BOOKSTORE bStre · n 4 Raising Idaho with a plume 59 Pegmatite-aplite togetherness in California 91...
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SEPTEMBER 2019 BOOKSTORE GSA Annual Meeting & Exposition 22–25 September 2019 | Phoenix, Arizona, USA View of downtown Phoenix skyline with saguaro from the South Mountain Park & Preserve. © Photo credit: Visit Phoenix / Nick Cote.
Transcript of BOOKSTORE bStre · n 4 Raising Idaho with a plume 59 Pegmatite-aplite togetherness in California 91...
S e p t e m b e r 2 019
BOOKSTORE
GSA Annual Meeting & Exposition22–25 September 2019 | Phoenix, Arizona, USA
S e p t e m b e r 2 019
BOOKSTORE
View
of d
ownt
own
Phoe
nix
skyl
ine
with
sag
uaro
from
the
Sout
h M
ount
ain
Park
& P
rese
rve.
© P
hoto
cre
dit:
Visi
t Pho
enix
/ Nic
k Co
te.
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BU
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IN, V
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E 131, N
O. 7/8, P. 1057–1408
JULY
/AU
GU
ST 2019
IN THIS ISSSUE •NTHISISSU•INTHIS
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•
N THIS
• INTHISSUE•ITHIS
ISSU
Stylolites decipher burial depth . . . . . . . . . . . . . . . . . p. 1239No terrane boundary along the Salt Ranges thrust . . . . . . . . . . . p. 1095Active low-angle normal faulting, SE Papua New Guinea . . . p. 1333
I S S N 0 0 1 6 - 7 6 0 6 V O L . 1 3 1 N O . 7 / 8
I S S N 0 0 1 6 - 7 6 0 6 V O L . 1 3 1 N O . 7 / 8
I S S N 0 0 1 6 - 7 6 0 6 V O L . 1 3 1 N O . 7 / 8
J U LY / A U G U S T 2 0 1 9
J U LY / A U G U S T 2 0 1 9
J U LY / A U G U S T 2 0 1 9
Environmental & Engineering Geoscience
MAY 2019
VOLUME XXV, NUMBER 2
THE JOINT PUBLICATION OF THE
ASSOCIATION OF ENVIRONMENTAL AND ENGINEERING GEOLOGISTS
AND THE GEOLOGICAL SOCIETY OF AMERICA
SERVING PROFESSIONALS IN
ENGINEERING GEOLOGY, ENVIRONMENTAL GEOLOGY, AND HYDROGEOLOGY
Circum-arctic Structural Events: Tecto
nic E
volu
tion
of th
e Arctic M
argin
s and
Trans-A
rctic Links w
ith A
djacen
t Oro
gen
s
Edited by Karsten Piepjohn, Justin V. Strauss, Lutz Reinhardt, and William C. McClelland
Circum-arctic Structural EventsCircum-arctic Structural EventsCircum-arctic Structural EventsTectonic Evolution of the Arctic Margins and Trans-Arctic Links
with Adjacent Orogens
Special Paper 541
Who Are We, Where Have We Come From, and Where Are We Going?
Who Are We, Where Have We Come From, and Where Are We Going?
Who Are We, Where Have We Come From, and Where Are We Going?
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Edited by Beth A. Johnson
Memoir 214
Raising Idaho with a plume 59
Pegmatite-aplite togetherness in California 91Giddy granite in the Altai 149
I S S N 19 41- 8 2 6 4 | V O L U M E 1 1 | N U M B E R 1 | F E B R U a R y 2 0 1 9
Field Volcanology:
A Tribute to the Distinguished
Career of Don Swanson
Edited by Michael P. Poland, Michael O. Garcia,
Victor E. Camp, and Anita Grunder
Special Paper 538
toll-free 1.888.443.4472
1.303.357.1000, option 3
Buy online at http://rock.geosociety.org/store/
Edited by Michael P. Poland, Michael O. Garcia,
Victor E. Camp, and Anita Grunder
Field Volcanology:
A Tribute to the Distinguished
Career of Don Swanson
Special Paper 538
Edited by M.P. Poland, M
.O. Garcia,
V.E. Camp, and A. Grunder
Field Volcanology:
A Tribute to the Distinguished Career of Don Swanson
Don Swanson, who received the GSA Min-
eralogy, Geochemistry, Petrology, and Vol-
canology Division’s Distinguished Geologic
Career award in 2016, has adopted a detailed,
� eld-oriented approach to studying problems
of great volcanologic importance across a
range of compositions and spatio-temporal
scales. Swanson’s work has resulted in a
series of fundamental contributions that have
advanced understanding of the Columbia
River flood basalts, Cascade volcanic arc,
and Hawaiʻi, and his insights have been ap-
plied not only around the world, but across
the solar system. This volume emphasizes
the role of field volcanology as a window
into better understanding volcanic processes
past and present, and highlights, in particular,
those places and processes where Swanson’s
insights have been particularly impactful.
Field Volcanology:
A Tribute to the Distinguished
Edited by Michael P. Poland, Michael O. Garcia,
A Tribute to the Distinguished
A Tribute to the Distinguished
SPE538, 458 p.
ISBN 9780813725383
$60.00, member price $42.00
Member Price$42.00
INSI
DE:
}} Icelandic Flutes, p. 387
}} Boiled Faults Fail to Seal, p. 461
}} Indonesian Carbon Goes Global, p. 483
ISSN 0091-7613
May 2019 ■ VOL. 47 NO. 5 ■ P. 385–496
May 2019
■ VOL. 47 N
O. 5
www.gsapubs.org rock.geosociety.org/store
TOP-RATED JOURNALS GSA Bulletin—Published since 1890 and still going strong.
Geology—Measure your success with a paper accepted into this #1 ranked “geology” journal.
Environmental & Engineering Geoscience—Explores the interaction of people with hydrologic and geologic systems.
100% OPEN ACCESS:
Geosphere—Branch out unfettered with animations and inter activity.
Lithosphere—The voice for integrated and interdisciplinary tectonics.
GSA BOOKSSpecial Papers and Memoirs are:
• peer-reviewed• published quickly after acceptance• online ahead of print• distributed worldwide (print + online)• included in the Web of Science Book Citation Index
Details: http://tinyurl.com/GSA-book-guide Submit your proposal: [email protected]
}}}GSA publishes on all aspects of earth science.
}}}Editors at the forefront of their fields oversee a rigorous peer-review process for all manuscripts.
}}}Pre-issue publication online gets your accepted paper into circulation quickly.
Find the right
fit for your
research at GSA.
Impact Factor
JOURNAL 2019 5-YEAR SUBMIT ONLINE
Geology 5.006 5.406 geology.msubmit.net
GSA Bulletin 3.970 4.708 gsabulletin.msubmit.net
Geosphere 2.847 2.989 geosphere.msubmit.net
Lithosphere 2.486 2.961 lithosphere.msubmit.net
E&EG 0.844 0.761 http://eeg.allentrack.net
GSA members receive a US$100 discount on Open Access publication fees.
TH
E G
EO
LO
GIC
AL
SOC
IET
Y O
F AM
ER
ICA
BU
LL
ET
IN, V
OL
UM
E 131, N
O. 7/8, P. 1057–1408
JULY
/AU
GU
ST 2019
IN THIS ISSSUE •NTHISISSU•INTHIS
SSUEE
•
N THIS
• INTHISSUE•ITHIS
ISSU
Stylolites decipher burial depth . . . . . . . . . . . . . . . . . p. 1239No terrane boundary along the Salt Ranges thrust . . . . . . . . . . . p. 1095Active low-angle normal faulting, SE Papua New Guinea . . . p. 1333
I S S N 0 0 1 6 - 7 6 0 6 V O L . 1 3 1 N O . 7 / 8
I S S N 0 0 1 6 - 7 6 0 6 V O L . 1 3 1 N O . 7 / 8
I S S N 0 0 1 6 - 7 6 0 6 V O L . 1 3 1 N O . 7 / 8
J U LY / A U G U S T 2 0 1 9
J U LY / A U G U S T 2 0 1 9
J U LY / A U G U S T 2 0 1 9
Environmental & Engineering Geoscience
MAY 2019
VOLUME XXV, NUMBER 2
THE JOINT PUBLICATION OF THE
ASSOCIATION OF ENVIRONMENTAL AND ENGINEERING GEOLOGISTS
AND THE GEOLOGICAL SOCIETY OF AMERICA
SERVING PROFESSIONALS IN
ENGINEERING GEOLOGY, ENVIRONMENTAL GEOLOGY, AND HYDROGEOLOGY
Circum-arctic Structural Events: Tecto
nic E
volu
tion
of th
e Arctic M
argin
s and
Trans-A
rctic Links w
ith A
djacen
t Oro
gen
s
Edited by Karsten Piepjohn, Justin V. Strauss, Lutz Reinhardt, and William C. McClelland
Circum-arctic Structural EventsCircum-arctic Structural EventsCircum-arctic Structural EventsTectonic Evolution of the Arctic Margins and Trans-Arctic Links
with Adjacent Orogens
Special Paper 541
Who are We, Where Have We Come From, and Where are We Going?
Who are We, Where Have We Come From, and Where are We Going?
Who are We, Where Have We Come From, and Where are We Going?
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Women and Geology
Edited by Beth A. Johnson
Memoir 214
Raising Idaho with a plume 59
Pegmatite-aplite togetherness in California 91Giddy granite in the Altai 149
I S S N 19 41- 8 2 6 4 | V O L U M E 1 1 | N U M B E R 1 | F E B R U a R y 2 0 1 9
Field Volcanology:
A Tribute to the Distinguished
Career of Don Swanson
Edited by Michael P. Poland, Michael O. Garcia,
Victor E. Camp, and Anita Grunder
Special Paper 538
toll-free 1.888.443.4472
1.303.357.1000, option 3
Buy online at http://rock.geosociety.org/store/
Edited by Michael P. Poland, Michael O. Garcia,
Victor E. Camp, and Anita Grunder
Field Volcanology:
A Tribute to the Distinguished
Career of Don Swanson
Special Paper 538
Edited by M.P. Poland, M
.O. Garcia,
V.E. Camp, and A. Grunder
Field Volcanology:
A Tribute to the Distinguished Career of Don Swanson
Don Swanson, who received the GSA Min-
eralogy, Geochemistry, Petrology, and Vol-
canology Division’s Distinguished Geologic
Career award in 2016, has adopted a detailed,
� eld-oriented approach to studying problems
of great volcanologic importance across a
range of compositions and spatio-temporal
scales. Swanson’s work has resulted in a
series of fundamental contributions that have
advanced understanding of the Columbia
River flood basalts, Cascade volcanic arc,
and Hawaiʻi, and his insights have been ap-
plied not only around the world, but across
the solar system. This volume emphasizes
the role of field volcanology as a window
into better understanding volcanic processes
past and present, and highlights, in particular,
those places and processes where Swanson’s
insights have been particularly impactful.
Field Volcanology:
A Tribute to the Distinguished
Edited by Michael P. Poland, Michael O. Garcia,
A Tribute to the Distinguished
A Tribute to the Distinguished
SPE538, 458 p.
ISBN 9780813725383
$60.00, member price $42.00
Member Price$42.00
INSI
DE:
}} Icelandic Flutes, p. 387
}} Boiled Faults Fail to Seal, p. 461
}} Indonesian Carbon Goes Global, p. 483
ISSN 0091-7613
May 2019 ■ VOL. 47 NO. 5 ■ P. 385–496
May 2019
■ VOL. 47 N
O. 5
www.gsapubs.org rock.geosociety.org/store
TOP-RATED JOURNALS GSA Bulletin—Published since 1890 and still going strong.
Geology—Measure your success with a paper accepted into this #1 ranked “geology” journal.
Environmental & Engineering Geoscience—Explores the interaction of people with hydrologic and geologic systems.
100% OPEN ACCESS:
Geosphere—Branch out unfettered with animations and inter activity.
Lithosphere—The voice for integrated and interdisciplinary tectonics.
GSA BOOKSSpecial Papers and Memoirs are:
• peer-reviewed• published quickly after acceptance• online ahead of print• distributed worldwide (print + online)• included in the Web of Science Book Citation Index
Details: http://tinyurl.com/GSA-book-guide Submit your proposal: [email protected]
}}}GSA publishes on all aspects of earth science.
}}}Editors at the forefront of their fields oversee a rigorous peer-review process for all manuscripts.
}}}Pre-issue publication online gets your accepted paper into circulation quickly.
Find the right
fit for your
research at GSA.
Impact Factor
JOURNAL 2019 5-YEAR SUBMIT ONLINE
Geology 5.006 5.406 geology.msubmit.net
GSA Bulletin 3.970 4.708 gsabulletin.msubmit.net
Geosphere 2.847 2.989 geosphere.msubmit.net
Lithosphere 2.486 2.961 lithosphere.msubmit.net
E&EG 0.844 0.761 http://eeg.allentrack.net
GSA members receive a US$100 discount on Open Access publication fees.
Geologic ExcursionsGeologic ExcursionsGeologic Excursions
IN SOUTHWESTERN NORTH AMERICA
IN SOUTHWESTERN NORTH AMERICA
IN SOUTHWESTERN NORTH AMERICA
IN SOUTHWESTERN NORTH AMERICA
IN SOUTHWESTERN NORTH AMERICA
IN SOUTHWESTERN NORTH AMERICA
IN SOUTHWESTERN NORTH AMERICA
IN SOUTHWESTERN NORTH AMERICA
IN SOUTHWESTERN NORTH AMERICA
Edited by Philip A. Pearthree
Field Guide 55
Geologic Excursions in Southwestern North Am
erica
Geologic Excursions in Southwestern North America
Edited by Philip A. Pearthree
This volume, prepared as part of the Geological Society of America Annual Meeting in Phoenix, includes � eld guides covering aspects of the spectacular geology of southwestern North America. Field guides tackle the geology of the southern Colorado Plateau, from paleoenvironments of Petri� ed Forest National Park, to Jurassic sand dunes of southern Utah, to the San Francisco Volcanic Field, to awesome Grand Canyon. Appropriately for the 50th anniversary of the � rst lunar landing, one trip visits sites in northern Arizona that helped prepare astronauts
for their missions. Several guides address aspects of the Proterozoic to Cenozoic tectonic development of the Transition Zone between the
Colorado Plateau and the Basin and Range. Exploring the Basin and Range, guides feature Laramide tectonism and ore deposit development, features associated with large-magnitude Ceno-
zoic extensional tectonism, large Miocene volcanic centers in northwestern Arizona, and tectonism and development of the lower
Colorado River. Three � eld guides explore various aspects of northwest-ern Mexico, including tectonics and ore deposits of Sonora, fauna and paleo environments of Colorado River delta deposits, and volcanism in central Baja California. Finally, a guide analyzes anthropogenic earth � ssures that have developed in the Phoenix metropolitan area.
FLD055, 553 p., ISBN 9780813700557 | IN PRESS |
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edited by Ernest M. Duebendorfer and Eugene I. Smith
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The Edwards Aquifer: The Past, Present, and Future of a Vital Water Resource
Edited by John M. Sharp Jr., Ronald T. Green, and Geary M. Schindel, 2019
The Edwards aquifer system is one of the great karstic aquifer systems of the world. It supplies water for more than 2 million people and for agricultural, munic-ipal, industrial, and recreational uses. The Edwards (Balcones Fault Zone) Aquifer in the San Antonio, Texas, area was the first to be designated a sole source aquifer by the Environmental Protection Agency in 1975. The Edwards Aquifer also hosts unique groundwater, cave, and spring ecosystems. This 27-chapter memoir reviews the current state of knowledge, current and emerging challenges to wise use of the aquifer sys-tem, and some of the technologies that must be adopted to address these challenges.
MWR215, 312 p., ISBN 9780813712154 | $86.00 | member price $60.00 |
The Physical Geography and Geology of the Driftless Area: The Career and Contributions of James C. Knox
Edited by Eric C. Carson, J. Elmo Rawling III, J. Michael Daniels, and John W. Attig, 2019
Over the course of his 43-year career, James C. Knox conducted seminal research on the geomorphology of the Driftless Area of southwestern Wisconsin. His research covered wide-ranging topics such as long-term landscape evolution in the Driftless Area; responses of floods to climate change since the last glaciation; processes and tim-ing of floodplain sediment deposition on both small streams and on the Mississippi River; impacts of European settlement on the land-scape; and responses of stream systems to land-use changes. This volume pres-ents the state of knowledge of the physical geography and geology of this unglaciated region in the otherwise- glaciated Midwest with contributions written by Knox prior to his passing in 2012 and by a number of his former colleagues and graduate students.
