NM Tech Spearheads Critical Water Resource Mapping Mission Across New Mexico

New Mexico Tech (NM Tech), and the New Mexico Bureau of Geology and Mineral Resources (NMBGMR), are initiating an essential, scheduled mission to map the state’s subsurface water resources. Residents in several regions should expect to see low-flying helicopters over the coming weeks as part of this scientific effort. This is a research project vital to New Mexico’s water security, and there is absolutely no reason for public concern or alarm.

Project Overview: NM Tech’s Scientific Approach

This scientific endeavor involves contractors operating a helicopter equipped with specialized geophysical instruments. The primary goal is to create crucial three-dimensional maps of aquifer systems.

• The Technique: NM Tech is employing a cutting-edge technique that measures the natural electromagnetic responses of underground materials like sand, gravel, and clay.
• The Outcome: The data gathered will be combined with existing well and geological information to provide NM Tech scientists and water managers with a much clearer picture of the state’s groundwater reserves, which are critical for sustainable resource management.

Flight Schedule and Areas of Operation

Flights are commencing in several key areas. Flight dates are flexible and subject to change based on weather conditions.

What to Expect: Low, Slow, and Safe

The research aircraft will be flying at an uncommonly low altitude—approximately 100 feet above the ground—to ensure the best data collection along pre-planned flight paths. This height is necessary for the instruments to accurately measure the faint electromagnetic signals from deep underground.

• Safety Assurance: These are NOT emergency maneuvers or surveillance flights. The instruments are completely passive, posing no risk to humans, animals, or plant life. The professional pilots are specially trained and approved for this type of low-level flying, operating in accordance with all Federal Aviation Administration (FAA) regulations.