Summaries of long-term current, temperature and pressure measurements from moored instruments in the western Pacific Ocean (ranging from 152°W to 165°E longitude and 31° to 41°N latitude) are presented. There were two consecutive settings of instruments, referred to as zonal I and zonal II, each spanning a one-year interval. There were, for the first time, 2 two-year mooring deployments, which were successful. Tables, plots and statistics include filtered and unfiltered data, as well as merged and single setting data. The objective of the experiment was to define the basic properties of the low frequency variability in the mid-latitude North Pacific.Funding was provided by the Office of Naval Research under contract Numbers N00014-76-C-01...
The surface mooring component of the NOAA Pan American Climate Study (PACS) took place from April 19...
Two surface moorings were recovered during R/V Melville cruise PACS03MV in the eastern equatorial Pa...
Two data sets are used to reveal the quasi-stationary nature of the banded current structure in the ...
Geographic exploration of the eddy and mean fields in the world's oceans using moored instrumentatio...
The Long-Term Upper Ocean Study (LOTUS) was a two-year field experiment near 34°N, 70°W, designed t...
The Synoptic Ocean Prediction Experiment (SYNOP) was an ambitious, multi-faceted program focused on ...
LOTUS was a two-year experiment near 34°N, 70°W, designed to acquire and analyse a continuous set o...
Also published as: Buoy Technology, Transactions 2nd International Buoy Technology Symposium/Exposit...
An array of five deep current meter moorings, each 100 m above the ocean bottom, was maintained alon...
Two 100 km scale arrays of moored upper ocean current meters, one near 0, 152W, the other near 0, 11...
A trans-Pacific hydrographic section along approximate latitude 10°N was occupied in February-May, 1...
Summaries of current and temperature measurements from three moorings in the 1978 Joint Air-Sea Int...
Operations activities of the Woods Hole Oceanographic Institution's Buoy Group for an exploratory a...
Observations were conducted from June-1999 to July-2001 to study shallow and deepcurrent variability...
A Severe Environment Surface Mooring (SESMOOR) was designed to make long term meteorological and nea...
The surface mooring component of the NOAA Pan American Climate Study (PACS) took place from April 19...
Two surface moorings were recovered during R/V Melville cruise PACS03MV in the eastern equatorial Pa...
Two data sets are used to reveal the quasi-stationary nature of the banded current structure in the ...
Geographic exploration of the eddy and mean fields in the world's oceans using moored instrumentatio...
The Long-Term Upper Ocean Study (LOTUS) was a two-year field experiment near 34°N, 70°W, designed t...
The Synoptic Ocean Prediction Experiment (SYNOP) was an ambitious, multi-faceted program focused on ...
LOTUS was a two-year experiment near 34°N, 70°W, designed to acquire and analyse a continuous set o...
Also published as: Buoy Technology, Transactions 2nd International Buoy Technology Symposium/Exposit...
An array of five deep current meter moorings, each 100 m above the ocean bottom, was maintained alon...
Two 100 km scale arrays of moored upper ocean current meters, one near 0, 152W, the other near 0, 11...
A trans-Pacific hydrographic section along approximate latitude 10°N was occupied in February-May, 1...
Summaries of current and temperature measurements from three moorings in the 1978 Joint Air-Sea Int...
Operations activities of the Woods Hole Oceanographic Institution's Buoy Group for an exploratory a...
Observations were conducted from June-1999 to July-2001 to study shallow and deepcurrent variability...
A Severe Environment Surface Mooring (SESMOOR) was designed to make long term meteorological and nea...
The surface mooring component of the NOAA Pan American Climate Study (PACS) took place from April 19...
Two surface moorings were recovered during R/V Melville cruise PACS03MV in the eastern equatorial Pa...
Two data sets are used to reveal the quasi-stationary nature of the banded current structure in the ...