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NOVEMBER
MEETING
Join us Tuesday, November 25, 2014
at the Fernbank Museum of Natural
History, 760 Clifton Road NE,
Atlanta GA. The meeting social
starts at 6:30 pm. This month the
speaker is our own Nils W.
Thompson, P.G., CPG, a Principal
Consultant with Environmental
Resources Management (ERM). His
presentation will be: Groundwater
Resources for the Georgia Mining
Industry. The abstrace and Speaker’s
Bio are on the next page.
Our sponsor for Tuesday evening’s
meeting is Premier Drilling of
Loganville, GA. Please read their
information in the following pages.
Please come and enjoy the social
time, pay your dues if necessary,
talk with our generous sponsor and
learn from an interesting
presentation.
Next meeting of the Atlanta Geological Society is
November 25, 2014
Fernbank Museum of Natural History (Clifton Road)
Social begins at 6:30 pm – Meeting begins at 7:00 pm
November 2014
Atlanta Geological Society Newsletter
ODDS AND ENDS Once again dear members, we are into that
’annual’ time of year. Soon, we will be into the
annual Holiday season. We have just gone
through our annual dry spell during October
and early November which has been
convincenly brought to a close with an all day
rain event. The AGS is wrapping up another
year and that means it is time for our annual
election of officers. Next Tuesday, during the
business portion of our meeting, we will have
elections. At last word, there is not a candidate
for the post of Vice-President. Please consider
providing your support to the Society and
please show up for the vote on Tuesday.
Inside these pages you’ll find an update to the
Rosetta satellite and the successful comet
landing pod, Philae, as well as an image of
Jupiter’s moon Europa. In more down to earth
topics, there’s gems and geology in Sri Lanka,
declining groundwater resevior, an amazing
fossil and a press release (Page 16) about the
expansion of Fernbank Museum.
Having recently spoken with high school
freshmen and Cub Scouts about geology, I
wonder if I had planted at least one seed that
will take root. Christmas is coming up.
Consider some geology themed presents for
your nieces and nephews. Goodness knows,
your kids have had that in spades already.
Ben Bentkowski, Newsletter Editor
Page 2 AGS NOVEMBER 2014
Abstract: “Groundwater Resources for the Georgia Mining Industry” will focus
on the occurrence of groundwater throughout the state and will answer questions
about how the Georgia minerals processing and aggregates industries can better
deal with too much or too little groundwater using a sustainable approach.
About the Speaker: Nils Thompson is a professional geologist and principal
hydrogeologist at Environmental Resources Management (ERM) in Atlanta. He
has B.S. and M.S. degrees in geology and has been an environmental consultant
for over 27 years. In addition, Mr. Thompson is a registered professional geologist
in 14 states including Georgia. His responsibilities include project management
and technical direction for the mining and metals/mineral processing industries
(e.g., aluminum, copper, graphite, kaolin, lead, magnesium, nickel, perlite, talc,
vermiculite, aggregate rock, etc.). Mr. Thompson’s area of expertise focuses on
groundwater supply development, open pit dewatering, contaminated soil and
groundwater investigations and cleanups, facility closure planning and budgeting,
EHS compliance audits, geotechnical investigations, due diligence assessments,
and permitting of mines, water withdrawals, and industrial discharges. He can be
reached at [email protected] or at (770) 910-5645.
http://geology.com/stories/13/volcanic-explosivity-index/
AGS NOVEMBER 2014 Page 3
Editor’s note: The following are a few brief exepts from an article about Sri Lanka in the
Gemological Institure of America’s Gems and Gemology magazine. Please follow the link for a
very comprehensive article, don’t be satified with a few pretty pictures.
SRI LANKA:
EXPEDITION TO THE
ISLAND OF JEWELS
Peer Reviewed Article
Author: Andrew Lucas, Armil Sammoon, A. P. Jayarajah, Tao Hsu, and Pedro Padua http://www.gia.edu/gems-gemology/fall-2014-sri-lanka-expedition-island-of-jewels
ABSTRACT : In February 2014, the authors explored Sri Lanka’s entire mine-to-market
gemstone and jewelry industry. The team visited numerous mining, cutting, trading, jewelry
manufacturing, and retail centers representing each sector and witnessed a dynamic blend of
traditional and increasingly modern practices. Centuries of tradition as a colored gemstone
mining, trading, and cutting source now converge with the technologies, skill sets, and
strategies of today’s global market.
