Study on the pseudo-color of the ocean color remote sensing images;

Study on the POLDER ocean color atmospheric correction algorithm

Geostationary satellites as the ocean color monitoring platform have the distinctive advantages as compared with the current sun-synchronous polar orbiter observations, which can focus on an area of interest for an extended period to satisfy the demand of coastal water biophysical progress research and survey.

Regularities among water color,transparency,plankton and DO were summarized on the base of the measured data of dozens of winter spending fish ponds in Heilongjiang and Jilin zones: 1 Transparency is negatively correlated with phytoplanktonic biomass,but positively with zooplanktonic biomass.

In this paper, the disadvantages of present in situ sea water color measurements are discussed, and the potential application value of digitized sea water color values is pointed out.

This paper investigated the changes of physical, chemical and biological factorsincluding feed, water depth, salinity, transparency(TT), water temperature, pH,dissolved oxygen(DO), NH_3-N, water color(WC), shrimp length, and the species andamount of phytoplankton of 16 shrimp culture ponds in a whole shrimp culture season.

Analysis of the pollutants in acrylic fabric dyeing wastewater;

Analysis of the treatment of dyeing wastewater from superfine fibre fabric;

Treatment of dyeing wastewater by AO_1O_2 Process;

Preliminary research of an ocean color data services system based on web services;

And they are the primary data of the satellite ocean color sensor.

Studying the variety of features and scales of ocean color distribution, which is basically decided by chlorophyll, suspended material and yellow staff, in Chinesecoast area is very difficult because of complehng temporal and spatial requirements.