Advancing scientific understanding of climate, improving society’s ability to plan and respond
Advancing scientific understanding of climate, improving society’s ability to plan and respond
COM/CVP/GOMO supported research team releases a new data product providing global plankton community size structure observations to benefit biogeochemical modeling.
New Global Plankton Data Product to Link Climate and Fisheries in Global Models Read More »
Depleting water resources in the Tigris–Euphrates river basin is primarily driven by interannual drought and plant transpiration processes, with additional impact from decadal scale declining rainfall, according to the results of a new COM-funded modeling study.
Climate Drivers of Declining Water Resources in the Tigris–Euphrates River Basin Read More »
New COM-supported research produces the first detailed dataset of foram species variations in the Northern California Current during marine heat wave events.
Forams in the Northern California Current Reveal a Close Link to Marine Heatwaves Read More »
This workshop, organized by the COM- and CVP-supported Sea Ice Modeling Collaboration Team, will work toward collaboration in model development, evaluation, applications, and advancements.
Sea Ice Modeling Collaboration Workshop Taking Place in Boulder, CO April 25-27 Read More »
Significant improvements in ocean acidification data and projections through 2100 are published in a new data product supported by a collaborative initiative between COM, CVP, and GOMO.
More than two decades of oceanographic and meteorological data shedding light on upwelling processes off the coast of Oregon is compiled and made public for the first time by an Oregon State University team of scientists supported by a COM-MAPP-CSI collaboration
A New Long-Term Dataset Combines Ocean and Weather Data on the Oregon Coast Read More »
A new research study supported by COM, CVP, and GOMO, uses Argo data along with a coupled model to investigate the understudied wintertime formation process of water in the Southern Ocean.
Important Ocean-Climate Connections from Argo Float Observations and Modeling Study Read More »
To improve water management in the mountainous western US, COM-supported research presents a hybrid model approach to improve simulations of western water flow using both traditional and machine learning methods.
Improving Model Representation of Western US Water Resources Using Machine Learning Read More »
A recent study supported by AC4 and COM investigates emissions of the greenhouse gas with the largest known warming potential, updates the understanding of how much we have in the atmosphere, and proposes possible solutions for reducing emissions.
A new scientific review supported by COM assesses the existing knowledge on ocean carbon uptake and emphasizes an urgent need to expand observational capacity to inform climate mitigation.
Assessment of Ocean Carbon Storage and Recommendations to Optimize Climate Mitigation Read More »