The remote sensing techniques is used to study the distribution of fish in relation with the oceanic phenomena such as sea surface temperature (SST) and ocean color (phytoplankton). The pelagic fishing data were analysed from May 1997 to August 1998. The satellite data from NOAA AVHRR (SST) and SeaWiFS (phytoplankton) were also analysed. The results show that a lot of pelagic fish were caught in the warm water fronts as well as in the area of high density of phytoplankton. Further analyses should be made to come out with the firmer conclusion
Intensive validation programme on Potential Fishing Zone (PPZ) forecasts carried out by the MARSIS C...
The sharing of the pelagic and demersal common property fishery resources of the coastal waters has...
The term ‘remote sensing’ implies feeling from a distance and applies to “the acquisition of informa...
A discussion is presented on the applications of remote sensing to fisheries. The measurement of tem...
Satellite oceanic remote sensing is now playing a very important role in India for fishery forecasti...
Remote sensing is a new and rapidly developing science that is finding applications in diverse areas...
Exploration of fishery resources using remote sensing technique is based on the principle of identif...
The use of satellite remote sensing to provide synoptic measurements of the ocean is becoming increa...
Studying the well known pelagic school of oil sardine and mackerel in the Arabian sea of the Indian ...
A wide range of data collection can be achieved by remote sensing in oceanography and fisheries whi...
During the last two decades the marine fisheries sector in India has undergone considerable change. ...
The study was conducted along Mumbai coast using Potential Fishing Zone (PFZ) advisories issued by t...
Satellite remote sensing has the capacity to aid the three major components of a fishery: research, ...
1025-1030India is the biggest seafood producing country in the world, and its economy relies, to a l...
Coastal waters in the North of Cochin was selected for the present study. This area is well known fo...
Intensive validation programme on Potential Fishing Zone (PPZ) forecasts carried out by the MARSIS C...
The sharing of the pelagic and demersal common property fishery resources of the coastal waters has...
The term ‘remote sensing’ implies feeling from a distance and applies to “the acquisition of informa...
A discussion is presented on the applications of remote sensing to fisheries. The measurement of tem...
Satellite oceanic remote sensing is now playing a very important role in India for fishery forecasti...
Remote sensing is a new and rapidly developing science that is finding applications in diverse areas...
Exploration of fishery resources using remote sensing technique is based on the principle of identif...
The use of satellite remote sensing to provide synoptic measurements of the ocean is becoming increa...
Studying the well known pelagic school of oil sardine and mackerel in the Arabian sea of the Indian ...
A wide range of data collection can be achieved by remote sensing in oceanography and fisheries whi...
During the last two decades the marine fisheries sector in India has undergone considerable change. ...
The study was conducted along Mumbai coast using Potential Fishing Zone (PFZ) advisories issued by t...
Satellite remote sensing has the capacity to aid the three major components of a fishery: research, ...
1025-1030India is the biggest seafood producing country in the world, and its economy relies, to a l...
Coastal waters in the North of Cochin was selected for the present study. This area is well known fo...
Intensive validation programme on Potential Fishing Zone (PPZ) forecasts carried out by the MARSIS C...
The sharing of the pelagic and demersal common property fishery resources of the coastal waters has...
The term ‘remote sensing’ implies feeling from a distance and applies to “the acquisition of informa...