SPE543, 8 chapters, ISBN 9780813725437 | IN PRESS |
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Edited by Christian Koeberl and David M. Bice, 2019
Central Italy has been a cradle of geology for centuries. For more than 100 years, studies at the Umbria and Marche Apennines have led to new ideas and a better understanding of the past, such as the Cretaceous– Paleogene (K-Pg) boundary event, or the events across the Eocene–Oligocene transition from a greenhouse to an icehouse world. The Umbria-Marche Apennines are entirely made of marine sedimentary rocks, representing a continuous record of the geotectonic evolution of an epeiric sea from the Early Triassic to the Pleistocene. The book includes reviews and original research works accomplished with the support of the Geological Observatory of Coldigioco, an independent research and educational center, which was founded in an abandoned medieval hamlet near Apiro in 1992.
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Explo
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over
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quire
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The Markagunt and Sevier gravity slides are gigantic landslides that resulted from gravitationally induced catastrophic failure of the southern flank of the Oligocene to Miocene Marysvale volcanic field. Each is nearly 100 km long with runouts over the for-mer land surface >35 km; together they span 7000 km2 and rank among Earth’s largest terrestrial landslides. Basal cataclastic lay-ers, injectites, pseudotachylyte, deformed clasts, and a variety of kinematic indicators demonstrate catastrophic emplacement, which was preceded by slow gravitational spreading of the volcanic field. This volume offers a history of their discovery, our cur-rent understanding of the gravity slides, and a guide to particularly instructive exposures for which the authors document their con-clusions about the size, age, and significant structural features of these newly discov-ered features.
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Edited by John Chadwick and Steven C. Jaume’, 2019
This guidebook provides detailed itineraries of three field trips associated with the 2019 GSA Southeastern Section Meeting in Charleston, South Carolina. The first chapter outlines the fossiliferous deposits near Charleston histor-ically referred to as the “Ashley Phosphate Beds,” which include sharks, rays, sea turtles, whales, and other Oligocene to Pleistocene fossils. The second chapter explores how hydrology has shaped Charleston and how engineers, public officials, and citizens incorporate new technologies in design to increase community resiliency. The third chapter describes the variety of modern traces that can be observed in the coastal setting of Edisto Island near Charleston. These include burrows, tracks, borings, and other signs of terrestrial and marginal-marine invertebrates and vertebrates in sediments, shells, and wood.
FLD053, 32 p., ISBN 9780813700533| $26.00 | member price $18.00 |
Iceland: The Formation and Evolution of a Young, Dynamic, Volcanic Island—A Field Trip Guide
By Brennan T. Jordan, Tamara L. Carley, and Tenley J. Banik, 2019
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New BooksField Guide 56
ICeLANDICeLANDICeLANDICeLANDICeLANDICeLANDICeLANDICeLANDICeLANDICeLANDICeLANDICeLAND
By Brennan T. Jordan, Tamara L. Carley, and Tenley J. Banik
The Formation and Evolution of a Young, Dynamic, Volcanic Island— A Field Trip Guide
Field Guide 54By B
.T. Jordan, T.L. Carley, and T.J. Banik
|ICeLA
ND
: The Formation and Evolution of a Young, D
ynamic, Volcanic Island—
A Field Trip G
uide
Field Guide 54
Field Excursions in the Carolinas
Edited by John Chadwick and Steven C. Jaume’
GUIDES FOR THE 2019 GSA SOUTHEASTERN SECTION MEETING
Field Guide 53Edited by J. Chadwick
and S.C. Jaume’
Field E
xcursio
ns in
the C
arolin
as: Gu
ides fo
r the 2019 G
SA
So
uth
eastern S
ection
Meetin
g
Field Guide
53
Field Guide 53
Photo credit: IN PRESS
Tectonics, Sedimentary Basins, and Provenance: A Celebration of the Career of William R. Dickinson
Edited by Raymond V. Ingersoll, Timothy F. Lawton, and Stephan A. Graham, 2018
Through a remarkable combination of intel-lect, self-confidence, engaging humility, and prodigious output of published work, Wil-liam R. Dickinson influenced and challenged three generations of sedimentary geolo-gists, igneous petrologists, tectonicists, sandstone petrologists, archaeologists, and other geoscientists. A key figure in the plate-tectonic revolution of the 1960s and 1970s, he explained how the distribution of sediments on Earth’s surface could be traced to tectonic processes, and is widely recognized as a founder of modern sedimen-tary basin analysis. This volume consists of 31 chapters related to Dickinson’s research interests; many of the authors are his former students, their students, and their students’ students, demonstrating his continuing pro-found influence. The papers in this volume are an impressive tribute to the depth and breadth of Bill Dickinson’s contributions to the geosciences.
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Circum-Arctic Structural Events: Tectonic Evolution of the Arctic Margins and Trans-Arctic Links with Adjacent Orogens
Edited by Karsten Piepjohn, Justin V. Strauss, Lutz Reinhardt, and William C. McClelland, 2019
The circum-Arctic region has received considerable attention over the past sev-eral decades with vigorous debate focused on topics such as mechanisms for opening the Eurasian and Amerasian basins, the importance of plume-related magmatism in the development of the Arctic Ocean, and mechanisms for ancient terrane translation along the Arctic margins. In recognition of the 25th anniversary of the Circum-Arctic Structural Events (CASE) program, an inter-national polar research effort organized and led by the Bundesanstalt für Geowissen-schaften und Rohstoffe (BGR) of Germany, this volume presents results from 18 major field expeditions involving over 100 interna-tional geoscientists from a broad spectrum of disciplines. The resulting publication focuses on the Proterozoic to Cenozoic tec-tonic evolution of the circum-Arctic region with correlations to adjacent orogens.
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Exploring Extreme and Unusual Geology in the Stable Midcontinent: Field Excursions for the 2019 GSA South-Central, North-Central, and Rocky Mountain Sections Joint Meeting
Edited by Marcia K. Schulmeister and James S. Aber, 2019
The flat-lying sedimentary strata of the North American midcontinent are typically thought of as uniform and predictable. However, midcontinent geology contains a record of exciting geologic events and pro-cesses. The papers in this volume examine four geologic phenomena associated with the continental interior: Pennsylvanian and Permian cyclothems, the origin of a massive Permian salt deposit, Cretaceous kimberlite intrusions, and Quaternary glacial geology. The guides cover processes and events that are unique to the geology of Kansas and highlight important economic and rich his-torical influences of these geologic features.
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Dickinson Volumes
SPE533: Tectonosedimentary Relations of Pennsylvanian to Jurassic Strata on the Colorado Plateau
SPE391: Net Dextral Slip, Neogene San Gregorio–Hosgri Fault Zone, Coastal California
MWR204P: Backbone of the Americas: Shallow Subduction, Plateau Uplift, and Ridge and Terrane Collision
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SPE506: Reconstruction of a Late Protero-zoic to Devonian Continental Margin Sequence, N. Alaska
SPE360P: Tectonic Evolution of the Bering Shelf–Chukchi Sea–Arctic Margin
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FLD024P: Archean to Anthropocene: Field Guides to the Geology of the Mid-Continent of North America
SPE325P: Depositional Environments, Lithostratigraphy, and Biostratigraphy of the White River and Arikaree Groups (Late Eocene to Early Miocene, North America)
SPE312P: Middle Proterozoic to Cambrian Rifting, North America
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Circum-Arctic Structural Events: Tecto
nic E
volu
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of th
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argin
s and
Trans-A
rctic Links w
ith A
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Edited by Karsten Piepjohn, Justin V. Strauss, Lutz Reinhardt, and William C. McClelland
Circum-Arctic Structural EventsCircum-Arctic Structural EventsCircum-Arctic Structural EventsTectonic Evolution of the Arctic Margins and Trans-Arctic Links
with Adjacent Orogens
Special Paper 541
Special Paper 541
Edited by Raymond V. Ingersoll, Timothy F. Lawton, and Stephan A. Graham
Tectonics, Sedimentary Basins, and Provenance: A Celebration of the Career of William R. Dickinson
Special Paper 540
Edited by R
.V. Ingersoll, T
.F. Law
ton, and S.A
. Graham
Tectonics, Sedim
entary Basins, and Provenance:
A C
elebration of the Career of W
illiam R
. Dickinson
Special Paper
540
Special Paper 540
Exploring Extreme and Unusual Geology in the Stable Midcontinent
Edited by Marcia K. Schulmeister and James S. Aber
Field Excursions for the 2019 GSA South-Central, North-Central, and Rocky Mountain Sections Joint Meeting
Ed
ited b
y M.K
. Sch
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Exp
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Field Guide 52
Field Guide 52
The Art of Finding Springs, Second Edition: A Translation of L’Art de Découvrir les Sources, Seconde Édition
By Abbé Jean-Baptiste Paramelle; transl. by Patricia Bobeck, 2019
Abbé Paramelle (1790–1875) published The Art of Finding Springs in 1856 as a how-to manual for finding groundwater. Paramelle began his field research into springs on a karst plateau in southwestern France. Between 1833 and 1854, upon request, Paramelle explored 40 of France’s depart-ments and found groundwater in 10,000 places based on his observational method, which used geology and geomorphology, at a time when these sciences were in their infancy. Paramelle’s method was used until the 1970s to find groundwater in the French Department of Lot. Although the book was translated into German and Spanish in the mid-1800s, this is the first English transla-tion. The translator has included detailed notes and an introduction providing exten-sive historical background about this largely unknown hydrogeologist.
SPE539, xvii + 127 p., ISBN 9780813725390 | $58.00 | member price $40.00 |
Chesapeake Bay Impact Structure—Development of “Brim” Sedimentation in a Multilayered Marine Target
By Henning Dypvik, Gregory S. Gohn, Lucy E. Edwards, J. Wright Horton Jr., David S. Powars, and Ronald J. Litwin, 2018
The Chesapeake Bay impact structure is perhaps the best documented example of a small group of multilayer, marine-target impacts formed in continental shelves or beneath epeiric seas. In this multi disciplinary study, new sedimentological and stratigraph-ical data and results—mainly from three Chesapeake Bay brim cores (Watkins School, Langley, and Bayside)—are compared to and compiled with key crater core data. This vol-ume provides detailed understanding of the impact-related processes and sedimentation, their interaction and relative timing, and their products in the “brim,” the target-sediment layer in the area outside the transient cavity.
SPE537, 68 p., ISBN 9780813725376 | $38.00 | member price $25.00 |
Field Volcanology: A Tribute to the Distinguished Career of Don Swanson
Edited by Michael P. Poland, Michael O. Garcia, Victor E. Camp, and Anita Grunder, 2018
Don Swanson, who received the GSA Mineralogy, Geochemistry, Petrology, and Volcanology Division’s Distinguished Geo-logic Career award in 2016, has adopted a detailed, field-oriented approach to studying problems of great volcanologic importance across a range of compositions and spa-tio-temporal scales. Swanson’s work has resulted in a series of fundamental contri-butions that have advanced understanding of the Columbia River flood basalts, Cascade volcanic arc, and Hawai‘i, and his insights have been applied not only around the world, but across the solar system. This volume emphasizes the role of field volcanology as a window into better understanding volcanic processes past and present, and highlights, in particular, those places and processes where Swanson’s insights have been par-ticularly impactful.
SPE538, 458 p., ISBN 9780813725383 | $60.00 | member price $42.00 |
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SPE356P: Catastrophic Events and Mass Extinctions: Impacts and Beyond
SPE339P: Large Meteorite Impacts and Planetary Evolution II
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7
New Books
Special Paper 537
By Henning Dypvik, Gregory S. Gohn, Lucy E. Edwards, J. Wright Horton Jr., David S. Powars, and Ronald J. Litwin
Chesapeake Bay Chesapeake Bay Chesapeake Bay Impact StructureImpact StructureImpact Structure
Development of “Brim” Sedimentation in a Multilayered Marine Target
H. D
ypvik et al. | Chesapeake Bay Im
pact Structure: Developm
ent of “Brim
” Sedimentation in a M
ultilayered Marine Target
Special Paper 537
Special Paper 537
Edited by Michael P. Poland, Michael O. Garcia, Victor E. Camp, and Anita Grunder
Field Volcanology: A Tribute to the Distinguished
Career of Don Swanson
Special Paper 538
Edited by M.P. Poland, M
.O. Garcia, V.E. Cam
p, and A. GrunderField Volcanology:
A Tribute to the Distinguished Career of D
on Swanson
Special Paper 538
Cross section of a vale whose bottom is filled
with transported material.
By Abbé Jean-Baptiste ParamelleTranslated by Patricia Bobeck
The Art of Finding Springs, Second EditionA Translation of L’Art de Découvrir les Sources, Seconde Édition
Special Paper 539
Abbé J.-B. Paramelle • Trans. by P. Bobeck
The Art of Finding Springs, Second Edition • A Translation of L’Art de Découvrir les Sources, Seconde Édition
Special Paper 539
Special Paper 539
Women and Geology: Who Are We, Where Have We Come From, and Where Are We Going?
Edited by Beth A. Johnson, 2018
Women have been a part of the story of geology from the beginning, but they have struggled to gain professional opportuni-ties, equal pay, and respect as scientists for decades. Some have been dismissed, some have been forced to work without pay, and some have been denied credit. This vol-ume highlights the progress of women in geology, including past struggles and how remarkable individuals were able to over-come them, current efforts to draw positive attention and perceptions to women in the science, and recruitment and mentorship efforts to attract and retain the next gener-ation of women in geology. Chapters include the first American women researchers in Antarctica, a survey of Hollywood disaster movies and the casting of women as geol-ogists, social media campaigns such as #365ScienceSelfies, and the stories of the Association for Women Geoscientists and the Earth Science Women’s Network and their work to support and mentor women in geology.
MWR214, 128 p., ISBN 9780813712147 | $60.00 | member price $42.00 |
Museums at the Forefront of the History and Philosophy of Geology: History Made, History in the Making
Edited by Gary D. Rosenberg and Renee M. Clary, 2018
Natural history museums have evolved over the past 500 years to become vanguards of science literacy and thus institutions of democracy. Curiosity about nature and distant cultures has proven to be a power-ful lure, and museums have progressively improved public engagement through increasingly immersive exhibits, partici-pation in field expeditions, and research using museum holdings, all facilitated by new technology. Natural history muse-ums have dispersed across the globe and demonstrated that public fascination with ancient life, vanished environments, exotic animals in remote habitats, cultural diver-sity, and our place in the cosmos is universal. This volume samples the story of museum development and illustrates that the histor-ical successes of natural history museums have positioned them to be preeminent facil-itators of science literacy well into the future.
SPE535, 348 p., ISBN 9780813725352 | $89.00 | member price $62.00 |
Linkages and Feedbacks in Orogenic Systems
Edited by Richard D. Law, J. Ryan Thigpen, Arthur J. Merschat, and Harold Stowell, 2017
This volume explores linkages between tec-tonic processes through field, numerical modeling, and laboratory studies, concentrat-ing on feedback mechanisms within ancient and evolving orogens by which individual or linked tectonic processes may influence or predetermine the operation of other pro-cesses in space and time. Case studies cover a wide range of ancient to modern orogens: the Svecofennian of southern Finland, the Gyeonggi Massif of Korea, the Caledonides of northern Scotland, the Variscan of the East European craton, the Appalachians of the eastern United States, the European Alps and Dinarides, north Cascades of the northwestern United States, and the Hima-laya. Emphasis is placed on integration between data sets developed from analytical approaches, including field mapping, seismic reflection profiling, strain analyses, petrol-ogy, isotopic dating, and numerical modeling studies of thermal evolution.
MWR213, 372 p. + plate, ISBN 9780813712130 | $60.00 | member price $42.00 |
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E d i t e d by G a r y D . R o s e n b e r g a n d R e n e e M . C l a r y
Museums at the Forefront of the History and Philosophy of GeologyH I S T O R Y M A D E , H I S T O R Y I N T H E M A K I N GMuseums at the Forefront of the History and Philosophy of Geology: History Made, History in the Making
Special Paper 535
Special Paper 535
Linkages and Feedbacks in Orogenic Systems
Edited by Richard D. Law, J. Ryan Thigpen, Arthur J. Merschat, and Harold H. Stowell
Memoir 213
Memoir 213
Who Are We, Where Have We Come From, and Where Are We Going?Who Are We, Where Have We Come From, and Where Are We Going?Who Are We, Where Have We Come From, and Where Are We Going?
