Hydrological control of rock carbon fluxes from shale weathering
The Science Shale bedrocks hold Earth’s largest carbon (C) inventory. Although water is recognized for cycling elements through terrestrial environments, ...
Quantifying Terrestrial Carbon Fluxes during Shale Weathering by Modeling Subsurface Processes.
Seasonal climate forcing affects the transfer of atmospheric CO2 to the subsurface and the net carbon balance associated with shale ...
Groundwater Storage Declines Expected to Amplify Mountain Streamflow Loss in a Warmer World
Streamflow reductions will heighten the water crisis in the Colorado River Basin. The Science Past research has overlooked groundwater’s impact ...
Rock Weathering and Biological Cycling can Influence Riverine Export of Sulfur in Watersheds
Biological transformations of sulfur in water-saturated sediments may partially offset increased sulfur released from rocks due to climate change ...
Enhanced Environmental Reactions Largely Impact Ecosystem Processes and Natural Resources
Modeling specific times and areas that experience enhanced environmental reaction rates can provide an important basis for planning, managing, and ...
An open, inclusive, and collaborative international network-of-networks framework to advance geoscience
This journal article explores how opening dialogues and enhancing communication streams can be extremely beneficial to science ...
Estimating subsurface properties from the air: Linking above and below-ground observation
Machine learning finds relationships between above and belowground features to estimate bedrock properties across an entire watershed ...
Decades of DOE-supported research advance water and energy security
Since the late 1980s, findings from DOE-supported science close knowledge gaps involving ecosystem science and contribute to developing a secure ...
The power of connected and coordinated science
Biogeoscience needs Integrated, Coordinated, Open, and Networked (ICON) principles to address global problems and reduce geographical bias limiting scientific progress ...
Advancing Temperature Profiling Systems to Better Understand Changes in Soil and Snow
More accurate depth resolved measurements of snow and soil temperatures allow scientists to better understand water and carbon fluxes that ...
