.25 56.5 56.2 1397 1416 1~ 54
Nonn.' 2.81 56.5 56.0 1328 1400 146 l"""tjsoli
32
c,.. .... f::
~..
~ t it ~ .. ~
~ ~ : :l- e t « 1<!~ ~
>. : IEc ;; ! " "~ ! .!! .:l . c c ; . i! .... 0 .. III.:l i! % D-
o Ii..'" e
1-5 (an2) nP I· 5 1 -5 1-5 t/IIa 1-5 1.5- ~ - n 1-
2.5 1~1JlI.!.1~~~8 18.1 2.~ 1)2 3.3 0.7 ,~ Aim , ~1~3700 55.5 2.9 2.3 1.1
,
2.3 I~ 2696 81- 2.~ 2.9 •.3 .4 0.03 seml-flinl SA<l 3.5 --.762 37.5 3.0 2.3 1.1
1~_ Purple 1_3106 ..!i! ll.. .!2. 2.8 .P~ I~ Flint SA<l •6.72 51.5 3.2 3.1 0.9
ll..- y~ 3028 16.7 3.0 2.9 3.3 0.8 o.~ AinI ..I~ 1~ 3.316 51.5 3.0 2.7 1.1
~,.. 1.• ~ Purple 2961 13.6 3~I~~ 1.5 I~ I...i!!.. I_Funl SA3 1 I'", '0.-'1-)948 29.0 J.g 3.5 1.0
2.5 I~ 3117 10.9 2.2 2.6 3.5 l.,!l·~ O.~. Semi~ SA<l 1 I~.83' 32.6 3.1 2.7 1.2
33
Characteristics of six mid·altitude white endosperm
CML Source germplaam Pedlg..
Nu_
CMLc.&O POOl 18 Sequll C1 G16SeqC1F47-Z·1.Z·1-8BBB
CML 441 ZM60~ C2 ZM6~C2F1-17-1-B-1-8B
CML44Z Racycled IM37WfZM607IbF37ar-2-3lr...Z.X)...Z.X.1-8BB
CML 443 ZM60~ C1IAC8342JIKENNE{1)8149SR/IPL.AIC1F1-500....x-1-1-8B-1-BB
CML'" Pop. 43 CI P43C.-1-1.1-1·1-8BBB
CML445 Tuxpeflo Seq, Pop. 49 SR [[TUXPSEQJC1F2/P49-5RIF2-4S-7-5-1-BBB
CML Heterotic Good .pacific combining ability wilh .~.
Number group
CMLc.&O ASCML197, CML202, CML206, CML216, CMU12. CMUtS.CML442. CML'"
CML441 B CML206, CML442
CML44Z A CML20Z, CML216, CMU12. CMU9~.CML«O.CM~
CML 443 ABCML202. CML206, CML216, CML312, CML390, CML39~,CML~
CML... B CMU97, CML312, CML440, CML442, CML44a ""CML445 AB CML202, CML206, CML312, CMl39~
34
lines developed at CIMMYT Harare Zimbabwe
Seed AnthHio GOO GDD Plant Ear Lodg1nQ Grain
yIald - (10130) (1/3oU") height height _t a"... ..-(1-5) Id) "d °d (em) lem) ('lfo) ,..,3.5 72 a» ..7 It 47 1 10 SF
3.0 78 870 935 137 85 5 2 SF
1.5 75 asa .23 141 n 5 0 D
3.5 80 915 982 121 67 3 8 So/SF
2.0 U 137 1005 '" al 3 1 SO
1.5 78 870 935 151 73 0 1 So/SF
GLS P.•OrJ1 E. lure May Elf General combining ability (GCA
rot Average Optimal Drought NI......(105) 11-5) (1-1) 114) (105) (1-5) (1-5) 11-51 (1-5)
1.1 2.7 2.0 U U 2.0 2.0 2.8 1.0
2.1 2.0 2.8 2.6 1.5 2.5 2.5 3.0 2.0
U 1.1 2.1 1.1 2.1 2.1 3.0 2.5 2.5
1.9 1.7 1.9 3.9 2.2 2.5 2.0 3.0 2.0
2.0 3.1 1.5 U 1.7 1.5 1.0 1.5 2.0 I1.8 U 1.3 3.0 2.A 1.5 1.0 1.5 1.5
35
Tropical white endosperm late to intermediate maturity
CML SourcePodig... Yield
Days to GOO Tassel PlantEarl'll.Number Gennplaam nowerlng rem. size hi.
lIha male f.rn. (10/30) (1-5) (em) (em)
IPNVA.BCO·CSlD).~CMLm RCW PH·l001Fs.4-B-1·2-1 3.6 60 59 1201 2 173 9.4
B'4
CML447 Pob.43(P43F95"P21F219H
2.4 63 63 1279 2 142 67BBB·l ...4-8"9
P21CMRRS)C1-430·1CML448 POb.21 BBBBBBBBBBBBB 3.9 10 10 1221 3 1S3 70
B
CML449 Pob.32 P32(MRRS)F2C2·232.2 57 56 1137 2 143 66
2-8BBBBBBBBB
(SEGR-6-6. I'CML450 RCW ,.NPH28-1H-l-1-8 4.0 58 88 1180 1 153 67
B·l-2-8"6.
Tropical yellow endosperm late to intermediate maturtty
CML SourceP.dlg.... Yield
Dayoto GOO Tassel PlantEar hI.Number Gennplaam _ring fem. size hI.