Women and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and GeologyWomen and Geology
Edited by Beth A. Johnson
Memoir 214
Memoir 214
The Tectonic Setting and Origin of Cretaceous Batholiths within the North American Cordillera: The Case for Slab Failure Magmatism and Its Significance for Crustal Growth
By Robert S. Hildebrand and Joseph B. Whalen, 2017
In this Special Paper, Hildebrand and Wha-len present a big-picture, paradigm-busting synthesis that examines the tectonic setting, temporal relations, and geochemistry of many plutons within Cretaceous batholithic terranes of the North American Cordillera. In addition to their compelling tectonic syn-thesis, they argue that most of the batholiths are not products of arc magmatism as com-monly believed, but instead were formed by slab failure during and after collision. They show that slab window and Precambrian TTG suites share many geochemical simi-larities with Cretaceous slab failure rocks. Geochemical and isotopic data indicate that the slab failure magmas were derived dom-inantly from the mantle and thus have been one of the largest contributors to growth of continental crust. The authors also note that slab failure plutons emplaced into the epi-zone are commonly associated with Cu-Au porphyries, as well as Li-Cs-Ta pegmatites.
SPE532, 113 p. + insert, ISBN 97808137253211| $42.00 | member price $30.00 |
Tectonosedimentary Relations of Pennsylvanian to Jurassic Strata on the Colorado Plateau
By William R. Dickinson, 2018
William R. Dickinson (1931–2015) formally retired in 1991, but he didn’t stop working, researching, and writing. His work with University of Arizona professor George Geh-rels on identifying sandstone provenance using detrital-zircon U-Pb geochronology led to the determination that much of the Pennsylvanian to Jurassic sandstone of the Colorado Plateau was derived from the orogenic belt now associated with the Appalachian Mountains. Further detrital-zir-con studies led to Dickinson preparing this publication in order to identify key aspects of the sedimentary and tectonic history of Mesozoic strata of the Colorado Plateau and directly adjacent areas. Dickinson divided the strata into seven depositional systems, but completed writing on only the lower five (Moenkopi, Chinle, Glen Canyon, San Rafael, Morrison) before his death in July 2015. The manuscript, however, was comprehensive in its treatment of upper Paleozoic strata and the lower five Mesozoic “deposystems,” and an abstract and concluding text by Jon Spencer helped to complete the work.
SPE533, 184 p., ISBN 9780813725338| $60.00 | member price $42.00 |
Geology and Tectonics of Subduction Zones: A Tribute to Gaku Kimura
Edited by Timothy Byrne, Michael B. Underwood, Donald Fisher, Lisa McNeill, Demian Saffer, Kohtaro Ujiie, and Asuka Yamaguchi, 2018
This volume highlights the career of Dr. Gaku Kimura, professor emeritus of geosciences at the University of Tokyo, by showing the range of research he has inspired. The first three chapters provide context for the growth of accretionary prisms by examin-ing the thermal structure of the ocean crust, and the sedimentary facies and potential fluid pathways in the Shikoku Basin. Next, two chapters look at the regional-scale structure of the plate boundary and the rheology and hysteresis of the hanging wall of the subduction zone in SW Japan. The following five chapters discuss the progres-sive deformation and thermal maturation of sediments along accretionary margins from Japan to New Zealand to western North America. The final two chapters look at the deformation processes near the subduct-ing plate interface, with the last chapter proposing a link between outcrop-scale observations and seismic slip.
SPE534, 215 p., ISBN 9780813725345| $40.00 | member price $28.00 |
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9
Edited by Timothy Byrne, Michael B. Underwood, Donald Fisher, Lisa McNeill, Demian Saffer, Kohtaro Ujiie, and Asuka Yamaguchi
Geology and Tectonics of Subduction Zones:
A Tribute to Gaku Kimura
Special Paper 534
Edited by Timothy Byrne, M
ichael B. Underwood, Donald Fisher,
Lisa McNeill, Dem
ian Saffer, Kohtaro Ujiie, and Asuka Yamaguchi
Geology and Tectonics of S
ubduction Zones: A Tribute to G
aku Kim
ura
Special Paper 534
By William R. Dickinson
Tectonosedimentary Relations of Tectonosedimentary Relations of Tectonosedimentary Relations of Pennsylvanian to Jurassic Strata Pennsylvanian to Jurassic Strata Pennsylvanian to Jurassic Strata
on the Colorado Plateauon the Colorado Plateauon the Colorado Plateau
Special Paper 533
Special Paper 533
By Robert S. Hildebrand and Joseph B. Whalen
The Tectonic Setting and Origin of Cretaceous Batholiths within the North American CordilleraThe Case for Slab Failure Magmatism and Its Significance for Crustal Growth
Special Paper 532
By R.S. Hildebrand and J.B. W
halenThe Tectonic Setting and O
rigin of Cretaceous Batholiths within the N
orth American Cordillera
Special Paper 532
From the Puget Lowland to East of the Cascade Range: Geologic Excursions in the Pacific Northwest
Edited by Ralph A. Haugerud and Harvey M. Kelsey, 2017
Prepared in conjunction with the 129th annual meeting of the Geological Society of America, this compelling volume con-tains guides that geographically focus on the Seattle, Washington, area within the Puget lowland, and also includes descrip-tions of trips in the Cascade Range and the region east of the Cascades. Highlights of the guides include a journey through the region that was affected by an earthquake on the Seattle fault 1100 years ago, a trip to the coast to look at tsunami deposits, trips that show evidence of past glaciations that inundated the Puget lowland, and trips that highlight catastrophic flooding and blankets of wind-blown silt, both of which covered the area east of the Cascades due to con-tinental glaciations. Multiple trips help unravel the complex but fascinating geo-logical history of the Cascade Range.
FLD049, 254 p., ISBN 9780813700496 | $42.00 | member price $30.00 |
Geology at Every Scale: Field Excursions for the 2018 GSA Southeastern Section Meeting in Knoxville, Tennessee
Edited by Annette Summers Engel and Robert D. Hatcher Jr., 2018
This guidebook contains nine field trips that highlight the spectacular sedimentary and structural geology within, and surrounding, Knoxville, Tennessee. One guide focuses on the East Tennessee marble industry from the vantage point of the Three Rivers Rambler excursion train in Knoxville, and another guide features limestone-centric lessons for STEM educators. Three guides explore the region’s karst landscape and geological curiosities in the Great Smoky Mountains National Park and Tuckaleechee Cove, the Flynn Creek impact structure, and the Gray Fossil Site, for which that guide also provides training in nutrient hotspots at the Body Farm—the University of Tennes-see Anthropological Research Facility. The last four guides examine regional structural geology and tectonics, including of the East-ern Tennessee seismic zone, the Nashville dome in central Tennessee, and the Blue Ridge and Inner Piedmont belts of the Car-olinas and Georgia.
FLD050, 209 p., ISBN 9780813700502 | $60.00 | member price $42.00 |
Ancient Oceans, Orogenic Uplifts, and Glacial Ice: Geologic Crossroads in America’s Heartland
Edited by Lee J. Florea, 2018
This volume, prepared for the 2018 GSA Annual Meeting in Indianapolis, includes compelling science and field trips in Indi-ana, Illinois, Kentucky, Michigan, and Ohio. A wealth of geologic and human history col-lides in the Midwest, a confluence that led to the growth of America’s industry over the past two centuries. Guides in this volume depict this development from the estab-lishment of New Harmony, the birthplace of American geology, through the construction of Indianapolis’s modern skyline. Underpin-ning this growth were the widespread natural resources—limestone, coal, and water—that built, powered, and connected a growing nation. Take a journey through the Heartland to sand dunes, outcrops, quarries, rivers, caves, and springs that connect Paleozoic stratigraphy with the assembly of Gondwana, continental glaciation with Quaternary geo-morphology and hydrology, and landscape with the human environment.
FLD051, 434 p., ISBN 9780813700519 | $64.00 | member price $45.00 |
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Ancient Oceans, Orogenic Uplifts, and Glacial Ice
Ancient Oceans, Orogenic Uplifts, and Glacial Ice: Geologic Crossroads in America’s Heartland
Edited by Lee J. Florea
G E O L O G I C C R O S S R O A D S I N A M E R I C A ’ S H E A R T L A N D
Field Guide 51
Field Guide 51
Geology at Every Scale
E D I T E D B Y A N N E T T E S U M M E R S E N G E L A N D R O B E R T D . H A T C H E R J R .
Geology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleGeology at Every ScaleField Excursions for the 2018 GSA Southeastern Section Meeting in Knoxville, Tennessee
GEOLOGY AT EVERY SCALE: Field Excursions for the 2018 GSA Southeastern Section Meeting in Knoxville, Tennessee
Field Guide 50
Field Guide 50
Field Guide 49
Edited by Ralph A. Haugerud and Harvey M. Kelsey
From the Puget Lowland From the Puget Lowland From the Puget Lowland to East of the Cascade Rangeto East of the Cascade Rangeto East of the Cascade Rangeto East of the Cascade Rangeto East of the Cascade Rangeto East of the Cascade RangeG E O L O G I C E X C U R S I O N S I N T H E PA C I F I C N O R T H W E S T
Field Guide 49
Forts, Floods, and Periglacial Features: Exploring the Pittsburgh Low Plateau and Upper Youghiogheny Basin
Edited by Joseph T. Hannibal and Kyle C. Fredrick, 2017
This guidebook provides detailed itinerar-ies of three geological field trips associated with the joint 2017 meeting of the GSA Northeastern and North-Central Sections in Pittsburgh. The first chapter outlines a walking trip of downtown Pittsburgh and the escarpment to its south, consisting of seven
“Pitt stops” providing an introduction and overview of the geological, archaeological, and historical aspects of the first Gateway to the West. The second chapter describes a trip that explores periglacial features, including glacial Lake Monongahela and a rock maze formed by frost wedging, of the Pittsburgh Low Plateau and Upper Youghiogheny River basin in West Virginia, Maryland, and southern Pennsylvania. The third chapter investigates hydrologic aspects of the 1889 Johnstown, Pennsylva-nia, flood, largely following the progress of the flood from its point of origin to the city of Johnstown. Each trip is designed so that it can be done in one day or less.
FLD046, 63 p., ISBN 9780813700465 | $30.00 | member price $20.00 |
Geologic Field Trips of the Canadian Rockies: 2017 Meeting of the GSA Rocky Mountain Section
Edited by Jean C.C. Hsieh, 2017
This field guide volume includes five trips that explore the structural geology, sedi-mentology, and paleontology of the region, as well as exploring the relationship of the geology to the regional petroleum and mining industries. The guides describe the geology of a classic E-W transect through the Canadian Rockies, the stratigraphy of the UNESCO World Heritage Site of Dino-saur Provincial Park, the unique fossils of the Burgess Shale, the Mesoproterozoic Belt Supergroup of the National Parks on both sides of the border, and the sed-imentology of an analog for the prolific petroleum-producing Montney Formation. Grab a copy and head out to the Canadian Rockies!
FLD048, 152 p., ISBN 9780813700489 | $30.00 | member price $20.00 |
From the Blue Ridge to the Beach: Geological Field Excursions across Virginia
Edited by Christopher M. Bailey and Shelley Jaye, 2017
This volume includes seven field guides that explore the diverse geology of Virginia from its Appalachian highlands to the Atlantic shore. The guides cover an array of topics ranging from cave and karst development in the Valley and Ridge to the exceptional fossil localities at the Carmel Church Quarry and the cliffs near Stratford Hall to Precambrian rocks in the Blue Ridge Mountains. Three guides focus on the Paleozoic to Protero-zoic tectonic history of the Blue Ridge and Piedmont provinces, two guides discuss the stratigraphy and fossil assemblages pre-served in Cenozoic deposits on the Atlantic Coastal Plain, one guide examines Paleozoic stratigraphy and cave formation in western Virginia, and the final guide explores the relationship between the geology of the Fall Zone and the Civil War during the Peters-burg Campaign in 1864–1865.
FLD047, 174 p., ISBN 9780813700472| $42.00 | member price $30.00 |
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Field Guide 48Field Guide 48Field Guide 48
Edited by Jean C.C. HsiehEdited by Jean C.C. HsiehEdited by Jean C.C. HsiehEdited by Jean C.C. HsiehEdited by Jean C.C. HsiehEdited by Jean C.C. Hsieh
Geologic Field Trips of the Canadian RockiesGeologic Field Trips of the Canadian RockiesGeologic Field Trips of the Canadian Rockies2 0 1 7 M E E T I N G O F T H E G S A R O C K Y M O U N T A I N S E C T I O N2 0 1 7 M E E T I N G O F T H E G S A R O C K Y M O U N T A I N S E C T I O N2 0 1 7 M E E T I N G O F T H E G S A R O C K Y M O U N T A I N S E C T I O N
Field Guide 48
Field Guide 47Field Guide 47Field Guide 47
Edited by Christopher M. Bailey and Shelley JayeEdited by Christopher M. Bailey and Shelley JayeEdited by Christopher M. Bailey and Shelley JayeEdited by Christopher M. Bailey and Shelley JayeEdited by Christopher M. Bailey and Shelley JayeEdited by Christopher M. Bailey and Shelley JayeEdited by Christopher M. Bailey and Shelley JayeEdited by Christopher M. Bailey and Shelley JayeEdited by Christopher M. Bailey and Shelley JayeEdited by Christopher M. Bailey and Shelley JayeEdited by Christopher M. Bailey and Shelley JayeEdited by Christopher M. Bailey and Shelley JayeEdited by Christopher M. Bailey and Shelley JayeEdited by Christopher M. Bailey and Shelley Jaye
From the Blue Ridge to the BeachFrom the Blue Ridge to the BeachFrom the Blue Ridge to the BeachFrom the Blue Ridge to the BeachFrom the Blue Ridge to the BeachFrom the Blue Ridge to the BeachFrom the Blue Ridge to the BeachFrom the Blue Ridge to the BeachFrom the Blue Ridge to the BeachFrom the Blue Ridge to the BeachFrom the Blue Ridge to the BeachFrom the Blue Ridge to the BeachFrom the Blue Ridge to the BeachFrom the Blue Ridge to the BeachG E O L O G I C A L F I E L D E X C U R S I O N S A C R O S S V I R G I N I AG E O L O G I C A L F I E L D E X C U R S I O N S A C R O S S V I R G I N I AG E O L O G I C A L F I E L D E X C U R S I O N S A C R O S S V I R G I N I A
Field Guide 47
Field Guide 46
Field Guide
46
FOR
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Explo
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Edited by
J.T. Hannibal J.T. Hannibal and
K.C. FredrickK.C. Fredrick
Field Guide 46
The Geoscience Handbook 2016: AGI Data Sheets, 5th Edition
Edited and compiled by Mark B. Carpenter and Christopher M. Keane Graphics by Kat Cantne
Featuring the contributions of over 240 experts worldwide in their respective fields, this expanded edition has more than 470 full-color
pages. Three years of work went into the Handbook to broaden its scope across the disciplines. With more than 170 complete new data sheets, and full revisions of prior data sheets, over 85% of the content is either new or revised. The Geoscience Handbook is the quick reference tool for key metrics and
concepts, a guide to cornerstone papers and recent devel-opments, as well as short tutorials on relevant topics. Published by the American Geosciences Institute.
DATASHEETS, 478 p., 5"× 8" spiral bound, ISBN 9780913312476 | $59.99 | GSA member price $49.99 |
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THE GEOSCIENCE
HANDBOOK 2016
AGI Data Sheets, Fifth Edition
Compiled by
Mark B. Carpenter
Christopher M. Keane
Graphics by Kat Cantner
The American Geosciences Institute
The GSA Store offers hundreds of e‑books, most of which are only $9.99.
This searchable selection includes:
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edited byGian Battista Vai and W. Glen E. Caldwell
The Origins of Geology in
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Field Guide 11
Field Guide to Plutons, Volcanoes, Faults, Reefs, Dinosaurs, and Possible Glaciation in Selected Areas
of Arizona, California, and Nevada
edited by Ernest M. Duebendorfer and Eugene I. Smith
Field Guide 15
edited by Jim E. O’Connor, Rebecca J. Dorsey, and Ian P. Madin
Special Paper 399
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Note CardsGSA publications
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(box of 10 cards4.25" × 5.5")
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Side Spiral Metric Notebook, 45⁄8" × 7" RITR363 US $ 6.95Geology Field Bound Book, 43⁄4" × 71⁄2" RITR540F US $ 21.95Field Book Pouch for 540F Book RITRC540F US $ 28.25Black Field-Flex Memo Book, 31⁄2" × 5" RITR754 US $ 5.45
In the FieldPocket-Sized Sand Grain Sizing FolderThis pocket-sized folder consists of a sphericity/roundness measuring chart; printed examples of well-sorted and poorly sorted grain samples in the fine, medium, and coarse ranges; four actual grain samples illustrating angular, sub-angular, subrounded, and rounded shapes; and six grain size samples (silt, very fine sand, fine sand, medium sand, coarse sand, and very coarse sand). Measurement limits for granules, pebbles, cobbles, and boulders are indicated.
