The Food and Agriculture Organization (FAO) was established in 1945 and is a specialized agency of the United Nations that leads international efforts to defeat hunger. FAO is headquartered in Rome, Italy and has 194 member states as well as the European Union and other related organizations. FAO aims to help eliminate hunger, improve agriculture and protect livelihoods through various programs related to food, agriculture, fisheries, forestry, and more. It produces statistics, guidelines, and publications to support its work.
Hatchery Components of Fin fish and ShrimpAsrafurTalha1
There are three main components of fish and shrimp hatcheries: physical, chemical, and biological. Physical components include the land area, tanks, water systems, aeration, lighting, kitchen facilities, and ponds. Chemical components are hormones and drugs used to induce spawning. Biological components are the various fish and shrimp species bred in hatcheries. For finfish, hatcheries also have indoor and outdoor facilities. Shrimp hatcheries require site selection, water supply, power, and climate control. Facilities include maturation, spawning, larval rearing, and live food tanks. Problems can include insufficient water, manpower shortages, electricity issues, and water quality control. Proper maintenance, staff training, and equipment
The document discusses the application of recirculating aquaculture systems (RAS) in fish farming. RAS filter and recycle water from fish tanks through a treatment process before returning it to the tanks. This allows for high fish stocking densities while using little water. Key components of RAS include fish tanks, mechanical and biological filtration to remove waste, and oxygenation. RAS provide environmental and production benefits over other systems but also have higher capital and operating costs due to the water treatment infrastructure required.
This document discusses integrated fisheries management. It begins by outlining the importance of fish and fishing throughout human civilization. Fisheries are described as renewable natural resources that are mobile and provide important sources of nutrition, employment, and economic benefits. However, many fisheries are now overexploited due to factors like overfishing, pollution, habitat loss, and climate change. The document then discusses the need for fisheries management to sustain fishing livelihoods and resources. Approaches to fisheries management include ecosystem-based management, community-based co-management, and establishing marine protected areas. The goal of integrated fisheries management is to balance the biological, economic, and social aspects of fisheries for long-term sustainability.
Sustainable Fisheries and Aquaculture for Food Security and Nutrition
This report addresses a frequently overlooked but extremely important part of world food and nutrition security: the role and importance of fish in seeking food and nutrition security for all. Fisheries and aquaculture have often been arbitrarily separated from other parts of the food and agricultural systems in food security studies, debates and policy-making. I applaud the Committee on World Food Security for its decision to bring fisheries and aquaculture fully into the debate about food and nutrition security.
The report presents a synthesis of existing evidence regarding the complex pathways between fisheries and aquaculture and food and nutrition security, including the environmental, economic and social dimensions, as well as issues related to governance. It provides insights on what needs to be done to achieve sustainable fisheries and aquaculture in order to strengthen their positive impact on food and nutrition security.
The document summarizes the FAO Code of Conduct for Responsible Fisheries. The Code provides principles and standards for sustainably managing fisheries and aquatic resources. It stresses international cooperation and managing fisheries to conserve resources for future generations. The Code has 12 articles that describe responsible practices for fisheries management, operations, research, and integration with other resource uses and coastal management.
Cage culture involves confining fish or shellfish in a mesh enclosure in open water ecosystems like reservoirs. It uses simple, locally available materials for construction making it economically sustainable. There are different types of cages including fixed, floating, submersible and submerged cages which can be made from durable and nontoxic materials like wood, steel or plastic. Proper site selection, stocking, feeding and maintenance are required steps for successful cage culture operations.
The Nile tilapia (Oreochromis niloticus) undergoes successive spawning every 3-4 weeks throughout the year, allowing it to breed continuously. Males can breed with multiple females and females can breed with multiple males. Sexual maturity is reached between 3-5 months of age when fish weigh 150-200 grams. The best size for breeding is 150-300 grams, which can yield around 500 eggs per 100 grams of body weight.
Hatchery Components of Fin fish and ShrimpAsrafurTalha1
There are three main components of fish and shrimp hatcheries: physical, chemical, and biological. Physical components include the land area, tanks, water systems, aeration, lighting, kitchen facilities, and ponds. Chemical components are hormones and drugs used to induce spawning. Biological components are the various fish and shrimp species bred in hatcheries. For finfish, hatcheries also have indoor and outdoor facilities. Shrimp hatcheries require site selection, water supply, power, and climate control. Facilities include maturation, spawning, larval rearing, and live food tanks. Problems can include insufficient water, manpower shortages, electricity issues, and water quality control. Proper maintenance, staff training, and equipment
The document discusses the application of recirculating aquaculture systems (RAS) in fish farming. RAS filter and recycle water from fish tanks through a treatment process before returning it to the tanks. This allows for high fish stocking densities while using little water. Key components of RAS include fish tanks, mechanical and biological filtration to remove waste, and oxygenation. RAS provide environmental and production benefits over other systems but also have higher capital and operating costs due to the water treatment infrastructure required.
This document discusses integrated fisheries management. It begins by outlining the importance of fish and fishing throughout human civilization. Fisheries are described as renewable natural resources that are mobile and provide important sources of nutrition, employment, and economic benefits. However, many fisheries are now overexploited due to factors like overfishing, pollution, habitat loss, and climate change. The document then discusses the need for fisheries management to sustain fishing livelihoods and resources. Approaches to fisheries management include ecosystem-based management, community-based co-management, and establishing marine protected areas. The goal of integrated fisheries management is to balance the biological, economic, and social aspects of fisheries for long-term sustainability.
Sustainable Fisheries and Aquaculture for Food Security and Nutrition
This report addresses a frequently overlooked but extremely important part of world food and nutrition security: the role and importance of fish in seeking food and nutrition security for all. Fisheries and aquaculture have often been arbitrarily separated from other parts of the food and agricultural systems in food security studies, debates and policy-making. I applaud the Committee on World Food Security for its decision to bring fisheries and aquaculture fully into the debate about food and nutrition security.
The report presents a synthesis of existing evidence regarding the complex pathways between fisheries and aquaculture and food and nutrition security, including the environmental, economic and social dimensions, as well as issues related to governance. It provides insights on what needs to be done to achieve sustainable fisheries and aquaculture in order to strengthen their positive impact on food and nutrition security.
The document summarizes the FAO Code of Conduct for Responsible Fisheries. The Code provides principles and standards for sustainably managing fisheries and aquatic resources. It stresses international cooperation and managing fisheries to conserve resources for future generations. The Code has 12 articles that describe responsible practices for fisheries management, operations, research, and integration with other resource uses and coastal management.
Cage culture involves confining fish or shellfish in a mesh enclosure in open water ecosystems like reservoirs. It uses simple, locally available materials for construction making it economically sustainable. There are different types of cages including fixed, floating, submersible and submerged cages which can be made from durable and nontoxic materials like wood, steel or plastic. Proper site selection, stocking, feeding and maintenance are required steps for successful cage culture operations.
The Nile tilapia (Oreochromis niloticus) undergoes successive spawning every 3-4 weeks throughout the year, allowing it to breed continuously. Males can breed with multiple females and females can breed with multiple males. Sexual maturity is reached between 3-5 months of age when fish weigh 150-200 grams. The best size for breeding is 150-300 grams, which can yield around 500 eggs per 100 grams of body weight.
This document provides information on the historical development and current practices for seed production of cobia. Some key points:
- Cobia aquaculture research began in the 1970s, with successful captive spawning first achieved in the 1990s in the US and Taiwan. By the 2000s, several US states had developed cobia hatcheries.
- In India, the Central Marine Fisheries Research Institute has led efforts to develop cobia broodstock and seed production. The first captive spawning in India was achieved in 2010.
- The production cycle involves broodstock development, induced spawning using hormones, hatchery rearing of eggs and larvae, nursery culture, and offshore cage grow-out.
Stress from factors like overcrowding, poor water quality, and injury can weaken fish's natural defenses, making them susceptible to disease. Mucus, scales, skin, and inflammation are part of fish's immune response, but stress compromises these defenses. To prevent disease outbreaks and mortality, good management practices must maintain water quality, prevent stress from handling and overcrowding, provide proper nutrition, and implement sanitation measures. Prioritizing the reduction of stressors is key to controlling disease problems in aquaculture.
