Earth MRI began in 2019. Scroll down to see what we have accomplished so far.
Since 2019, Earth MRI has advanced modern mapping the US through the collection of geophysical, geochemical, geologic, topographic, hyperspectral, mine waste and other data.
Scroll down to see how Earth MRI has continued to invest in the Nation, build strong partnerships, and advance the Nation's mapping.
FY2019
The USGS Mineral Resources Program launches Earth MRI!
Earth MRI, in partnership with State geological surveys, builds on the Program’s previous research to develop a national map of areas with critical mineral potential.
This “Mineral Systems Map” is used to guide data collection and represents a new approach to identifying areas with potential mineral resources, based on regional geological characteristics. Over the next two years, Earth MRI will delineate more than 800 focus areas with potential mineral resources.
Earth MRI begins funding the collection of geologic, geochemical and geophysical data, initially focusing on areas that might contain rare earth elements.
Prior to Earth MRI, only 7% of the U.S. was covered by high-quality geophysical data: in this first year, Earth MRI increases geophysical data coverage to 8%.
$7 MillionEarth MRI investments in data acquisition across the Nation |
14States and territories partnered with Earth MRI |
8%Geophysical data coverage of the U.S. |
58,000 sq. milesCumulative Earth MRI LiDAR coverage |
FY 2020
Earth MRI collects its first geophysical data (funded in 2019), with initial surveys in California’s Mountain Pass California, the Hicks Dome area in Illinois and Kentucky and the Yukon-Tanana upland in the eastern part of Alaska’s interior.
In the same year, the Energy Act of 2020 is passed. In response to the Act, the USGS begins efforts to conduct nation-scale assessments of critical minerals. Earth MRI data become a foundational piece of USGS’ efforts to meet Congressional direction to map the Nation’s undiscovered critical mineral resources.
Earth MRI also significantly expands its partnerships, collecting data in a dozen new states, as well as partnering with the Department of Energy to collect geophysical and LiDAR data in western Nevada focused on shedding light on the region’s lithium and other critical mineral, geothermal energy and groundwater resources, and natural hazards.
$14 MillionEarth MRI investments in data acquisition across the Nation |
26States and territories partnered with Earth MRI |
8%Geophysical data coverage of the U.S. |
95,000 sq. milesCumulative Earth MRI LiDAR coverage |
FY 2021
The Bipartisan Infrastructure Law (BIL) invests $320 million in Earth MRI over five years, significantly increasing the capability of the initiative to collect data across the Nation.
In the same year, Earth MRI increases geophysical data coverage to 10% and collects data over another 6 states, focusing on areas with the potential for critical mineral resources both above- and below ground (such as in mine wastes and geologic deposits).
Earth MRI begins an additional partnership with the Department of Energy to collect geophysical data over the Salton Trough of California to help identify potential geothermal and mineral resources.
$21 MillionEarth MRI investments in data acquisition across the Nation |
30States and territories partnered with Earth MRI |
10%Geophysical data coverage of the U.S. |
146,000 sq. milesCumulative Earth MRI LiDAR coverage |
FY 2022
Earth MRI data collection ramps up, accelerated by Bipartisan Infrastructure Law (BIL) funding. With BIL funding, Earth MRI adds a new kind of geophysical survey to its suite of data collection: electromagnetic surveys. The first electromagnetic survey is conducted on the Seward peninsula in Alaska to better understand potential graphite resources in the area.
Earth MRI also begins working with three states to develop a national mine waste sampling program and protocol. Mine wastes – the material left behind by mining activities – could be an unconventional source of valuable minerals.
$77 MillionEarth MRI investments in data acquisition across the Nation |
33States and territories partnered with Earth MRI |
14%Geophysical data coverage of the U.S. |
202,000 sq. milesCumulative Earth MRI LiDAR coverage |
$767,000Investment in mine waste projects to States |
FY 2023
Earth MRI data collection continues to gain momentum, including increasing geophysical data coverage to 18% and covering a third of the initial focus areas identified.
Earth MRI also expands mine waste data collection by launching a new annual competitive program to partner with State geological surveys to inventory and characterize mine wastes.
Following the destruction of hurricanes Fiona and Ian, Earth MRI collects data in Florida and Puerto Rico to support hurricane and other hazard resilience and reconstruction.
