As water scarcity becomes an increasing concern, NASA's advanced technologies are pivotal in analyzing and managing reservoir and groundwater resources. Explore how NASA's satellite data, remote sensing tools, and innovative modeling techniques are helping researchers and policymakers assess water availability, predict shortages, and develop sustainable management strategies.
In this exclusive feature from our DC Correspondent, J.J. Smith, Silvana Andreescu explains the significance of nanosensor technology for PFAS detection, monitoring, and degradation.
The Colorado Energy & Carbon Management Commission (ECMC) has adopted its first set of Deep Geothermal Operations Rules, establishing a comprehensive regulatory framework to advance geothermal energy development in the state, with a focus on public health, safety, and environmental protection.
A new study questions the effectiveness of carbon sequestration on U.S. croplands for climate mitigation, revealing that its impact may be far less than previously estimated by the USDA and EPA.
The DOE and NSF have launched the second cohort of geothermal interns, aiming to build a skilled workforce that will drive the expansion of geothermal energy technologies in the U.S., which is crucial for the future of clean energy and environmental sustainability.
Recent findings reveal that PFAS contamination from textile manufacturing is posing serious threats to water resources, with significant implications for the water well drilling industry and ongoing PFAS regulations in the U.S.
The Biden administration's newly issued National Heat Strategy aims to bolster U.S. resilience to extreme heat, highlighting the need for stronger workplace heat protections amidst rising heat-related deaths.
New Hampshire is set to receive $65 million from 3M and DuPont to combat PFAS contamination in public water systems, a significant win for the water well drilling industry and ongoing PFAS litigation.
The U.S. Department of Energy has announced $10.2 million in funding for projects to develop environmentally responsible domestic sources of critical minerals, essential for advancing clean energy technologies and reducing reliance on foreign supplies.