Utilize the “underwater space station of the ocean,” PROTEUS™, to advance marine science, research, and education. Partners seek to develop a deeper understanding of the ocean environment and reveal solutions to some of the planet’s most pressing concerns, including those related to climate change.
PROTEUS™ Underwater Saturation Facility Read More »
Utilize computer modeling to advance understanding of coastal ecosystems and enhance precipitation and water level predictions. The goal of the partnership is to support community response to coastal risks to mitigate effects of climate change.
Hydroscience Modeling and Visualization for PORTS and OFS Read More »
Develop the Multi-Band, Multi-Mission, Digital Beamforming Phased Array Antenna System (DPAAS). NOAA will gain knowledge in the areas of architecture, implementation, integration, and operation of a DPAAS, while L3Harris will benefit through an expanded understanding of DPAAS operational mission applications.
Leverage Microsoft Azure Artificial Intelligence and high performance computing capabilities to accelerate critical NOAA research and inform new approaches for predicting climate, weather, and ocean changes. Partners will create a searchable data catalog to support public policy, economic growth, environmental protection, and increased climate resiliency.
NOAA Cloud Computing Collaboration Read More »
Research the impacts of ocean conditions on Olympia oysters and Mediterranean mussels in the Puget Sound. This project will help NOAA provide more reliable, relevant, and credible information to help decision-makers and natural resource managers build sustainable fisheries, recover endangered and threatened species, maintain healthy ecosystems, and protect human health.