GRN001, single copy | $7.50 | member price $5.95 |
GSA Photo Scale / Time Scale This versatile field tool combines GSA’s popular photo scale and time scale. On one side is our Author’s Photo Scale, cal-ibrated boldly in centimeters (10) and inches (4). Includes a GSA seal for fine focus and an evaluation scale for granular material from 1 to 5 millimeters diameter. The reverse side includes the complete Geologic Time Scale. Sturdy 20-mil × 2.5" × 6.5" tan vinyl printed in blue.
PTS002, pack of 10 | $9.00 | member price $7.50 |
750
1000
1250
1500
1750
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2250
2500
2750
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3500
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AGE(Ma) EON
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BDY.AGES(Ma)
1000
1200
1800
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1600
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2800
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4000
Lopin-gian
MIDDLE
Guada-lupian
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Epoch 3
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TERRE-NEUVIAN
LATE
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MIDDLE
WENLOCK
541
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PERIOD
CHANGHSINGIAN
WORDIANROADIAN
WUCHIAPINGIANCAPITANIAN
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PRIDOLI
LUDFORDIANGORSTIANHOMERIAN
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SHEINWOODIAN
HIRNANTIAN
SANDBIAN
KATIAN
DARRIWILIANDAPINGIAN
AGE 10JIANGSHANIANPAIBIANGUZHANGIANDRUMIANAGE 5AGE 4AGE 3
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3300 Penrose Place • P.O. Box 9140 • Boulder, CO 80301-9140
1-888-443-4472 • 1-303-357-1000 • www.geosociety.org
© 2
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66.0
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100
113
126
131
134
139
145
152
157
166164
CAMPANIAN
SANTONIAN
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HAUTERIVIAN
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BERRIASIAN
TITHONIAN
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CALLOVIAN
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BAJOCIAN
AALENIAN
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MESSINIAN
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183
GEOLOGICAL SOCIETY OF AMERICA
GEOLOGIC TIME SCALE
Get full-size chart: www.gsapubs.org
v. 4.0
Wallet-Size Geologic Time ScaleGreat for handouts or as a portable reference.
CTS003, pack of 25 | $7.00 | member price $5.00 |
Geology Terms in English and Spanish / Terminología Geológica en Español e Inglés
By Henry Aurand, 2000
Sunbelt Pocket Guide, published by Sunbelt Publications.
OPB010, 118 p., 3 5⁄8" × 5" softcover, perfect bound, ISBN 9780932653291 | $9.95 |
DoohicKey 6x Key Tool by Nite Ize®Made of durable stainless steel with a carabiner clip for easy attachment, one end works as a scraper, tape cutter, and scorer; the other end serves as a flat-head screwdriver and pry tool. The outer edge is scored as a ruler in both inches and cen-timeters, the opposite edge features a bottle opener, and the interior is ridged to provide 3 wrench sizes. This tool is airport friendly, so you can take it with you and keep it close at hand.
NITEDOO, Size: 2.6" × 0.7" × 0.1" (64.8 mm × 17.2 mm × 2.5 mm); Weight: 0.4 oz (12 g) | $4.99 |
Drawing Geological Structures
By Jorn H. Kruhl, 2017DRAWGEO, 232 p., 4 ½" x 7" softcover,
ISBN 9781405182324| $40.00 | member price $35.00 |
Field Hydrogeology, 4th Edition
By Rick Brassington, 2017HYDRO, 312 p., 4 ½" x 7" softcover,
ISBN 9781118397398| $55.00 | member price $50.00 |
Basic Geological Mapping, 5th Edition
By Richard J. Lisle, Peter Brabham, and John W. Barnes, 2011
MAPPING, 230 p., 4 1⁄2" × 7" softcover, ISBN 9780470686348
| $50.00 | member price $45.00 |
Sedimentary Rocks in the Field: A Practical Guide, 4th Edition
By Maurice E. Tucker, 2011SEDROCK, 288 p., 4 ½" × 7" softcover,
ISBN 9780470689165 | $67.00 | member price $62.00 |
The Field Description of Igneous Rocks, 2nd Edition
By Dougal Jerram and Nick Petford, 2011
ROCKS, 256 p., 4 1⁄2" × 7" softcover, ISBN 9780470022368
| $49.00 | member price $44.00 |
Field Geophysics, 4th Edition
By John J. Milsom and Asger Eriksen, 2011
GEOPHYS, 304 p., 4 1⁄2" × 7" softcover, ISBN 9780470749845
| $48.00 | member price $43.00 |
Shop Online } rock.geosociety.org/store
13
In the Field
for everyday use
Portable POCKET GUIDES
edited by Rob Young and Lisa Norby
Geological Monitoring
Edited by Rob Young and Lisa Norby, 2009
Previously sold out and now available as a PDF, Geological Monitoring is a practical, nontechnical guide for land manag-ers, educators, and the public that synthesizes representative methods for monitoring short-term and long-term change in geologic features and landscapes.GEOMONP, 305 p., ISBN 9780813760322 | original list $80.00 | now $9.99 |
Walker, J.D., Geissman, J.W., Bowring, S.A., and Babcock, L.E., compilers, 2018, Geologic Time Scale v. 5.0: Geological Society of America, https://doi.org/10.1130/2018.CTS005R3C. ©2018 The Geological Society of America
HIS
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251.90251.2247.2
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750
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2500
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3000
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3500
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4000
PRECAMBRIAN
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1000
1200
1800
2050
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1600
2500
2800
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3600
4000
541
635
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PERIOD
EDIACARAN
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WENLOCK
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WORDIANROADIAN
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CAPITANIAN
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ASSELIANSAKMARIAN
ARTINSKIAN
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RHUDDANIAN
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AGE 10JIANGSHANIAN
PAIBIANGUZHANGIAN
DRUMIANAGE 5AGE 4
AGE 3
AGE 2
FORTUNIAN
FLOIAN
TREMADOCIAN
EARLY
EARLY
MIDDLE
MIDDLE
LATE
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251.90
259.1
254.14
265.1268.8272.95~283.5
290.1295.0
303.7307.0
298.9
323.2
330.9
346.7
358.9
~372.2
~382.7
~387.7
~393.3
~407.6~410.8
~419.2~423.0~425.6
~433.4~430.5
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~443.8~445.2
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~477.7
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541.0
315.2
GSA GEOLOGIC TIME SCALE v. 5.0CENOZOIC
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EPOCH AGEPICKS(Ma)
MAGNETICPOLARITY
PERIOD
HIS
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0.0121.8
3.600
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66.0
2.58
*The Pleistocene is divided into four ages, but only two are shown here. What is shown as Calabrian is actually three ages—Calabrian from 1.80 to 0.781 Ma, Middle from 0.781 to 0.126 Ma, and Late from 0.126 to 0.0117 Ma. The Cenozoic, Mesozoic, and Paleozoic are the Eras of the Phanerozoic Eon. Names of units and age boundaries usually follow the Gradstein et al. (2012), Cohen et al. (2012) , and Cohen et al. (2013, updated) compilations. Numerical age estimates and picks of boundaries usually follow the Cohen et al. (2013, updated) compilation. The numbered epochs and ages of the Cambrian are provisional. A “~” before a numerical age estimate typically indicates an associated error of ±0.4 to over 1.6 Ma. REFERENCES CITEDCohen, K.M., Finney, S., and Gibbard, P.L., 2012, International Chronostratigraphic Chart: International Commission on Stratigraphy, www.stratigraphy.org (accessed May 2012). (Chart reproduced for the 34th International Geological Congress, Brisbane,
Australia, 5–10 August 2012.) Cohen, K.M., Finney, S.C., Gibbard, P.L., and Fan, J.-X., 2013, The ICS International Chronostratigraphic Chart: Episodes v. 36, no. 3, p. 199–204 (updated 2017, v. 2, http://www.stratigraphy.org/index.php/ics-chart-timescale; accessed May 2018).Gradstein, F.M, Ogg, J.G., Schmitz, M.D., et al., 2012, The Geologic Time Scale 2012: Boston, USA, Elsevier, https://doi.org/10.1016/B978-0-444-59425-9.00004-4. Previous versions of the time scale and previously published papers about the time scale and its evolution are posted to http://www.geosociety.org/timescale.
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N 7m=14.007
14 15
r=1.71
Reduced nitrogen
3–
(as NH4+)
S 16
32 33 34 36
r=1.84m=32.066Sulfur as sulfide
2–
78 80 82
Se
m=78.96
74 76 77r=1.98
Selenium342–
as selenide
Br 35
m=79.904
79 81 (82)
r=1.95(7+ r=0.39)
Bromine
–
as bromide
Cl 17
m=35.453
35 37
r=1.81
Chlorineas chloride
–
C 6m=12.011
12 13 14
r=2.60
Reduced carbon
4–
15
m=30.974r=2.12
Phosphorus
3–
as phosphide
P
51
r=2.45
121 123
Sb
m=121.760
Antimony
3–
as antimonide
Noble Gases
Ani
ons
with
w
hich
har
d ca
tions
pr
efer
entia
lly
coor
dina
te
Anions
(No ionization)
Ani
ons
with
w
hich
sof
t cat
ions
pr
efer
entia
lly
coor
dina
te
Inte
rmed
iate
Anions that commonly coordinate with H+
(e.g., as CH4, NH3, H2S, H2O, etc.)
At 85
215 218 219
AstatineRn 86
(222)
220 222218 219
Radon
Si 14
m=28.086r=2.71
Silicon as silicide
4–
Most known natural occurrences of phosphides and silicides are in metorites
and cosmic dust.
Most natural occurrences of carbides and nitrides are in meteorites or mantle phases.
He 2
3 4
Helium
m=4.0026r=1.2
Ne 10
20 21 22
Neon
m=20.180r=1.5
Ar 18
36 38 40
Argon
m=39.948r=1.8
Kr 36
78 80 8283 84 86
Kryptonm=83.80
r=1.9
Xe 54
129 130 131132 134 136
124 126 128
Xenonm=131.29
r=2.1
As 33m=74.922
75
r=2.22
Arsenic as arsenide
3–
Cations that coordinate with H2O(or CO3
2– or SO42–)
in solution
Cations that coordinate with O2– in solution (e.g., as
NO3–, PO4
3–, SO42–, etc.)
Noble Gases(No ionization)
z/r = 1
Rn 86(222)
219 220 222
Radon
z/r = 4z/r = 2
"Hard" or "Type A" Cations(All electrons removed from outer shell)
(Thus a noble-gas-like configuration of the outer shell)
Coordinate F>O>N=Cl>Br>I>S
Where Fe2+
and Fe3+ would fall if they were
hard cations
He 2m=4.0026
3 4
Helium
r=1.2
Ne 10m=20.180
20 21 22
Neon
r=1.5
Ar 18
m=39.948
36 38 40
Argon
r=1.8
Kr 36m=83.80
78 80 8283 84 86
Krypton
r=1.9
Xe 54m=131.29
129 130 131132 134 136
124 126 128
Xenon
r=2.1
ionic charge ÷ionic radius
= 32 =zr
Cs 55m=132.905
133
r=1.69
Cesium ion
+
Fr 87(223)
223
r=1.76
Francium ion
(<30 g in crust)very rare
+137 138
Ba 56m=137.327
130 132r=1.35
134 135 136
Barium ion
2+
Ra 88(226)
223 224
r=1.40
226 228
Radium ion
2+
Cations that coordinate with OH–
or O2– in solution
z / r= 16
?
Ac 89m=227.03
r=1.18
227 228
?Actinium ion
3+ Pu 94Plutonium
Very limitednatural
on Earthoccurrence
239
Np 93Neptunium
237 ?
Very limitednatural
on Earthoccurrence
Pa 91(231)
(+4 r=0.98)
231 234
Protactinium ion
5+
Cations that coordinate
with OH– (orH2O) in solution
+Li 3m=6.941
6 7
r=0.60
Lithium ion
Na 11m=22.990
23
Sodium ion
r=0.95
+
+
Rb 37m=85.468
85 87
r=1.48
Rubidium ion
+
Be 4m=9.012
9
r=0.31
Beryllium ion
2+
Sr 38m=87.62
87 8884 86
r=1.13
Strontium ion
2+
B 5
m=10.811
10 11
r=0.20
Boron as borate (B(OH)3
3+
or B(OH)4–)
C 6
12 13 14
m=12.011
Carbon, as CO2,
2-& carbonate (CO3 )
4+
bicarbonate (HCO3)-
15r=0.
r=0.46
Mn7+
(MnO4– )
Cr 24
m=51.996
50 52 53 54
r=0.52
Chromium as chromate (CrO42–)
6+V 23
m=50.942
50 51r=0.59
Vanadium ione.g., as vanadate
5+
96 98 100
Mo 42
m=95.94
92 94 95 97r=0.62
Molybdenum as molybdate
6+
Re 75
m=186.207r=0.56
185 187
Rhenium ion
7+
r=0.68
W 74
180 182 183184 186
m=183.84
Tungsten (Wolfram) as tungstate
6+
Tc 43
(100)
TechnetiumVery limited
natural
on Earthoccurrence
99
Elements 95 and beyond do not occur naturally: 95: Americium 96: Curium 97:Berkelium 98 Californium 99: Einsteinium100: Fermium
101: Mendelevium102: Nobelium103: Lawrencium104: Rutherfordium105: Hahnium "Soft" ("Type B") Cations
(Many electrons remain in outer shell)Coordinate I>Br>S>Cl=N>O>F
z r/= 4
Intermediate Cations(Some electrons remain in outer shell)Coordination with S or O likely
z/r = 16
Po
210 211 212
216 218214 215
84Polonium
zr/ = 8
coordinate with O2– (± OH–) in solutionCations that
3+ r= 0.64
Mn 25
4+ r=0.53
Manganese ion
3,4+ Fe 26
r=0.64
Ferric iron
3+ Co 27
r=0.63
Cobaltic cobalt
3+ Sn 50r=0.71
Stannic tin4+
Sn 50m=118.710
112 114 115 116r=1.12
120 122 124117 118 119
Stannous tin
2+
102 104
Ru 44m=101.07
96 98 99
3+ r=0.694+ r=0.67
100 101
Ruthenium ion3,4+
Pd 46m=106.42
102 104 105106 108 110
r=0.86
Palladium ion
2+
Re 75m=186.207
185 187
r=0.65
Rhenium ion
4+
212 214
Pb 82m=207.2
204 206 207
r=1.20
208 210 211
Plumbous lead
2+
Pb 82r=0.84Plumbic lead
4+
Bi 83m=208.980
r=1.20
212 214 215209 210 211
Bismuth ion
3+
Bi 83r=0.74
Bismuth ion5+
z/r =
8
As 33r=0.47
arsenate (AsO43–)
5+
As 33m=74.922
75
Arsenic,
r=0.69
as in arsenites
3+r=0.62
Sb 51antimonate5+
Sb 51
m=121.760r=0.90
121 123
Antimony ion,
3+
as in antimonites
S 16r=0.37
4+as sulfite (SO32–)
Sulfur Se 34r=0.42
selenate (SeO42–)
6+
52r=0.56
Te tellurate6+
128 130
52
m=127.60
120 122 123r=0.89
124 125 126
TeTellurium ion,
4+
as in tellurites
53
r=0.44
IodineI5+
as iodate (IO3 )–
m=126.904
Rare earth elements (REEs)(effectively "Hard" or "Type A" cations in their 3+ state)
176Hf?
No natural occurrence
on Earth
Pm 61
(150)?
Promethium
z/r = 2
138Ba
Lantha-nides:
z/r =
4
*For the sake of simplicity,
232Th-208Pb series are omitted.the 235U-207Pb and
z/r =
2
= ionic charge ÷
ionic radius
z/r=
1
La 57
m=138.906r=1.15
138 139
Lanthanum ion
3+
142
Ce 58m=140.116
136 138 140r=1.11
Cerium ion
3+
148 150
Nd 60m=144.24
142 143 144r=1.08
146 145?