Feed formulation is the major part of aquaculture.The main objective of feed formulation is to utilize the knowledge of nutrient requirements, locally available feed ingredients and digestive capacity of fish for the development of a nutritionally balanced mixture of feed stuff…
Fisheries and Finfish Aquaculture in Myanmar. By San Aung, Nilar Shein and Kh...WorldFish
1) The document discusses fisheries and aquaculture production in Myanmar, including an overview of the sector, types of fisheries, national fisheries policy, production statistics, status of aquaculture, main aquaculture species, and challenges.
2) It notes that aquaculture is an important area for development, as it can help improve food security and nutrition through production of nutrient-rich small fish species (SIS).
3) Common SIS in Myanmar are identified, and their potential for aquaculture development is discussed as a way to support poverty alleviation through rural aquaculture.
Nutritional requirements of exotic carps in different life stagesWBUAFS
This document discusses the nutritional requirements of exotic carps in India at different life stages. It notes that exotic carps, which are important in aquaculture, have specific protein, carbohydrate, fat, vitamin, and mineral needs that vary depending on whether the carp is at the larval, fry, fingerling, adult, or broodstock stage. For example, larval fish require higher levels of protein and essential fatty acids compared to adult fish. The document provides details on the optimal feeds and nutrients required at each life stage.
Organic aquaculture refers to ecological production management systems that promote biodiversity and biological cycles. It is based on minimal off-farm inputs and holistic practices. Historically, organic aquaculture developed from the organic agriculture movement in the early 1990s in Europe. Standards were established and production has grown significantly since, now totaling over 50,000 tonnes globally per year. Major species include salmon, shrimp, and carp. Principles of organic aquaculture standards include an absence of GMOs, limited stocking densities, and nutrient recycling rather than intensive inputs. While still nascent, organic aquaculture is growing in India through projects like organic scampi farming in Andhra Pradesh.
endemic freshwater fishes in the philippinescmsavanag4399
The dwarf pygmy gobi is one of the smallest fish in the world, with mature males reaching only 1.1cm and females 1.5cm on average. The Manila sea catfish is a species of marine catfish found in Luzon, Philippines that was first described in 1840 by French zoologist Achille Valenciennes. By the 1990s, the sinarapan fish was overfished and nearing extinction in its native Philippines, though conservation efforts helped some populations recover through transfers to safer lakes.
Nongovernmental organizations (NGOs) and voluntary organizations can play important roles in fisheries extension and technology transfer. They are aware of local needs and problems and can conduct training, demonstrations, awareness campaigns and information dissemination. They also help form self-help groups that encourage community participation. Fisheries co-management involves resource users, the government and other stakeholders sharing responsibility for management. It aims to sustainably manage resources through empowering fishing communities. Research organizations provide technical guidance for resource assessment and rehabilitation, while extension organizations disseminate information and technologies between stakeholders and researchers.
Production and Formulation of Fish and Shrimp (Prawn) FeedAjjay Kumar Gupta
Production and Formulation of Fish and Shrimp (Prawn) Feed. Commercial Aquaculture Feed Manufacturing Business
Food is the main element for living of all animal. Like other animals fish also needs sufficient and nutritious fish feed for proper growth and survival. Maximum fish production is not possible without nutritious feed. The ingredients of well-balanced nutritious feed for fish are protein, carbohydrate, fat, vitamins, minerals and water. The feed like moss or aquatic insects which produce naturally in the pond is not sufficient for fish.
Aquafeed, also known as the fish feed, is a commercially produced food item for various aquatic species such as fish, crustaceans, and mollusks. Aquafeed is extensively used in the aquaculture sector. Fish cultivated on farms and feeding on pests found on crops can also be categorized under the aquafeed market segment.
Aqua feed is food formulated specifically for fishes, which is commercially manufactured via numerous industrial procedures. Aqua feed is primarily available as pellets, which contain important ingredients that provide nutrition to fish. As per the fish species and size to be fed, these pellets are available in many sizes. Further, the properties of pellets can be easily changed so that they sink to the bottom of fish tanks or float on the surface of the water. The nutrient contents of the feed can be controlled and this has benefitted the global aqua feed market in the recent past. Also, there has been a growth in the farming aquatic species such as crustaceans, mollusks, and fish.
See more
https://goo.gl/9LC1pS
https://goo.gl/2jpbQ9
Contact us:
Niir Project Consultancy Services
An ISO 9001:2015 Company
106-E, Kamla Nagar, Opp. Spark Mall,
New Delhi-110007, India.
Email: npcs.ei@gmail.com , info@entrepreneurindia.co
Tel: +91-11-23843955, 23845654, 23845886, 8800733955
Mobile: +91-9811043595
Website: www.entrepreneurindia.co , www.niir.org
Tags
Commercial Fish Feed, Fish Feed Formulation and Production, Fish Feed Production, Fish Feed Production Plant, Fish Feeds and Feeding, Fish Feed Production Pdf, Fish Feed Production Process, Fish Feed Pellet Production, Ingredients of Fish Feed, Fish Feed Industry, Prefeasibility of Production of Fish Feed at Small Scale, Fish Feed Pellets Production Plant, Fish Feed in Aquaculture, Production of Fish and Shrimp Feed, Fish Feed Preparation, Fish Feed, Feed Formulation, Fish & Aquatics Feed Products, Aquaculture Feed, Fish Feeds Processing and Technology, Commercial Aquaculture Feed Production, Fish Feed Processing, Feed Manufacturing, Shrimp Feed Formulation and Manufacturing Process, Manufacturing Process for Shrimp Feed, Shrimp Feed Pellets Making, Shrimp Feed Production Process, Prawn Feed Manufacturing, Feed Formulation, Prawn Feed, Prawn Feed Preparation, Shrimp Feed Industry, Shrimp Feed, Project Report on Fish Feed Processing Industry, Detailed Project Report on Fish Feed Processing
The bulk of the world's fish meal and oil is today manufactured by the wet pressing method. The main steps of the process are cooking for coagulation of the protein thereby liberating bound water and oil, separation by pressing of the coagulate yielding a solid phase (press cake) containing 60-80% of the oil-free dry matter (protein, bones) and oil, and a liquid phase (press liquor) containing water and the rest of the solids (oil, dissolved and suspended protein, vitamins and minerals).
Nutritional requirement of cultivable fin fish: larvae, juveniles and adultsDebiprasad1997
Fish is among the healthiest foods on the planet. It is loaded with important nutrients, such as protein and vitamin D. Fish is also the world's best source of omega-3 fatty acids, which are incredibly important for human body and brain.
Manufactured feeds are an important part of modern commercial aquaculture, providing the balanced nutrition needed by farmed fish.
In the development of modern aquaculture, starting in the 1970s, fishmeal and fish oil were key components of the feeds for these species. They are combined with other ingredients such as vegetable proteins, cereal grains, vitamins and minerals and formed into feed pellets.
The global supply of fish meal and fish oil is finite and fully utilized. Alternative or nontraditional feedstuffs may differ in terms of taste, smell, texture, and color, as well as nutrient composition, from the traditional feedstuffs, which are produced largely from the natural prey of the fish being raised. Alternative feedstuffs may also contain compounds and antinutritional factors that affect digestive or sensory physiology.
Another important area of fish nutrition for the next 20 years will be larval fish nutrition. Currently, the cost and difficulty of rearing a great number of species from the first feeding to the juvenile stage are the most severe bottlenecks to the development of aquaculture production of nontraditional species.
This document discusses monosex tilapia and GIFT tilapia. It explains that monosex tilapia are all male populations that are easy to farm since they do not breed uncontrollably. Monosex tilapia can be produced through hybridization, manual sexing, or hormone treatment. GIFT tilapia were developed through selective breeding to grow quickly and survive well, increasing aquaculture yields. GIFT tilapia have faster growth, improved survival, allow for three crops per year, and generate additional income for farmers.
Rotifer any of the members of Rotifera, a minor phylum of animal kingdom composed of microscopic multicellar organisms recognizable by an anterior ciliary organ, known as corona. These minute organisms, also known as wheel animalcule, are principally inhabitants of freshwater bodies, though occasionally reported from salt water, and moist terrestrial habitats. These interesting animals constitute most important food item for the fishes. Zooplankton plays an vital role in the food chain of fish as animal food, which supply amino acids, fatty acids, vitamins, minerals, etc. (Watanabe et al., 1983). In spite of different efforts to replace live food by inert feeds, the rearing of fry and juvenile of fishes (specially zooplankton feeder) in nursery ponds mostly depend on the greater abundance of zooplankton (Habib et al., 1988).
