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The "Northern Ocean Rapid Surface Evolution" is an Office of Naval Research (ONR) Departmental Research Initiative, or DRI. The goal of this four-year (FY20-FY24) DRI is to improve the knowledge and understanding of the physics of rapid dynamical, thermodynamic, and acoustical changes to the surface layer of the ocean subject to strong forcing.

The Office of Naval Research (ONR) is seeking input on a planned Task Force Ocean (TFO) Department Research Initiative (DRI) that is expected to run from FY21-FY24.

The Office of Naval Research is supporting a five-year department research initiative to better understand Air-Sea Interactions in the Northern Indian Ocean.

The Office of Naval Research's Ocean Acoustics program supports basic research that addresses fundamental understandings of the physics relating to underwater sound.

The Ocean Engineering and Marine Systems program seeks to provide a knowledge framework for advanced engineering methodologies and to accelerate the transition of basic research developments into advanced marine platform systems with applications to unmanned surveillance and monitoring systems for the naval forces and at-sea experimental capabilities for the ocean sciences community.

The Office of Naval Research's Physical Oceanography program is interested in receiving research planning letters on topics related to our primary focus areas of mesoscale and sub-mesoscale ocean processes, air-sea interaction, new ocean observing technologies and the education of the next generation of scientists.

At the Oceans 2018 conference, the chief of naval research discussed Task Force Ocean, a program designed to reinvigorate the Navy’s commitment to ocean sciences.

ONR Global joined the international scientific community at the OCEANS 11 IEEE Santander Conference from June 6-9, 2011 in Spain.

The goal of the Office of Naval Research's Undersea Signal Processing program is to develop signal processing algorithms that improve the Navy's ability to detect, identify and locate submarines in shallow and deep ocean environments.

The Arctic and Global Prediction program is motivated by the observed changes in the physical Arctic environment, and the desire to better understand and predict this environment at a variety of time and space scales.