Monitoring of surface wind and waves and water properties at the surface and bottom layers

Fiscal Year

2016

Title

Monitoring of surface wind and waves and water properties at the surface and bottom layers

Project and Theme

Project 2. Studies on the Mechanisms of Marine Ecosystem Change
Representative Organization: Atmosphere and Ocean Research Institute, The University of Tokyo
Theme5. Construction of an ecosystem model integrating physical processes
Representative personKiyoshi Tanaka
OrganizationAtmosphere and Ocean Research Institute The University of Tokyo
DepartmentInternational Coastal Research Center, Coastal Ecosystem

Research Information

Period and Interval
2016/04/01 - 2017/03/31
Every one hour monitoring.
Research Area
Off Nagasaki in the southern part of Otsuchi Bay, Iwate Prefecture
Research Point Table
Point
NameBuoy for monitoring surface wind and waves
Coordinates39 20.651N,141 57.62E
NameBuoy for monitoring water properties at the surface and bottom layers
Coordinates39 20.606N,141 57.663E
Category
Mooring system(Observation buoy)
Overview
A GPS wave buoy with an anemometer and a profiling buoy are moored off Nagasaki on the southern coast of Otsuhi Bay to observe surface wind and waves, and the water property (water temperature, salinity, and nitrate concentration) at the surface (3 m depth) and bottom (35 m depth) layers every one hour, respectively.

Investigation Item and Data Acquisition

Investigation ItemData Acquisition
Measurement of surface wind by an ultrasonic anemometer10 minutes average of wind speed and direction
Measurement of surface waves by a single mode GPS wave sensor20 minutes wave statistics (Maximum, 1/10 maximum and significant wave heights, and related wave periods and directions)
Measurement of water properties at surface and bottom layersOne minute average of water temperature, salinity and nitrate concentration

Reference

Related Observation Result
FY2016 Monitoring of surface wind and waves and water properties at the surface and bottom layers

Person in charge of Investigation

Representative personKosei Komatsu
OrganizationUniversity of Tokyo
DepartmentGraduate School of Frontier Sciences

Keywords

Fiscal Year2016
OrganizationThe University of Tokyo
CategoryMooring system (Observation buoy)
Research AreaSouth Sanriku
DisciplineOcean physics -> Water temperature
Ocean physics -> Salinity
Ocean chemistry -> Salinity
Ocean chemistry -> Nutrients
Ocean environment -> Nutrients
Marine meteorology -> Wind direction / Wind velocity
Marine meteorology -> Waves (period / height / direction)