Scientists find that water stress drives the connection between surface temperature and crop yield loss, providing information to help improve predictions of agricultural productivity under climate change.
water
Posted inNews
Pollution from Wildfires Can Contaminate Our Water for up to 8 Years, Study Finds
An analysis of 500 watersheds found levels of organic carbon, phosphorus, and other pollutants up to 103 times higher after a wildfire.
Posted inEditors' Vox
Water Tracks: The Veins of Thawing Landscapes
Tracing and tracking change in permafrost flowpaths could reveal the dynamics of warming poles.
Posted inNews
Scientists Spot Sputtering on Mars
Nearly a decade’s worth of data went into the first direct observation of sputtering on Mars, which researchers believe contributed to the loss of the Red Planet’s atmosphere.
Posted inResearch Spotlights
New Global River Map Is the First to Include River Bifurcations and Canals
GRIT provides a much more detailed look at how rivers merge and split, which could enhance hydrological modeling, flood forecasting, and water management efforts.
Posted inNews
Can Desalination Quench Agriculture’s Thirst?
Miles away from the ocean, projects are afoot to clean up salty groundwater and use it to grow crops. Some say it’s a costly pipe dream, others say it’s part of the future.
Posted inResearch & Developments
EPA to Rescind Rules on Four Forever Chemicals
The EPA plans to reconsider drinking water limits for four different PFAS chemicals and extend deadlines for public water systems to comply, according to The Washington Post.
PFAS, or per- and polyfluoroalkyl substances, are a group of chemicals that are widely used for their water- and stain-resistant properties. Exposure to PFAS is linked to higher risks of certain cancers, reproductive health issues, developmental delays and immune system problems. The so-called “forever chemicals” are ubiquitous in the environment and widely contaminate drinking water.
Posted inEditors' Highlights
Atomic-Scale Insights into Supercritical Silicate Fluids
Water-induced depolymerization enhances fluid mobility in deep Earth, offering new insights into magma transport and isotope signatures in arc lavas.
Posted inFeatures
Delegations Drive One Water Dialogues
Proactive approaches allow water practitioners to address issues in innovative, inclusive ways.
Posted inNews
Cracks on Planetary Surfaces Hint at Water
Imagery of fractured terrain on Venus, Mars, and Jupiter’s moon Europa pinpoints environments influenced by water.