In partnership with NASA, Earth MRI starts collecting high-quality hyperspectral data across the American southwest.
$129 MillionEarth MRI investments in data acquisition across the Nation |
34States and territories partnered with Earth MRI |
18%Geophysical data coverage of the U.S. |
286,000 sq. milesCumulative Earth MRI LiDAR coverage |
$2.8 MillionInvestment in mine waste projects to States |
213,000 sq. milesCumulative hyperspectral coverage of the U.S. |
FY 2024
Earth MRI continues to strengthen partnerships with local communities and Tribes, facilitating new data collection in the mid-continent and Great Lakes Region.
Earth MRI completes, in partnership with NASA, the largest high-quality hyperspectral survey of its kind in the world, delivering data that will be used to better address questions in the southwest from mineral and energy resource availability to land cover change, wildfire risk and climate change.
Earth MRI also invests a record amount in mine waste research, bringing the cumulative number of states involved in Earth MRI mine waste research to 21. This data is directly contributing to the development of an authoritative National Mine Waste Inventory.
$199 MillionEarth MRI investments in data acquisition across the Nation |
35States and territories partnered with Earth MRI |
23%Geophysical data coverage of the U.S. |
357,000 sq. milesCumulative Earth MRI LiDAR coverage |
$5.6 MillionInvestment in mine waste projects to States |
355,000 sq. milesCumulative hyperspectral coverage of the U.S. |
Into the Future
Earth MRI is continuing to collect data at an accelerated pace through FY 2025.
Future goals of Earth MRI include:
- Completing high-resolution geophysical coverage of all critical mineral focus areas now known and any discovered through new earth MRI data
- Inventorying all significant legacy and active critical minerals-related mine waste sites in the United Sates and creating an authoritative National Mine Waste Inventory with information about the volume, physical properties and geochemistry of mine wastes
- Collecting data to support national mineral resource assessments of critical minerals below the surface and in above-ground mine waste
- Continuing to develop modern, innovative delivery systems for Earth MRI data, including accessible and intuitive web-based tools
Earth MRI began in 2019. Scroll down to see what we have accomplished so far.
Since 2019, Earth MRI has advanced modern mapping the US through the collection of geophysical, geochemical, geologic, topographic, hyperspectral, mine waste and other data.
Scroll down to see how Earth MRI has continued to invest in the Nation, build strong partnerships, and advance the Nation's mapping.
FY2019
The USGS Mineral Resources Program launches Earth MRI!
Earth MRI, in partnership with State geological surveys, builds on the Program’s previous research to develop a national map of areas with critical mineral potential.
This “Mineral Systems Map” is used to guide data collection and represents a new approach to identifying areas with potential mineral resources, based on regional geological characteristics. Over the next two years, Earth MRI will delineate more than 800 focus areas with potential mineral resources.
Earth MRI begins funding the collection of geologic, geochemical and geophysical data, initially focusing on areas that might contain rare earth elements.
Prior to Earth MRI, only 7% of the U.S. was covered by high-quality geophysical data: in this first year, Earth MRI increases geophysical data coverage to 8%.
$7 MillionEarth MRI investments in data acquisition across the Nation |
14States and territories partnered with Earth MRI |
8%Geophysical data coverage of the U.S. |
58,000 sq. milesCumulative Earth MRI LiDAR coverage |
FY 2020
Earth MRI collects its first geophysical data (funded in 2019), with initial surveys in California’s Mountain Pass California, the Hicks Dome area in Illinois and Kentucky and the Yukon-Tanana upland in the eastern part of Alaska’s interior.
In the same year, the Energy Act of 2020 is passed. In response to the Act, the USGS begins efforts to conduct nation-scale assessments of critical minerals. Earth MRI data become a foundational piece of USGS’ efforts to meet Congressional direction to map the Nation’s undiscovered critical mineral resources.
Earth MRI also significantly expands its partnerships, collecting data in a dozen new states, as well as partnering with the Department of Energy to collect geophysical and LiDAR data in western Nevada focused on shedding light on the region’s lithium and other critical mineral, geothermal energy and groundwater resources, and natural hazards.
