aquaculture production IT system Articles
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Understanding biofloc in aquaculture production systems (Part 1)
Since 2009, protein from aquaculture production has surpassed that of fisheries for the first time in history. Aquaculture is simply a water-based agriculture with a long history. It is an essential source of nutrition, as well as a source of income for large number of communities. Aquaculture is here to stay, despite opposition to aquaculture from segments of the NGO community and commercial ...
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Understanding biofloc in aquaculture production systems (Part 2)
Sludge at harvest time, etc. There is not a single universal set of guidelines that can be followed, i.e. a recipe, for the production of biofloc. There are, however, some consistent features of these systems and understanding what they are and ensuring that the system is conducive to the formation of these particulate materials will go a long way towards ensuring that a degree of reproducibility ...
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Carbon footprint of aquaculture in eastern India
The present study was conducted to determine the carbon (C) footprint of different aquaculture production systems in India. The total input (kg CE/ha) in different cultures, respectively, was 1,811 to 4,144 for scampi, 4,417 to 5,913 for polyculture, 4,090 to 8,873 for shrimp and 2,417 to 2,786 for carp. Of the total inputs, feed accounts for around 90% of carbon equivalent (CE), in all ...
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Current Challenges and Trends in RAS Systems
The third installment in the series “Happy Fish – How Aquaculture Operators are Growing Better Fish.” This segment talks about some of the current trends and challenges in Recirculating Aquaculture Systems, also known as RAS Systems. Recirculating aquaculture systems (RAS) is one of the developing technologies for the production of fish for food, feed, and other products. The ...
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Bioeconomic modelling and salmon aquaculture: an overview of the literature
Bioeconomic models can be used to assist producers and decision-makers in identifying optimal production system designs, operation management strategies, and alternative development and policy approaches. This paper reviews the literature on bioeconomic modelling in aquaculture since 1993 and builds on an earlier article by Leung (1994) which examines this literature for the 1974-1993 period. In ...
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Zambia Fish Pond Liner–A New Force of African Tilapia Culture
Introduction Zambia is a country rich in natural resources. 40% of Zambia’s area is covered by freshwater, including the Kariba Reservoir located between Zambia and Zimbabwe, with a water capacity of 5,400 cubic kilometers, which is the most suitable for the development of aquaculture. Lake resources are one of Zambia’s advantages, and Zambia’s soybean industry is also very ...
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Next Generation Recirculating Aquaculture System (RAS) Technology
The increasing number of aquaculture facilities based on RAS, or Recirculating Aquaculture Systems technology, is testament to the fact that this technology is proving highly advantageous. AquaMaof, a leader in recirculating aquaculture systems, brings a unique, multidisciplinary approach to indoor fish production, and is leading the way in developing innovative recirculating aquaculture system ...
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The big shrimp farming debate: clear-water v. biofloc
In recent years, the global market for seafood products, including fresh shrimp, has grown, alongside consumer awareness of and demand for sustainably-sourced produce. This has resulted in a shift from traditional pond culture of shrimp, to closed systems that are closer to market, feature enhanced biosecurity, have a minimal environmental impact, and result in improved shrimp production. A tale ...
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