Neodymium ion
3+
Eu 63m=151.964
151 153r=1.03
Europium ion
3+
Gd 64m=157.25
152 154 155r=1.02
158 160156 157
Gadolinium ion
3+Tb 65
m=158.925r=1.00
159
Terbium ion
3+ Dy 66m=162.50
156 158r=0.99
163 164160 161 162
Dysprosium ion
3+Ho 67
m=164.930
165
r=0.97
Holmium ion
3+ Er 68m=167.26
162 164 166
r=0.96
167 168 170
Erbium ion
3+Tm 69
m=168.934
169
r=0.95
Thulium ion
3+ Yb 70m=173.04
168 170 171
r=0.94(2+ r= 1.13)
174 176172 173
Ytterbium ion
3+
Lu 71m=174.967
175 176r=0.93
Lutetium ion
3+Pr 59m=140.908
141
r=1.09(4+ r=0.92)
Praseodymium ion3+r=1.01
Ce 58Cerium ion
4+
152 154
Sm 62m=150.36
144 147 148r=1.04
149 150
Samarium ion
3+
Eu 63
r=1.12Europium ion
Substitutes for Ca2+
2+
C6
Diamond
r=0.77& graphite
S16
SulfurSi14
r=1.34Silicon
Se34
Selenium
r=1.6
Cd48
Cadmium
r=1.56
In49
Indium
r=1.66
52Te
Tellurium
r=1.7
Re75
Rhenium
r=1.37
Ta73
Tantalum
r=1.46
Gases
Non-metals
Metals
O8
2oxygen
Molecular
Bi83
Bismuth
r=1.82
Pb82Lead
r=1.75
Cr24
Chromium
r=1.27
Co27
Cobalt
r=1.25
Ni28
Nickel
r=1.24
Fe26
Ironr=1.26
Pd46
Palladium
r=1.37
Rh45
Rhodium
r=1.34
Ru44
Ruthenium
r=1.34
Os76
Osmium
r=1.35
Ir77
Iridium
r=1.35
Zn30Zinc
r=1.39
Al13
Aluminumr=1.43
As33
Arsenic
r=1.48
Sb51
Antimony
r=1.61
Sn50Tin
r=1.58
Au79
Gold
r=1.44
Ag47Silver
r=1.44
Pt78
Platinum
r=1.38
Cu29
Copper
r=1.28
Hg80
Mercury
r=1.60
Tl81
Thallium
r=1.71
Elemental Forms
other than noble gases(uncharged)
Principal elements in iron meteorites (Fe>>Ni>>Co) and, with S or O, presumably domi-nant elements in Earth's core
and isotopic
are omitted toconserve space)
(Atomic masses
information
FeZrLiLu
10 most abundant elements in Earth's crust11th to 20th most abundant elements in Earth's crust21st to 40th most abundant elements in Earth's crust41st to 92nd most abundant elements in Earth's crust
Elements that are thought to make up most of the Earth's core (Fe>Ni>Co), along with possibly S or O
Elements that occur as native minerals, recognized in antiquity ( recognized from Middle Ages to 1862; recognized after 1963.)
Elements that make natural mineral alloys with FeElements that make natural mineral alloys with CuElements that make natural mineral alloys with OsElements that make natural mineral alloys with PtElements that make natural mineral alloys with Au
See also Insets 1 to 5 and 7.
Inset 7: Conceptual model of the behavior of oxides of hard (and intermediate) cations
1Å
Li NCations
Rb O2–
Low z/r
High z/r
Weak cation-oxygen bonds
Strong cation-oxygen bonds
cation-cation
Strongbonds, but
repulsion
H+
Intermediate z/r
Si 14
m=28.086
28 29 30
r=0.41
as silicate (SiO44–)
4+
or Si(OH)40
Cr 24m=51.996
50 52 53 54
r=0.69
chromium
3+Chromic
54 56 57 58
Ions concentrated in deep-sea ferromanganese nodules relative to seawater
Ions commonly concentrated in residual soils and residual sediments. Small symbol ( ) indicates less certainty.
with full outer electron shells
La 3+Ba2+ Hf 4+Cs +
Y 3+Sr 2+ Zr 4+ Nb5+Rb+
Ca2+ Ti 4+ V 5+K +
AlMg2+ Si 4+ P5+Na +
B 3+Be2+ C4+Li +
3+
251BromelliteChrysoberyl
240
Periclase160
254Corundum
198
Spinel
38Quartz
210
Perovskite
216Rutile
115Lime
87
71
3
145
152*
175
Tausonite
38Quartz
Mineral of one cation:
71Nonmineral:
210Perovskite
Mineral of two cations:
200
150100
50
Inset 1: Bulk modulus (Ks in GPa) of oxide minerals of hard cations
*Baddeleyite has
at ambient condi-
Ks = 95 GPa but
stable ZrO2 phase
is for the latter.
is not the most
tions; value shown
z / r=
1
z / r=
1
z / r= 4
Cd 48
114 116111 112 113
r=0.97106 108 110
m=112.411Cadmium ion
2+In 49
m=114.818
1+ r=1.32
113 115
3+ r=0.81
Indium ion
1,3+
Au 79m=196.967
r=1.37
197
Gold ion
(3+ r=0.85)
+ Tl 81m=204.383
r=1.40
207 208 210203 205 206
Thallous thallium
+
Tl 81r=0.95
Thallic thallium
3+202 204 206
Hg 80m=200.59
196 198 199r=1.19
200 201
Mercurous ion
+
Ag 47m=107.868
r=1.26
107 109
Silver ion
+
+
63 65
Cu 29m=63.546
r=0.96
Cuprous copper
Cr 24r=0.90
chromium
2+Chromous
H 1
1 2 3
Hydrogen ion
m=1.0079r=10-5
+
Ni 28
r=0.73
Nickel ion
3+
61 62 64
Ni 28m=58.693
58 60r=0.72
Nickel ion2+
r=0.62
Ga 31m=69.723
69 71
(1+ r=1.13)
Gallium ion
3+
70 72 73 74 76
Ge 32m=72.61
(2+ r=0.93)r=0.53
Germanium ion4+
because it speciates both as I– (to right)
Iodine is shown twice as a solute in seawater
and IO3 (here).–
H 1m=1.0079
1 2 3r=2.08
Hydrogen–
as hydride
O 8m=15.999
16 17 18
r=1.40
2–Oxygen as oxide
Hg 80r=1.10
Mercuric ion2+
zr = 8/
zr =
8/
z/r =
4
z / r=
2
CrMn
2+
Fe 3+
Fe2+
Co2+
Ni2+
Cu+ Zn2+
Sn4+
Pb2+
Bi3+
2603
2054 1652
1838
2078 2228 15092242
1903
10981170
BismiteMassicot
Cassiterite
Bunsenite Cuprite
Zincite
Hematite
Manga-nosite Sb
928
As547
Cd2+
>1773
Cu2+
1719
Tenorite
Ga3+
2079Ge
4+
1388
Ag~473(d)
+
Tl852
+
Tl3+
1107
Sn2+
1353(d)
Hg2+
773(d)Montroydite
Valentinite
Auno stable
oxide
+
2400
2000
1600
1200
800
Inset 6: Melting and decomposition (d) temperatures (K) of oxides of intermediate and soft cations
Co3+
1168 (d)V
4+
2240
Mn3+
1353(d)
As5+
588
In3+
2185Pd
2+
1023(d)Rh
2+
1373(d)Mo
4+
1373(d)
W4+
~1773(d)Re
4+
1173(d)Pt
2+
598(d)
Au3+
423(d)Hg+
373(d)
Arsenolite
3+1600
2000
Avicennite
Ir4+
1273 (d)
1200Eskolaite
3+
Wüstite
Tugarinovite
Paramont-roseite
Argutite3+
RomarchiteMonteponite
400
See also Inset 3.
Commonly coordinate with O of carboxyl groups of organic ligands
Commonly coordinate with C of organic ligands, as in methylmercury
Sc 21m=44.956
45
r=0.81
(48)
Scandium ion
3+
Al 13
m=26.982
27
r=0.50
3+Aluminum ion asAl3+ or Al(OH)n3–n
Fe3+
49 50
Ti 22m=47.867
46 47 48
r=0.68
Titanic titanium
4+
Zr 40m=91.224
90 91
r=0.80
92 94 96 ?
Zirconium ion
4+
La & 57-REEs 71
170Yb
See below
3+ Hf 72m=178.49
174 176 177
r=0.81
178 179 180
Hafnium ion
4+Ta 73
m=180.948
180 181
r=0.73
Tantalum ion
5+
as tantalate
Th 90m=232.038
227 228 230
r=0.95(+3 r=1.14)
231 234
Thorium ion
232*
4+ 92Uranium ionr=0.97
U4+
74
m=183.84
180 182 183
r=0.64
184 186
WTungsten (Wolfram)
ion
4+
190 192
Os 76m=190.23
184 186
r=0.69
187 188 189
Osmium ion
4+ Ir 77m=192.217
r=0.66
191 193
Iridium ion
4+97 98 100
42m=95.94
92 94 95 96r=0.68
MoMolybdenum ion
4+
r=0.61
V 23Vanadium ion
4+
V 23m=50.942
50 51r=0.74
vanadium
3+Vanadous
Ti 22r=0.90Titanium ion
2+
Ti 22r=0.75Titanium ion
3+
4 most abundant constituents in atmosphere
5th to 8th most abundant
Anions that form minerals with K+ and Na+
Anions that form minerals with Al3+, Ti4+, and Zr4+
Anions that form minerals with Si4+
Anions that form minerals with Mg2+
Cations that form simple oxide minerals Cations that form simple sulfide minerals
Cations that form simple fluoride minerals
Cations that form oxysalt minerals (e.g., S6+ in sulfates, As5+ in arsenates)
Cations that form simple bromide or iodide minerals
Anions that form minerals with Au+Anions that form minerals with Ag+Anions that form minerals with Cu+
128 130
52
m=127.60
120 122 123r=2.21
124 125 126
TeTellurium
2–
as telluride
Bi 83
m=208.980
Bismuth as
2–,3–
bismuthide
The only bismuthide minerals are of
Pd, Ag, Pt, Au, and Pb
Y 39m=88.906
89
Yttrium ion
r=0.93
3+ Nb 41
m=92.906r=0.70
Niobium (orColumbium) ion
(96)93
5+ Rh 45m=102.906
r=0.86
103
Rhodium ion
2+
Pt 78m=195.078
190 192 193
r=0.96
196 198194 195
?
Platinum ion
2+
z r/=
1 2
–
z r/=
1–
z r/=
2–
78 80 82
Se 34m=78.96
74 76 77r=0.50
4+
as selenite(SeO32–)Selenium
F 9m=18.998
19
r=1.36
Fluorineas fluoride
–
Periclase
La 3+ Hf 4+ Ta5+ W6+
Y 3+Sr2+ Zr 4+ Nb5+ Mo6+
Ca2+ Ti 4+ V 5+K + Cr 6+
AlMg2+Si 4+ P5+Na + S6+
B 3+Be2+ C4+ N5+Li +
Th4+
3+
Corundum
Lime
Quartz
Shcherbinaite
Molybdite
Tantite
Baddeleyite
Inset 4: Solubility of oxide minerals of hard cations
4.4Bromellite
–7.4 2.77
9.9–2.4 –8.1 –3.9 –1.37
14.01.4
Sc3+
–9.7 –7.6
Rb+
28.94.3
Ba2+6.7
Log of activity of cation species in distilled water at 25 °C
–9.7
Mineral
Thorianite
Rutile
La 3+ Hf 4+ Ta5+ W6+
Y 3+Sr2+ Zr 4+ Nb5+ Mo6+
Ti 4+ V 5+ Cr 6+
Al Si 4+ P5+ S6+
B 3+Be2+ C 4+ N5+Li +
Th4+
3+
9
PericlaseMg2+
Na +
5.5-67.5-8 9 7
3-3.55.5
Perovskite
3-4
7
6
Spinel
Corundum
Bromellite
Ca2+K +3.5Lime
Quartz
Shcherbinaite
Molybdite
Tantite
Thorianite
Baddeleyite
6.5Srilankite
>9(Ru=6-6.5)
Chrysoberyl8.5
*A non-rutile synthetic TiO2is the hardest known oxide
Inset 2: Hardness of oxide minerals of hard cations
7Quartz
Mineral of one cation:
5.5
Perovskite
Mineral of two cations
H=4
H=4
H=6
H=8
H=6
Hardness (Mohs scale)
*
6.5
3000
La 3+Ba2+ Hf 4+ Ta5+Cs + W6+
Y 3+Sr 2+ Zr 4+ Nb5+Rb+ Mo6+
Sc3+Ca2+ Ti 4+ V 5+K+ Cr 6+
AlMg2+ Si 4+ P5+Na + S6+
B 3+Be2+ C4+ N5+Li +
Th4+
1700
1193
2681 723 216
3125 1996 855 290
3200 2103 943
673 2938 3123 1785 1074
2286 25802500
3173 2058 1745
3493
25002000
1000
500
3000
2000
1500 1500
2345
3+
Inset 3: Melting T(K) of oxides of hard cations
See also Inset 6.
v. 4.8e 02 22 October 2012
92
234 235 238
Uranium
*r=0.7
m=238.029
U
as uranyl (UO22+)
6+
F–
Cl–
Br–
I–
Anion:
Na+( )-, and Mg2+( )-bearing halides (mol/L)
HgI2
Villiaumite
Halite
100110-210-410-610-8
Sellaite
Chlorargyrite
Bromargyrite
Iodargyrite
NaBr
NaI
AgF
MgBr2
MgI2
MineralNonmineral
HgBr2
HgCl2
Solubility of Ag+( )-, Hg2+( )-,
(AgCl)
(AgBr)
(AgI)
(MgF2)(NaF)
(NaCl)
MgCl2
of hard and soft cationsInset 8: Solubility of halides
I 53
r=2.16(7+ r=0.50)
(124) 127(128) (130)
Iodine as iodidem=126.904
–
r=0.25
Fe 26as ferrate or
6+
perferrate (FeO42–)
= ionic potentialor charge density
zr = ionic charge ÷
ionic radius
Ge 54m=72.59
2 3 4
r=1.05
Ionic Radius (r) (Å)
Atomic MassMost abundant (bold)Radioactive (italicized)
β-β+EC,
α
Naturally occurring isotopes
Radioactivedecay pathways
Outline solid for naturally occurring elements or ions;dashed for ones that rarely or never occur in nature.
ActiniumElement Name
Atomic Number(number of protons)
Symbol(see scale at far right) 3+
(or elemental radius for elemental forms)
Permanganate (MnO4–) is a hard cation
shown to leftChromate
(CrO42–) is a
hard cation shown to left
MgAlBO4(Sinhalite)
Me2+CO3KNO3(Niter)
Na2SO4(Thenardite)
CaSO4(Anhydrite)Al2SiO5 (K-S-A)
ZrSiO4 (Zircon)
KAl2Si3O8 (Kspar)
AlPO4(Berlinite)
Na3PO4(Olympite)
(e.g., Calcite)
Si 4+ P5+ S6+
B 3+ C4+ N5+
Inset 5: Typical simple oxysalt minerals (__MOn minerals without OH or H2O)
Minerals withcations of very low
ionic potential(e.g., K+, Na+, Ba2+)
Minerals with cations of low (e.g., K+) to moderate (e.g., Al3+) ionic potential
"K-S-A" indicates kyanite,andalusite, & sillimanite.
NaNO3(Natratine)
Minerals with cations of low ionic
potential
8 most abundant solutes dissolved in seawater9th to 16th most abundant 17th to 22nd most abundant
2nd to 8th most abundant solutes in average river water Most abundant solute in average river water (HCO3
–)
Ions that enter later phases in igneous rocks because of their large size (mostly "large-ion lithophiles")
Ions that enter early-forming phases in igneous rocks
Ions least depleted from mantle in formation of crustIons enriched in CAIs (Ca-Al-rich inclusions in meteorites) relative to the composition of the solar system
Solutes that can be limiting nutrients in the oceans
Macronutrient solutes on land Micronutrient solutes on land
Ions essential to the nutrition of at least some vertebrates ("essential minerals")
Solutes that can be limiting nutrients in the growth of bacteria
Fe 26m=55.845r=0.76
Ferrous iron
2+
N 7
m=14.007
14 15
r=0.11
Nitrogenas nitrate (NO3–)
5+
P
m=30.974
31r=0.34
Phosphorus as51
phosphate (PO43–
5+
and HPO42–)
S 16
m=32.066
32 33 34 36
r=0.29
Sulfur assulfate (SO42–)
6+
K 19m=39.098
39 40 41
r=1.33
Potassium ionCa 20
m=40.078
40 42 4344 46 48
Calcium ion
2+
r=0.99
Mg 12m=24.305
24 25 26
r=0.65
Magnesium ion
2+
Fe2+
55
Mn 25m=54.938
r=0.80
Manganous Mn
2+
59
Co 27m=58.933r=0.74
Cobaltous cobalt
2+r=0.69
Cu 29Cupric copper
2+
Zn 30m=65.39
64 66
r=0.74
67 68 70
Zinc ion
2+
r=0.27
Cl7+
(ClO4– )
as per-chlor-nate
as per-manga-
nate
42Mo2+
Nb414+
Nb413+
H1
2hydrogenMolecular
2N 7
nitrogenMolecular O
8
as inatmosphericOH0, HO2, and H2O2
1–
Anionswith incomplete outer electron
shells
Also see Inset 9.
