Texas

Summary

Federal support for the STATEMAP, Earth MRI, and NGGDPP programs has significantly strengthened Texas’s ability to leverage state funding and address critical earth science challenges with both regional and national implications. These initiatives are advancing geologic understanding, improving resource stewardship, and safeguarding legacy geoscientific data for future generations.

STATEMAP

Focus Areas: Texas Coastal Plain, Urban Corridors, Central and Western Regions

  • Developed high-resolution geologic maps targeting groundwater systems, sand and gravel deposits, and critical mineral occurrences.
  • Mapping supports strategic land-use planning, infrastructure resilience, and sustainable resource management in rapidly urbanizing zones.
  • Data informs decisions on aquifer sustainability, flood mitigation, and mineral extraction in areas facing environmental stress and population growth.
  • Enables local governments and planners to make informed decisions on zoning, water allocation, and hazard mitigation.
  • Supports Texas’s long-term resilience against climate variability and urban expansion.

Earth MRI

  • West Texas Igneous Terranes:
    • Integrated with USGS airborne geophysical surveys to refine subsurface models of igneous rock distributions.
    • Targeted investigations highlight zones with potential for critical minerals such as rare earth elements (REEs) and lithium.
    • Contributes to national mineral security by identifying new exploration targets in geologically underexplored regions.
  • Mine Waste Inventory:
    • EMRI funding to create a comprehensive inventory of mine waste locations across the state.
    • This initiative supports environmental remediation, land-use planning, and future resource recovery efforts.
  • Regional Geochemical Mapping (W-Mo Project):
    • Texas participated in a multi-state geochemical mapping project focused on tungsten (W) and molybdenum (Mo) prospective locations.
    • Led by New Mexico Tech, this project spans California, Arizona, New Mexico, and Texas, enhancing regional mineral exploration strategies.
  • Impact:
    • Reduces redundancy in exploration efforts and lowers costs for researchers and industry.
    • Protects investments in geoscience and enhances transparency in resource development.

Strategic Impact for Texas:

  • Strengthens the state’s geologic knowledge base for groundwater and mineral resource management.
  • Supports national critical mineral strategies through targeted mapping, geochemical analysis, and geophysical integration.
  • Preserves and modernizes legacy data, enabling cost-effective exploration and protecting historical geoscience assets.
  • Enhances collaboration between federal agencies, state institutions, and industry partners to address emerging challenges in energy, water, and environmental sustainability.