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
Research funded by COM, CVP, and GOMO, investigates current Argo floats and provides recommendations for future deployment of a new fleet that can measure biogeochemical variables
How can we make the new fleet of biogeochemical Argo floats most effective? Read More »
A new Nature Communications publication supported by the CVP and MAPP programs describes improved observational evidence for relationships between tropical weather patterns, providing a tool to improve climate models and projections of high-impact weather events like tropical cyclones, monsoons, and more.
Refining our Understanding of Connections between Tropical Modes of Variability Read More »
A new review paper published in Nature Climate Change and supported by CVP seeks to make better connections between research and climate adaptation by examining scientific assessment reports and highlighting key approaches to communicate uncertainty to decision-makers.
How Should We Communicate Sea Level Rise Uncertainty in Assessment Reports? Read More »
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 »
A comparative analysis of CMIP6 models and their representation of wind-turning reveals underestimation across the board, in a new Climate Process Team study supported by CVP.
How Well do CMIP6 Models Represent Important Wind Flow in the Boundary Layer? Read More »
Recent modeling study supported by CVP uses an energy flux focus to better understand remote influences on tropical precipitation predictions through 2100.
Using Energy Driven Models to Predict Tropical Rainfall Read More »
A recent study funded by CVP identifies a salinity build up in the South Atlantic and provides modeling and observational evidence to link this trend with a weakening of the AMOC since the 1908’s.
AMOC Weakening Evidence from Salinity “Fingerprint” in the South Atlantic Read More »
A new modeling study funded by CVP shows that tropical Pacific climate predictions from the annual to decadal scales are more strongly linked to internal climate signals than volcanic activity when eruptions are occurring.
Evaluating the Impact of Volcanic Eruptions in Tropical Pacific Climate Models Read More »
CPO, GFDL and NWS representatives joined other climate modeling leaders to coordinate national goals and objectives at the ninth annual US Climate Modeling Summit workshop and meeting on April 24-26, 2023 at the NOAA/OAR Geophysical Fluid Dynamics Laboratory.
NOAA Participates in the Ninth Annual US Climate Modeling Summit 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 »