_______
Sri Lanka is one of the meccas of gemology. Few sources, especially among active localities,
can match its rich history as a gem producer and trade center. As Sri Lanka takes its place in
today’s gem and jewelry industry, the gemologist can observe a combination of traditional
methods and modern technologies as well as new business strategies for a highly competitive
market.
What appear to be primitive practices are often highly efficient and well suited to the task.
While most of the mining enterprises are small operations using simple hand tools, these allow
for continuous mining, employ a large workforce, and are less damaging to the environment.
Cutting is another sector where traditional techniques still prevail, providing excellent initial
orientation of the rough crystal for maximum face-up color and weight retention. At the same
time, highly skilled recutting in Sri Lanka is achieving international market standards of
proportions, symmetry, and brightness. Fine precision cutting to tight tolerances on modern
lapidary equipment is being applied to calibrated goods that meet the strictest requirements,
including those of the watch industry.
Page 4 AGS NOVEMBER 2014
The island of Sri Lanka has been blessed with some of the richest gem deposits on the planet.
Metamorphism generated by a series of mountain-building events resulted in the gem wealth
we see today. Before the well-known Pangaea, there were several supercontinents in Earth’s
early history. The assembly and breakup cycles of these supercontinents are the engines that
formed most of the world’s gem deposits (figure A-1), and some of these events are closely
related to gem formation in Sri Lanka.
Nearly nine-tenths of Sri Lanka is underlain by high-grade metamorphic rocks of Precambrian
age. Neodymium and rubidium-strontium dating (see Milisenda et al., 1988; Kröner and
Williams, 1993) indicate an age between 1,000 and 3,000 million years (Ma). The
supercontinent Rodinia, the predecessor of Pangaea, assembled between 1300 and 900 Ma (Li
et al., 2008), so the protolith of these high-grade metamorphic rocks must have been inherited
from previous supercontinent cycles. McMenamin and McMenamin (1990) considered Rodinia
the “mother” of all subsequent continents. More than 75% of the planet’s landmass at that time
had clustered to form Rodinia, but gigantic size did not translate to stability for the
supercontinent. Due to the thermal insulation caused by the giant landmass, the first breakup
of Rodinia happened at about 750 Ma along the western margin of Laurentia. Rifting between
Amazonia and the southeast margin of Laurentia started at about the same time (Li et al.,
2008). While Rodinia was breaking up, the individual continents of Gondwanaland started to
join together.
AGS NOVEMBER 2014 Page 5
Consistent with the nomenclature
suggested by Cooray (1994), the
Precambrian basement of Sri Lanka can be
divided into four units: the Highland
Complex (HC), the Vijayan Complex (VC),
the Wanni Complex (WC), and the
Kadugannawa Complex (KC). Most of the
gem deposits are located in the HC, which
extends northeast to southwest (figure B-1).
Found within the VC are klippes (island-
like, isolated fragments of an overthrust
rock layer) from the HC. One of Sri Lanka’s
few primary sapphire mines was
accidentally discovered in the Kataragama
klippe (Pannipitiye et al., 2012). The
Highland Complex contains high-grade
metamorphic rocks such as pelitic gneisses,
metaquartzite, marble, and charnockite
gneiss (Cooray, 1994). Rocks in the HC have
the highest grade of metamorphism
(granulite facies), and the complex is
younger than the VC to the east and south.
The contact between these two complexes is
a thrust fault dipping west and northwest,
with the HC on top. This thrust fault is also
a major tectonic boundary interpreted as a
suture zone that marks the final junction
between West and East Gondwanaland at
approximately 550 Ma (Kröner, 1991). The
VC is comprised of migmatites, granitic
gneisses, granitoids, and scattered
metasediments (Cooray, 1994). Lying west
of the HC, the WC contains migmatites,
gneisses, metasediments, and granitoids.
The nature and exact position of the contact
between the WC and HC is still not well
defined (Cooray, 1994). The smaller KC is
within the elongate synformal basins
around Kandy. Hornblende and biotite-
hornblende gneiss are the main rocks in the
KC (Cooray, 1994). Other than these
Precambrian basement units, the northern
and northwestern coasts of the island are
covered by Miocene limestone, Quaternary
red beds and clastic sediments, and recent
sediments (Dissanayake, 1986).
http://www.gia.edu/gems-gemology/fall-2014-sri-lanka-
expedition-island-of-jewels Please follow the link for more!