This document provides information about hereditary fish diseases presented by a student group. It discusses several hereditary diseases including dropsy caused by bacteria or viruses, fish tuberculosis caused by mycobacteria bacteria, deformities which can be hereditary or due to environmental factors, albinism which is a genetic lack of pigmentation, tumors and cancers which can be due to genetic or viral factors, and eye diseases like fish-eye disease which is an autosomal recessive condition caused by mutations in the LCAT gene. Causes, symptoms, diagnosis and treatments are described for each condition.
Fish disease is a major constraint to aquaculture development in Bangladesh. Common diseases include bacterial, fungal, parasitic and physical ailments. The risk of disease outbreaks increases with intensification of aquaculture and high stocking densities. Proper management practices like monitoring health, controlling transboundary movements, training workers and utilizing disease prevention techniques can help control disease spread and its impacts on aquaculture.
Conservation approach Fish Genetics and Resource Management (FiGR)Ranjan Wagle
This document discusses strategies for conserving fish genetic resources and managing fisheries sustainably. It outlines a conservation model of evaluating existing conditions, planning interventions, and implementing conservation plans. Key reasons to conserve fish include their ecological importance and economic value as food and other products. Conservation approaches discussed include protecting habitats, restricting fishing practices, stock enhancement through aquaculture, and "twinning" aquaculture with conservation of fish genetic resources. The goal is to balance sustainable use of fisheries with conservation through integrated management of fish populations and their habitats.
The document discusses various indigenous technological knowledge practices used by fish farmers in West Bengal, India. It describes techniques for pond construction and maintenance, controlling diseases and parasites, increasing fish production, and harvesting. Some key practices mentioned include using leaves or bamboo poles for shade, applying raw cow dung or cattle urine to increase plankton, and using gunny bags to effectively distribute feed and control argulus. The document provides details on over 20 different indigenous practices and their benefits, which are mostly eco-friendly and economic for small-scale fish farmers. It also notes some limitations to indigenous knowledge practices.
Almost all natural bodies of water bear fish life, the exceptions being very hot thermal ponds and extremely salt-alkaline lakes such as the Dead Sea and Great Salt Lake. The fishes belong to the most numerous and diversified group among vertebrates. They dominate the water bodies of the world through a variety of morphological, physiological and behavioral adaptations. They have been in existence for more than 450 million years. A total of 24618 species of fishes belonging to 482 families and 4258 genera have so far been described. About 58% of the fish species are marine while 41% are freshwater inhabitants and 1% migrants. In our Indian region alone, there are 2,500 species of which 930 are inhabitants of freshwater and the rest live in the seas. In other words, India harbours 11.5% of the fish fauna so far known in the world. There are over 800 living species of sharks and rays, 30 species of chimaeras and ratfishes, 6 species of lung fishes, 1 species of coelacanths, 36 species of long ray finned bichirs, sturgeons and paddlefishes. The Neopterygii are the rest of the known species of modem fishes. All these fishes inhabit various niches in the aquatic environment. The diversified habitats of fishes include open oceans, deep oceanic trenches, nearshore waters, saline coastal embayments, brackishwaters, estuaries, intermittent streams, tiny desert springs, vernal pools, cold mountain streams, lakes, ponds, etc.
Fisheries play a vital economic role in Bangladesh, contributing significantly to GDP, exports, and employment. Bangladesh has an abundance of inland and marine fisheries resources, with over 300 fish species and 20 shrimp varieties caught or farmed. The fisheries industry lacks modern processing equipment, though there are over 100 processing plants, most located in ports. Upgrading plants with new machinery for tasks like cleaning, scaling, skinning and freezing fish could improve production quality and allow Bangladesh to better meet international food safety standards for its major exports of frozen and dried fish and shrimp to European, US, and Japanese markets.
This document provides information on the historical development and current practices for seed production of cobia. Some key points:
- Cobia aquaculture research began in the 1970s, with successful captive spawning first achieved in the 1990s in the US and Taiwan. By the 2000s, several US states had developed cobia hatcheries.
- In India, the Central Marine Fisheries Research Institute has led efforts to develop cobia broodstock and seed production. The first captive spawning in India was achieved in 2010.
- The production cycle involves broodstock development, induced spawning using hormones, hatchery rearing of eggs and larvae, nursery culture, and offshore cage grow-out.
Stress from factors like overcrowding, poor water quality, and injury can weaken fish's natural defenses, making them susceptible to disease. Mucus, scales, skin, and inflammation are part of fish's immune response, but stress compromises these defenses. To prevent disease outbreaks and mortality, good management practices must maintain water quality, prevent stress from handling and overcrowding, provide proper nutrition, and implement sanitation measures. Prioritizing the reduction of stressors is key to controlling disease problems in aquaculture.
Feed formulation is the major part of aquaculture.The main objective of feed formulation is to utilize the knowledge of nutrient requirements, locally available feed ingredients and digestive capacity of fish for the development of a nutritionally balanced mixture of feed stuff…
Fisheries and Finfish Aquaculture in Myanmar. By San Aung, Nilar Shein and Kh...WorldFish
1) The document discusses fisheries and aquaculture production in Myanmar, including an overview of the sector, types of fisheries, national fisheries policy, production statistics, status of aquaculture, main aquaculture species, and challenges.
2) It notes that aquaculture is an important area for development, as it can help improve food security and nutrition through production of nutrient-rich small fish species (SIS).
3) Common SIS in Myanmar are identified, and their potential for aquaculture development is discussed as a way to support poverty alleviation through rural aquaculture.
Nutritional requirements of exotic carps in different life stagesWBUAFS
This document discusses the nutritional requirements of exotic carps in India at different life stages. It notes that exotic carps, which are important in aquaculture, have specific protein, carbohydrate, fat, vitamin, and mineral needs that vary depending on whether the carp is at the larval, fry, fingerling, adult, or broodstock stage. For example, larval fish require higher levels of protein and essential fatty acids compared to adult fish. The document provides details on the optimal feeds and nutrients required at each life stage.
Organic aquaculture refers to ecological production management systems that promote biodiversity and biological cycles. It is based on minimal off-farm inputs and holistic practices. Historically, organic aquaculture developed from the organic agriculture movement in the early 1990s in Europe. Standards were established and production has grown significantly since, now totaling over 50,000 tonnes globally per year. Major species include salmon, shrimp, and carp. Principles of organic aquaculture standards include an absence of GMOs, limited stocking densities, and nutrient recycling rather than intensive inputs. While still nascent, organic aquaculture is growing in India through projects like organic scampi farming in Andhra Pradesh.
endemic freshwater fishes in the philippinescmsavanag4399
The dwarf pygmy gobi is one of the smallest fish in the world, with mature males reaching only 1.1cm and females 1.5cm on average. The Manila sea catfish is a species of marine catfish found in Luzon, Philippines that was first described in 1840 by French zoologist Achille Valenciennes. By the 1990s, the sinarapan fish was overfished and nearing extinction in its native Philippines, though conservation efforts helped some populations recover through transfers to safer lakes.
Nongovernmental organizations (NGOs) and voluntary organizations can play important roles in fisheries extension and technology transfer. They are aware of local needs and problems and can conduct training, demonstrations, awareness campaigns and information dissemination. They also help form self-help groups that encourage community participation. Fisheries co-management involves resource users, the government and other stakeholders sharing responsibility for management. It aims to sustainably manage resources through empowering fishing communities. Research organizations provide technical guidance for resource assessment and rehabilitation, while extension organizations disseminate information and technologies between stakeholders and researchers.
Production and Formulation of Fish and Shrimp (Prawn) FeedAjjay Kumar Gupta
Production and Formulation of Fish and Shrimp (Prawn) Feed. Commercial Aquaculture Feed Manufacturing Business
Food is the main element for living of all animal. Like other animals fish also needs sufficient and nutritious fish feed for proper growth and survival. Maximum fish production is not possible without nutritious feed. The ingredients of well-balanced nutritious feed for fish are protein, carbohydrate, fat, vitamins, minerals and water. The feed like moss or aquatic insects which produce naturally in the pond is not sufficient for fish.