~ .Uha male '.m. (10/30) (1-5) (em) (em)
[NPH28.CML451 Pool25 1"G25j"NPH28j.l.2. 2.4 59 60 1221 2 148 62
1·1.J..1-B"6
CML452 Pob.28Ac8328BNC8-161·1.
3.3 ;6 55 1117 3 166 76l·l-8BBBBBB
CML453 Pob.24P24STEC1HC21.3·1
2.2 58 58 1180 3 163 82l-#-BBB..f-#-8BB
CML454 Pob.27CAPITAN MIRANDA
3.8 10 88 1110 1 1116 898827·20-1·2-8'15
36
lines developed at CIMMYT Mexico
Plant Stand. Ear E.rrot Gr~inP.p. B. _ydls GCA
Hot. Specific h~terotic
....igor ability ••p. tlxL Pau.m partnl"
(1-5) (1-5) (1-5) (1-5) l/hl.
2 2.5 U 1.9 0 1.75 2 Excl. B CMUs.4
2 2 3.9 3.5 SD 1.5 1.5 Excl. ACML269,CML3U.CMUU
2.5 3 3.1 2.1 0 2.25 2 Good ACL-4321.,CL-63215.CL-43213
3 3 3.6 2'.• F 1.75 2.75 Good B CL-42198.CMUs.4
2 2.5 2.' 2.• SF 1.5 2 Excl. B CML2s.4
lines developed at CIMMYT Mexico-Ptant Stand· EI< Ear rot G...in
P.p. 8. maydls GCAHot. Specific hlterotlc
vigor Ibllity alp. text. Pattern partners
(1-!L (1-5) (1-5) (1-5) Uha.
1 2 3.9 2.1 SF 2 2 Excl. B CML287
2 2 3.• 2.2 SO 1.5 2 Excl. B CMUI7
2.5 1.5 •.1 2.5 SD 1.5 1.75 Good AllCML297,CML287,CL02808
2.5 3.5 3 2.5 F 2.5 3 Good B CML287
37
Characteristics of five highland white-grained lines developedCML Source Pedigree Grain Days to Days GDOMa'e
Number Germplasm Yield anthesls to silk(per-se)
(t/hal Cdl Idl 107/261
(P85C2FC27-2 xCML242)-B-1-1-3-
CML455 POP 85 HL-B 2.7 73 73 779
(INIFAP SingleCrossl X BATAN
INIFAPPOP. 8585-6)-B-1-1-1-2-CML456 85 BTL-B 3 70 73 747
P87C5F95-24-1-1-CML457 POP.87 2-1-8-8-8 2.8 86 90 901
(P87C2F72 xP87C2Fl0715-1-2
CML458 POP.87 1-4-4-1-3-B-l-B 2.6 80 81 854
(P940C3NF31-1 xPOP.87 POP. P87C4F17-4) 16-8
CML459 940 10TL-I-1-1-8-8 1.9 87 90 911
CML Ear rot Ear aspect Grain rleterotlc GCA SpecificNumber texture Group tor heterotic
yield partners11-51 (1-51
CML455 2 3.1 SO A Good CML349CML456 2 2.3. SO B Good CML349
2 2.6 0 A Good CML311,384,458,
CML457 4593 3.3 SO B Excelle CML457
CML458 nl2 3.4 SO B Excelle CML457
CML459 nl
38
at CIMMYT Mexico.GOD Plant Ear E. ture. P.sorghl Standablllty Tassel
Female height height sID
1071261 tc:ml Ic:ml t1-5) 11-5) 11-5'1 11-5)3 2
779 161 76 2 1.53 1.5
779 135 57 2.5 1.53.2 2
939 152 60 2.8 1.51.5 2
892 142 60 3 1.53 1.5
939 135 52 2.4 1.7
39
Characteristics of three highland yellow-grained lines,
CML Source Pedigree Grilin Days to Days toNumber Germplasm Yiold (por anthesla silkH'
/tIhal (dl (d)CML460 POP.88 P88C5F81-3-1-1-1-4-B-B 2.9 80 83CML461 POP.88 (P88Cl F3O-2 x P88COF23 2.3 92 95
5) 2(3)-3-4-2-2TL-1-1-B-B-B
CML462 POP.960, (p960C3IF5-1 x G13AC2H 2 85 88POOL 13A 383(2)-3-1) 32-3-2-1-3-B-B
(cont.) Characteristics of three highland yellow-grained lines,
CM!. Standablllty Tassel size (1-5) Ear rot Hetero"c GCA forNumber (1-6) (1-5) Group yield
CML460 2 2 3.4 A GoodCML461 2 2 1.5 IW Excellenl
CML462 3.3 2 2.5 B Good
40
developed at CIMMYT. Mexico.
GOD Male GOD Plant height Ear E. tun:. P.sorghl Ear aspectFemale height
1071261 (07/28) (cm) (em) (1-5) (1-5l 11-6)846 874 138 58 3.5 1.5 3
962 992 153 66 3 1.8 2.5
893 922 136 57 3 1.5 3
developed at CIMMYT, Mexico.
Specific Grainheterotic textuntpann.,.