Page 6 AGS NOVEMBER 2014
BENEFITS OF AN AGS MEMBERSHIP
Location – AGS meets at the Fernbank Museum of Natural History, which is
a truly awesome facility central to most of our membership.
Cost – AGS membership ($25 general; $10 student) is the most inexpensive
for any geological society in the SE.
Active – AGS holds nine lectures a year and is one of the most active
geological societies in the SE.
AEG – For one of our lectures, AGS co-sponsors with the Association of
Environmental & Engineering Geologists to annually present the “Richard
H. Jahns Distinguished Lecturer” while in Atlanta.
PDH – AGS is recognized by Alabama, South Carolina, and other
professional state boards to provide Professional Development Hours for
our lectures, as well as field trips and workshops.
PG Classes – AGS offers nearly monthly Professional Geologist
development training classes in preparation for passing the ASBOG
examinations and has been recognized by the Georgia State Geologist as
enhancing PG test scores for participants.
Free Food – AGS offers free pizza and Coke at all of our regular meetings,
sandwiches and hors d’oeuvres at the Jahns lecture, and a sit-down BBQ
dinner at our June social.
IMAX – As part of the June social, AGS and Fernbank present a free IMAX
movie.
Networking – AGS meetings include professionals, academics, regulators,
and others who all share the same interest in geological sciences.
Resume – AGS membership and even involvement in one of our many
committees will enhance any resume.
Annual membership dues for the Atlanta Geological Society are $25 for
professional membership, $10 for students, and $100 for corporate sponsorship
(which includes up to 4 professional memberships). Please complete
the application form and submit with your payment to the AGS Treasurer.
For further details about membership, please contact the AGS Membership
Chairman – Burton Dixon [email protected]
AGS NOVEMBER 2014 Page 7
ROSETTA'S TARGET: COMET 67P/CHURYUMOV-GERASIMENKO - UPDATE
Images taken by the Rosetta spacecraft’s OSIRIS imaging system show the portions of the journey its Philae
comet lander undertook on Nov. 12, as it approached and then rebounded off the surface of comet
67P/Churyumov–Gerasimenko.
The mosaic comprises a series of images captured by OSIRIS’s narrow-angle camera over a 30-minute period
spanning the first touchdown. The images were taken with Rosetta’s OSIRIS narrow-angle camera when the
Rosetta spacecraft was orbiting the comet at about 9.6 miles (15.5 kilometers) from the surface. The images
have a resolution of 11 inches (28 centimeters) per pixel, and the enlarged insets are 56 x 56 feet (17 x 17
meters). The time of each of image is in spacecraft event time and marked on the corresponding insets in
Greenwich Mean Time (GMT/UTC).
From lower left to upper right, the inset images show Philae descending toward, and across, the comet before
touchdown. The image taken at 15:43 GMT (7:43 a.m. PST / 9 minutes after Philae first contacted the surface)
confirms that the lander was moving east, as first suggested by the data returned by the CONSERT experiment,
and at a speed of about 1.1 mph (0.5 meters per second).
The final location of Philae is still not known, but the imaging team is confident that combining the CONSERT
ranging data with OSIRIS and navigation camera images from the orbiter and images from near and on the
surface from Philae’s ROLIS and CIVA cameras will soon reveal the lander’s whereabouts.
Page 8 AGS NOVEMBER 2014
Rosetta continues into its full science phase http://rosetta.jpl.nasa.gov/news/rosetta-continues-its-full-science-phase
19 November 2014
With the Philae lander’s mission complete, Rosetta will now continue its own extraordinary
exploration, orbiting Comet 67P/Churymov–Gerasimenko during the coming year as the
enigmatic body arcs ever closer to our Sun. Last week, ESA’s Rosetta spacecraft delivered its
Philae lander to the surface of the comet for a dramatic touchdown.
The lander’s planned mission ended after about 64 hours when its batteries ran out, but not
before it delivered a full set of results that are now being analysed by scientists across Europe.
Rosetta’s own mission is far from over and the spacecraft remains in excellent condition, with
all of its systems and instruments performing as expected. With the landing performed, all
future trajectories are designed purely with science as the driver, explained Laurence
O’Rourke and Michael Küppers at the Rosetta Science Operations Centre near Madrid, Spain.
