Daily Current Affairs : 24-April-2024
The ICAR-Central Marine Fisheries Research Institute has made an interesting development inside the discipline of mariculture by developing seed manufacturing technology for the golden trevally. This species of fish is especially valued, making this success a significant step forward for sustainable seafood manufacturing in India.
Why Golden Trevally?
Golden trevally is a promising fish for marine aquaculture for several motives:
- Rapid Growth: This species grows fast, making an allowance for faster manufacturing cycles.
- High-Quality Meat: The meat of golden trevally is known for its superb flavor and nutritional price.
- Strong Market Demand: There is a excessive demand for golden trevally, each for food intake and as an decorative fish in aquariums.
Impact on Sustainable Seafood Production
The a successful seed manufacturing generation for golden trevally is predicted to have a wonderful effect on the mariculture region in India. Here are some of the potential benefits:
- Increased Production: With the potential to produce seeds, fish farmers can domesticate golden trevally on a larger scale.
- Sustainable Practices: By developing seed manufacturing generation, the reliance on wild fish populations may be reduced, selling sustainability.
- Economic Opportunities: Enhanced production can lead to elevated profits for fishermen and fish farmers, boosting neighborhood economies.
Enhancing India’s Mariculture Potential
This step forward now not simplest improves the possibilities for golden trevally but also positions India as a leader in sustainable mariculture. By specializing in species with high boom costs and marketplace call for, India can decorate its seafood production whilst making sure environmental sustainability.
Important Points:
- Significant Achievement: ICAR-Central Marine Fisheries Research Institute developed seed production technology for golden trevally, marking a breakthrough in mariculture.
- Valued Species: Golden trevally is highly regarded for its:
- Rapid growth, allowing for quicker production cycles.
- High-quality meat, known for excellent flavor and nutrition.
- Strong market demand for both food and ornamental use.
- Impact on Sustainable Seafood Production:
- Increased Production: Enables fish farmers to cultivate golden trevally on a larger scale.
- Sustainable Practices: Reduces reliance on wild fish populations, promoting sustainability.
- Economic Opportunities: Enhances income for fishermen and fish farmers, boosting local economies.
- Positioning India in Mariculture: The advancement enhances India’s potential as a leader in sustainable marine aquaculture by focusing on species with high growth rates and market demand.
Why In News
The ICAR-Central Marine Fisheries Research Institute achieved a significant breakthrough in mariculture by successfully developing seed production technology for golden trevally, a high-value marine fish, which promises to enhance sustainable seafood production and boost the aquaculture sector in India.
MCQs about Golden Trevally
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What is the primary achievement of the ICAR-Central Marine Fisheries Research Institute ?
A. Development of new fishing nets
B. Seed production technology for golden trevally
C. Creation of marine conservation programs
D. Introduction of new fishing regulations
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Why is golden trevally considered a promising species for marine aquaculture?
A. It is easy to catch in the wild
B. It has a long lifespan
C. It has rapid growth and high market demand
D. It can survive in freshwater
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What potential impact does the seed production technology for golden trevally have on local economies?
A. It may lead to decreased fish populations
B. It can boost income for fishermen and fish farmers
C. It will increase the cost of seafood
D. It could create competition among fishermen
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How does the development of seed production technology contribute to sustainability in seafood production?
A. It encourages overfishing of wild populations
B. It promotes the use of artificial feed
C. It reduces reliance on wild fish populations
D. It increases pollution in marine environments
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