IIOSC - 2025

IIOSC - 2025

International Indian Ocean Science Conference - 2025

Celebrating 10 years of the Second International Indian Ocean Expedition

01-05 December 2025
INCOIS, Hyderabad, India.

Summary of Abstract Submission



Abstract Submission No.ABS-02-0337
Title of AbstractIntegrating Satellite Derived Oceanographic Parameters with Species Specific Catch and Fishing Effort (2018- 2023) for the west coast of India
AuthorsSaidatta Parab*, Motiram Borker, Dhanya M. Lal, Mandar Nanajkar, Damodar M. Shenoy, Sudheer Joseph, Balakrishnan Nair
OrganisationCSIR-NIO
AddressB-6 NIO COLONY
PANJIM, GOA, India
Pincode: 403530
E-mail: saidattaparab345@gmail.com
CountryIndia
PresentationPoster
AbstractThe interaction between fish distribution and oceanographic conditions has consistently influenced the fish species present in the waters off the west coast of India, especially during the biologically abundant post-monsoon season. In this study, important pelagic fish (Oil Sardine, Lesser Sardine, Anchovies, Indian Mackerel and Horse Mackerel) and environmental variables from 2018 to 2023 were examined, including upwelling indices, sea surface temperatures (SST), sea surface salinity (SSS), surface currents, and Chlorophyll-a concentrations. Focus was paid to the role of the West India Coastal Current (WICC), which has seasonal reversals and influences nutrient transport, salinity gradients and dispersal of larvae along the coast. To understand the seasonal and inter-annual variations in fish landings for the west coast of Indian states from Gujarat to Kerala, we devised a multi-source dataset framework which included Global Fishing Watch effort maps, fish landing data from CMFRI reports, satellite-derived Chlorophyll from ocean colour datasets, Copernicus ocean reanalysis for currents magnitude (vectors) and Optimum Interpolation Sea Surface Temperature (OISST) for temperature. This study improves prior knowledge of the distinct and predictable habitat preferences of the species on the fishing ground and the climate impacts on the ecosystem, which in turn facilitates planning for sustainable fisheries. Such results, in turn, augment planning for regional economic development, potential fishing zone (PFZ) optimisation, and sustainable fisheries management.
Are you part of IIOE-2 endorsed projectno
Keywords- Oil Sardines, Indian Mackerel, sea surface temperature, Potential fishing Zone, West Indian Coastal Current, Optimum Interpolation Sea Surface Temperature, west coast of India.
For Awardsyes
Date Of Birth06-07-1999
ECSN Registration NumberIIOE2-ECSN-0237