“The desire is to place the spacecraft as close as feasible to the comet before the activity
becomes too high to maintain closed orbits,” says Laurence. “This 20 km orbit will be used by
the science teams to map large parts of the nucleus at high resolution and to collect gas, dust
and plasma at increasing activity.”
Planning the science orbits involves two different trajectories: ‘preferred’ and ‘high-activity’.
While the intention is always to fly the preferred path, Rosetta will move to the high-activity
trajectory in the event the comet becomes too active as it heats up. When solar heat activates
the frozen gases on and below the surface, outflowing gas and dust particles will create an
atmosphere around the nucleus, known as the coma.
Rosetta will become the first spacecraft to witness at close quarters the development of a
comet’s coma and the subsequent tail streaming for millions of kilometres into space. Rosetta
will then have to stay further from the comet to avoid the coma affecting its orbit. In addition,
as the comet nears the Sun, illumination on its surface is expected to increase. This may
provide sufficient sunlight for the DLR-operated Philae lander, now in hibernation, to
reactivate, although this is far from certain. Early next year, Rosetta will be switched into a
mode that allows it to listen periodically for beacon signals from the surface.
AGS NOVEMBER 2014 Page 9
PIONEERING PHILAE COMPLETES MAIN MISSION BEFORE HIBERNATION
15 November 2014 http://sci.esa.int/rosetta/54962-pioneering-philae-completes-main-mission-before-hibernation-/
After being out of communication visibility with the lander since 09:58 GMT / 10:58 CET on Friday,
Rosetta regained contact with Philae at 22:19 GMT / 23:19 CET last night. The signal was initially
intermittent, but quickly stabilised and remained very good until 00:36 GMT / 01:36 CET this morning.
In that time, the lander returned all of its housekeeping data, as well as science data from the targeted
instruments, including ROLIS, COSAC, Ptolemy, SD2 and CONSERT. This completed the measurements
planned for the final block of experiments on the surface.
In addition, the lander's body was lifted by about 4 cm and rotated about 35° in an attempt to receive
more solar energy. But as the last science data fed back to Earth, Philae's power rapidly depleted.
“It has been a huge success, the whole team is delighted,” said Stephan Ulamec, lander manager at the
DLR German Aerospace Agency, who monitored Philae’s progress from ESA’s Space Operations Centre in
Darmstadt, Germany, this week.
“Despite the unplanned series of three touchdowns, all of our instruments could be operated and now it's
time to see what we've got.”
Against the odds – with no downwards thruster and with the automated harpoon system not having
worked – Philae bounced twice after its first touchdown on the comet, coming to rest in the shadow of a
cliff on Wednesday 12 November.
The search for Philae's final landing site continues, with high-resolution images from the orbiter being
closely scrutinised. Meanwhile, the lander has returned unprecedented images of its surroundings.
While descent images show that the surface of the comet is covered by dust and debris ranging from
millimetre to metre sizes, panoramic images show layered walls of harder-looking material. The science
teams are now studying their data to see if they have sampled any of this material with Philae's drill.
“We still hope that at a later stage of the mission, perhaps when we are nearer to the Sun, that we might
have enough solar illumination to wake up the lander and re-establish communication,” added Stephan.
From now on, no contact will be possible unless sufficient sunlight falls on the solar panels to generate
enough power to wake it up. The possibility that this may happen later in the mission was boosted when
mission controllers sent commands to rotate the lander's main body with its fixed solar panels. This
should have exposed more panel area to sunlight.
The next possible communication slot begins on 15 November at about 10:00 GMT / 11:00 CET. The
orbiter will listen for a signal, and will continue doing so each time its orbit brings it into line-of-sight
visibility with Philae. However, given the low recharge current coming from the solar panels at this time, it
is unlikely that contact will be re-established with the lander in the near future.
Page 10 AGS NOVEMBER 2014
The puzzling, fascinating surface of Jupiter's icy moon Europa looms large in this
newly-reprocessed color view, made from images taken by NASA's Galileo spacecraft in the
late 1990s. This is the color view of Europa from Galileo that shows the largest portion of the
moon's surface at the highest resolution. To create this new version, the images were
assembled into a realistic color view of the surface that approximates how Europa would
appear to the human eye.
The scene shows the stunning diversity of Europa's surface geology. Long, linear cracks and
ridges crisscross the surface, interrupted by regions of disrupted terrain where the surface ice
crust has been broken up and re-frozen into new patterns.