Ions
that
tend
to
ent
er in
to
and/
or s
tay
in
O2-
-bea
ring
solid
s
Ions
that
tend
to o
nly
ente
r O
2--b
earin
g so
lids
late
, or
not a
t al
l, an
d in
stea
d to
ent
er o
r re
mai
n in
aque
ous
solu
tion
.
See also Inset 9.
presumably as rheniate
26
(smaller print where very scarce)
10
36
129
Example
Inset 9: The many
valence states of nitrogen
and carbon
5+ NO3– (nitrate)
4+ NO2 (nitrogen dioxide)3+ NO2
– (nitrite)2+ NO (nitric oxide)1+ N2O (nitrous oxide)0 N2 (nitrogen)3– NH3 (ammonia)
Shown above in the main table.
2– CH3OH (methanol)3– C2H6 (ethane)4– CH4 (methane)
4+ CO2 (carbon dioxide)
2+ CO (carbon monoxide)
0 graphite, diamondacetic acid, carbohydrates,
Other alkanes yield non-integer valuesfrom 4– to 2–.
Also see Inset 9.
N2 is the most abundant constituent of the atmosphere; NO2, NO, N2O,
and NH3 are minor constituents.
3+ HOOCCOOH (oxalic acid)
calculated assuming H is 1+ and O is 2-.
Example
Inset 9: The many
valence statesof nitrogen and carbon
5+ NO3– (nitrate)
4+ NO2 (nitrogen dioxide)3+ NO2
– (nitrite)2+ NO (nitric oxide)1+ N2O (nitrous oxide)0 N2 (nitrogen)3– NH3 (ammonia)
Shown above in the main table.
N2 is the most abundant constituent of the atmosphere; NO2, NO, N2O,
and NH3 are minor constituents.
2– CH3OH (methanol)3– C2H6 (ethane)4– CH4 (methane)
4+ CO2 (carbon dioxide)
2+ CO (carbon monoxide)
0 graphite, diamondacetic acid, carbohydrates,
Other alkanes yield non-integer valuesfrom 4– to 2–.
3+ HOOCCOOH (oxalic acid)
calculated assuming H is 1+ and O is 2-.
Valencestate
MAP AND CHART SERIES MCH092RV2doi:10.1130/2015.MCH092RV2
Published by The Geological Society of America, Inc.3300 Penrose Place • P.O. Box 9140Boulder, Colorado, 80301-9140, USA
© 2015 The Geological Society of America, Inc. All rights reserved.Printed in the USA
An Earth Scientist's Periodic Table of the Elements and Their IonsL. Bruce Railsback, Department of Geology, University of Georgia, Athens, Georgia, 30602-2501, U.S.A. For more resources, see the Earth Scientist's Periodic Table of the Elements and Their Ions website.
An earlier version of this table was published as Figure 1 of L.B. Railsback, 2003, An Earth Scientist's Periodic Table of the Elements and Their Ions: Geology, v. 31, no. 9, p. 737–740. Publication of that version was supported by National Science Foundation Grant DUE 02-03115.
An Earth Scientist’s Periodic Table of the Elements and Their Ions (REVISED) By L. Bruce Railsback, 2015This periodic table is designed to contextualize trends in geochemistry, mineralogy, aqueous chemistry, and other natural sciences. First published as an insert in the September 2003 issue of Geology, this version is updated and supersized—36" × 76"!
MCH092RV2, 1 folded sheet (36" × 76"), 7 p. text | $10.00 |
The Geology of Plate Tectonics Compiled by Gregory R. WesselThis chart belongs in every geology classroom and lab! Printed in full-color, it attempts to organize the types of plate boundaries and displays them in a useful graphic form. The chart describes geologic features with each type. Sheet is 36" × 53" (folded only).
MCH059REV, 1 folded sheet (36" × 53") | $9.95 |
The Grand Canyon Trail of Time Companion
By Karl Karlstrom and Laura Crossey
The creators of the “Trail of Time” exhibi-tion at Grand Canyon have published this guide to the exhibit to enhance your walk along the accessible Rim Trail from Grand Canyon Village to Yavapai Geology Museum. Families, groups, and individuals will find activities in the guide that combine sight-seeing, learning, challenges, and adventure. Be sure to take a copy of this guide along on your trip to Grand Canyon, and find out for yourself why it won the 2011 first place award from the National Association of Interpretation.
8 ½" × 5 ½"; side-spiral bound (Published by Trail of Time Publishers.)
TRAIL, 136 p., ISBN 9780578404967 | $14.95 |
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2000 IGC Field Trip Guide CD-ROM Tectonic Evolution of South AmericaEds: U.G. Cordani, E.J. Milani, A. Thomaz Filho, and D.A. Campos2000 | FLDIGC01 | $10.00 | member price $7.00
Field Trip Guides to the Backbone of the Americas in the Southern and Central Andes Ridge Collision, Shallow Subduction, and Plateau UpliftEds: Suzanne Mahlburg Kay and Víctor A. Ramos2008 | FLD013 | $10.00
Structural Geology and Tectonic Evolution of the Sognefjord Transect, Caledonian Orogen, Southern Norway A Field Trip GuideAlan Geoffrey Milnes and Fernando Corfu2011 | FLD019 | $10.00
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Classic Concepts and New Directions Exploring 125 Years of GSA Discoveries in the Rocky Mountain RegionEds: Lon D. Abbott and Gregory S. Hancock2013 | FLD033 | $10.00
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Elevating Geoscience in the Southeastern United States New Ideas about Old Terranes—Field Guides for the GSA Southeastern Section Meeting, Blacksburg, Virginia, 2014Eds: Christopher M. Bailey and Lorrie V. Coiner2014 | FLD035 | $10.00
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Diverse Excursions in the Southeast Paleozoic to PresentEd: Ann E. Holmes2015 | FLD039 | $15.00
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Gold, Structures, and Landforms in Central South Carolina Field Guides for the 2016 GSA Southeastern Section Meeting, Columbia, South CarolinaEd: William R. Doar III2016 | FLD042 | $10.00 | member price $15.00
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Geology at Every ScaleField Excursions for the 2018 GSA Southeastern Section Meeting in Knoxville, TennesseeEds: Annette Summers Engel and Robert D. Hatcher Jr.2018 | FLD050 | $60.00 | member price $42.00
Ancient Oceans, Orogenic Uplifts, and Glacial Ice Geologic Crossroads in America’s Heartland Ed: Lee J. Florea2018 | FLD051 | $64.00 | member price $45.00
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The Gigantic Markagunt and Sevier Gravity Slides Resulting from Mid-Cenozoic Catastrophic Mega-Scale Failure of the Marysvale Volcanic Field, Utah, USARobert F. Biek, Peter D. Rowley, and David B. Hacker2019 | FLD056 | IN PRESS
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The Large-Wavelength Deformations of the Lithosphere Materials for a History of the Evolution of Thought from the Earliest Times to Plate TectonicsA.M.C. Şengör2003 | MWR196 | $10.00
Proterozoic Tectonic Evolution of the Grenville Orogen in North AmericaEds: Richard P. Tollo, James McLelland, Louise Corriveau, and Mervin J. Bartholomew2004 | MWR197 | $10.00
The Geology and Climatology of Yucca Mountain and Vicinity, Southern Nevada and CaliforniaEds: John S. Stuckless and Robert A. Levich2007 | MWR199 | $10.00
Jamaican Rock Stars, 1823–1971 The Geologists Who Explored JamaicaEd: Stephen K. Donovan2010 | MWR205 | $10.00
Origin and Evolution of Precambrian High-Grade Gneiss Terranes, with Special Emphasis on the Limpopo Complex of Southern AfricaEds: Dirk D. van Reenen, Jan D. Kramers, Stephen McCourt, and Leonid L. Perchuk2011 | MWR207 | $10.00
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Hydrology and Geochemistry of Yucca Mountain and Vicinity, Southern Nevada and CaliforniaEd: John S. Stuckless2012 | MWR209 | $10.00
Tectonics of the Southeastern Tibetan Plateau and Its Adjacent ForelandB. Clark Burchfiel and Chen Zhiliang2013 | MWR210 | $10.00
Peninsular Ranges Batholith, Baja California and Southern CaliforniaEds: Douglas M. Morton and Fred K. Miller2014 | MWR211 | $10.00
Geodynamics of a Cordilleran Orogenic System The Central Andes of Argentina and Northern ChileEds: Peter G. DeCelles, Mihai N. Ducea, Barbara Carrapa, and Paul A. Kapp2015 | MWR212 | $10.00
Linkages and Feedbacks in Orogenic SystemsEds: Richard D. Law, J. Ryan Thigpen, Arthur J. Merschat, and Harold Stowell2017 | MWR213 | $60.00 | member price $42.00
Women and GeologyWho Are We, Where Have We Come From, and Where Are We Going?Ed: Beth A. Johnson2018 | MWR214 | $60.00 | member price $42.00
The Edwards AquiferThe Past, Present, and Future of a Vital Water ResourceEds: John M. Sharp Jr., Ronald T. Green, and Geary M. Schindel2019 | MWR215 | $86.00 | member price $60.00
Maps and Charts
All maps and charts are folded.
Geology of Plate TectonicsComp: Gregory R. Wessel1986 | MCH059REV | $9.95
Geology of the Nevado de Toluca Volcano and Surrounding Areas, Central MexicoComp: Armando Garcia-Palomo, Jose Luis Arce, Jose Luis Macias, Juan Manual Espindola, Lucia Capra, and Victor Hugo Garduno2002 | MCH089F | $5.00
Geology of Kangmar Dome, Southern TibetComp: Jeffrey Lee, Jing Lin Wan, William S. Dinklage, and Yu Wang2002 | MCH090F | $5.00
Geologic Map of the Batesburg and Emory Quadrangles, Lexington and Saluda Counties, South Carolina with Explanatory NotesComp: Donald T. Secor Jr. and Arthur W. Snoke2002 | MCH091F | $5.00
Earth Scientist’s Periodic Table of Elements and Their IonsComp: L. Bruce Railsback2015 | MCH092RV2 | $10.00
Geology of the Scott-Reedy Glaciers Area, Southern Transantarctic Mountains, AntarcticaComp: M.B. Davis and D.D. Blankenship2005 | MCH093F | $5.00
Quaternary Fault and Lineament Map of Owens Valley, Inyo County, Eastern CaliforniaComp: D.B. Slemmons, E. Vittori, A.S. Jayko, G.A. Carver, and S.N. Bacon2008 | MCH096F | $5.00
Geologic Map of the Central Wassuk Range, Western NevadaComp: B.E. Surpless2010 | MCH098F | $5.00
Geology of the Manuel Benavides Area, Chihuahua, MexicoComp: Fred W. McDowell2010 | MCH099F | $5.00
Geology of the Stokes Mountain Region, CaliforniaComp: Diane Clemens-Knott2011 | MCH100F | $5.00
Geologic Map of the San Emigdio Mountains, Southern CaliforniaComp: Alan D. Champman and Jason B. Saleeby2012 | MCH101F | $5.00
Geological Map of the Western Border of the Cuicateco Terrane, Southern MexicoComp: Edgar Angeles Moreno, Mariano Elias Herrera, Consuelo Macias Romo, Jose Luis Sanchez-Zavala, and Fernando Ortega-Gutierrez2012 | MCH102F | $5.00
Geologic Map of the West-Central Barberton Greenstone BeltComp: Donald R. Lowe, Gary R. Byerly, and Christoph Heubeck2012 | MCH103F | $5.00
Geologic Map and Cross Sections of the Swansea-Clara Peak Area, Buckskin Mountains, West-Central ArizonaComp: John Singleton2013 | MCH104F | $5.00
Detailed geologic map of the Inner Piedmont and Carolina superterrane at the northeast end of the Pine Mountain window, GeorgiaComp: Matthew T. Huebner, Justin R. Rehrer, Robert D. Hatcher, Jr., and Andrew L. Wunderlich2014 | MCH105F | $5.00
Geologic Map of the Southeast Face of El Capitan, Yosemite Valley, CaliforniaComp: Roger L. Putnam, Allen F. Glazner, Bryan S. Law, and Greg M. Stock2014 | MCH106F | $5.00
Reviews in Engineering Geology
A Paradox of Power Voices of Warning and Reason in the GeosciencesEds: Charles W. Welby and Monica E. Gowan1998 | REG012 | $10.00
Understanding and Responding to Hazardous Substances at Mine Sites in the Western United StatesEd: Jerome V. DeGraff2007 | REG017 | $10.00
Geology of Coal Fires Case Studies from Around the WorldEd: Glenn B. Stracher2008 | REG018 | $10.00
Deep Geologic RepositoriesEd: Norbert T. Rempe2008 | REG019 | $10.00
Landslides and Engineering Geology of the Seattle, Washington, AreaEds: Rex L. Baum, Jonathan W. Godt, and Lynn M. Highland2008 | REG020 | $10.00
The Challenges of Dam Removal and River RestorationEds: Jerome V. De Graff and James E. Evans2013 | REG021 | $10.00
Military Geosciences in the Twenty-First CenturyEds: Russell S. Harmon, Sophie E. Baker, and Eric V. McDonald2014 | REG022 | $10.00
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Don’t see the book you want? Find it as an e-book at the GSA Store. | } rock.geosociety.org/store
Special Papers
Geology, Hydrogeology, and Environmental Remediation Idaho National Engineering and Environmental Laboratory, Eastern Snake River Plain, IdahoEds: Paul Karl Link and L.L. Mink2002 | SPE353 | $5.00
Petrologic and Structural History of Tobago, West Indies A Fragment of the Accreted, Mesozoic Oceanic Arc of the Southern CaribbeanArthur W. Snoke, David W. Rowe, J. Douglas Yule, and Geoffrey Wadge2001 | SPE354 | $5.00
Is the Present the Key to the Past or the Past the Key to the Present? James Hutton and Adam Smith versus Abraham Gottlob Werner and Karl Marx in Interpreting HistoryA.M.C. Şengör2001 | SPE355 | $20.00
Nearshore Marine Paleoclimatic Regions, Increasing Zoogeographic Provinciality, Molluscan Extinctions, and Paleoshorelines, California Late Oligocene (27 Ma) to Late Pliocene (2.5 Ma)Clarence A. Hall Jr.2002 | SPE357 | $10.00
Geology and Geophysics of an Arc-Continent Collision, TaiwanEds: Timothy B. Byrne and Char-Shine Liu2002 | SPE358 | $10.00
Natural Hazards in El SalvadorEds: Julian J. Bommer, William I. Rose, Dina L. López, Michael J. Carr, and Jon J. Major2004 | SPE375 | $10.00
Hydraulic Tests of Miocene Volcanic Rocks at Yucca Mountain and Pahute Mesa and Implications for Groundwater Flow in the Southwest Nevada Volcanic Field, Nevada and CaliforniaArthur L. Geldon2004 | SPE381 | $10.00
Cenozoic Climatic and Environmental Changes in RussiaEds: A.A. Velichko and V.P. Nechaev2005 | SPE382 | $10.00
Reconstruction of Pleistocene Ice-Dammed Lake Outburst Floods in the Altai Mountains, SiberiaJürgen Herget2005 | SPE386 | $10.00
Plates, Plumes, and Paradigms on CD-ROMEds: Gillian R. Foulger, James H. Natland, Dean C. Presnall, and Don L. Anderson2005 | SPE388CD | $10.00
Stone Decay in the Architectural EnvironmentEd: Alice V. Turkington2005 | SPE390 | $10.00
Net Dextral Slip, Neogene San Gregorio–Hosgri Fault Zone, Coastal California Geologic Evidence and Tectonic ImplicationsWilliam R. Dickinson, Mihai Ducea, Lewis I. Rosenberg, H. Gary Greene, Stephan A. Graham, Joseph C. Clark, Gerald E. Weber, Steven Kidder, W. Gary Ernst, and Earl E. Brabb2005 | SPE391 | $10.00
Isotopic and Elemental Tracers of Cenozoic Climate ChangeEds: Germán Mora and Donna Surge2005 | SPE395 | $10.00
Geoinformatics Data to KnowledgeEd: A. Krishna Sinha2006 | SPE397 | $10.00
New Frontiers in Dead Sea Paleoenvironmental ResearchEds: Yehouda Enzel, Amotz Agnon, and Mordechai Stein2006 | SPE401 | $10.00
Neogene-Quaternary Continental Margin Volcanism A Perspective from MéxicoEds: Claus Siebe, José Luis Macías, and Gerardo J. Aguirre-Díaz2006 | SPE402 | $10.00
Temper Sands in Prehistoric Oceanian Pottery Geotectonics, Sedimentology, Petrography, ProvenanceWilliam R. Dickinson2006 | SPE406 | $10.00
In Situ-Produced Cosmogenic Nuclides and Quantification of Geological ProcessesEds: Lionel L. Siame, Didier L. Bourlès, and Erik T. Brown2006 | SPE415 | $10.00
Paleoenvironmental Record and Applications of Calcretes and Palustrine CarbonatesEds: Ana María Alonso-Zarza and Lawrence H. Tanner2006 | SPE416 | $10.00
Cenozoic Volcanism in the Mediterranean AreaEds: Luigi Beccaluva, Gianluca Bianchini, and Marjorie Wilson2007 | SPE418 | $10.00
Advances in High-Pressure MineralogyEd: Eiji Ohtani2007 | SPE421 | $10.00
The Evolution of the Rheic Ocean From Avalonian-Cadomian Active Margin to Alleghenian-Variscan CollisionEds: Ulf Linnemann, R. Damian Nance, Petr Kraft, and Gernold Zulauf2007 | SPE423 | $10.00
Large Ecosystem Perturbations Causes and ConsequencesEds: Simonetta Monechi, Rodolfo Coccioni, and Michael Rampino2007 | SPE424 | $10.00
