This is an image of the top two winners from the competition holding their awards along with contest sponsors.
Images
Energy and Minerals Mission Area images.
This is an image of the top two winners from the competition holding their awards along with contest sponsors.
This picture illustrates a BSGMC participant student poster presented at GSA.
Terry Lee from the University of Nevada, Reno, 1:24,000-Scale Geologic Map of the Western Half of the Franklin Lake NW 7.5-Minute Quadrangle, Ruby Mountains-East Humboldt Range Metamorphic Core Complex, Northeast Nevada.
This picture illustrates a BSGMC participant student poster presented at GSA.
Terry Lee from the University of Nevada, Reno, 1:24,000-Scale Geologic Map of the Western Half of the Franklin Lake NW 7.5-Minute Quadrangle, Ruby Mountains-East Humboldt Range Metamorphic Core Complex, Northeast Nevada.
This picture illustrates a BSGMC participant student poster presented at GSA.
David Canova, University of Barcelona, Salt structures in the Eastern External Betics fold and thrust belt, SE Iberia—Geologic maps, cross sections, and palinspastic reconstructions.
This picture illustrates a BSGMC participant student poster presented at GSA.
David Canova, University of Barcelona, Salt structures in the Eastern External Betics fold and thrust belt, SE Iberia—Geologic maps, cross sections, and palinspastic reconstructions.
EDMAP BSGMC GSA2025 218 Matthew Crane Pinegrass Ridge2.jpg
EDMAP BSGMC GSA2025 218 Matthew Crane Pinegrass Ridge2.jpgThis is an image of Matthew Crane presenting his entry geologic map poster of Pinegrass Ridge for the 2025 Best Student Geologic Map Competition.
EDMAP BSGMC GSA2025 218 Matthew Crane Pinegrass Ridge2.jpg
EDMAP BSGMC GSA2025 218 Matthew Crane Pinegrass Ridge2.jpgThis is an image of Matthew Crane presenting his entry geologic map poster of Pinegrass Ridge for the 2025 Best Student Geologic Map Competition.
This picture illustrates a BSGMC participant student poster presented at GSA.
Terri Zach, University of Kentucky, Geology of the Survey Peak 7.5' Quadrangle, Wyoming: Using Detailed Mapping to Reconstruct the Paleo-Topography of the Northern Teton Range and Implications for the Paleo-Teton Collapse Hypothesis.
This picture illustrates a BSGMC participant student poster presented at GSA.
Terri Zach, University of Kentucky, Geology of the Survey Peak 7.5' Quadrangle, Wyoming: Using Detailed Mapping to Reconstruct the Paleo-Topography of the Northern Teton Range and Implications for the Paleo-Teton Collapse Hypothesis.
This is an image of the sign that was placed at the 2025 GSA annual meeting to designate the USGS NCGMP-hosted BSGMC.
This is an image of the sign that was placed at the 2025 GSA annual meeting to designate the USGS NCGMP-hosted BSGMC.
EDMAP GSA2025 209 Terri Zach Ryan Thigpen; Survey Peak, WY.jpg
EDMAP GSA2025 209 Terri Zach Ryan Thigpen; Survey Peak, WY.jpgTerri Zach (left), First Place winner of the 2025 Best Student Geologic Map Competition from the University of Kentucky (UK), presents their geologic map of the Survey Peak quadrangle, WY, in front of their UK EDMAP mentor Dr. Ryan Thigpen, fellow UK graduate student Jillian Cavellier, and Nevada Bureau of Mines and Geology Geologic Mapping Program Manager, Dr.
EDMAP GSA2025 209 Terri Zach Ryan Thigpen; Survey Peak, WY.jpg
EDMAP GSA2025 209 Terri Zach Ryan Thigpen; Survey Peak, WY.jpgTerri Zach (left), First Place winner of the 2025 Best Student Geologic Map Competition from the University of Kentucky (UK), presents their geologic map of the Survey Peak quadrangle, WY, in front of their UK EDMAP mentor Dr. Ryan Thigpen, fellow UK graduate student Jillian Cavellier, and Nevada Bureau of Mines and Geology Geologic Mapping Program Manager, Dr.
Art of Inquiry show hosted at USGS on 22 September, 2025 as part of Flagstaff Festival of Science and in collaboration with Flagstaff Arts and Leadership Academy
Art of Inquiry show hosted at USGS on 22 September, 2025 as part of Flagstaff Festival of Science and in collaboration with Flagstaff Arts and Leadership Academy
Alaska Science Center Data Management staff organize, scan, and digitally archive physical data. Once published as part of a data release, the physical data are organized and placed into banker boxes, labeled with pertinent information, such as the data release DOI, and moved to a secure location.
Alaska Science Center Data Management staff organize, scan, and digitally archive physical data. Once published as part of a data release, the physical data are organized and placed into banker boxes, labeled with pertinent information, such as the data release DOI, and moved to a secure location.
Isolated beryllium specimen from the USGS mineral collection. High-definition image showing metallic luster and fine-grained texture.
Isolated beryllium specimen from the USGS mineral collection. High-definition image showing metallic luster and fine-grained texture.
High-definition image of blue calcite specimen with layered crystal structure and pale blue hue.
High-definition image of blue calcite specimen with layered crystal structure and pale blue hue.
USGS mineral specimen of calcite with sphalerite inclusions. High-definition image showing crystal structure and metallic highlights.
USGS mineral specimen of calcite with sphalerite inclusions. High-definition image showing crystal structure and metallic highlights.
Isolated chalcopyrite specimen from the USGS mineral collection. High-definition image showing metallic luster and granular texture.
Isolated chalcopyrite specimen from the USGS mineral collection. High-definition image showing metallic luster and granular texture.
Isolated USGS mineral specimen of vesicular basalt. High-definition image showing porous side texture and dark volcanic color.
Isolated USGS mineral specimen of vesicular basalt. High-definition image showing porous side texture and dark volcanic color.
USGS mineral specimen of gold ore with 0.5 oz per short ton. High-definition image showing granular texture and metallic flecks.
USGS mineral specimen of gold ore with 0.5 oz per short ton. High-definition image showing granular texture and metallic flecks.
Isolated skeletal gypsum specimen from the USGS mineral collection. High-definition image showing intricate crystal structure.
Isolated skeletal gypsum specimen from the USGS mineral collection. High-definition image showing intricate crystal structure.
Isolated magnesite specimen from the USGS mineral collection. High-definition image showing granular texture and pale coloration.
Isolated magnesite specimen from the USGS mineral collection. High-definition image showing granular texture and pale coloration.
Isolated malachite specimen from the USGS mineral collection. High-definition image showing banded green texture and fibrous structure.
Isolated malachite specimen from the USGS mineral collection. High-definition image showing banded green texture and fibrous structure.
High-definition image of spodumene specimen with fibrous texture and light coloration.
High-definition image of spodumene specimen with fibrous texture and light coloration.
Isolated trona specimen from the USGS mineral collection. High-definition image showing fibrous texture and pale coloration.
Isolated trona specimen from the USGS mineral collection. High-definition image showing fibrous texture and pale coloration.
Isolated wolframite specimen from the USGS mineral collection. High-definition image showing dense texture and dark metallic luster.
Isolated wolframite specimen from the USGS mineral collection. High-definition image showing dense texture and dark metallic luster.