CML461 SOtML245. 323, e!460,~
CML245,460 SO
41
Characteristics of two transition zone white-grained lines,
CML Source Pedigree Grain Days to Days to silkNumber Germplasm Yield anthesis
(per-se)
(t/ha) (d) (d)
CML463 Pool9A PooI9AC6RL6-1 P- 3.8 97 1001P-1 P-2P-1 P-2P-B-
BCML464 PooI9A PooI9AC6HM3-1-3- 3.4 98 102
1-1-2P-2P-1·1-2-1-BB
(cont.) Characteristics of two transition zone white-grained lines,
CML Standability Tassel Ear rot Ear Grain HeteroticNumber size aspect texture
(1-5) (1.5) Group(1.5) (1-5)
CML463 3 3 3 2.7 SO ACML464 2 2.5 1.5 2 SO AlB
42
developed at CIMMYT. Mexico.
GOD GOD Plant Ear E. GLS GCA for SpecificMale Female height height ture. yield heterotic
partn.,.(07/26) (07/26) (em) (em) (1-5) (1-5)
969 1001 161 88 1.8 1.5 Good CML311
979 1021 170 99 2 2 Good CMl311.384
developed at CIMMYT. Mexico.
43
Characteristics of five late yellow inbred lines developed at
Ii :1! "" iiSource .c o .!! iii 'i E
~ - .. 9 ::l!CML Germ- Pedigree " " ">-.c II.'II " - " 0Plasm ;; o c >- 0 0
>= " " C) 00 C)
CMlAMATl 3.0 59 60 1024 1041
465 AMATlCOHS71-1-1-2-1-1-1-B-B-BCMl
POP.345 29 58 61 1033 1068466 P345C3S3B-27-5-1-1-1-1-2-B-BL.ML
POP.345 1.7 61 62 1059 1085467 P345C5HS249-2-3-1-1-BBCMt
POP.28 2..4 61 63 1067 1102.468 P28C9HC 113-3-1-4-B"7CMl
AMATl(AMATlCOHS133-1-F/R)-1-3-1-2-5-
1.9 59 59 1024 1024469 B
Characteristics of six early and Intermediate yellow Inbred lines developed
! !! . !Source o .. • • 2~.
CML Gonn- PedigrH Eo :l l!c :i •" .. 0 ..
,PI••m~
.. 0 0o .. .." 0
0 "CMl POP.31 2.7 51 52 890 908470 P31 C4S5B-39-#-#-1-B-BCML
POP 1'47 1.9 53 55 933 966471 Pop.147-F2#11Q.1-2-B-2CMl
POP.147 2.3 56 57 974 999472 Pop.147 -F2#89-3-2-B-1
CMLPOP.31 18 51 52 890 917
473 P31 C4S5El-n,ll-#..4-BBBBCMl
POP 145 2.1 56 56 974 982474 SVV92145-2EV-13-1-BB
CMLPOP.1i15 3.5 50 51 873 899,
475 SVV92145·2P4S2-#"-11-BBB
44
CIMMYT-Aslan Regional Maize Program, Thailand
E oJ .. .. t ~..
" PossibleI.J ~ (; N ~.!!. .2~! 0 iii > ! 'i~- C .. 0 :ii Q. c:- E oJ ..
- ;t "l( » Qi u .. .. ! ~
>:~ u ~
~ ~~ ~~ '0 .l< " " «,,- .. .. c: Cl Partner(s)Q. .. .. ... !lL :;
"W It " ~ " Cl
w w n: l- x W 0
145 76 0.52 1.5 1.5 1.5 3 1.5 1.0 2.6 SF Exe. CL02836, CML431
136 63 0.46 1.0 2.0 20 1 1 15 3 0 Good CA00370, CML430
124 54 0.44 1.5 1.5 1.0 3 1 1.5 3 F Ave. CML433, CML430
132 59 0.45 2.0 1.5 2.5 1 1.5 1.5 2.9 SO GoodCAOO310, CML430,
CML431
142 67 0.47 2.5 1.5 1.5 3 1 1.0 3 SO Good CML430, CA34502
at CIMMYT-Aslan Regional Maize Program. Thailand
i ! Ii e= t ~ !
!i Ponlble !i"-.. ! "'~
0 ;; ;; l<Ii Ii ~i f 3 ~ : s
~ II >-~ 0= <; '" S' ~.. ~ w o ~ 0. - - c 5
PIr1ner(11~
. .:I .: ~,
i ! 0w " "125 57 0.46 1.5 2.0 1.9 2 1 1.0 2.5 F Good
CML429, CA00106,CA14524
104 44 0.42 1.5 1.0 1.9 3 1 1.5 3.2 F Good CA03128, CML421
112 36 0.32 1.5 1.0 2.6 3 1 1.0 2.9 0 GoodCA14524, CML421,
CA14514
91 43 0.47 1.5 2.0 2.Q 2 1 1.0 2,9 SO Ave.CML427, CA14522,
CA14512
117 47 0.40 1.5 1.0 2.7 2 1 1.0 2.8 SO Exe.CML421, CA14707.
CA03116
140 65 0.46 1.5 4.0 1.0 2 1 1.5 ~.6 0 Ave. CML427, CAOO106
45
Characteristics of seven lowland tropical late/intermediate
..r. Dl$OUn:. ~ S c: ..CML GrIIln 'D 'I: .. r.Genn- Pedigree to iNo. Color .. ,..
=~Cplasm > ..