Color variations across the surface are associated with differences in geologic feature type and
location. For example, areas that appear blue or white contain relatively pure water ice, while
reddish and brownish areas include non-ice components in higher concentrations. The polar
regions, visible at the left and right of this view, are noticeably bluer than the more equatorial
latitudes, which look more white. This color variation is thought to be due to differences in ice
grain size in the two locations.
Images taken through near-infrared, green and violet filters have been combined to produce
this view. The images have been corrected for light scattered outside of the image, to provide a
color correction that is calibrated by wavelength. Gaps in the images have been filled with
simulated color based on the color of nearby surface areas with similar terrain types.This global
color view consists of images acquired by the Galileo Solid-State Imaging (SSI) experiment on
the spacecraft's first and fourteenth orbits through the Jupiter system, in 1995 and 1998,
respectively. Image scale is 2 miles (1.6 kilometers) per pixel. North on Europa is at right.
Additional information about Galileo and its discoveries is available on the Galileo mission
home page at http://solarsystem.nasa.gov/galileo/. More information about Europa is available
athttp://solarsystem.nasa.gov/europa. http://www.jpl.nasa.gov/spaceimages/details.php?id=PIA19048
AGS NOVEMBER 2014 Page 11
Mind-Blowing Fossil Preserves Tiny Horse Carrying Unborn Foal
By Kate Wong | November 11, 2014
BERLIN: The former oil shale mining site of Messel, near Frankfurt, Germany, is well known for
its spectacular fossils of organisms that lived between 47 million and 48 million years ago, during
the Eocene epoch. But a fossil of the early horse speciesEurohippus messelensis, described at this
year’s Society of Vertebrate Paleontology meeting in Berlin, stands out even in that illustrious
company.
The tiny specimen—full grown, Eurohippus was about the size of a modern fox terrier–preserves a
mare and her unborn foal (circled in the image above) in exquisite detail, with many of the bones in
anatomical position. Also visible are parts of the uterus, including the placenta and the so-called
broad ligament that attaches the uterus to the mare’s lumbar vertebrae and helps support the
fetus. The soft tissue is not preserved directly, but as images formed by the petrification of
bacteria that replaced the soft tissue when the animals died.
Comparing the fossil to the known phases of fetal development and birth in modern horses, Jens
Lorenz Franzen of the Senckenberg Research Institute and his colleagues determined that the
mare did not die during birth. The fetus was nearly at term when the pair died, but it was still
facing upside down rather than having rotated into the right side up birth position.
The exact cause of death of the mare and foal is unknown. But like many of the animals at Messel,
they may well have perished from asphyxiation when ancient Lake Messel belched up a cloud of
noxious carbon dioxide gas, as it did from time to time as a result of volcanic activity.
Follow the
Link!
http://blog
s.scientific
american.c
om/observ
ations/201
4/11/11/mi
nd-
blowing-
fossil-
preserves-
tiny-horse-
carrying-
unborn-
foal/
Page 12 AGS NOVEMBER 2014
Earth’s Disappearing Groundwater
November 5th, 2014 by Adam Voiland http://earthobservatory.nasa.gov/blogs/earthmatters/2014/11/05/earths-disapearing-groundwater/
Maybe you have heard people call Earth “the water planet.” The nickname is well-deserved. As this
mosaic of images from the Moderate Resolution Imaging Spectroradiometer (MODIS) on
the Terra satellite conveys so well, the majority of Earth’s surface is covered by either liquid or frozen
water. The atmosphere is awash with water as well. One satellite-based data set estimates that about 60
percent of Earth’s surface is covered by clouds (composed of water and ice droplets) at any given time.
Earth is home to yet another type of water—groundwater—which includes all the fresh water stored
underground in soil and porous rock aquifers. Though groundwater is often forgotten because it’s not
visible, more than two billion people rely on it as their primary water source.
With drought afflicting several parts of the world, and with aggressive use of groundwater in many
agricultural regions, this precious water resource is under serious strain, warns NASA Jet Propulsion
Laboratory hydrologist James Famiglietti. In a commentary published by Nature Climate Change in
October 2014, Famiglietti wrote:
In many parts of the world, in particular in the dry, mid-latitudes, far more water is used than is
available on an annual, renewable basis. Precipitation, snowmelt, and streamflow are no longer enough
to supply the multiple, competing demands for society’s water needs. Because the gap between supply
and demand is routinely bridged with non-renewable groundwater, even more so during drought,
groundwater supplies in some major aquifers will be depleted in a matter of decades. The myth of
limitless water and the free-for-all mentality that has pervaded groundwater use must now come to an
end.