Aquafeed, also known as the fish feed, is a commercially produced food item for various aquatic species such as fish, crustaceans, and mollusks. Aquafeed is extensively used in the aquaculture sector. Fish cultivated on farms and feeding on pests found on crops can also be categorized under the aquafeed market segment.
Aqua feed is food formulated specifically for fishes, which is commercially manufactured via numerous industrial procedures. Aqua feed is primarily available as pellets, which contain important ingredients that provide nutrition to fish. As per the fish species and size to be fed, these pellets are available in many sizes. Further, the properties of pellets can be easily changed so that they sink to the bottom of fish tanks or float on the surface of the water. The nutrient contents of the feed can be controlled and this has benefitted the global aqua feed market in the recent past. Also, there has been a growth in the farming aquatic species such as crustaceans, mollusks, and fish.
See more
https://goo.gl/9LC1pS
https://goo.gl/2jpbQ9
Contact us:
Niir Project Consultancy Services
An ISO 9001:2015 Company
106-E, Kamla Nagar, Opp. Spark Mall,
New Delhi-110007, India.
Email: npcs.ei@gmail.com , info@entrepreneurindia.co
Tel: +91-11-23843955, 23845654, 23845886, 8800733955
Mobile: +91-9811043595
Website: www.entrepreneurindia.co , www.niir.org
Tags
Commercial Fish Feed, Fish Feed Formulation and Production, Fish Feed Production, Fish Feed Production Plant, Fish Feeds and Feeding, Fish Feed Production Pdf, Fish Feed Production Process, Fish Feed Pellet Production, Ingredients of Fish Feed, Fish Feed Industry, Prefeasibility of Production of Fish Feed at Small Scale, Fish Feed Pellets Production Plant, Fish Feed in Aquaculture, Production of Fish and Shrimp Feed, Fish Feed Preparation, Fish Feed, Feed Formulation, Fish & Aquatics Feed Products, Aquaculture Feed, Fish Feeds Processing and Technology, Commercial Aquaculture Feed Production, Fish Feed Processing, Feed Manufacturing, Shrimp Feed Formulation and Manufacturing Process, Manufacturing Process for Shrimp Feed, Shrimp Feed Pellets Making, Shrimp Feed Production Process, Prawn Feed Manufacturing, Feed Formulation, Prawn Feed, Prawn Feed Preparation, Shrimp Feed Industry, Shrimp Feed, Project Report on Fish Feed Processing Industry, Detailed Project Report on Fish Feed Processing
The bulk of the world's fish meal and oil is today manufactured by the wet pressing method. The main steps of the process are cooking for coagulation of the protein thereby liberating bound water and oil, separation by pressing of the coagulate yielding a solid phase (press cake) containing 60-80% of the oil-free dry matter (protein, bones) and oil, and a liquid phase (press liquor) containing water and the rest of the solids (oil, dissolved and suspended protein, vitamins and minerals).
Nutritional requirement of cultivable fin fish: larvae, juveniles and adultsDebiprasad1997
Fish is among the healthiest foods on the planet. It is loaded with important nutrients, such as protein and vitamin D. Fish is also the world's best source of omega-3 fatty acids, which are incredibly important for human body and brain.
Manufactured feeds are an important part of modern commercial aquaculture, providing the balanced nutrition needed by farmed fish.
In the development of modern aquaculture, starting in the 1970s, fishmeal and fish oil were key components of the feeds for these species. They are combined with other ingredients such as vegetable proteins, cereal grains, vitamins and minerals and formed into feed pellets.
The global supply of fish meal and fish oil is finite and fully utilized. Alternative or nontraditional feedstuffs may differ in terms of taste, smell, texture, and color, as well as nutrient composition, from the traditional feedstuffs, which are produced largely from the natural prey of the fish being raised. Alternative feedstuffs may also contain compounds and antinutritional factors that affect digestive or sensory physiology.
Another important area of fish nutrition for the next 20 years will be larval fish nutrition. Currently, the cost and difficulty of rearing a great number of species from the first feeding to the juvenile stage are the most severe bottlenecks to the development of aquaculture production of nontraditional species.
This document discusses monosex tilapia and GIFT tilapia. It explains that monosex tilapia are all male populations that are easy to farm since they do not breed uncontrollably. Monosex tilapia can be produced through hybridization, manual sexing, or hormone treatment. GIFT tilapia were developed through selective breeding to grow quickly and survive well, increasing aquaculture yields. GIFT tilapia have faster growth, improved survival, allow for three crops per year, and generate additional income for farmers.
Rotifer any of the members of Rotifera, a minor phylum of animal kingdom composed of microscopic multicellar organisms recognizable by an anterior ciliary organ, known as corona. These minute organisms, also known as wheel animalcule, are principally inhabitants of freshwater bodies, though occasionally reported from salt water, and moist terrestrial habitats. These interesting animals constitute most important food item for the fishes. Zooplankton plays an vital role in the food chain of fish as animal food, which supply amino acids, fatty acids, vitamins, minerals, etc. (Watanabe et al., 1983). In spite of different efforts to replace live food by inert feeds, the rearing of fry and juvenile of fishes (specially zooplankton feeder) in nursery ponds mostly depend on the greater abundance of zooplankton (Habib et al., 1988).
This document provides information about hereditary fish diseases presented by a student group. It discusses several hereditary diseases including dropsy caused by bacteria or viruses, fish tuberculosis caused by mycobacteria bacteria, deformities which can be hereditary or due to environmental factors, albinism which is a genetic lack of pigmentation, tumors and cancers which can be due to genetic or viral factors, and eye diseases like fish-eye disease which is an autosomal recessive condition caused by mutations in the LCAT gene. Causes, symptoms, diagnosis and treatments are described for each condition.
Fish disease is a major constraint to aquaculture development in Bangladesh. Common diseases include bacterial, fungal, parasitic and physical ailments. The risk of disease outbreaks increases with intensification of aquaculture and high stocking densities. Proper management practices like monitoring health, controlling transboundary movements, training workers and utilizing disease prevention techniques can help control disease spread and its impacts on aquaculture.
Conservation approach Fish Genetics and Resource Management (FiGR)Ranjan Wagle
This document discusses strategies for conserving fish genetic resources and managing fisheries sustainably. It outlines a conservation model of evaluating existing conditions, planning interventions, and implementing conservation plans. Key reasons to conserve fish include their ecological importance and economic value as food and other products. Conservation approaches discussed include protecting habitats, restricting fishing practices, stock enhancement through aquaculture, and "twinning" aquaculture with conservation of fish genetic resources. The goal is to balance sustainable use of fisheries with conservation through integrated management of fish populations and their habitats.
The document discusses various indigenous technological knowledge practices used by fish farmers in West Bengal, India. It describes techniques for pond construction and maintenance, controlling diseases and parasites, increasing fish production, and harvesting. Some key practices mentioned include using leaves or bamboo poles for shade, applying raw cow dung or cattle urine to increase plankton, and using gunny bags to effectively distribute feed and control argulus. The document provides details on over 20 different indigenous practices and their benefits, which are mostly eco-friendly and economic for small-scale fish farmers. It also notes some limitations to indigenous knowledge practices.
Almost all natural bodies of water bear fish life, the exceptions being very hot thermal ponds and extremely salt-alkaline lakes such as the Dead Sea and Great Salt Lake. The fishes belong to the most numerous and diversified group among vertebrates. They dominate the water bodies of the world through a variety of morphological, physiological and behavioral adaptations. They have been in existence for more than 450 million years. A total of 24618 species of fishes belonging to 482 families and 4258 genera have so far been described. About 58% of the fish species are marine while 41% are freshwater inhabitants and 1% migrants. In our Indian region alone, there are 2,500 species of which 930 are inhabitants of freshwater and the rest live in the seas. In other words, India harbours 11.5% of the fish fauna so far known in the world. There are over 800 living species of sharks and rays, 30 species of chimaeras and ratfishes, 6 species of lung fishes, 1 species of coelacanths, 36 species of long ray finned bichirs, sturgeons and paddlefishes. The Neopterygii are the rest of the known species of modem fishes. All these fishes inhabit various niches in the aquatic environment. The diversified habitats of fishes include open oceans, deep oceanic trenches, nearshore waters, saline coastal embayments, brackishwaters, estuaries, intermittent streams, tiny desert springs, vernal pools, cold mountain streams, lakes, ponds, etc.