Q ..,;: I-iii ii:
male female (1.5) (em)CML P21(MRRSlCI.525-1-476 P21 While 0'11 3.78 60 61 2 181
CML 1'43 POSTA SEQ C3·S2·477 P43 Whir. 1·2-0'8 3.87 63 6J I 157
CML (G'24F119·G24F54}-6..:3-478 G24 Whil~ 2-1-000-1-0-/1-0'6 4:95 63 62 I 196
CML (P2-1STE-S'24STE-I7}-479 P24 \,.no.. 00BB-/#/III-U-3-0-I-O"4 3.34 55 55 :1 176
CMLSin.•mTSR YeUow
SinAmTSRC2-88-2-2-480 0'8 3.80 58 58 I 179
CJ\lL SWI \,tI.o.. SWI(SlC11-14-1-3-J·O-4481 3.14 58 58 2 176
CML G 19 OHI04-3-1-0-2..:3-482 GI9 Whi", 00 4.54 S5 54 I 174
46
maturity inbred lines (CML 476 - CML 482).
... ~ l!"
Specific0 Ii c ! 0 ;:ell :is .. 15 .. E lD E'> .. .. f " '" ~
0 «oJ ." I- IZ: ';( i ai ! heteroticl: .. C) til 0c c .. l- S C) 4>... .! ! w .. IL :I:.. W a:w ll. til
em) (1-5) 11-5) 1-5) 1·5) 1-5 (1-5 (1-9 (1-9 Yield PattI parlnesCML247,cL
92 2 2 3.0 2.1 0 1.7 2.8 7.4 8.0 1.08 A 03208. CL-CML247.CM
68 1 1.5 2.9 1.8 0 2.0 2.5 8.0 4.9 0.59 A 1.407. CL-CML254.CM
115 1 2 2.8 2.1 C t.2 2.3 5.4 6.4 2.08 D LJll,CMLJ8CML451,CL
80 I 1.5 2.3 1.6 C 1.3 2.7 5.4 5.9 0.28 A G2617..CLSCL..o2450.
104 2.0· 2.0 2.8 2.1 C 2.0 3.0 7.6 7.7 0.31 D CL-02453.CML287.CM
85 2.0 2.0 3.2 2.3 C 1.3 2.7 7.1 7.4 3.09 AD L413,CL-
87 2.5 3 2.5 1.9 SO 1.8 2.3 5.5 8.3 0.68 A CML419
47
Characteristics of five subtropical intermediate maturity
::source uralnCIl• 9~ "Germ. Colorl ;:a • 'I:
CML No. "ll '" ~ 'i•plasm maturity 'i c 0 : ~>= c:Pedigree :!.
male female (1-5)
Whilelinte P502c2-16-2-2-1-3-8-I-8-CML483 P502 r B 2.91 81 80 2
MOR- Whilelinte MOR-ET(W) CI FI39-2-1CML484 ETlW) r 8-2-8-0-8-8-8-8-B 3.16 80 79 2
White/earl 89IG321DRSTEW]#3I:I-2CML485 G32 y 8-8-3-5-2-8-1-2-6-8-B-B 1.78 67 68 J
Yellowlinl POB.45c8-7f>.1-2-1-2-8-B-CML486 P45 or 8-B 2.67 75 75 1.5
SPMATI Yellow/inl 90ISPMATc4/P500(SELY)P500 er III-B-54-4-8-0-B
CML 487 2.49 75 74 1.5
48
inbred lines (CML 483 - CML 487).
.. ~ E:speCIIIC
ci. :E u0~ ! :> .. m
~.. ... 2i ., 15 l!' u
~~.l: .. "> .. .. 'Il: It .= 0 e 0( s.l: E ... .. .. ~ ~ .. uE c: .. .= III I/) CJ .... .. J! w It a: :I:.! .. w iiiQ. W ii: I/) heterotic
(em) (em) 1-5) 1.5) (1-5 1·5 1(1·5 (1·5 (1.9) Yield Pattern partnes
CMU87,CMWll,CML
152 64 1.5 1.5 2.0 2.5 0 2.0 2.0 7.0 1.06 B 380CML~86,CML
134 60 2 1.5 2.5 2.0 SO 2.0 2.5 4.5 0.23 A 321, CML38~
CML321.127 52 2.5 2.5 2.5 1.5 S'F 1.5 3.0 7.5 0.31 A CML384
CMW17,151 73 2 2 J.5 2.0 SO 2.0 3.0 7.0 0.53 A CMU90
CML323,CML327,
115 59 2.0 1.5 2.0 2.0 F 2.S 2.5 6.5 0.37 AlB CML489
49
Table 3. Characteristics of two midaltitude white grain type
CML Pedigree ~;'. Anthesis Plant Ear
No. date height height(dl (em} (em}
OTPWC8f31-4-2-1-5-BBB
(CAlL202lLPSC3H297-2-1-1-2-2-N)-B-3-11-8-80
50
inbred lines (CML 488 and CML 489) developed by CIMMYT, Zimbabwe.
Ear Lodging Hl.lsk Ea. GLS P. E. MSY
position root Istem cover 'rot sorghl ~l.lrc
("10) ("101 ("10) 11-5) (1-5) (1-5) (1-51 (1-5) (1-5)
51
inbred lines (CML 488 and CML 489) developed by CIMMYT, Zimbabwe.
