GLOBEC: Moored Current Observations Along the Eureka LTOP Transect

NEPA Northeast Pacific Project, funded by the U.S. GLOBEC progra

Transitioning Results From Recent ONR WESTPAC Field Programs to Operational Use (IWISE Analysis Expansion)

LONG-TERM GOAL: The long-term goal is to enhance our understanding of coastal oceanography by means of applying simple dynamical theories to high-quality observations obtained in the field. My primary area of expertise is physical oceanography, but I also enjoy collaborating with biological, chemical, acoustical, and optical oceanographers to work on interdisciplinary problems. I collaborate frequently with numerical modelers to improve predictive skill for Navy-relevant parameters in the littoral zone.Grant #: N00014-12-1-037

Submarine Sand Dunes on the Continental Slope in the South China Sea and Their Impact on Internal Wave Transformation and Acoustic Propagation

LONG-TERM GOAL: The long-term goal is to enhance our understanding of coastal oceanography by means of applying simple dynamical theories to high-quality observations obtained in the field. My primary area of expertise is physical oceanography, but I also enjoy collaborating with biological, chemical, acoustical, and optical oceanographers to work on interdisciplinary problems. I collaborate frequently with numerical modelers to improve predictive skill for Navy-relevant parameters in the littoral zone.Grant #: N00014-13-1-027

Submarine Sand Dunes on the Continental Slope in the South China Sea and their Impact on Internal Wave Transformation and Acoustic Propagation

LONG-TERM GOAL: The long-term goal is to enhance our understanding of coastal oceanography by means of applying simple dynamical theories to high-quality observations obtained in the field. My primary area of expertise is physical oceanography, but I also enjoy collaborating with biological, chemical, acoustical, and optical oceanographers to work on interdisciplinary problems. I collaborate frequently with numerical modelers to improve predictive skill for Navy-relevant parameters in the littoral zone.Grant #: N00014-13-1-027

Analysis and Synthesis of Data From the WISE/VANS 2005-06 and NLIWI/SCOPE 2007 Field Experiments

LONG-TERM GOAL: The long-term goal is to enhance our understanding of coastal oceanography by means of applying simple dynamical theories to high-quality observations obtained in the field. My primary area of expertise is physical oceanography, but I also enjoy collaborating with biological, chemical, acoustical, and optical oceanographers to work on interdisciplinary problems. I collaborate frequently with numerical modelers to improve predictive skill for Navy-relevant parameters in the littoral zone.Grant #: N00014-08-1-039

Transitioning Results From Recent ONR WESTPAC Field Programs to Operational Use (IWISE Analysis Expansion)

LONG-TERM GOAL: The long-term goal is to enhance our understanding of coastal oceanography by means of applying simple dynamical theories to high-quality observations obtained in the field. My primary area of expertise is physical oceanography, but I also enjoy collaborating with biological, chemical, acoustical, and optical oceanographers to work on interdisciplinary problems. I collaborate frequently with numerical modelers to improve predictive skill for Navy-relevant parameters in the littoral zone.Grant #: N00014-12-1-037

Workshop report ; the Asian Seas International Acoustics Experiment (ASIAEX) ; final planning meeting, Kailua Kona, Hawaii, June 21-23, 2000

http://archive.org/details/workshopreportas00rampN

Hydrographic and Acoustic Doppler Current Profiler (ADCP) data from the ONR Eastern Boundary Current Accelerated Research Iniative - June 9-16, 1992

This data report presents hydrographic (CTD) and Acoustic Doppler Current Profiler (ADCP) data from a cruise to the continental slope region near Point Arena, California during 9-16 June 1992. The study area encompassed a region from about 38 deg 0.0' N. to 39 deg 0.0' N. from 20 to 90 km offshore. The sampling grid consisted of five along-shore transects 15 km apart, with five CTD stations 15 km apart in each transect. A total of 28 CTD casts were made. ADCP data were collected throughout the cruise. The data are presented as vertical sections, property distributions on horizontal surfaces, and waterfall plots. Eastern boundary current, CTD Data, Hydrographic data, ADCP Data, Coastal eddiesThis data report presents hydrographic (CTD) and Acoustic Doppler Current Profiler (ADCP) data from a cruise to the continental slope region near Point Arena, California during 9-16 June 1992. The study area encompassed a region from about 38 deg 0.0' N. to 39 deg 0.0' N. from 20 to 90 km offshore. The sampling grid consisted of five along-shore transects 15 km apart, with five CTD stations 15 km apart in each transect. A total of 28 CTD casts were made. ADCP data were collected throughout the cruise. The data are presented as vertical sections, property distributions on horizontal surfaces, and waterfall plots.http://archive.org/details/hydrographicacou59jessApproved for public release; distribution is unlimited

Transitioning Results From Recent ONR WESTPAC Field Programs to Operational Use (IWISE Analysis Expansion)

N00014-12-1-037

Aerial Surveys of the Ocean and Atmosphere off Central California

The long-term goal is to enhance our understanding of airsea interaction in the littoral zone by means of applying simple dynamical theories to high-quality observations obtained in the field. The Monterey Bay serves as our natural laboratory for these purposes. The grant is one of a continuing series of programs to study the bay funded by the National Ocean Partnership Program NOPP and the ONR Naval Ocean Modeling and Prediction NOMP Program.Grant #s: N0001403WR20002, N0001403WR20006, N0001403WR2020