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The Explosive Hazards Defeat (EHD) program invests in basic research, applied research and advanced technology development to support development of new capabilities in on-the-move standoff detection and neutralization of explosive hazards.

Information about submitting a planning letter to the Office of Naval Research Marine Meteorology and Space Weather Program.

The Office of Naval Research's Maritime Sensing program conducts multidisciplinary science and technology, research and development of acoustic and non-acoustic sensors and transduction systems as a means to provide next-generation sensing technologies for the Navy’s tactical surveillance and undersea warfare missions.

Find information directed to investigators seeking funding through ONR's Maritime Sensing Program.

ONR's Ocean, Atmosphere and Space Research Division participates in the National Oceanographic Partnership Program.

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

These awards, for study and research leading to a doctoral degree, will be given to individuals who have demonstrated a special aptitude and desire for advanced training in ocean acoustics or the related disciplines of undersea signal processing, marine structural acoustics and transducer materials science.

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.

This page provides directions for those submitting planning letters to ONR's Ocean Engineering and Marine Systems program.

The Office of Naval Research is supporting a five-year department research initiative to better understand the turbulent eddy exchange throughout this region, and on the class of oceanographic variability that is poorly constrained in models including eddies, rings, vortices and filaments, and their interactions with smaller-scale phenomena