Ear Lodging Hl.lsk Ea. GLS P. E. MSIf
position root Istem cove 'rot sorghl ~l.lrc
("10) ("10) ("10) (1-5) (1-5) . (1-5) (1-5) (1-5) (1-5)
51
Table 1. Characteristics of four lowland tropicallate/intermediate
White grained QPM lines
....." ......... >:»oUR•
i ! co ! ~
Germ. e ]; IfNo Un-code P.digf'M 3! !:. .. 'i fplasm .l! S ! · J: E,. · [c •...",.. .mom ·~n .ar
CLQ-li311P63C2HC161-1·3·BB
CML.90 P63 2·BB-2.B 3.17 61 60 2 161 70 2.5
CLQ·(6207QBl6207QA)-1·RCWQ01
CML.91 RCW .......2.2-8-B 3.60 61 62 3 152 12 2.0
CLQ-li203P62C3HC163.3·3-3·2
CML.92 P62 "1·1-2-BB 2.95 59 59 2.5 166 71 2.5
CML CIMMYT Source ~
i .. ..! e ;:
G.rm~..h
]; ENo U.... code Peell;_ .. !:. ! coplaam
~ S ! [c ....
mal. f.trW" Plant ••r (1-5)
P66C1 HC22·2-5·2-58 I 169.21 83CMU93 CLQ·6601 P66 BBBB-3-BB 2.40 59 2 2.5
52
maturity QPM lines (CML 490 - CML 493).
"~p,eCIIC
!O • ~~ " u
:ii~ ~
0 ;: ,; Ii . ;. IE~ E "' >.
" • . « e ~e .. ... I) UI «! ~ .:l e iii .. l- I).. ~
.." .J:
'".: Heterotic
(1-5) (1-5) (1-5) (1·5) 11-9) (1-9) (1-5) % pat. Pattern
CLQ-620J,
2.5 2.5 1.6 F 1.6 4.0 8.6 8.0 1.74 0.093 0.197 A CLQ-6208
CMU64a. CLQ6316,CLQ-
1.5 2.5 2.0 F 1.4 3.0 6.0 6.0 1.49 0.098 0.221 A 6315,
I CML159,
22 i CMLISO, CLQ-
2.0 J.O 1.8 F 2.8 1.50 0.098 0.397 B RCWQ09
" ~ . " !SpeeKle
"i!i Ii • ~ E ;: "' -d : .. .~8 . I iii « I)
~ ~ .~ «. IE e ... .. ie.~
,l- I)
~ ~
'".: x. " :l:
Het6rOticw '"(1-5) (1-5) (1-5) (1-5) (1-5) (1-9) (1-9) (1-5) % Pol P.tte:rn
1.5 2.9 2.0 SO 1.65 3.5 6.762 6.6 1.5 0.091 0.044 A CML172
53
Table 2. Characteristics of four lowland tropical late/intermediate
CML CIMMYT S_ourc. Jl..
=,.,. c .. '".,
~'"1:
! !" ;" .
0 0
" ;: .No. Line Germ- Pedigre_8 ;: ...
Plant I~.rCode plaam male I femal. (1--5) (em) (em)
White grained
CL-UH6~ LP~C"F·7-1-2-Z.2.2-8BBCML-49.& NJ ~.S' ~ ~7 IN lIMt
IP NVA.CL-RCWUI BCO.(SID),NPH-Z",F3Z-
CML-l9:' RCWB-I-B-I-Z-BBBBBB
3.='7 '>I (.U 16" 6U
Yellow grained
PJ6 PJ6C'JF9II-B,S-B·7CML'% CL-UJ613 JA2 ~9 59 15.l .Z
RO'ICL..UlIJJ 1"'·1-3-8-3-2-1-
CML'97 CL-RCYIJUJ B"5 -1.03 ~8 ~9 165 9U
54
maturity inbred lines (CML 494 - CML 497).
0 ~f f
D ~ 0 = 0 Spe-cific., ;;It .! ~ E ~
III ". . u u~
.,~
0 al< . < 0. "- en "iiI .!I w i! .:" I " heterotic-(1-5) (1-5) (1-5) (1-5) (1-5) (1-9) (1-9) Yield Patte p.,tnes
CM~~7.CMIM".eL-15 2.8 LA 0 J.A 3.' 7.< 7.J IA AD RCWIII
CLM.--lIJ. CL-o..n65.15 25 I.' " 3.3 7.n 7.5 1I•.a! " CMI..JH
CM1A51. CML-I!\:!2.~ /.5 3.0 2.11 SF I.~ " (':,a 5.1 I.U7 A 011.126
CIt'lL:!H7. CL-U2450. Cl
15 L5 3.3 " Lit 1.J (.,K (t.U U...S 03613
55
Tropical
CMLs used as testers:white CML 494, CML495, CML264Q, CML491
yeJl~_,,! _ _ <::l::~~.5~!.<::hI.L~~.1,.<::hla,~_61,<::.':ll:1.~.~ .._._.
Subtropical white CML78, CML311.CML321.373.384.484
............................... y. II~~..__ _ _ _ _<::M..a,.3.23.,.<::.M.':3_27.,~.hI!::4.8~.Highland white CMU42.CML246,CML3.9
.......v..e.II~~....._ _..._.<::M.a,.~~~,<::':l~~,.~!:.~.~~.._ __ .Mid-altitude white CML395, CML312, CML442, CML444
AbIOiic-s~!e.:~~-i(ii~!.a.~:~~~:··--.:::::::.::::.:.::~:---------:.::.:.:.:=:~::.::.::.::::::=.::.::----.-:::.:::::::::::Drought tole.rance·l~;~·io·i;rance·:··
Acid soil Coler.nce:
Biotic stress .t.().I.lt.r:a..n..S!~
Maize Streak Virus
.~.~~~.'t..~.!~~!.~ .Mal de Rio Cuano Virus
.~!.tr.i.~~ ..Stewart's wilt
Diseases:
MSV
OM
MRCV
MOMv/SCMV
CML 195-238, 386-395, 441, 442, 444, 488, 489
._.......•.<::hlL4~5~3~,_46.~.::!!.5........._._ •..._.