Fisheries play a vital economic role in Bangladesh, contributing significantly to GDP, exports, and employment. Bangladesh has an abundance of inland and marine fisheries resources, with over 300 fish species and 20 shrimp varieties caught or farmed. The fisheries industry lacks modern processing equipment, though there are over 100 processing plants, most located in ports. Upgrading plants with new machinery for tasks like cleaning, scaling, skinning and freezing fish could improve production quality and allow Bangladesh to better meet international food safety standards for its major exports of frozen and dried fish and shrimp to European, US, and Japanese markets.
Bangladesh: Country Overview on the Importance of Fish for Nutrition and the ...WorldFish
This document summarizes fisheries and aquaculture activities in Bangladesh. It notes that fish provide 60% of animal protein in Bangladesh and the average fish intake is 18.94 kg per person annually. Total fish production has increased by an average of 5.61% annually over the last 10 years. Research on promoting small indigenous species (SIS) like mola began in the 1990s and SIS now contribute 10-15% of pond aquaculture production. Initiatives are introducing SIS into floodplains and community-based fisheries management. Three interventions demonstrate different community engagement methods for disseminating SIS pond polyculture. Including SIS significantly increases micronutrient production and addresses the gap between actual
This document provides guidelines for proper handling and storage of fish to maximize shelf life:
- Freshly caught fish must be cooled immediately and kept refrigerated until consumed to preserve quality. Maintaining an unbroken cold chain is important.
- Different types of fish can be stored at temperatures from -10°C to -29°C, with storage times ranging from 1 month to 10 months depending on the fish and temperature.
- Private export companies follow standards to freeze and store fish for extended domestic and international distribution, while lack of infrastructure limits domestic market reach. Developing a national cold chain could expand market access.
The document discusses the fishing industry. It provides benefits such as providing jobs, feeding the global demand for seafood which improves health, and boosting national economies. However, it also notes negatives like damaging coral reefs and habitats using destructive fishing techniques, reducing biodiversity, and risk of fishery collapses. Problems mentioned are overfishing reducing spawning biomass, illegal fishing harming economies and environments, and pollution sickening animals and damaging coral reefs.
The document discusses India's fisheries management. It notes that India has vast inland and marine fisheries resources that provide food and employment. Management is undertaken by both central and state governments and includes regulations on gear, seasons and habitat protection. Five-Year Plans have aimed to increase production sustainably. Community-based and co-management initiatives also play a role in governance. Key challenges include sustainably utilizing resources and balancing conservation and livelihoods.
The FAO is an agency of the United Nations that leads international efforts to defeat hunger. It acts as a neutral forum where all nations meet as equals to negotiate agreements and debate policy. The FAO also provides knowledge and information to help countries improve agriculture, forestry, and fisheries. It was established in 1945 in Quebec City and now has its headquarters in Rome. The FAO is directed by a Conference of Member Nations that meets every two years and elects an executive council to oversee the organization's work.
This document summarizes a presentation given by Árni M. Mathiesen at the Near East Regional Group Meeting on March 21st, 2016. The presentation covered several topics:
- Global fish production has shifted from developed to developing countries, where small-scale fisheries are important. Production has also shifted from capture fisheries to aquaculture, particularly in Asia.
- While the degree of overfishing has stabilized over the past 20 years, it remains unacceptably high.
- The main challenges going forward are developing sustainable aquaculture and improving management of small-scale fisheries while accounting for climate change impacts.
The document discusses different sectors of the fishing industry in India. It describes the main industry, which involves catching fish and transporting/processing them. It also discusses the ancillary industry that supports the main industry through boat building, gear manufacturing, etc. Finally, it categorizes the fishing industry based on purpose into subsistence fishing, commercial fishing focused on profit, and recreational fishing done for leisure.
The document performs a SWOT analysis of the Indian fisheries sector, identifying strengths like being the second largest producer globally and providing livelihoods for many, as well as weaknesses like post-harvest losses and low value addition. Opportunities for growth include utilizing the potential yield from India's EEZ and growing domestic demand, while threats include overexploitation reducing marine catches and competition from imported products.
Aquaculture is the farming of aquatic organisms such as fish, shellfish, and plants. Major types include marine/brackishwater aquaculture of ocean species and freshwater aquaculture of native river/lake species. India is one of the top producers and exporters of aquaculture globally, dominated by species like carp, shrimp, and shellfish. The country faces challenges to its exports like market access issues, food safety concerns, and environmental impacts. It is addressing these through regulation, certification, traceability programs, and promoting sustainability and value-addition. Future prospects include growing demand, recognition of aquaculture as an economic sector, and greater awareness of sustainability needs.
This document summarizes the presentation given by Árni M. Mathiesen, Assistant Director-General of the Fisheries and Aquaculture Department at the Food and Agriculture Organization (FAO) of the United Nations. It discusses the challenges facing fisheries including overexploitation, illegal fishing, and climate change. It then outlines FAO's work on fisheries through programs, projects, and technical networks. Specific initiatives covered include the Blue Growth Initiative and the Committee on Fisheries (COFI) and its sub-committees on aquaculture and trade.
The document summarizes the key food and nutritional agencies, focusing on the Food and Agriculture Organization (FAO). It describes that FAO was established in 1945 and is directed by a Conference of Member Nations that meets every two years. FAO's objectives include eliminating hunger, increasing sustainable agriculture/fisheries, reducing poverty, and establishing technical standards. It has eight departments and works on programs like the Right to Food guidelines and integrated pest management training. FAO also promotes investment in agriculture and sustainable forest management.
The document provides an overview of the Food and Agriculture Organization (FAO) including its history, mission, roles, and work in Bangladesh. Specifically, it discusses that the FAO was established in 1945 with the goal of eliminating hunger through increasing agricultural productivity. It coordinates efforts between governments and organizations on agriculture, forestry, fisheries, and land/water resources. In Bangladesh, the FAO has worked since 1973 on agriculture, food, forestry, fisheries, livestock, rural development and climate change to help increase production, develop fisheries/livestock, provide policy assistance, and address climate change issues in agriculture.
fao-171220092952.pptx community health nursingAkshayaKiran2
The Food and Agricultural Organization (FAO) was established in 1945 as the first specialized agency of the UN. It is headquartered in Rome and works to defeat hunger by serving as a neutral forum for nations and a source of knowledge and information to help countries modernize agriculture, fisheries, and forestry practices and ensure food security. FAO has 194 member states and is composed of departments focused on agriculture, fisheries, forestry, economics and more. It initiates programs and projects on issues like nutrition, food quality and safety, and controls diseases.
Presentation by Dr Joyce Mitti from FAO Zimbabwe, at the Regional planning meeting on ‘Scaling-Up Climate-Smart Agricultural Solutions for Cereals and Livestock Farmers in Southern Africa – Building partnership for successful implementation’,13–15 September 2016, Johannesburg, South Africa
The document provides information about the Consultative Group on International Agricultural Research (CGIAR). It discusses that CGIAR is a global partnership that was formed in 1971 to reduce poverty and hunger through agricultural research. It is made up of 15 research centers that work with hundreds of partners in agricultural research. The centers work on issues like improving food security, nutrition, health, and sustainable management of natural resources. CGIAR research is guided by a Strategy and Results Framework and implemented through CGIAR Research Programs coordinated by the CGIAR Consortium. The impacts of CGIAR's work include the high-yielding varieties that sparked the Green Revolution and continue to increase global food supplies.
Food and Africulture Organisation of the United Nations (FAO) committee on fi...Dr Lendy Spires
The Food and Agriculture Organization (FAO) is a specialized agency of the United Nations that works to improve nutrition, increase standards of living, and enhance agricultural productivity. It has 192 member countries and employs over 3,600 people worldwide. The Committee on Fisheries (COFI) is a subsidiary body of the FAO Council that serves as a global forum for examining major international fisheries issues and making recommendations. COFI membership is open to any FAO member country and it aims to supplement the work of other fisheries organizations. The 30th Session of COFI in 2012 advanced efforts to address impacts of fishing on the environment and crack down on illegal fishing.