AGS NOVEMBER 2014 Page 13
Earth’s Disappearing Groundwater (cont.)
The situation is looking particularly grim in California, a state currently suffering from extreme
drought. The extent of the drought is visible in the series of GRACE maps of dry season
(September-November) water storage anomalies shown below. Red areas show the height of the
water in comparison to a 2005-2010 average. California’s Sacramento and San Joaquin river
basins have lost roughly 15 cubic kilometers (4 cubic miles) of total water per year since 2011 —
more water than all 38 million Californians use for domestic and municipal supplies annually.
Over half of the water losses are due to groundwater pumping in the Central Valley, according to
Famiglietti. Image by Felix Landerer, NASA Jet Propulsion Laboratory.
______________________________________________________________________________________
From “I F’ing Love Science” http://www.iflscience.com/
Page 14 AGS NOVEMBER 2014
Goose Bumps! The Science of Fear Opens September 27, 2014
Are you curious about coulrophobia? Paranoid about pyrophobia? Avidly avoiding aviophobia?
Fear is a universal emotion. Regardless of what scares us, we all share the same biological response to fear. Goose Bumps! The Science of Fear examines the physiological, neurological and sociological aspects of this often misunderstood emotion. Immersive and engaging hands-on activities encourage visitors to experience fear in a safe and enjoyable environment, while also measuring their responses and thinking about what it means to them. Exhibit Highlights
Fear of Animals: Reach inside an opaque box connected to terrariums filled with snakes and other creatures - it's easier said than done.
Fear of Electric Shock: Feel your heart beat faster as you anticipate an electric shock. Faces of Emotion: Identify which facial expressions correspond to our basic emotions and
learn about how we communicate our feelings to others. Facial Recognition: Interact with the Facial Expression Analysis system, a software
program that detects movements of the face and tries to match them to their corresponding emotional expressions.
Freeze Game: Play an immersive put-yourself-in-the-picture video game that transports you to a savannah where you find out how important the freeze response is to survival in the animal kingdom.
Make a Scary Movie: Experiment with different soundtracks and sound effects to create your own scary movie.
_______________________________________________________________________
Winter Wonderland On view November 21 - January 11, 2015
This holiday-inspired exhibition features trees and other displays decorated by local cultural
partners that recognize celebrations including Christmas, Hanukkah and the Festival of Lights, as
well as traditions and practices like origami, indigenous art and national symbols. Learn More
AGS NOVEMBER 2014 Page 15
Now Showing in the Fernbank IMAX movie theater:
Galapagos: Nature’s Wonderland Travel to a paradise like no other. The Galapagos Islands is a wonderland of nature, a
universe of remarkable and unique creatures that learned to survive against all odds
on this volcanic archipelago that is constantly evolving. Meet these fascinating
creatures and learn how they’ve adapted to unique environments in this new giant
screen adventure.
Jerusalem Discover why this tiny piece of land is sacred to three major religions through the
stories of Jewish, Christian and Muslim families who call Jerusalem home.
Unprecedented access to the city's holiest sites and breathtaking aerial footage combine
to make Jerusalem a unique and stunning cinematic experience. Presented in
conjunction with the special exhibition Winter Wonderland.Learn more
Membership Dues Payment Status:
Professional Student Corporate* Complimentary
2003 62 22 5 15
2004 81 3 8 15
2005 26 0 3 16
TOTAL 168 22 14 15
* 14 corporate sponsors with329 of 56
individual memberships in active use
Finances:
The AGS account balance is
growing as we receive new 2005
dues payments, advertising, and
sponsors.
Account Balance
as of January 10,
2005 - $ 8,017.69
Fernbank Museum of Natural History Upcoming Public Programs and Events
(All programs require reservations, including free programs)
Page 16 AGS NOVEMBER 2014
Press Release
Fernbank Museum Announces 75-Acre Expansion
to Visitor Experience ATLANTA, For Release on November 21, 2014
Today, Fernbank Museum of Natural History is announcing significant expansion plans, which
include 75 acres of outdoor experiences. The announcement largely focuses on 10 acres of all-
new outdoor experiences, environments and activities, set to open in summer 2016 along with
expanded access to Fernbank Forest.