...<::M.a,.~~:..~~,.~9~!..2.~5.c:.~~,E.1.. _
<::~.a,..9.~,.~.3.~~:.~!.'.~.5.9. •..._.....CML 240, 244, 246, 351, 355, 356
~_~~~~~~_~~~_a~~~iJ~~~~!_s_~e_~~.!'!~! . . _Head smut CML 392, 394, 395
.~~.e~~.~~.I.~.~~.~~.~ .. ~~!.I.i.~~~)Corn Stunt Spiroplasma (Spiroplasma kunkfllU) andMaize Bushy Stunt Phytoplasma (MeS) in mixedi.nfection
Maize B.ushy Stunt Phytoplasma MaS
.i.~..~.i§l.!!~~.~~.~.~~.i!.~~~.~~.~ _._... .
.~~.~~~..~y..~~.~ ..~.i.~.~.~~~~~... MRFVPotysora rust (Puccini. polys-ora)
CML 247, 449
CML 239, 356,457,462
CML459
Maydis Leaf Blight
CML 3, 9,10, 11, 19, 20, 27, 29, 31, 33, 44. 247, 297,309,310,357-366,397-401,404,405,407,410,412,415,426,446,447,449,450,452,453,465,467,469,470,
.471.,..~!5.,~7.~,y.8,.~.7.9.: ..~~~.,.4.9..~,~.9.~! ..~!.3.,.~9~,.~9..7.....CML 3, 247, 248, 2.9, 251-254, 258, 259, 265, 268, 271,274-276, 279,280,292,295,298,299.304,308-310,447,453......... - _..... .. _.._.
Common rust ( Pucclnia sorghi)
Turcicum leaf blight (Exserohilum turcicuml
CML 204, 206. 208, 311, 312, 322, 329, 367, 370, 377,384,483,440,443-445,488,489,463,464,241,243.352
................._ 35.4!3.~~,~5L459..'.3~!.,.~S.~,.36fl:.3.6.~!..~~.~,.~~!.::4:3.9.._ .
CML 173, 204, 206, 207, 208, 321, 333, 338, 388, 370,372,394,441-443.445,484,485,488,489,463,464,
,."., "..._.".".__ . ~.5.6, ..4.~.5,~.57,45.9.'~~0,.~~.~ _.Tarspot complex (Phyllechorll maydis, Monographells CML 61,290,294,297.307m~ydis)
Gray Leaf spot (Cercosporll zeae-maydt's)
Ph.aeosphaeria leaf sport
.~~.'!!.~p.!!~.e.~~i!..0!~.r:!.~~!Insect (SWCB/FAW)
CML 247, 312, 384, 386-395,440,441,443,444,445,
... ~.6~,..~~4,~89 .....
.<::~a,.~8~,~~! .•. ._ .. _._ .CML 67, 345, 346, 121, 139,331,334,338
56
Pop., Pob., = Population; G=Pool; G=Gycle; HC or FC = Hermanos Completos or FulV,go~ MH or HC = Med,as Hermanas or Half-sIb; B=selled and bulked; -1,-2,-3, ... =earto row; #=s,bblng;SR=streak resistance; EV=Expenmental variety; STE=lnbreedingtolerant population; MBR=Multipel borer resistance;
Abbrevtations used:
iJ'e. [1\Cross
AMATL Asian Mildew Acid Tolerant Lale
BN Bajo Nitrogen (Low-Nitrogen)MR Downy mIldew resistance
It:. lure INorthern eal blight (l::x5eroh, um urc1CUfTlullslb
IG IGene Pool
GOO Growing Degree DaysIGDD 10/30) fGrowing-<1egree days: base tempature 0 10· C, opt,mumGOO (8,34,44) t~mperatureof 34Q C. maximum temperature of 44° CHS Hall-sib
IMRRS Modi ied reciprocal recurrent selection
NPH Nuestra pequefla hermana
P sOrO Common rust (Pu.ccinia sorghi)
RCW Recycled popUlation - while
SA Suelo Acidos (Aero Soil)
SCMV Sugarcane mosaic virus
SW Suwan[ZimbabWe maize. open-polfinated variety from CIMMYT,
ZM Harare, Zimbabwe
Kev for Intcfprerill9}he diJt~~
Yield (per·se), stanoability, husk cover, ear aspect: 1 = good, 5 = poor.
PI;Jnt aspect, ear <l5pect, pollen production 1 = good, 5 -= poor
Seed yield, Gen(!:,al comb,ining ability (GCA) 1:; good. 5 =poor
Disease ratings: All diseflSp. mlings for rust, B.maydis. E.turcicum, Sugarcane mosic ~r, ear rot,MSV. virus, etc Is given on ~ scale of 1·5, where 1-resislant and s.=susceptible.
ITa~5el Size: Given on a sC4'lle of 1-5 tn which. 1Q'large tassel and 5=small tassel.
IHelfHotic pattem:'Hel"rOtlc pallern w'herever possible is 91\l~n as A or B.GrlJ;Jp A COfT'eSPOlldS to TOA.peiio. Kilale. BSSS. N3 - (more dent type) and Group B COl'Te6ponds toETO, Ecuador S73.laneaSl.er. SC (more nlnt type). These groupings are very btoad based andshOuld be considered only as 3 gUide.
