Improved Predictability of Air-Sea Interactions between Arctic and Tropical Zones 2 December 2022

Improved Predictability of Air-Sea Interactions between Arctic and Tropical Zones

A research team supported by CVP produces a new modeling study to improve predictability of air-sea interactions of the Meiyu front, a meteorological zone which separates Arctic from tropical climatic zones in the Pacific Ocean.

18 March 2015

MAPP Webinar Series: Modeling the Stratosphere: Ozone, Reanalysis, Predictability, and connections with the Troposphere

The NOAA CPO Modeling, Analysis, Prediction, and Projections (MAPP) program hosted a webinar on the topic of Modeling the Stratosphere: Ozone, Reanalysis, Predictability, and connections with the Troposphere on March 18 from 2-3 p.m. ET. The announcement is provided below; you are invited to remotely join the session.
ESS-supported work receives 2014 UCAR Outstanding Publication Award 20 January 2015

ESS-supported work receives 2014 UCAR Outstanding Publication Award

Research published in the Journal of Climate, "A Decadal Prediction Case Study: Late Twentieth-Century North Atlantic Ocean Heat Content," has received the 2014 UCAR Outstanding Publication Award. This work was supported by the Climate Program Office's Earth Systems Science (ESS) program.
15 October 2014

CPTF/MAPP Webinar: NAO variability, predictability, and related prediction improvements

The NOAA Climate Prediction Task Force and CPO Modeling, Analysis, Prediction, and Projections (MAPP) program will host a webinar on the topic of understanding of the North Atlantic Oscillation’s variability and predictability and exploiting that for improving on Thursday, October 16. The announcement is provided below; you are invited to remotely join the session.
Stochastic forcing of north tropical Atlantic sea surface temperatures by the NAO 3 March 2014

Stochastic forcing of north tropical Atlantic sea surface temperatures by the NAO

Research funded by CPO's Climate Variability and Predictability program has been accepted for publication into Geophysical Research Letters. The paper, titled: "Stochastic forcing of north tropical Atlantic sea surface temperatures by the North Atlantic Oscillation," showed that NAO-generated forcing of SST during boreal winter and spring is responsible for more than half the statistically unpredictable component of SST in the main development region for Atlantic hurricanes during the subsequent summer and fall. 

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