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Images from the Geology, Energy and Minerals Mission Area

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Infographic: different terms to communicate the strength of evidence for mineable minerals. Click for full description.
From Maybe to Mineable: terms to describe mineral resources and reserves
From Maybe to Mineable: terms to describe mineral resources and reserves
From Maybe to Mineable: terms to describe mineral resources and reserves

From Maybe to Mineable

Scientists use different terms to communicate the strength of evidence - or uncertainty - for mineable minerals. 

On a scale from less information and higher uncertainty to more information and lower uncertainty:

From Maybe to Mineable

Scientists use different terms to communicate the strength of evidence - or uncertainty - for mineable minerals. 

On a scale from less information and higher uncertainty to more information and lower uncertainty:

Two people in a hangar at a workstation displaying hyperspectral survey maps, surrounded by laptops and field equipment
Monitoring hyperspectral data while NASA’s high‑altitude ER‑2 aircraft conducts mineral‑mapping flights
Monitoring hyperspectral data while NASA’s high‑altitude ER‑2 aircraft conducts mineral‑mapping flights
Monitoring hyperspectral data while NASA’s high‑altitude ER‑2 aircraft conducts mineral‑mapping flights

U.S. Geological Survey geophysicists Ray Kokaly (left) and Todd Hoefen (right) monitor incoming hyperspectral data in the hangar as NASA’s high‑altitude ER‑2 aircraft conducts mineral‑mapping flights over the western United States.

A white aircraft descends with landing gear extended set against a backdrop of blue sky, scattered clouds, and mountains
NASA’s ER‑2 high‑altitude research aircraft touches down in Colorado Springs May 11, 2026
NASA’s ER‑2 high‑altitude research aircraft touches down in Colorado Springs May 11, 2026
NASA’s ER‑2 high‑altitude research aircraft touches down in Colorado Springs May 11, 2026

NASA’s ER‑2 high‑altitude research aircraft touches down in Colorado Springs May 11, 2026, after completing a hyperspectral survey flight for the joint USGS–NASA effort to map critical minerals across the western United States.

Infographic flowchart demonstrating the USGS methodology for recommending minerals for the List of Critical Minerals
2025 List of Critical Minerals Methodology Infographic
2025 List of Critical Minerals Methodology Infographic
2025 List of Critical Minerals Methodology Infographic

Infographic flowchart summarizing the USGS methodology for technical input to the 2025 List of Critical Minerals. The full methodology is found here: Methodology and technical input for the 2025 U.S.

Infographic showing steps in mining and the mine wastes produced from them
How mine waste is made
How mine waste is made
How mine waste is made

Mine wastes are produced at each stage of mineral production - mine wastes that can contain critical and other minerals, and could potentially be reprocessed. This infographic shows three kinds of mine wastes produced during mineral production, and a sense of scale of how much waste is produced:

Mine wastes are produced at each stage of mineral production - mine wastes that can contain critical and other minerals, and could potentially be reprocessed. This infographic shows three kinds of mine wastes produced during mineral production, and a sense of scale of how much waste is produced:

Map showing drought conditions in the National Weather Service Colorado River Basin River Forecast Area, April 7, 2026
U.S. Drought Monitor Drought Conditions Map, National Weather Service Colorado River Basin Forecast Center, April 7, 2026
U.S. Drought Monitor Drought Conditions Map, National Weather Service Colorado River Basin Forecast Center, April 7, 2026
U.S. Drought Monitor Drought Conditions Map, National Weather Service Colorado River Basin Forecast Center, April 7, 2026

Image for the USGS Colorado River Basin Actionable and Strategic Integrated Science and Technology (ASIST) Initiative, geonarrative about the intersection of water use for copper mining and historic drought in the Lower Colorado River Basin (primarily Arizona), April 7, 2026.

Grey background map of the US and Canada focused on the region around the Great Lakes with geologic map overlay in a variety
Surficial Geology of the Glaciated Region of the US
Surficial Geology of the Glaciated Region of the US
Surficial Geology of the Glaciated Region of the US

This is a partial representation of a geologic map of the Surficial geology of the glaciated region of the US. The blue dashed lines represent glacial and glaciofluvial features, roughly outlining the boundary of the glaciated region. The black outlined states represent the eight member states of the Great Lakes Geologic Mapping Coalition. 

This is a partial representation of a geologic map of the Surficial geology of the glaciated region of the US. The blue dashed lines represent glacial and glaciofluvial features, roughly outlining the boundary of the glaciated region. The black outlined states represent the eight member states of the Great Lakes Geologic Mapping Coalition. 