$14 MillionEarth MRI investments in data acquisition across the Nation |
26States and territories partnered with Earth MRI |
8%Geophysical data coverage of the U.S. |
95,000 sq. milesCumulative Earth MRI LiDAR coverage |
FY 2021
The Bipartisan Infrastructure Law (BIL) invests $320 million in Earth MRI over five years, significantly increasing the capability of the initiative to collect data across the Nation.
In the same year, Earth MRI increases geophysical data coverage to 10% and collects data over another 6 states, focusing on areas with the potential for critical mineral resources both above- and below ground (such as in mine wastes and geologic deposits).
Earth MRI begins an additional partnership with the Department of Energy to collect geophysical data over the Salton Trough of California to help identify potential geothermal and mineral resources.
$21 MillionEarth MRI investments in data acquisition across the Nation |
30States and territories partnered with Earth MRI |
10%Geophysical data coverage of the U.S. |
146,000 sq. milesCumulative Earth MRI LiDAR coverage |
FY 2022
Earth MRI data collection ramps up, accelerated by Bipartisan Infrastructure Law (BIL) funding. With BIL funding, Earth MRI adds a new kind of geophysical survey to its suite of data collection: electromagnetic surveys. The first electromagnetic survey is conducted on the Seward peninsula in Alaska to better understand potential graphite resources in the area.
Earth MRI also begins working with three states to develop a national mine waste sampling program and protocol. Mine wastes – the material left behind by mining activities – could be an unconventional source of valuable minerals.
$77 MillionEarth MRI investments in data acquisition across the Nation |
33States and territories partnered with Earth MRI |
14%Geophysical data coverage of the U.S. |
202,000 sq. milesCumulative Earth MRI LiDAR coverage |
$767,000Investment in mine waste projects to States |
FY 2023
Earth MRI data collection continues to gain momentum, including increasing geophysical data coverage to 18% and covering a third of the initial focus areas identified.
Earth MRI also expands mine waste data collection by launching a new annual competitive program to partner with State geological surveys to inventory and characterize mine wastes.
Following the destruction of hurricanes Fiona and Ian, Earth MRI collects data in Florida and Puerto Rico to support hurricane and other hazard resilience and reconstruction.
In partnership with NASA, Earth MRI starts collecting high-quality hyperspectral data across the American southwest.
$129 MillionEarth MRI investments in data acquisition across the Nation |
34States and territories partnered with Earth MRI |
18%Geophysical data coverage of the U.S. |
286,000 sq. milesCumulative Earth MRI LiDAR coverage |
$2.8 MillionInvestment in mine waste projects to States |
213,000 sq. milesCumulative hyperspectral coverage of the U.S. |
FY 2024
Earth MRI continues to strengthen partnerships with local communities and Tribes, facilitating new data collection in the mid-continent and Great Lakes Region.
Earth MRI completes, in partnership with NASA, the largest high-quality hyperspectral survey of its kind in the world, delivering data that will be used to better address questions in the southwest from mineral and energy resource availability to land cover change, wildfire risk and climate change.
Earth MRI also invests a record amount in mine waste research, bringing the cumulative number of states involved in Earth MRI mine waste research to 21. This data is directly contributing to the development of an authoritative National Mine Waste Inventory.
$199 MillionEarth MRI investments in data acquisition across the Nation |
35States and territories partnered with Earth MRI |
23%Geophysical data coverage of the U.S. |
357,000 sq. milesCumulative Earth MRI LiDAR coverage |
$5.6 MillionInvestment in mine waste projects to States |
355,000 sq. milesCumulative hyperspectral coverage of the U.S. |
Into the Future
Earth MRI is continuing to collect data at an accelerated pace through FY 2025.
Future goals of Earth MRI include:
- Completing high-resolution geophysical coverage of all critical mineral focus areas now known and any discovered through new earth MRI data
- Inventorying all significant legacy and active critical minerals-related mine waste sites in the United Sates and creating an authoritative National Mine Waste Inventory with information about the volume, physical properties and geochemistry of mine wastes
- Collecting data to support national mineral resource assessments of critical minerals below the surface and in above-ground mine waste
- Continuing to develop modern, innovative delivery systems for Earth MRI data, including accessible and intuitive web-based tools