Ocean primary productivity estimation of China Sea by remote sensing

Ocean primary productivity is a key parameter in the research of global carbon cycle, ocean biological resources, and in evaluation of the feature and quality of ocean biological environment. Traditional shipboard measurement which is costly and time-consuming is impossible to obtain the spatial and temporal information on primary productivity on a large scale in a short period of time. Satellite remote sensing is an effective strategy to acquire the ocean information in near real time. Here we propose a model special for China Sea based on the concept of primary productivity using in situ primary productivity and environmental data from 1984 to 1990, and discuss every modeling parameter which can be retrieved by remote sensing in detail. The reliability of this model is tested by in situ data, and the comparison of other primary productivity models is made. We also analyze the temporal and spatial distribution of China Sea primary productivity in 2000. From our analysis the satellite remote sensing data have been proved very useful for ocean primary productivity study.

作 者： Pan Delu GUAN Wenjiang BAI Yan Huang Haiqing   作者單位： Laboratory of Ocean Dynamic Processes and Satellite Oceanography, Second Institute of Oceanography of State Oceanic Administration,Hangzhou 310012, China  刊 名： 自然科學進展（英文版）  SCI 英文刊名： PROGRESS IN NATURAL SCIENCE  年，卷(期)： 2005 15(7)  分類號： P7  關鍵詞： remote sensing   ocean primary productivity  

【Ocean primary productivity estimatio】相關文章：

Estimation of net primary productivity in China using remote sensing data04-28

Projections of ocean climate for northwestern Pacific Ocean04-29

NUMERICAL MODELLING OF THE QUASI-GLOBAL OCEAN CIRCULATION BASED ON POM04-27

Contents and benthic fluxes of nutrients in sediment pore water of the Southern Ocean04-27

Adaptability of the ocean and earth tidal models based on global observations of the superconducting gravimeters04-29

Physical mechanism and numerical simulations of surface layer temperature inversion in tropical ocean04-29

Measuring potential food productivity for different areas in Songnen Plain based on analytic hierarchy process04-26

My life in Primary school初二英語作文（通用25篇）12-11

A three-dimensional model study on ocean dynamic response to traveling cyclone over the Huanghai Sea04-28

EXAMINATION OF SILICATE LIMITATION OF PRIMARY PRODUCTION IN JIAOZHOU BAY, CHINA Ⅰ. SILICATE BEING A LIMITING FACTOR OF P04-29