The new outdoor adventure experience will occupy the 10 acres of mature woodlands behind the
Museum’s terrace overlook. Fernbank’s expansion will allow visitors to experience the same
level of immersive, fun and engaging programming Fernbank is already known for in a new,
outdoor setting.
The outdoor expansion will offer incredible new experiences for all ages as visitors explore
extraordinary landscapes along with a five-story change in elevation—from dramatic vantage
points high in the trees to footpaths winding through rugged, ever-changing terrain. Experiences
will include dramatic tree pods, imaginative play areas, immersive ground trails, unique sensory
stations, elevated adventure nets, hands-on water cycle activities, a restored wetland, and
“floating” walkways.
“We are thrilled to expand our offerings with this new outdoor attraction. This is a rare
opportunity to connect our visitors with a truly authentic nature experience, right here inside the
city," said Susan Neugent, Fernbank president and CEO. "This is the most significant
development at Fernbank since the Museum opened, and we can’t wait for our visitors to
experience this fun and invigorating encounter with nature."
The new permanent feature highlights Fernbank’s extraordinary environmental legacy, which
began 75 years ago when Trustees organized to preserve Fernbank Forest, one of America’s
largest old-growth urban forests. The outdoor adventure area will open in conjunction with
increased access to the 65-acre forest.
Construction for the outdoor adventurewill not impact Fernbank Forest, where the Museum is currently
leading a research-based restoration that includes removal of more than 45 harmful invasive species and
restoration of many native species that have largely disappeared.
Fernbank’s outdoor expansion will be included with museum admission at no extra charge and
will be free for Museum Members. To learn more about the Fernbank Forest restoration and the
upcoming experience, visit www.fernbankmuseum.org.
AGS NOVEMBER 2014 Page 17
AGS Committees
AGS Publications: Allison Keefer
Phone (404) 657-8642
Career Networking/Advertising: Todd Roach
Phone (770) 242-9040, Fax (770) 242-8388
Continuing Education: Currently Open
Fernbank Liaison: Chris Bean
Phone (404) 929-6313 [email protected]
Field Trips: Open
Georgia PG Registration: Ken Simonton
Phone: 404-825-3439
John Salvino, P.G.
Teacher Grants: Bill Waggener
Phone (404)354-8752
Hospitality: Currently open
And in need of a volunteer or two.
Membership Burton Dixon
Social Media Coordinator: Carina O’Bara
Newsletter Editor
Ben Bentkowski
Phone (404) 562-8507,(770) 296-2529
Web Master: Kathaleen Bentkowski
www.atlantageologicalsociety.org
AGS 2014 Meeting Dates
Listed below are the planned meeting
dates for 2014 and 2015. Please mark
your calendar and make plans to attend.
November AGS meeting
November 25, 2014
December No meeting, No P.G. Study
Class Enjoy the Holidays!
2015 Meeting Dates January P.G. Study Class
January 31, 2015
January AGS meeting
January 27, 2015
February AGS meeting
February 24, 2015
February P.G. Study Class
February 28, 2015
AGS Officers
President: Nils Thompson
Phone (678) 486-2766
Vice-President: Cassidy Sutherland
Phone (770) 492-8230
Secretary: Rob White
Phone (770) 891-0519
Treasurer: Shannon George
Phone (717)-343-4452
Page 18 AGS NOVEMBER 2014
ATLANTA GEOLOGICAL SOCIETY
www.atlantageologicalsociety.org
ANNUAL MEMBERSHIP FORM
Please print the required details and check the appropriate membership box.
DATE:
NAME:___________________ _
ORGANIZATION:____________________________________________________________
TELEPHONE (1): TELEPHONE (2):
EMAIL (1): EMAIL (2):
STUDENT $10
PROFESSIONAL MEMBERSHIP $25
CORPORATE MEMBERSHIP $100 (Includes 4 professional members, please list names and emails below)
NAME: EMAIL:
NAME: EMAIL:
NAME: EMAIL:
NAME: EMAIL:
For further details, contact the AGS Treasurer: [email protected]
.
Please make checks payable to the “Atlanta Geological Society” and remit with the completed form to:
Atlanta Geological Society
c/o Golder Associates
Attn: Shannon George
3730 Chamblee Tucker Road
Atlanta, GA 30341
CASH
CHECK (CHECK NUMBER: .)