"PROMOTING ORIGIN-LINKED QUALITY PRODUCTS IN FOUR COUNTRIES (GTF/RAF/426/ITA)...ExternalEvents
This document provides the final report on a project carried out by the Slow Food Foundation for Biodiversity in partnership with the UN Food and Agriculture Organization (FAO). The project aimed to promote traditional agricultural products from four West African countries at risk of extinction by creating Slow Food Presidia for selected products. It summarizes the Foundation's activities in Africa, describes the environmental and social context of West Africa, and outlines the process of identifying and evaluating traditional products from Sierra Leone, Guinea Bissau, Mali, and Senegal to select ones suitable for new Presidia. These included preparing profiles of products, production protocols, and communication activities to raise awareness of the value of local biodiversity. The relationship between the
The document provides an overview of the Code of Conduct for Responsible Fisheries (CCRF) presented by Karthikachandran from the University of Kerala. The CCRF was adopted by FAO in 1995 and provides principles and standards for sustainable fisheries. It covers conservation, management, and development of fisheries. The summary includes the origins, goals, actors involved in implementing the CCRF, its structure with 12 articles addressing issues like fisheries management, fishing operations, aquaculture, and research.
The Code of Conduct for Responsible Fisheries (CCRF) was adopted by FAO in 1995 to promote sustainable fishing practices. It provides principles and standards for the conservation, management, and development of fisheries. The CCRF recognizes the importance of fisheries for food, jobs, trade, and economic benefits. It encourages states and fisheries stakeholders to apply the Code to ensure responsible practices now and for future generations. The FAO aims to support implementation through projects, meetings, and calls for collaboration to fully achieve the CCRF's goals.
The Brussels Development Briefing n.60 on “The future of food and agricultural transformation” organised by CTA, the European Commission/EuropeAid, the ACP Secretariat and CONCORD was held on Wednesday 26 February 2020 (9h00-13h00) at the ACP Secretariat, Avenue Georges Henri 451, 1200 Brussels.
The briefing presented trends and discussed the sustainable and healthy food systems, the future of work in agriculture and the need for new skills in very complex food chains, the effects of disruptive innovations, fair and inclusive value chains and trade.
The audience was made up of ACP-EU policy-makers and representatives of the EU Member States, civil society groups, research networks and development practitioners, the private sector and international organisations based in Brussels as well as representatives from ACP regional organisations.
This co-authored publication, IMPROVING GOVERNANCE OF PASTORAL LANDS, shows the challenges facing pastoralists all around the world, which is driving them to take desperate measures to ensure their survival; its for government policy makers and civil society actors seeking solution to a difficult problem. In the light recent violent cattle herdsmen militantism in Nigeria, which has led to loss of lives and properties, this publication sheds light as to the way forward for peace and prosperity of all affected actors.
Regional Integration Bodies: Coordination and dialogue opportunities between ...FAO
This document summarizes regional and global organizations involved in food and nutrition security as well as the policy framework and actions being taken in the Caribbean region. At the regional level, CARICOM and its clusters focus on issues like agriculture, water, and climate change. The Regional Food and Nutrition Security Policy and Action Plan were adopted in 2010-2011 to reduce hunger and shift to sustainable food production. Current projects address areas like post-harvest losses and policy development. Recommendations include establishing multi-sectoral mechanisms and prioritizing the action plan's implementation.
The 1st Ever All Africa Congress on Biotechnology was held in Nairobi, Kenya from September 22-26, 2008 with over 400 delegates from 39 countries discussing harnessing biotechnology for food security and development in Africa. [2] Key outcomes included the Nairobi Declaration supporting Africa's adoption of agricultural biotechnology, and recommendations to establish regional biotechnology programs and an African Biotechnology Trust Fund to coordinate efforts. [3] Future plans outlined convening another congress in 2-3 years and strengthening the Agricultural Biotechnology Network in Africa to advance biotechnology on the continent.
The document summarizes regional and global organizations involved in food and nutrition security and agriculture development. It then describes the machinery and policy framework for food and nutrition security at the regional level in the Caribbean, including the Regional Food and Nutrition Security Policy and Action Plan. The plan aims to reduce hunger and shift to sustainable food production systems. It was developed through participation of member states and institutions to coordinate efforts to address food insecurity in the region.
Similar to FAO - contribution in fisheries sector (20)
2. Introduction
Abbreviation FAO, ONUAA
Formation 16 October 1945, in Quebec City, Canada
Type Specialized Agency
Legal status Active
Headquartes Palazzo FAO, Rome, Italy
Head José Graziano da Silva (current)
Parent
organization
UN Economic and Social Council
Website www.fao.org
An intergovernmental organization.
FAO emblem with its Latin motto, Fiat
panis ("Let there be bread")
3. History
• Later in 1943, the United States President Franklin D. Roosevelt called
a United Nations Conference on Food and Agriculture.
Representatives from forty four governments gathered at The
Homestead Resort in Hot Springs, Virginia from 18 May to 3 June.
• They committed themselves to founding a permanent organization
for food and agriculture, which happened in Quebec City, Canada on
16 October 1945 with the conclusion of the Constitution of the Food
and Agriculture Organization
• The First Session of the FAO Conference was held in the Chateau
Frontenac at Quebec, Canada, from 16 October to 1 November 1945.
4. Structure
• FAO In 1951, its headquarters were moved from Washington, D.C.,
United States, to Rome, Italy.
• The FAO is comprised of 194 member-states, as well as the European
Union, Faroe Islands and Tokelau.
• Staff
As of 31 December 2015, FAO employed 1738 professional staff
and 1510 support staff.
5. FAO is composed of seven departments
1.Administration and Finance,
2.Agriculture and Consumer Protection,
3.Economic and Social Development,
4.Fisheries and Aquaculture,
5.Forestry,
6.Natural Resource Management and Environment,
7.Technical Cooperation.
6. World headquarters
Regional Office for
Africa, in Accra, Ghana
Regional Office for
Asia and the Pacific, in
Bangkok, Thailand
Regional Office for
Europe and Central
Asia, in Budapest,
Hungary
Regional Office for
Latin America and the
Caribbean, in Santiago,
Chile
Regional Office for the
Near East, in Cairo,
Egypt
7. 1. Sub-regional offices
2. Sub-regional Office for Central Africa (SFC), in Libreville, Gabon
3. Sub-regional Office for Central America (SLM), in Panama City, Panama
4. Sub-regional Office for Central and Eastern Europe, in Budapest, Hungary
5. Sub-regional Office for Central Asia, in Ankara, Turkey
6. Sub-regional Office for Eastern Africa (SFE), in Addis Ababa, Ethiopia
7. Sub-regional Office for North Africa, in Tunis, Tunisia
8. Sub-regional Office for Southern Africa and East Africa, in Harare, Zimbabwe
9. Sub-regional Office for the Caribbean, in Bridgetown, Barbados
10. Sub-regional Office for the Pacific Islands, in Apia, Samoi
11. Sub-regional Office for Western Africa (SFW), in Accra, Ghana
8. Budget
FAO's Regular Programme budget is funded by its
members, through contributions set at the FAO
Conference.
This overall budget covers core technical work,
cooperation and partnerships,
1.leading to Food and Agriculture Outcomes at
71%;
2.Core Functions at 11%;
3.the Country Office Network – 5%;
4.Capital and Security Expenditure – 2%;
5.Administration – 6%;
6.Technical and Cooperation Program – 5%.
71%
11%
5%
2%
6%
5%
CHART TITLE
1 2 3 4 5 6
9. FAO goals
• Help eliminate hunger, food insecurity, and malnutrition
• Make agriculture more productive and sustainable
• Reduce rural poverty
• Ensure inclusive and efficient agricultural and food
systems
• Protect livelihoods from disasters
10. Programmes and achievements
• Food
1.Codex Alimentarius
FAO and the World Health Organization created the Codex
Alimentarius Commission in 1961 to develop food standards.
2.World Food Summit
In 1996, FAO organised the World Food Summit, concluded with
the signing of the Rome Declaration, which established the goal
of halving the number of people who suffer from hunger by the
year 2015.
11. 3.Tele Food
In 1997, FAO launched TeleFood, a campaign of concerts,
sporting events and other activities to harness the power of
media, celebrities and concerned citizens to help fight hunger.
4.FAO Goodwill Ambassadors
The FAO Goodwill Ambassadors Programme was initiated in
1999. FAO's Goodwill Ambassadors – celebrities from the arts,
entertainment, sport and academia. They aim to make Food for
All a reality in the 21st century and beyond.
