Scientists carefully analyze decades of ocean observations to reveal significant slowing and warming of a crucial part of the “global ocean conveyor belt,” signaling shifts in large-scale circulation and climate trends.
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New insight into daily warming patterns in the tropical Pacific illuminates the stabilizing and destabilizing drivers for the ocean and atmosphere, which will be essential…
A CVP-funded study published in Nature Geoscience discovers a new pathway for deep water ocean transport in the North Atlantic Ocean, challenging previous research assumptions…
A new study supported by CVP discovers a link between the MJO and tropical cyclone activity in the Atlantic Ocean, showing that more tropical cyclones…
Dr. Xin Lan is a carbon cycle scientist who has devoted her career to understanding carbon cycle feedback, communicating the science, and communicating the urgency…
New study with support from AC4, MAPP, and NIDIS analyzes two-decade long dataset to find a global increase in fires along the wildland-urban interface (WUI),…
An overview of the Alaskan Layered Pollution And Chemical Analysis (ALPACA) field experiment, supported by AC4, provides the first large-scale assessment of winter air quality…
A newly funded MAPP project will focus on the impact of extreme snow loads on building design amid climate change, aligning with NOAA’s partnership with…
A new MAPP-funded study contributing to the Climate Process Team initiative shows that increasing the time resolution of model output and collecting high-frequency data from…
AC4-funded study evaluates the airborne fraction (AF) of atmospheric CO2, accounting for both human-caused and natural variations, to demonstrate the stability of global CO2 sinks…
A new MAPP-funded study examines cloud representation and behavior in the Community Earth System Model, version 2, finding the largest uncertainties in the ability to…