57
Index
CMlNO_... No
O.ILNO ........ CMlNO P.lOINo CIA.,NO PqNo, CMLriO P.lgeNo
CML' , CML69 10 CMt 13] I< CMt 205 " CML273 ,eM\.2 , CUI,. 7"
"CMt 138 I< eM!.'" " OML274 ,
eMU , CML 71 10 CML 139 ,. CML:;.>07 " CML715 ,CML" , CMLn 10 CM1.14\) " CMt 20e 22 CMLm ,eMCS , CMt7) 10 CMt '41 " CloIL200 " CML:.:n ,e",,-, , CMLi4 ,
CMl'~ " CML210 " CMl278 •CML7 , CMLi'5 I< CMtl'" " CML211 ?2 Ct.AL27'fl ,CMt8 , CML7£ " CMl..14c4 " CYl212 22 e .... ,." ,CMl.. , CMln " CUll-45 2' C"4L213 " CML~I •CMllO ,
CMl " .. CMll04!i 24 CMl214 22 CMl2S2 t2C","-'I , CUlli 14 CMl ' ..7 24 CML215 ~2 CMl213 "C'''lI2 , e.... ", I< CMll48 " CML21ti ~:! CMl. "'. "CMLl3 , CML81 .- CMl149 2. CMl~17 3 CMt 265 12CMLI-l 2 CMlla I< CML ISO 24 CMl218 3 CMt_ "CMlI5 , CMLaJ 14 C'o(l151 24 CML21S1 3 CMtza7 "CMl..1i , CMLa.. I< CMllS2 ,. CloILm 3 CMtzaa "Chl.1.17 CML&5 I< CMt 153 24 CMl.221 3 CML 28e "Cl.11,.18 '0 C"'LM I< CMllS04 ,.
CMl. '"3 CMl~ 12
CMLIS! '0 C"'1.87 I< CMlIS5 24 CMl223 3 CML~l 12CMl:.'O '0 CMl. .. I< CMLIM 24 CML'" 3 CMLm '2ehl\.2l '0 CloILoo I< CMt \57 2' e .... ". 3 CML:~ 12eML22 CloIlOO I< CMlisa ,. CMl226 3 CMLm 12CML;:J , CML91 I< CMllS 24 ClAm 3 CML 2iS 12CML24 , e....., I< CMlI60 ,.
e.... "" 3 CMl~
"CloIL2S '0 CML03 .. CMl161 ,. CMlm 3 CMl2'Sl1 "Ch1\.26 '0 CM~$>4 14 CMll62 24 CML ~30 3 CMl296 12eM127 10 CMl.~ 14 C,'AlI6.J 24 CMlZ31 3 CMl~ "CML2! 10 CMl" 14 CML I$A 2·1 CUl Z32 3 CloIL 300 "CMLZ" 10 CMlQ7 14 cr.~L 16"5 24 CMl233 3 CML301 "C/AL30 10 e...... 14 Cr..l\. 166 24 CloIL234 3 e .... 302 "o.4L31 '0 CMlQlil 14 CMll67 24 CML236 3 CMlJOJ "CMLJ1 10 CML 100 14 CML 158 24 CMl2l6 3 eML J04 ..,CMl33 10 CMll01 14 CMll&! " CMLn7 3 CMl305 '2eMU4 2 CMll0~ 14 CMll,(l 2' CML~3e 3 CMl306 "eML3S 2 CMlI03 14 C.'-'l.171 ,. CMl219 20 CMl.301 12eMlJ6 , CMl tG4 14 CMlln " CMLZ.;o 20 CtAl.3O! 12e.....,7 ,
C"'~ t05 14 CMlI7:J '" CML2~I ::0 e .... :lOlI ,C....,. , CML lOG ,. CMt. 174 '" C~.IlZ"2 ::0 CML:1l0 ,CMl39 , CML 107 14 CML 175 '" CJoIL Z.o '" CMl.J,l ,.e....40 '0 ~ML loti 14 CPdL 1,1'\ ::0 CMLZ.... ::0 CML]12 ..CML4' 10 CML 109 14 C:ML 171 ::0 CML204S '" CM1. 31] ,.Ct.4L042 , CMlllO 14 CML Ira '" CMl2415 '" et.I1.Jl<l ,.CML4J CML '" 14 CML 17f1 '" CMLZ47 , CMLJ1S ..CML.... , C":1.. 112: " eM!.. 180 '" C"4L248 , CMLJll5 "eML" , CMlIIJ
"all leI '" CPoll :49 • CUl317 ..