12. 5.Right to Food Guidelines
In 2004 the Right to Food Guidelines were adopted, offering
guidance to states on how to implement their obligations on the
right to food.
6.FAO–EU partnership
In May 2009, FAO and the European Union signed an initial aid
package worth €125 million to support small farmers in countries
hit hard by rising food prices.
13. Agriculture
1.International Plant Protection Convention
FAO created the International Plant Protection Convention or IPPC in
1952. This international treaty organization works to prevent the
international spread of pests and plant diseases.
2.Alliance Against Hunger and Malnutrition
The organization works to address about food security hunger and
malnutrition between local, regional, national and international
institutions.
3.Integrated pest management
During the 1990s, FAO took a leading role in the promotion of
integrated pest management for rice production in Asia.
14. 4.Transboundary pests and diseases
FAO established an Emergency Prevention System for
Transboundary Animal and Plant Pests and Diseases in 1994,
focusing on the control of diseases like rinderpest, foot-and-
mouth disease and avian flu by helping governments coordinate
their responses.
5.Global Partnership Initiative for Plant Breeding Capacity Building
The Global Partnership Initiative for Plant Breeding Capacity
Building (GIPB) is a global partnership dedicated to increasing
plant breeding capacity building.
15. Fisheries
• FAO’s role in fisheries
• FAO recognizes the importance of fish and its many associated
products for:
1. Food security and nutrition.
2. Economic growth through fish production and trade.
3. Poverty alleviation and the creation of employment opportunities in
rural areas.
16. FAO works with a wide range of partners, including
Governments, Regional Fisheries Bodies, cooperatives,
fishing communities and others on:
• Implementing the Code of Conduct for Responsible Fisheries and the
Ecosystem Approach to Fisheries (EAF).
• Compiling and publishing the global capture production database,
including fleet, fishers and trade-related data.
• Reducing the negative impacts of fishing on the environment through
technological and community-based management solutions.
• Implementing the Port State and Flag State Measures Agreements to
prevent, deter and eliminate illegal, unreported and unregulated fishing.
• Assisting Members countries in disaster preparedness as well as providing
assistance to fishing communities affected by emergencies and natural
disasters.
17. • Supporting Member countries in developing and implementing
international guidelines relating to fisheries operations including
bycatch management and reduction of discards; eco-labelling and
traceability; reduction of fish loss and waste; and supply chain
efficiency.
• Improving understanding of the socio-economics of fisheries taking
into account value chain dynamics and market access, the status of
fisheries resources; access and user right; issues related to decent
work conditions and social protection; equitable revenue distribution
and profitability and value-addition
18. • In close collaboration with intergovernmental organizations (e.g.
CITES, CMS, IUCN and NGOs), implementing the International Plans of
Action (IPOA) for: Reducing Incidental Catch of Seabirds in Longline
Fisheries; Conservation and Management of Sharks; Management of
Fishing Capacity; and Prevent, Deter, and Eliminate Illegal, Unreported
and Unregulated Fishing.
• Raising the profile of inland fisheries due to its importance for food
security and poverty alleviation.
19. • Providing assistance in disaster preparedness planning and in dealing
with the impacts of climate change at the national, regional and
international levels as well as assisting fishing communities affected
by natural disasters and prolonged emergencies.
• Recognizing small-scale fisheries as a fundamental contributor to
poverty alleviation and food security, FAO supports the development
of the sector, including through the development of a dedicated
instrument the voluntary Guidelines for Securing Sustainable Small-
Scale Fisheries in the Context of Food Security and Poverty
Eradication
20. Major FAO outputs in fisheries
• Compilations of global catch, fleet and employment statistics by country and
information about stock status and bio-ecological characteristics of commercially
exploited aquatic species.
• Compilation and dissemination of worldwide fish price reports, market studies
and trend analysis.
• Publications on fisheries, providing up-to-date information that is valuable to
both developed and developing countries.
• Publication of global stock status reviews and bio-ecological information on
aquatic species.
• Guidelines for Members countries about the use of local ecological knowledge
and participatory approaches in fisheries management.
• Global fisheries statistical and data standards to improve data exchange and
integration through partnerships with regional and national institutions.
21. Code of Conduct for Responsible Fisheries
• To promote long-term conservation and sustainable use of fisheries
resources, following a call from the International Conference on
Responsible Fishing (1992) to strengthen the international legal
framework for more effective conservation, management and
sustainable exploitation and production of living aquatic resources,
the 1995 FAO Conference adopted the FAO Code of Conduct for
Responsible Fisheries .
• principles of the Code of Conduct will lead to an improved and
sustainable economic, social and environmental contribution of the
fisheries sector.
22. Main programmes for CCRF implementation
1.International Plans of Action
• International Plan of Action for the Conservation and Management of Sharks
(IPOA-Sharks)
• International Plan of Action to Prevent, Deter, and Eliminate Illegal,
Unreported and Unregulated Fishing (IPOA-IUU)
• International Plan of Action for the Management of Fishing Capacity (IPOA-
Capacity)
• International Plan of Action for Reducing Incidental Catch of Seabirds in
Longline Fisheries (IPOA-Seabirds)
• Global Partnerships for Responsible Fisheries (Fish Code)
23. • 2.Programmes supporting knowledge dissemination, global
databases and information networks
• Statistics - Introduction
• Coordinating Working Party on Fisheries Statistics (CWP)
• FISHCODE STF - Strategy for Improving Information on Status and Trends of
Capture Fisheries
• Aquatic Sciences and Fisheries Abstracts (ASFA)
• Fisheries and Resources Monitoring System (FIRMS)
• Fisheries Global Information System (FIGIS)
• FAO Fish Finder, the Species Identification and Data Programme
• GLOBEFISH - Analysis and information on world fish trade
• Global Record of Fishing Vessels, Refrigerated Transport Vessels and Supply
Vessels
24. 3.Programmes supporting management and conservation
• Capacity building for an Ecosystem Approach: considering Interaction,
including with Marine Mammals
• Deep-sea high seas fisheries
• EAF-Nansen Project
• FAO activities in relation to CITES and commercially exploited aquatic species
• Marine Protected Areas as a Tool for Fisheries Management (MPAs)
• REBYC - Reduction of Environmental Impact from Tropical Shrimp Trawling,
through the Introduction of By-catch Reduction Technologies and Change of
Management
25. International Plan of Action for Conservation
and Management of Sharks
• The International Plan of Action for Conservation and Management of
Sharks (IPOA-SHARKS) was developed through the meeting of a
Technical Working Group on the Conservation and Management of
Sharks in Tokyo from 23 to 27 April 1998.
• Shark Fin
• To identify shark species from shark fin shapes.
• The software was developed by FAO in collaboration with the University of
Vigo with financial support from the Government of Japan and the
Convention on International Trade in Endangered Species of Wild Fauna and
Flora (CITES).
26. International Plan of Action to Prevent, Deter, and
Eliminate Illegal, Unreported and Unregulated
Fishing
• The IPOA-IUU was developed as a voluntary instrument, within the
framework of the Code of Conduct for Responsible Fisheries, in response to
a call from the Twenty-third Session of the Committee on Fisheries (COFI).
• The IPOA-IUU was adopted by consensus at the Twenty-fourth Session of
COFI on 2 March 2001.
• Mission
• The objective of the IPOA is to prevent, deter and eliminate IUU fishing by
providing all States with comprehensive, effective and transparent
measures by which to act, including through appropriate regional fisheries
management organizations established in accordance with international
law.
27. International Plan of Action for the
Management of Fishing Capacity
• FAO organized a Technical Working Group on the Management of Fishing
Capacity in La Jolla, USA, from 15 to 18 April 1998.
• Mission
• The immediate objective of the International Plan of Action for the
Management of Fishing Capacity (IPOA-CAPACITY) is for States and regional
fisheries organizations,
• To achieve world-wide preferably by 2003, but not later than 2005, an
efficient, equitable and transparent management of fishing capacity.
• Inter alia, States and regional fisheries organizations confronted with an
overcapacity problem, where capacity is undermining achievement of long-
term sustainability outcomes, should endeavour initially to limit at present
level and progressively reduce the fishing capacity applied to affected
fisheries.