Continental Intraplate Earthquakes Science, Hazard, and Policy IssuesEds: Seth Stein and Stéphane Mazzotti2007 | SPE425 | $10.00
The Pennsylvanian–Early Permian Bird Spring Carbonate Shelf, Southeastern California Fusulinid Biostratigraphy, Paleogeographic Evolution, and Tectonic ImplicationsCalvin H. Stevens and Paul Stone2007 | SPE429 | $10.00
Plates, Plumes, and Planetary ProcessesEds: Gillian R. Foulger and Donna M. Jurdy2007 | SPE430 | $10.00
Formation and Applications of the Sedimentary Record in Arc Collision ZonesEds: Amy E. Draut, Peter D. Clift, and David W. Scholl2008 | SPE436 | $10.00
Late Cenozoic Drainage History of the Southwestern Great Basin and Lower Colorado River Region Geologic and Biotic PerspectivesEds: Marith C. Reheis, Robert Hershler, and David M. Miller2008 | SPE439 | $10.00
The Terrane Puzzle New Perspectives on Paleontology and Stratigraphy from the North American CordilleraEds: Robert B. Blodgett and George D. Stanley Jr.2008 | SPE442 | $10.00
Response of Upper Gulf Coast Estuaries to Holocene Climate Change and Sea-Level RiseEds: John B. Anderson and Antonio B. Rodriguez2008 | SPE443 | $10.00
Investigations into the Tectonics of the Tibetan PlateauEds: B. Clark Burchfiel and Erchie Wang2008 | SPE444 | $10.00
Deformation and Exhumation at Convergent Margins The Franciscan Subduction ComplexUwe Ring2008 | SPE445 | $10.00
The Geology of Early Humans in the Horn of AfricaEds: Jay Quade and Jonathan G. Wynn2008 | SPE446 | $10.00
The Permian Extinction and the Tethys An Exercise in Global GeologyA.M. Celâl Şengör and Saniye Atayman2009 | SPE448 | $10.00
The World in a Crucible Laboratory Practice and Geological Theory at the Beginning of GeologySally Newcomb2009 | SPE449 | $10.00
Paleoenvironments of Bear Lake, Utah and Idaho, and Its CatchmentEds: Joseph G. Rosenbaum and Darrell S. Kaufman2009 | SPE450 | $10.00
Management and Restoration of Fluvial Systems with Broad Historical Changes and Human ImpactsEds: L. Allan James, Sara L. Rathburn, and G. Richard Whittecar2009 | SPE451 | $10.00
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19Don’t see the book you want? Find it as an e-book at the GSA Store. | } rock.geosociety.org/store
Preservation of Random Megascale Events on Mars and Earth Influence on Geologic HistoryEds: Mary G. Chapman and Laszlo P. Keszthelyi2009 | SPE453 | $10.00
Earth Science in the Urban Ocean The Southern California Continental BorderlandEds: Homa J. Lee and William R. Normark2009 | SPE454 | $10.00
The ICDP-USGS Deep Drilling Project in the Chesapeake Bay Impact Structure Results from the Eyreville Core HolesEds: Gregory S. Gohn, Christian Koeberl, Kenneth G. Miller, and Wolf Uwe Reimold2009 | SPE458 | $10.00
Hydrothermal Processes above the Yellowstone Magma Chamber Large Hydrothermal Systems and Large Hydrothermal ExplosionsLisa A. Morgan, W.C. Pat Shanks, III, and Kenneth L. Pierce2009 | SPE459 | $10.00
America’s Most Vulnerable Coastal CommunitiesEds: Joseph T. Kelley, Orrin H. Pilkey, and J. Andrew G. Cooper2009 | SPE460 | $10.00
Field Geology Education Historical Perspectives and Modern ApproachesEds: Steven J. Whitmeyer, David W. Mogk, and Eric J. Pyle2009 | SPE461 | $10.00
Stratigraphy and Geology of Volcanic AreasEds: Gianluca Groppelli and Lothar Viereck-Goette2010 | SPE464 | $10.00
Geology and Tectonic Evolution of the Central-Southern Apennines, ItalyLivio Vezzani, Andrea Festa, and Francesca C. Ghisetti2010 | SPE469 | $10.00
Ancient EarthquakesEds: Manuel Sintubin, Iain S. Stewart, Tina M. Niemi, and Erhan Altunel2010 | SPE471 | $10.00
Geology and Geoarchaeology of the Black Sea Region Beyond the Flood HypothesisEds: Ilya V. Buynevich, Valentina Yanko-Hombach, Allan S. Gilbert, and Ronald E. Martin2011 | SPE473 | $10.00
Qualitative Inquiry in Geoscience Education ResearchEds: Anthony D. Feig and Alison Stokes2011 | SPE474 | $10.00
High Geologic Slip Rates since Early Pleistocene Initiation of the San Jacinto and San Felipe Fault Zones in the San Andreas Fault System, Southern California, USASusanne U. Janecke, Rebecca J. Dorsey, David Forand, Alexander N. Steely, Stefan M. Kirby, Andrew T. Lutz, Bernard A. Housen, Benjamin Belgarde, Victoria E. Langenheim, and Tammy M. Rittenour2011 | SPE475 | $10.00
Geoarchaeology, Climate Change, and SustainabilityEds: Antony G. Brown, Laura S. Basell, and Karl W. Butzer2011 | SPE476 | $10.00
Recent Advances and Current Research Issues in Lunar StratigraphyEds: William A. Ambrose and David A. Williams2011 | SPE477 | $10.00
Volcanism and Evolution of the African LithosphereEds: Luigi Beccaluva, Gianluca Bianchini, and Marjorie Wilson2011 | SPE478 | $10.00
Geological Criteria for Evaluating Seismicity Revisited Forty Years of Paleoseismic Investigations and the Natural Record of Past EarthquakesEds: Franck A. Audemard M., Alessandro Maria Michetti, and James P. McCalpin2011 | SPE479 | $10.00
Mélanges Processes of Formation and Societal SignificanceEds: John Wakabayashi and Yildirim Dilek2011 | SPE480 | $10.00
A new geological map of the Island of Syros (Aegean Sea, Greece) Implications for lithostratigraphy and structural history of the Cycladic Blueschist UnitMark Keiter, Chris Ballhaus, and Frank Tomaschek2011 | SPE481 | $10.00
Societal Challenges and GeoinformaticsEds: A. Krishna Sinha, David Arctur, Ian Jackson, and Linda C. Gundersen2011 | SPE482 | $10.00
Analogs for Planetary ExplorationEds: W. Brent Garry and Jacob E. Bleacher2011 | SPE483 | $10.00
The 2 ka Eruption of Misti Volcano, Southern Peru The Most Recent Plinian Eruption of Arequipa’s Iconic VolcanoChristopher J. Harpel, Shanaka de Silva, and Guido Salas2011 | SPE484 | $10.00
On the Strata of the EarthMikhail Vasil’evich Lomonosov Trans: Stephen M. Rowland and Slava Korolev2012 | SPE485 | $10.00
Mineralogical and Geochemical Approaches to ProvenanceEds: E. Troy Rasbury, Sidney R. Hemming, and Nancy R. Riggs2012 | SPE487 | $10.00
Impossible Journey The Story of the Victoria Land Traverse 1959–1960, AntarcticaJohn G. Weihaupt, Alfred W. Stuart, Frans G. Van der Hoeven, Claude Lorius, and William M. Smith2012 | SPE488 | $10.00
Mima Mounds The Case for Polygenesis and BioturbationEds: Jennifer L. Horwath Burnham and Donald L. Johnson2012 | SPE490 | $10.00
Geology and Geomorphology of Barbados A Companion Text to Maps with Accompanying Cross Sections, Scale 1:10,000Robert C. Speed Eds: Christine Speed and Richard Sedlock2013 | SPE491 | $10.00
Recent Advances in North American Paleoseismology and Neotectonics East of the RockiesEds: Randel Tom Cox, Martitia P. Tuttle, Oliver S. Boyd, and Jacques Locat2013 | SPE493 | $10.00
New Perspectives on Rio Grande Rift Basins From Tectonics to GroundwaterEds: Mark R. Hudson and V.J.S. (Tien) Grauch2013 | SPE494 | $10.00
The Volcanic Geology of the Mid-Arc Island of Dominica, Lesser Antilles The Surface Expression of an Island-Arc BatholithA.L. Smith, M.J. Roobol, G.S. Mattioli, J.E. Fryxell, G.E. Daly, and L.A. Fernandez2013 | SPE496 | $10.00
Understanding Open-Vent Volcanism and Related HazardsEds: William I. Rose, Jose Luis Palma, Hugo Delgado Granados, and Nick Varley2013 | SPE498 | $10.00
Neogene Deformation between Central Utah and the Mojave DesertEd: R. Ernest Anderson2013 | SPE499 | $10.00
The Web of Geological Sciences Advances, Impacts, and InteractionsEd: Marion E. Bickford2013 | SPE500 | $10.00
The Impact of the Geological Sciences on SocietyEd: Marion E. Bickford2013 | SPE501 | $10.00
Rethinking the Fabric of GeologyEd: Victor R. Baker2013 | SPE502 | $10.00
Through the End of the Cretaceous in the Type Locality of the Hell Creek Formation in Montana and Adjacent AreasEds: Gregory P. Wilson, William A. Clemens, John R. Horner, and Joseph H. Hartman2014 | SPE503 | $10.00
Earth’s Early Atmosphere and Surface EnvironmentEd: George H. Shaw2014 | SPE504 | $10.00
Volcanism, Impacts, and Mass Extinctions Causes and EffectsEds: Gerta Keller and Andrew C. Kerr2014 | SPE505 | $10.00
Reconstruction of a Late Proterozoic to Devonian Continental Margin Sequence, Northern Alaska, Its Paleogeographic Significance, and Contained Base-Metal Sulfide DepositsEds: Julie A. Dumoulin and Alison B. Till2014 | SPE506 | $10.00
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Toward an Improved Understanding of Uplift Mechanisms and the Elevation History of the Tibetan PlateauEds: Junsheng Nie, Brian K. Horton, and Gregory D. Hoke2014 | SPE507 | $10.00
Coastline and Dune Evolution along the Great LakesEds: Timothy G. Fisher and Edward C. Hansen2014 | SPE508 | $10.00
The 2011 Mineral, Virginia, Earthquake, and Its Significance for Seismic Hazards in Eastern North AmericaEds: J. Wright Horton Jr., Martin C. Chapman, and Russell A. Green2015 | SPE509 | $20.00
East European Craton Early Precambrian History and 3D Models of Deep Crustal StructureMichael V. Mints, Ksenia A. Dokukina, Alexander N. Konilov, Irina B. Philippova, Valery L. Zlobin, et al.2015 | SPE510 | $20.00
The Origin, Evolution, and Environmental Impact of Oceanic Large Igneous ProvincesEds: Clive R. Neal, William W. Sager, Takashi Sano, and Elisabetta Erba2015 | SPE511 | $20.00
Recollections of a PetrologistJoseph Paxson Iddings, Ed: Davis A. Young2015 | SPE512 | $10.00
Late Jurassic Margin of Laurasia A Record of Faulting Accommodating Plate RotationEds: Thomas H. Anderson, Alexei N. Didenko, Cari L. Johnson, Alexander I. Khanchuk, and James H. MacDonald Jr.2016 | SPE513 | $20.00
The Interdisciplinary Earth A Volume in Honor of Don L. AndersonEds: Gillian R. Foulger, Michele Lustrino, and Scott D. King2015 | SPE514 | $20.00
Paying Attention to Mudrocks Priceless!Eds: Daniel Larsen, Sven O. Egenhoff, and Neil S. Fishman2015 | SPE515 | $15.00
Caves and Karst Across TimeEds: Joshua M. Feinberg, Yongli Gao, and E. Calvin Alexander Jr.2016 | SPE516 | $20.00
Unusual Central Nevada Geologic Terranes Produced by Late Devonian Antler Orogeny and Alamo ImpactForrest G. Poole and Charles A. Sandberg2015 | SPE517 | $15.00
Large Meteorite Impacts and Planetary Evolution VEds: Gordon R. Osinski and David A. Kring2015 | SPE518 | $15.00
Geothermal Energy An Important ResourceEds: Carolyn B. Dowling, Klaus Neumann, and Lee Florea2016 | SPE519 | $25.00
Geoscience for the Public Good and Global Development Toward a Sustainable FutureEds: Gregory R. Wessel and Jeffrey K. Greenberg2016 | SPE520 | $30.00
Tracks, Trails, and Thieves The Adventures, Discoveries, and Historical Significance of Ferdinand V. Hayden’s 1868 Geological Survey of Wyoming and Adjacent TerritoriesJack E. Deibert and Brent H. Breithaupt2016 | SPE521 | $15.00
Belt Basin Window to Mesoproterozoic EarthEds: John S. MacLean and James W. Sears2016 | SPE522 | $30.00
The Web of Geological Sciences Advances, Impacts, and Interactions IIEd: Marion E. Bickford2017 | SPE523 | $60.00 | member price $42.00
The Stratigraphic Record of Gubbio Integrated Stratigraphy of the Late Cretaceous–Paleogene Umbria-Marche Pelagic BasinEds: Marco Menichetti, Rodolfo Coccioni, and Alessandro Montanari2016 | SPE524 | $25.00
Tectonic Evolution, Collision, and Seismicity of Southwest Asia In Honor of Manuel Berberian’s Forty-Five Years of Research ContributionsEd: Rasoul Sorkhabi2017 | SPE525 | $60.00 | member price $42.00
The Crust-Mantle and Lithosphere-Asthenosphere Boundaries Insights from Xenoliths, Orogenic Deep Sections, and Geophysical StudiesEds: Gianluca Bianchini, Jean-Louis Bodinier, Roberto Braga, and Marjorie Wilson2017 | SPE526 | $42.00 | member price $30.00
Unconventional The Development of Natural Gas from the Marcellus ShaleDaniel J. Soeder2017 | SPE527 | $42.00 | member price $30.00
Geoecology of the Marias River Canyon, Montana, USA Landscape Influence on Human Use and Preservation of Late Holocene Archaeological and Vertebrate RemainsJames G. Schmitt, John W. Fisher Jr., Michael P. Neeley, David F. Pac, Frankie D. Jackson, Scott J. Patterson, Jennifer L. Aschoff, and Stuart Challender2017 | SPE528 | $30.00 | member price $20.00
The Restless Indian Plate and Its Epic Voyage from Gondwana to Asia Its Tectonic, Paleoclimatic, and Paleobiogeographic EvolutionSankar Chatterjee, Christopher R. Scotese, and Sunil Bajpai2017 | SPE529 | $42.00 | member price $30.00
Quaternary Glaciation of the Great Lakes Region Process, Landforms, Sediments, and ChronologyEds: Alan Kehew and B. Brandon Curry2018 | SPE530 | $42.00 | member price $30.00
Paleozoic Stratigraphy and Resources of the Michigan BasinEds: G. Michael Grammer, William B. Harrison III, and David A. Barnes2018 | SPE531 | $60.00 | member price $42.00
The Tectonic Setting and Origin of Cretaceous Batholiths within the North American Cordillera The Case for Slab Failure Magmatism and Its Significance for Crustal GrowthRobert S. Hildebrand and Joseph B. Whalen2017 | SPE532 | $42.00 | member price $30.00
Tectonosedimentary Relations of Pennsylvanian to Jurassic Strata on the Colorado PlateauWilliam R. Dickinson; Preface: Jon Spencer2018 | SPE533 | $60.00 | member price $42.00
Geology and Tectonics of Subduction Zones A Tribute to Gaku KimuraEds: Timothy Byrne, Michael B. Underwood, Donald Fisher, Lisa McNeill, Demian Saffer, Kohtaro Ujiie, and Asuka Yamaguchi2018 | SPE534 | $40.00 | member price $28.00
Museums at the Forefront of the History and Philosophy of Geology History Made, History in the MakingEds: Gary D. Rosenberg and Renee M. Clary2018 | SPE535 | $89.00 | member price $62.00
Chesapeake Bay Impact Structure Development of “Brim” Sedimentation in a Multilayered Marine TargetHenning Dypvik, Gregory S. Gohn, Lucy E. Edwards, J. Wright Horton Jr., David S. Powars, and Ronald J. Litwin2018 | SPE537 | $38.00 | member price $25.00
Field Volcanology A Tribute to the Distinguished Career of Don SwansonEds: Michael P. Poland, Michael O. Garcia, Victor E. Camp, and Anita Grunder2018 | SPE538 | $60.00 | member price $42.00
The Art of Finding Springs, Second Edition Translation of L’Art de Découvrir les Sources, Seconde ÉditionAbbé Paramelle; Trans: Patricia Bobeck2019 | SPE539 | $58.00 | member price $40.00
Tectonics, Sedimentary Basins, and Provenance A Celebration of the Career of William R. DickinsonEds: Raymond V. Ingersoll, Timothy F. Lawton, and Stephan A. Graham2018 | SPE540 | $99.00 | member price $70.00
Circum-Arctic Structural Events Tectonic Evolution of the Arctic Margins and Trans-Arctic Links with Adjacent OrogensEds: Karsten Piepjohn, Justin V. Strauss, Lutz Reinhardt, and William C. McClelland2019 | SPE541 | $120.00 | member price $84.00
250 Million Years of Earth History in Central Italy Celebrating 25 Years of the Geological Observatory of ColdigiocoEds: Christian Koeberl and David M. Bice2019 | SPE542 | IN PRESS
The Physical Geography and Geology of the Driftless Area The Career and Contributions of James C. KnoxEds: Eric C. Carson, J. Elmo Rawling III, J. Michael Daniels, and John W. Attig2019 | SPE543 | IN PRESS
Shop Online } rock.geosociety.org/store
21
Decade of North American GeologyThe many volumes of the DNAG collection, created to help celebrate GSA’s 100th anniversary, are available as e-books and can be downloaded for $9.99 each from the GSA store at http://rock.geosociety.org/store. The collection that once filled a floor-to-ceiling bookcase can now be read on your tablet or computer.
