“One of the prime requisites for successful aquaculture is the availability of good quality fish seed. The Technical Programme under the project includes importing genetically improved varieties of fish seed to ensure the overall success of fish farming practices. Quality fish seed determines the health, size, growth rate, disease resistance, and other physical and physiological characteristics of the fish, which in turn affect the overall fish production”, Dulloo said.
The ACS further remarked that in addition to importing genetically improved fish seed, the Technical Programme also aims to establish new hatchery units and upgrade existing ones on modern scientific lines. This will improve the quality and quantity of fish seed available for fish farming, and enable the production of a more diverse range of aquaculture species, he added.
Notably, under the programme, the UT government also plans to establish 10 new trout hatcheries and two carp hatcheries, and upgrade 8 carp and 10 trout units. ‘Technological Interventions for Fish Seed and Trout Production in UT of J&K’ is one among the 29 projects, which were approved by the Jammu and Kashmir administration after being recommended by the UT Level Apex Committee for holistic development of Agriculture and Allied Sectors in UT of J&K.
The prestigious committee is headed by DrMangalaRai, Former DG ICAR and has other luminaries in the field of Agriculture, Planning, Statistics & Administration like Ashok Dalwai, CEO NRAA; Dr. P. K Joshi, Secretary, NAAS; DrPrabhat Kumar, Horticulture Commissioner MOA & FW; Dr. H. S Gupta, Former Director, IARI; Additional Chief Secretary, Agriculture Production Department, J&K, AtalDulloo, apart from the Vice Chancellors of the twin Agriculture Universities of the UT.
The project also includes introducing species diversity in aquaculture through research and development (R&D). The UT government recognizes that a limited variety of aquaculture species is a challenge to the sector, and aims to address this through R&D. The programme will develop and introduce new species of fish for aquaculture, which will not only enhance the variety of fish available for farming but also reduce the risks of inbreeding depression.