Map showing all 50 US States in varying shades of green depicting darker shades as increased funding amounts.
STATEMAP Funding Map 1993 - 2025.png
STATEMAP Funding Map 1993 - 2025.png
STATEMAP Funding Map 1993 - 2025.png

This chart depicts funding amounts in US dollars awarded by the NCGMP's STATEMAP program by state for the time period between 1993 and 2025. Paler hues indicate lower funding amounts (with white being no funding), where darker hues show higher funding amounts. 

This chart depicts funding amounts in US dollars awarded by the NCGMP's STATEMAP program by state for the time period between 1993 and 2025. Paler hues indicate lower funding amounts (with white being no funding), where darker hues show higher funding amounts. 

Five people stand in the Utah desert viewing the rocks around them with a large cliff in the background.
UGS staff and Navajo Nation members conduct a field review of Oljeto Quad map 4
UGS staff and Navajo Nation members conduct a field review of Oljeto Quad map 4
UGS staff and Navajo Nation members conduct a field review of Oljeto Quad map 4

This photo shows members of the Utah Geological Survey staff alongside members of the Navajo Nation Department of Water Resources as they conduct a field review of the Oljeto 7.5-minute quadrangle geologic map that was produced as a joint mapping project between both groups. 

This photo shows members of the Utah Geological Survey staff alongside members of the Navajo Nation Department of Water Resources as they conduct a field review of the Oljeto 7.5-minute quadrangle geologic map that was produced as a joint mapping project between both groups. 

Screen clipped image showing the surficial geology of Boone County above and a subsurface diagram below using different color
3D view of surficial geology and subsurface cross section within Boone County, IL
3D view of surficial geology and subsurface cross section within Boone County, IL
3D view of surficial geology and subsurface cross section within Boone County, IL

This screen clipped image was generated with the Illinois State Geological Survey's 3D viewer. This map shows the surficial geology of Boon County, Illinois above a generated cross section along the red diagonal indicator line.

Coloring sheet featuring cassiterite and the critical mineral tin.
USGS MRP Coloring Page Cassiterite
USGS MRP Coloring Page Cassiterite
USGS MRP Coloring Page Cassiterite

USGS Mineral Resources Program coloring page for cassiterite and the critical mineral tin.

The mineral cassiterite, chemical formula SnO2, is the most important mineral source for the critical mineral tin. Fun facts: tin is one of the earliest metals used by humans! The chemical symbol for tin, Sn, comes from its Latin name, stannum.

USGS Mineral Resources Program coloring page for cassiterite and the critical mineral tin.

The mineral cassiterite, chemical formula SnO2, is the most important mineral source for the critical mineral tin. Fun facts: tin is one of the earliest metals used by humans! The chemical symbol for tin, Sn, comes from its Latin name, stannum.

Crossword puzzle about the critical mineral manganese.
USGS MRP Critical Mineral Crossword Puzzle: Manganese
USGS MRP Critical Mineral Crossword Puzzle: Manganese
USGS MRP Critical Mineral Crossword Puzzle: Manganese

Critical Mineral Crossword Puzzle: Manganese

Manganese is listed as a "critical mineral". Learn about where we get manganese and how we use it by solving the crossword puzzle clues!

More information:

Coloring sheet for galena and the critical mineral lead.
USGS MRP Coloring Page Galena
USGS MRP Coloring Page Galena
USGS MRP Coloring Page Galena

USGS Mineral Resources Program coloring page for the mineral galena and the critical mineral lead.

Coloring page for the critical mineral barite.
USGS MRP Coloring Page Barite
USGS MRP Coloring Page Barite
USGS MRP Coloring Page Barite

USGS Mineral Resources Program coloring page for the critical mineral barite.

Barite, chemical formula BaSO4, is a critical mineral. Fun fact: barite is one of the heaviest minerals that isn't a metal.

USGS Mineral Resources Program coloring page for the critical mineral barite.

Barite, chemical formula BaSO4, is a critical mineral. Fun fact: barite is one of the heaviest minerals that isn't a metal.

Crossword puzzle for the critical mineral rhenium.
USGS MRP Critical Mineral Crossword Puzzle: Rhenium
USGS MRP Critical Mineral Crossword Puzzle: Rhenium
USGS MRP Critical Mineral Crossword Puzzle: Rhenium

Critical Mineral Crossword Puzzle: Rhenium.

Rhenium is listed as "critical mineral". Learn about where we get rhenium and how we use it by solving the crossword puzzle clues!

 

More information

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