CML"6 , CML11<l " cJl.~t. lis.:! .. CMl250 • CML318 "ClAl.47 CIotLIIS .. CML 1153 ::0 CMl. 25' • CMl31Q ..CML"
, CI.:Ll'(; " eMlI&4 .. el.ll.252 , CMlJ.."O ..e...... , CMl1l7 14 CM!.l85 '" el.ll2>3 • CMl..~l ..CMlSO ,. CMLl18 " Ct.!L1M .. e .... ,.. • CMlJ22 ..CWLSI ,. CMt.119 14 C1w!ll!li 26 e .... 2SS • CML 32J ..CML52 '0 CMll~ 14 CMllU '" CMl2S6 , e.... 324 "eMLS> , CML1Z1 " CUi..1~~ .. =207 • CMl3~ "eML'" , CMl1Z2 " eM\. I~~ " CloIL2SlI • CML326 "CMlS5 , CML 123 14 CMl I{ll '" CML:lS\l , CML3Z7 "CML56 , CM\.. 12<4
"CML Iij: 26 CMl~ , CML 128 "CML57 10 CML 1::5 " CMllljiJ " CM1.2S1 , CMLm "CMLS! ,. CML 12e 14 C',ll1&,-I 20 CMl262 , CMl330 '"C'ALSSI '0 CMI,.121 14 CML 195 Z! CML~ • CMt:;::" "CML60 '0 CMll28 14 CMl1~ :l2 e .... 264 • CMl332 26
CMl,.151 , CNt 12i 14 CML 19, " CMl.265 , CML 333 "CMltr- ,Ct.~t 1:!n ,$ CMl TW 22 CMl2'M • e .... 334 ,.
C,",lSl , 'CMl131 14 CMl ,.. Z! CMl~1 • CMl3J5 26C1IIL.. CMl132 14 CMt2't'O " e.... ,.. , CMl338 "CMl65 , ~. 133 " CMl~1 " e.... ,.. , CML 331 "CMU' ,
Cfo~l. 13-1"
CMl :xc " CML :!iO , CMI.3:!8 "CMlS7 '0 CM'" 135 .- CMl:..m ?2 CML27\ , CMl33i ,.CML" , CMll)6 " CMl M<l 22 CMl.,m , CML3«l "
58
Index
CML,'-:O P..~No CMl t~O P.N~. CMt.NO PagtNo, CMLNO Plge No CMLt40 .......CMt.~l :'6 GMt. 40i " CMt.~n 46GMLJ..i2 " CML~10 " GML 478 "CML343 28 CML41l " CMl~70 46C... ,... '" CMl~12 " CMt.480 46CML~5 " CML~13 " CMl4111 46CML346 " CMl~U " Cltll~ 46C'J.L3~7 28 CMUIS 12 CML 483 ..CML 3-W 28 CML ~16 6 CMl4114 ..CML).4!) 20 C~L"'7 a CMt. 48S ..GML3050 20 GML418 a CML48f'i 46CMl3S1 20 CMt.419 6 CML-487 46CMt.362 20 CML420 a CPJ.L4&8 soCMl153 20 CMl42t " CML4&!I soCMl3rS4 20 CMl422 " CML4e() 5lCMt. 355 20 CMLo\Z3 " CML.!11 5lCMt.3Stl 20 CMt..a. " CML4!'<J2 5lCMl357 " CMl425 '" CML493 5lCML3&) " CMt.41') '" CML4~ 54CMl.l5~ '" CML4~7 30 CML495 54GMt. 360 ,. CMl ..~e '" GML4$tI 54CMl361 ,. CMl415J 30 CMLoi97 54CMl362 ,. CMt.430 '"CMl3t}3 " GMt. 431 30CMlJl54 " . CMl4J.2 30CMl365 " CMl<l33 30CMt. J6£ ,. CMl·.r:34 J2CML 357 18 CMlotlS 12CML3lSd " CMl436 "CML~ " CML437 12CIoflJiO 18 CML 438 "CML.)71 I' GMl.4~ "GML372
"CMt. 440 "CMt.37~ " CMl<441 "CML37~ " CMt. ..42 34
CMl.375 .. GML «J "CML31ei " GML «4 "C~\L 377 ,.CML"S "C~;L37e 18 CML-44e J6
CML379 " GMt .....7 J6C~380 " c...... J6CMt.381 " eMt. 4<49 J6GMt. 3!2 " CML,,50 J6CMt. 363 ,. CMt.451 J6CMt. 3&4 '. CMt.452 J6GMt. JaS J6 GML 45J J6CM:LJU 22 CML4S4 30CMt. 3a1 22 CML 455 38cM;L 36B 22 GMt. 456 38CML3M 22 eMl.. 457 38GMLJIXl 22 CMl458 38CML)il 2~ CMl45S 38CMl302 " GMLo46fJ ""CML3Sf) 22 CML461 ""CML »4 22 CMl-M2 ""CMl~ J2 CML 443 "CML39l5 , CML0464 .,CML.)9.7 • GML 46S ...CML:»lI • CML4M 44
CML389 a CML467 44
CML<tOO • CML 466 44
CMl401 ·~ CML'" 44
CMl<4t12 8 CML4i'O 44
GMLo403 • C':;iL471 44
CMl404 , CMl<1n ..CML 40S , CML".III7J «CML 40e , GML.III7. 44
CML .01 6 CML47S 44
CMl4G8 " CMl47G ...
59
Notes
Notes
Notes
.ICIMMYT
CIMMYT wovides small samples of theinbred lines (upto 50 kernels) to interestedmaize researchers upon request Pleasedirect your request to:
Seed Inspection and Distribution Unit (SIDU)Email: [email protected]: www.cimmyt.orgAddress: Carr. Mexico - Veracruz Km. 45EI Batan, Texcoco 56130Edo. de Mexico, Mexico.Phone: 52-(55) 5804 2004Fax: 52-(55) 5804-7558/7559
Or Your Regional CIM.~YTOffice:
CIMMYT -Ethiopia : ~i;;'[email protected] -Kenya : [email protected] -Zimbabwe : [email protected] -Colombia: :' [email protected] -India [email protected]
