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
CVP and OSTI supported a study that described important information for predicting weather and atmospheric conditions in the tropics and surrounding regions.
Discovering New Patterns in Warm Conveyor Belts in the Pacific Read More »
More than 10 CPO staff, research team members, and interns will attend and present and lead sessions focused on climate topics relevant to CPO’s mission at the American Meteorological Society 104th Annual Meeting.
CPO Staff Will Participate in AMS 2024 Meeting Read More »
CVP-funded researchers publish the first in situ estimates of the AMOC at a critical location in the South Atlantic where observations have been lacking, capturing new details about coastal sea level and westward propagating features.
Researchers Develop New Way to Estimate the AMOC in the South Atlantic Read More »
A new CVP-supported article finds that the tropical climate pattern MJO has become more predictable in the past century due to global warming, and its enhanced predictability could help global communities prepare for weather and climate challenges.
Study Finds Global Warming Makes it Easier to Predict Tropical Climate Patterns Read More »
CPO’s Climate Variability and Predictability (CVP) program is announcing four new two-year projects originally funded in Fiscal Year 2023 (FY23) that aim to identify and understand key land-atmosphere processes that influence coupled-model precipitation biases in the Continental United States (CONUS). The competitively selected projects total $1.8 million in grants1. The Earth system has many interacting
A new tropical cyclone research study funded by CVP provides a new characterization of how storms transform as they move away from the equator.
A Clearer Understanding of Tropical Cyclone Weather Fronts Read More »
CPO’s ERB, AC4, and CVP programs, in partnership with NESDIS STAR, are announcing four new 3-year projects originally funded in Fiscal Year 2023.
A new CVP-supported study develops a highly skilled biogeochemical ocean forecast up to ten months, demonstrating an improved modeling method for short-term changes to inform marine fisheries managers.
Improved Short-Term Forecasts for Fisheries Managers Read More »
A new CVP-supported study on tropical climate proposes that the Atlantic Niño phenomenon is made up of two parts, which have distinct impacts on climate and are changing differently over time.
A new study supported by a COM-CVP-GOMO partnership uses new ocean observing systems to uncover previously unknown phytoplankton blooms occurring beneath Southern Ocean sea ice cover.
New Discovery: Significant Phytoplankton Blooms Beneath Antarctic Sea Ice Read More »