The Geology of North America
The Geology of North AmericaAn OverviewEds: Albert W. Bally and Allison R. Palmer1989 | DNAGGNAA | Vol. A | 619 p. | $9.99
Geology of the Precambrian Superior and Grenville Provinces and Precambrian Fossils in North AmericaCoord: S.B. Lucas and M.R. St-Onge1998 | DNAGGNAC1 | Vol. C1 | 387 p. | $9.99
Precambrian Conterminous U.S.Eds: John C. Reed Jr., Marion E. Bickford, R.S. Houston, Paul Karl Link, D.W. Rankin, Paul K. Sims, and W. Randall Van Schmus1993 | DNAGGNAC2 | Vol. C2 | 657 p. | $9.99
Sedimentary Cover of the Craton in CanadaEds: D.F. Stott and J.D. Aitken1993 | DNAGGNAD1 | Vol. D1 | 826 p. | $9.99
Sedimentary Cover North American Craton U.S.Ed: L.L. Sloss1988 | DNAGGNAD2 | Vol. D2 | 506 p. | $9.99
Geology of the Innuitian Orogen and Arctic Platform of Canada and GreenlandEd: H.P. Trettin1991 | DNAGGNAE | Vol. E | 569 p. | $9.99
Geology of the Appalachian–Caledonian Orogen in Canada and GreenlandEd: Harold Williams1995 | DNAGGNAF1 | Vol. F1 | 944 p. | $9.99
The Appalachian–Ouachita Orogen in the United StatesEds: Robert D. Hatcher Jr., William A. Thomas, and George W. Viele1989 | DNAGGNAF2 | Vol. F2 | 767 p. | $9.99
The Geology of AlaskaEds: George Plafker and Henry C. Berg1994 | DNAGGNAG1 | Vol. G1 | 1055 p. | $9.99
Geology of the Cordilleran Orogen in CanadaEds: H. Gabrielse and C.J. Yorath1992 | DNAGGNAG2 | Vol. G2 | 844 p. | $9.99
The Cordilleran OrogenConterminous U.S.Eds: B.C. Burchfiel, P.W. Lipman, and M.L. Zoback1993 | DNAGGNAG3 | Vol. G3 | 724 p. | $9.99
The Caribbean RegionEds: Gabriel Dengo and J.E. Case1990 | DNAGGNAH | Vol. H | 528 p. | $9.99
Geology of the Continental Margin of Eastern CanadaEds: M.J. Keen and G.L. Williams1990 | DNAGGNAI1 | Vol. I1 | 855 p. | $9.99
The Atlantic Continental Margin U.S.Eds: Robert E. Sheridan and John A. Grow1988 | DNAGGNAI2 | Vol. I2 | 610 p. | $9.99
The Gulf of Mexico BasinEd: Amos Salvador1992 | DNAGGNAJ | Vol. J | 568 p. | $9.99 1992 | GNAJCD | CD format | $10.00 | member price $7.00
Quaternary Geology of Canada and GreenlandEd: R.J. Fulton1989 | DNAGGNAK1 | Vol. K1 | 839 p. | $9.99
Quaternary Nonglacial GeologyConterminous U.S.Ed: Roger B. Morrison1991 | DNAGGNAK2 | Vol. K2 | 672 p. | $9.99
North America and Adjacent Oceans During the Last DeglaciationEd: W.F. Ruddiman and H.E. Wright Jr.1987 | DNAGGNAK3 | Vol. K3 | 501 p. | $9.99
The Arctic Ocean RegionEds: A. Grantz, L. Johnson, and J.F. Sweeney1990 | DNAGGNAL | Vol. L | 644 p. | $9.99
The Western North Atlantic RegionEds: Peter R. Vogt and Brian E. Tucholke1986 | DNAGGNAM | Vol. M | 696 p. | $9.99
The Eastern Pacific Ocean and HawaiiEds: E.L. Winterer, Donald M. Hussong, and Robert W. Decker1989 | DNAGGNAN | Vol. N | 563 p. | $9.99
Surface Water HydrologyEds: M.G. Wolman and H.C. Riggs1990 | DNAGGNAO1 | Vol. O1 | 374 p. | $9.99
HydrogeologyEds: William Back, Joseph S. Rosenshein, and Paul R. Seaber1988 | DNAGGNAO2 | Vol. O2 | 524 p. | $9.99
Geology of Canadian Mineral Deposit TypesEds: O.R. Eckstrand, W.D. Sinclair, and R.I. Thorpe1995 | DNAGGNAP1 | Vol. P1 | 640 p. | $9.99
Economic Geology, U.S.Eds: H.J. Gluskoter, D.D. Rice, and R.B. Taylor1991 | DNAGGNAP2 | Vol. P2 | 622 p. | $9.99
Economic Geology, MexicoEd: Guillermo P. Salas1991 | DNAGGNAP3 | Vol. P3 | 438 p. | $9.99
Centennial Special Volumes
Geologists and IdeasA History of North American GeologyEds: Ellen T. Drake and William M. Jordan1985 | DNAGCSV1 | Vol. 1 | 525 p. | $9.99
Geomorphic Systems of North AmericaEd: William L. Graf1987 | DNAGCSV2 | Vol. 2 | 643 p. | $9.99
The Heritage of Engineering GeologyThe First Hundred YearsEd: George A. Kiersch1991 | DNAGCSV3 | Vol. 3 | 605 p. | $9.99
Archaeological Geology of North AmericaEd: Norman P. Lasca and Jack Donahue1990 | DNAGCSV4 | Vol. 4 | 633 p. | $9.99
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Centennial Field Guides
Cordilleran Section of the Geological Society of AmericaEd: Mason L. Hill1987 | DNAGCFG1P | Vol. 1 | 490 p. | $9.99
Rocky Mountain Section of the Geological Society of AmericaEd: Stanley S. Beus1987 | DNAGCFG2P | Vol. 2 | 475 p. | $9.99
North-Central Section of the Geological Society of AmericaEd: Donald L. Biggs1987 | DNAGCFG3P | Vol. 3 | 448 p. | $9.99
South-Central Section of the Geological Society of AmericaEd: O.T. Hayward1987 | DNAGCFG4P | Vol. 4 | 475 p. | $9.99
Northeastern Section of the Geological Society of AmericaEd: David C. Roy1987 | DNAGCFG5P | Vol. 5 | 517 p. | $9.99
Southeastern Section of the Geological Society of AmericaEd: Thornton L. Neathery1987 | DNAGCFG6P | Vol. 6 | 477 p. | $9.99
DNAG Special Publications
Perspectives in Regional Geological SynthesisPlanning for The Geology of North AmericaEd: A.R. Palmer1982 | DNAGSP1 | 176 p. | $9.99
History in the MakingThe Evolution of the Decade of North American Geology Project1988 | DNAGSP2 | 9 p. | FREE
Continent-Scale Map Series
(scale 1:5,000,000)
Geologic Map of North AmericaComp: John C. Reed Jr., John O. Wheeler, and Brian E. Tucholke2005 | DNAGCSMS1 | Vol. 1 | 3 sheets | 28 p. | $9.99
Gravity Anomaly Map of North AmericaGravity Anomaly Map Committee under the auspices of GSA and the International Gravity Commission1987 | DNAGCSMS2 | Vol. 2 | 5 sheets | $9.99
Magnetic Anomaly Map of North AmericaCommittee for the Magnetic Anomaly Map of North America1987 | DNAGCSMS3 | Vol. 3 | 4 sheets | $9.99
Seismicity Map of North AmericaComp: E.R. Engdahl1988 | DNAGCSMS4 | Vol. 4 | 4 sheets | $9.99
Stress Map of North AmericaM.L. Zoback, M.D. Zoback, J. Adams, S. Bell, M. Suter, G. Suarez, K. Jacob, C. Estabrook, and M. Magee1991 | DNAGCSMS5 | Vol. 5 | 4 sheets | $9.99
Geothermal Map of North AmericaComps: David D. Blackwell and John L. Steele1992 | DNAGCSMS6 | Vol. 6 | 4 sheets | $9.99
Neotectonics of North AmericaEds: D. Burton Slemmons, E.R. Engdahl, Mark D. Zoback, and David D. Blackwell1991 | DNAGCSMS7 | 498 p. | $9.99
Continent/Ocean Transects
(scale 1:500,000)
Kodiak to Kuskokwim, AlaskaRoland von Huene, Stephen Box, Bob Detterman, Michael Fisher, Casey Moore, and Hans Pulpan1985 | DNAGCOTA2 | Vol. A-2 | 14 p., 2 plates | $9.99
Gulf of Alaska to Arctic OceanArthur Grantz, Thomas E. Moore, and Sarah Roeske1991 | DNAGCOTA3 | Vol. A-3 | 72 p., 2 plates | $9.99
Intermontane Belt (Skeena Mountains) to Insular Belt (Queen Charlotte Islands)C.J. Yorath, G.J. Woodsworth, R.P. Riddihough, R.G. Currie, R.D. Hyndman, C.G. Rogers, D.A. Seemann, and A.D. Collins1985 | DNAGCOTB1 | Vol. B-1 | 8 p., 2 plates | $9.99
Juan de Fuca Plate to Alberta PlainsJ.W.H. Monger, R.M. Clowes, R.A. Price, P.S. Simony, R.P. Riddihough, and G.J. Woodsworth1985 | DNAGCOTB2 | Vol. B-2 | 21 p., 2 plates | $9.99
Juan de Fuca Spreading Ridge to Montana Thrust BeltPrincipal comps: Darrell S. Cowan and Christopher J. Potter1986 | DNAGCOTB3 | Vol. B-3 | 12 p., 3 plates | $9.99
Mendocino Triple Junction to North American CratonM.C. Blake Jr., R.L. Bruhn, E.L. Miller, E.M. Moores, S.B. Smithson, and R.C. Speed1985 | DNAGCOTC1 | Vol. C-1 | 30 p., 3 plates | $9.99
Central California Offshore to Colorado PlateauJ.B. Saleeby1986 | DNAGCOTC2 | Vol. C-2 | 63 p., 2 plates | $9.99
Pacific Abyssal Plain to the Rio Grande RiftD.G. Howell, J.D. Gibson, G.S. Fuis, J.H. Knapp, G.B. Haxel, B.R. Keller, L.T. Silver, and J.G. Vedder1985 | DNAGCOTC3 | Vol. C-3 | 23 p., 3 plates | $9.99
Northern AppalachiansC.E. Keen and R.T. Haworth1985 | DNAGCOTD1 | Vol. D-1 | 11 p., 2 plates | $9.99
Transform Margin South of Grand BanksOffshore Eastern CanadaC.E. Keen and R.T. Haworth1985 | DNAGCOTD2 | Vol. D-2 | 6 p., 1 plate | $9.99
Rifted Continental Margin Off Nova ScotiaC.E. Keen and R.T. Haworth1985 | DNAGCOTD3 | Vol. D-3 | 7 p., 1 plate | $9.99
Rifted Continental Margin Off LabradorC.E. Keen and R.T. Haworth1985 | DNAGCOTD4 | Vol. D-4 | 5 p., 1 plate | $9.99
Adirondacks to Georges BankJ.B. Thompson Jr., W.A. Bothner, P. Robinson, and K.D. Klitgord1993 | DNAGCOTE1 | Vol. E-1 | 55 p., 2 plates | $9.99
Southwestern Pennsylvania to Baltimore Canyon TroughComps: Lynn Glover III and K.D. Klitgord1995 | DNAGCOTE3 | Vol. E-3 | 78 p., 2 plates | $9.99
Central Kentucky to the Carolina TroughD.W. Rankin, W.P. Dillon, D.F.B. Black, S.E. Boyer, D.L. Daniels, R. Goldsmith, J.A. Grow, J.W. Horton Jr., D.R. Hutchinson, K.D. Klitgord, R.C. McDowell, D.J. Milton, J.P. Owens, and J.D. Phillips1991 | DNAGCOTE4 | Vol. E-4 | 41 p., 2 plates | $9.99
Cumberland Plateau to Blake PlateauR.D. Hatcher Jr., D.J. Colquhoun, D.T. Secor Jr., F.A. Cook, W.P. Dillon, K. Klitgord, P. Popenoe, C.E. Merschat, L.S. Wiener, R.C. Milici, A.E. Nelson, R.E. Sheridan, and A.W. Snoke1994 | DNAGCOTE5 | Vol. E-5 | 56 p., 3 plates | $9.99
Somerset Island to Canada BasinJ.F. Sweeney1986 | DNAGCOTG | Vol. G | 5 p., 2 plates | $9.99
La Paz to Saltillo, Northwestern and Northern MexicoLuis-Miguel Mitre-Salazar and Jaime Roldan-Quintana1990 | DNAGCOTH1 | Vol. H-1 | 8 p., 2 plates | $9.99
Acapulco Trench to the Gulf of Mexico across Southern MexicoFernando Ortega-Gutiérrez1990 | DNAGCOTH3 | Vol. H-3 | 9 p., 1 plate | $9.99
Tectonic Section Display 2Comp: R.C. Speed1991 | DNAGCOTTSD | Vol. TSD | 58 p. | $9.99
Phanerozoic Evolution of North American Continent–Ocean TransitionsEd: Robert C. Speed1994 | DNAGCOTPHAN | 504 p. | $9.99
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