28. International Plan of Action for Reducing
Incidental Catch of Seabirds in Longline Fisheries
• The International Plan of Action for reducing incidental catch of
seabirds in longline fisheries (IPOA-SEABIRDS) has been developed
through the meeting of a Technical Working Group in Tokyo 25-27
March 1998.
• Mission
• The objective of the IPOA-SEABIRDS is to reduce the incidental catch
of seabirds in longline fisheries where this occurs.
29. Global Partnerships for Responsible Fisheries (Fish
Code)
• Fish Code was established by the FAO Fisheries and Aquaculture
Department as a special programme of Global Partnerships for Responsible
Fisheries.
• Mission
• The overall Fish Code Programme objective is to raise the economic, social
and nutritional benefits obtained from the fisheries and aquaculture,
especially in developing countries, through the adoption of responsible
development, management and conservation practices, including improved
institutional and legal arrangements.
• The Fish Code activities to promote improved understanding and
application of any and all aspects of the CCRF, under the framework of the
Fish Code Programme.
30. Coordinating Working Party on Fishery
Statistics (CWP)
• Mission
• CWP) provides a mechanism to coordinate fishery statistical programmes
of regional fishery bodies and other inter-governmental organizations with
a remit for fishery statistics.
• Since 1960, the CWP's purpose is to: continually review fishery statistics
requirements for research, policy-making and management;
• agree on standard concepts, definitions, classifications and methodologies
for the collection and collation of fishery statistics;
• make proposals for the coordination and streamlining of statistical
activities among relevant intergovernmental organizations.
• CWP were amended and approved by the FAO Council at Eighth Session in
June 1995.
31. FISHCODE STF - Strategy for Improving Information
on Status and Trends of Capture Fisheries
• The Strategy for Improving Information on Status and Trends of Capture
Fisheries (STF) was adopted by FAO on 28 February 2003.
• Objectives
• Setting up a global inventory of fish stocks and fisheries
• Development of data collection systems for small-scale and multispecies fisheries
• Development of criteria and methods for ensuring information quality and security
• Development of arrangements for the provision and exchange of information
• Support to and participation in the Fisheries Global Information System (FIGIS)
• Sustaining data collection and information systems
• Expanding the scope of information on status and trends of fisheries, including the
need to incorporate ecosystem considerations into fisheries management
• Capacity-building in developing countries
• Participation in working groups in assessing the status and trends of fisheries
32. Aquatic Sciences and Fisheries Abstracts (ASFA)
• “The overall objective of ASFA co-operation is to develop and
maintain a service for the collection and dissemination of
information on the science, technology and management of marine,
brackish water and fresh water environments, organisms and
resources, including economic, sociological and legal aspects, The
service shall include a computer searchable bibliographic database,
associated printed abstracts journals and the relevant tools for the
control of the system and aids to its use. .”
33. Fisheries and Resources Monitoring System
(FIRMS)
• Objectives
• The primary aim of the Fisheries and Resources Monitoring System
(FIRMS) is to provide access to a wide range of high-quality
information on the global monitoring and management of fishery
marine resources.
34. Fisheries Global Information System (FIGIS)
• With the adoption by the Committee on Fisheries of the Strategy for
Improving Information on Status and Trends of Capture Fisheries (STF) on
28 February 2003, FIGIS becomes one of the privileged tools for its
implementation.
• Objectives
• To promote policy change towards the sustainable development of the
world's fishery resources by highlighting major issues, presenting possible
solutions and providing the best scientific information available;
• To offer a single and unique entry point to an integrated system comprising
strategic data, information, analyses and reviews of issues and trends on a
broad range of fisheries subjects;
• To provide integrated, quality-controlled, harmonized, streamlined and
comprehensive information.
35. FAO Fish Finder, the Species Identification and
Data Programme
• Objectives
• Provide and disseminate tools to
facilitate species identification in
fisheries, and in so doing, improve
fisheries data quality.
• Provide a global and coherent
system of scientific and common
nomenclature.
• Outputs
• Publications on species
identification
o Regional Guides
o Field Guides
o Catalogues
o CD-ROMs
o Synopses (books, CD Rom, internet)
o Fact sheets available on the web
• Species distribution maps
• Scientific illustrations
36. GLOBEFISH - Analysis and information on world
fish trade
• Our services
• Market Research
• GLOBEFISH provides up-to-date coverage of global seafood market
developments by its close contact with the fishery industry and its
statistical information sources.
• Dissemination of information, news, statistics and prices is achieved in
several ways; through various GLOBEFISH publications and periodicals,
through the GLOBEFISH website, and through the FISHINFONetwork (FIN)
magazines.
• GLOBEFISH's key publications include fish price reports (European Fish
Price Report), market studies (GLOBEFISH Research Programme), trend
analysis (GLOBEFISH Highlights) and statistics (Commodity Updates).
37.
38.
39. Global Record of Fishing Vessels, Refrigerated
Transport Vessels and Supply Vessels
• The Global Record was endorsed by the FAO member States through the
FAO Committee on Fisheries (COFI) as one of the main global tools to fight
IUU fishing.
• The Global Record of Fishing Vessels Refrigerated Transport Vessels and
Supply Vessels (Global Record) is a voluntary, phased and collaborative
global initiative intending to make information available on vessel
identification and other relevant data with the aim of providing a reliable
and rapid way to contrast data with other sources. Fishing vessels are
included but also other vessels involved in fishing operations are included.
• The main objective of the Global Record is to provide a powerful tool to
prevent, deter and eradicate the Illegal, Unreported and Unregulated (IUU)
fishing activities, making it more difficult for vessels operating outside the
law.
40. Capacity building for an Ecosystem Approach:
considering Interaction, including with Marine
Mammals
• The Project “Capacity Building for an Ecosystem Approach:
Considering Interactions, including with Marine Mammals” was
funded by the Government of Japan, was established in 2004.
• The overall goal of the project is to contribute to the development of
capacity of member countries in the implementation of ecosystem
approaches to fisheries management (EAF).
41. Deep-sea high seas fisheries
• Balancing the conservation of deep-sea habitats and marine
resources and sustainable fishing practices in the high seas depends,
more than in any other marine area, on the willingness of flag States
and vessel operators to adopt sustainable and responsible
management strategies.
• Yet the complex nature of these areas and the legal framework for
governance pose significant management challenges.
42. FAO activities in relation to CITES and
commercially exploited aquatic species
• CITES (the Convention on International Trade in Endangered Species
of Wild Fauna and Flora) is an international agreement among
governments to ensure that international trade in specimens of wild
animals and plants does not threaten their survival. The Convention
entered into force on 1 July 1975 and currently has a membership of
173 countries.
• Roughly 5 000 species of animals and 28 000 species of plants are
protected by CITES (see CITES general overview).
43. Marine Protected Areas as a Tool for Fisheries
Management (MPAs)
• The plan of implementation of the World Summit on Sustainable Development (WSSD) -
Johannesburg, 2004 - includes the use marine protected areas (MPAs) as an instrument
that contributes to the conservation and management of the oceans.
• Noting the increasing effort to use marine protected areas in a fisheries management
context, the 26th Session of the FAO Committee of Fisheries (2005) recommended
specific actions for FAO to assist States in meeting their WSSD commitments, in
particular the establishment of representative networks of MPAs by 2012, and to
increase knowledge on MPAs in a fisheries management context.
• This web site is part of the programme implemented by FAO for a better understanding
of the contribution of MPAs to fisheries management, and the identification and
promotion of best practices and integrated approaches to MPAs. A set of current issues
regarding the use of MPAs as a tool for fisheries management is introduced, including
links to external internet resources of interest. A specific section presents the guidelines
being prepared by FAO, on the design, implementation and testing of MPAs.
44. REBYC - Reduction of Environmental Impact from Tropical Shrimp Trawling,
through the Introduction of By-catch Reduction Technologies and Change of
Management
• Its objective is to reduce the environmental impact arising from
commercial shrimp trawl fisheries in tropical countries, and
particularly to minimize:
• the capture and discard of unwanted catch and bycatch (including non-fish
species such as turtles), and
• the impact of shrimp-trawling on bottom habitat.
• Approaches The project aims to do so through:
• The introduction of more appropriate fishing technologies,
• Improved legislation and
• Improved management frameworks (including control and enforcement
strategies).