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
The COM program hosted a webinar on August 15, 2022 to address questions about the 2023 NOFO, this session was recorded.
Climate Observations and Monitoring Program 2023 NOFO Q&A Session Recording Read More »
CHEESEHEAD19 Field Campaign produces useful criteria for using a variety of ground-based remote sensing instruments used to measure planetary boundary layer height.
Expanded record of air-sea CO2 fluxes created using machine learning techniques improves our ability to model annual changes in the ocean carbon sink.
Improved and Expanded Global Ocean Carbon Product Using Machine Learning Read More »
In a new COM-funded study, machine learning techniques are used to create a model of heat and carbon processes in the urban environment to provide resources for mitigation.
Using Machine Learning to Combat the Urban Heat Island Effect Read More »
Two recent publications demonstrate the value of machine learning techniques to characterize complex water resources in the western U.S.
CPO’s Modeling, Analysis, Predictions, and Projections (MAPP) program is announcing seven new three-year projects for Fiscal Years 2022-2024 that aim to develop new model-based monitoring products addressing key climate impact areas totaling $2.7 million.
The session will be held in February 2023 and will serve to expand CPO’s work with national marine sanctuaries and MPAs to an international forum by leveraging CPO’s world-class climate communication’s program and the experience gained through over two years of the Marine Ecosystem Risk Team Initiative.
MERT has session accepted for 5th International Marine Protected Areas Congress (IMPAC5) Read More »
By Xinyi Zeng, Science Communications Specialist New research in the Journal of Geophysical Research: Atmospheres found that low, fair-weather, cumulus clouds stimulate stronger surface energy exchange in comparison to other sky conditions over a forested landscape in northern Wisconsin. CIRES scientist Joseph Sedlar led the research along with a team of scientists from CIRES, NOAA
This study uses a novel approach to further explore the dynamic impacts of volcanism on ENSO.
The research aims to measure unusual intensities and frequencies of pre-industrial and recent El Nino events, providing insight into changes in the climate of North America.