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
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 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.
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.
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.
A recent study with contributions from both COM- and MAPP- supported researchers improves the representation of tropical cyclone formation and longer term projection in global climate models.
New study supported by COM, CVP, and GOMO partnership quantifies and characterizes the sampling error for satellite observations of sea surface salinity to be used for Earth system applications.
Improvements in flood predictability along the Mississippi River by a COM-funded study use a high-quality dataset spanning the past 1,000 years to link tropical Pacific and North Atlantic patterns to regional hydroclimate.
A new COM-funded Arctic sea ice study improves predictions of sea ice freeze-up and break-up in coastal regions by identifying local indicators.