Slavery on fishing vessels, degradation of ecosystems, overfishing, debt bondage, human trafficking and child labour in peeling sheds – the scandals surrounding the Thai fishery and shrimp industries have garnered international censure. Farmed and processed at the cost of extreme exploitation of b...oth people and the planet, Thai shrimp ends up on plates around the world. The former delicacy can now be bought cheaply everywhere. But how high is the price really? And who has to pay it?
This report by seeks to remind governments in the countries of production that it is their duty to enforce human rights and living wages, rather than to compete for the favour of large companies to the detriment of people and the environment. It also appeals to consumers and their governments – and to importers – to send a clear message to suppliers in Thailand and elsewhere: If you want to survive on the global market, you need to respect human rights and child rights, and uphold social and environmental standards.
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How can fish help reduce malnutrition?
Small fish, eaten whole, with organs and bones are particulary rich in calcium and some are also rich in Vitamin A, iron and zinc. These nutrients in fish are more effectively absorbed by the body than those from plant-source food.
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Policy Guidance Brief 1
• Climate change has already challenged the agriculture sector in Myanmar by afecting rice yields and livestock production, while disasters such as foods and cyclones have caused massive destruction in rural areas.
• Without adaptation, the long-term consequenc...es of climate change will likely include reduced productivity and huge economic losses, food insecurity, poverty and migration.
• According to the Climate Change Action Plan for the Agriculture, Fisheries and Livestock sector, by 2030 Myanmar should achieve climate-resilient productivity and promote climate-smart responses to support food security and livelihood strategies while also introducing resource-efficient and lowcarbon practices.
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Antimicrobial resistance (AMR) is a global threat that requires urgent collaborative action within and among countries. AMR makes standard treatments ineffective and facilitates the spread of antimicrobial resistant infections rendering communities vulnerable. The Ministry of Health (MOH) and Minist...ry of Agriculture, Livestock, Fisheries & Blue Economy (MALF) recognized antimicrobial resistance as a priority following findings from status reports and studies from Ministries, Departments, Agencies and Stakeholders.
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This short paper aims to identify key evidence gaps in our knowledge of livestock- and fisheries-linked antimicrobial resistance in the developing world, and to document on-going or planned research initiatives on this topic by key stakeholders.
The antimicrobial resistant (AMR) infections in anima...ls that are of most potential risk to human health are likely to be zoonotic pathogens transmitted through food, especially Salmonella and Campylobacter. In addition, livestock associated methicillin resistant Staphylococcus aureus (LA MRSA) and extended spectrum beta lactamase E. coli (ESBL E. coli) are emerging problems throughout the world.
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Presently, there is no evidence that the virus responsible for the current COVID-19 pandemic is carried by domestic food-producing animals, such as chickens, ducks, other poultry, pigs, cattle, camels, horses, sheep, goats, rabbits, guinea pigs or fish. While live animals can be a source of pathogen...s, all types of food can potentially be contaminated through contact with contaminated equipment, surfaces or environments. Proper cleaning and the prevention of cross-contamination are critical in the control of foodborne illnesses. The application of sound principles of environmental sanitation, personal hygiene and established food safety practices will reduce the likelihood that harmful pathogens will threaten the safety of the food supply, regardless of whether the food is sourced from intensive agriculture, small stakeholders or wildlife.
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The situation in South Sudan has proven to be unpredictable and volatile. New hotspots of violent conflict and civil unrest have continued to emerge and levels of severe acute food insecurity have become progressively worse. In addition to years of fighting and political instability, the country fac...es natural hazards, disease and pests, such as the desert locust, and the coronavirus disease 2019 (COVID-19) pandemic. Collectively, these risks have had and continue to have a catastrophic impact on the lives and livelihoods of South Sudanese, the majority of whom rely on agriculture, livestock, forestry and fisheries as their main source of income.
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Climate Smart Agriculture provides an excellent opportunity for the transformation by uniting agriculture, development and climate change under a common agenda through integrating the three dimensions of sustainable development (economic, social and environmental) by jointly addressing food security... and climate challenge
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The Kenya Climate Smart Agriculture Implementation Framework 2018-2027 (KCSAIF) has been developed to provide a guide to various innovative and transformative initiatives and best practices that will strive to address challenges brought about by climate change. It is envisioned to ensure increased a...gricultural productivity and sustainably build resilience of the national agricultural systems.
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Dracunculiasis (Guinea worm disease), caused by the parasite Dracunculus medinensis, is traditionally acquired by drinking water containing copepods (water fleas) infected with D. medinensis larvae, but in recent years also appears increasingly to be transmitted by eating fish or other aquatic anima...ls. The worm typically emerges through the skin on a lower limb of the host 1 year after infection, causing pain and disability.
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Foodborne trematodiases are caused by parasitic trematode worms. People become infected by eating raw or undercooked fish, crustaceans and vegetables that contain the larval worms.
Foodborne trematode infections cause 2 million life years lost to disability and death worldwide every year.
People become infected by eating raw fish, crustaceans or vegetables that harbour the parasite larvae.
Foodborne trematodiases are most prevalent in East Asia and South America.
Foodborne ...trematode infections result in severe liver and lung disease.
Safe and efficacious medicines are available to prevent and treat foodborne trematodiases.
Prevention and management of food-borne trematodes requires cross-sectoral collaboration on the human-animal and ecosystems interface.
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Map of Distribution of Paragonimiasis, worldwide latest year available.
Foodborne trematodes are a group of diseases that include the parasites Clonorchis, Opisthorchis, Fasciola and Paragonimus. These parasitic flukes have a complex life cycle involving diverse definitive hosts and one or two inte...rmediate hosts. Foodborne trematodes cause infection in humans via the consumption of contaminated food (raw fish, crustaceans or vegetables). Infection can result in severe liver and lung disease and together these diseases are estimated to cause 2 million life years lost to disability and death worldwide every year.
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Map of Distribution of opisthorchiasis, worldwide, latest year available.
Foodborne trematodes are a group of diseases that include the parasites Clonorchis, Opisthorchis, Fasciola and Paragonimus. These parasitic flukes have a complex life cycle involving diverse definitive hosts and one or two i...ntermediate hosts. Foodborne trematodes cause infection in humans via the consumption of contaminated food (raw fish, crustaceans or vegetables). Infection can result in severe liver and lung disease and together these diseases are estimated to cause 2 million life years lost to disability and death worldwide every year.
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Map of Distribution of fascioliasis, worldwide, latest year available.
Foodborne trematodes are a group of diseases that include the parasites Clonorchis, Opisthorchis, Fasciola and Paragonimus. These parasitic flukes have a complex life cycle involving diverse definitive hosts and one or two inter...mediate hosts. Foodborne trematodes cause infection in humans via the consumption of contaminated food (raw fish, crustaceans or vegetables). Infection can result in severe liver and lung disease and together these diseases are estimated to cause 2 million life years lost to disability and death worldwide every year.
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Map of Distribution of clonorchiasis, worldwide.
Foodborne trematodes are a group of diseases that include the parasites Clonorchis, Opisthorchis, Fasciola and Paragonimus. These parasitic flukes have a complex life cycle involving diverse definitive hosts and one or two intermediate hosts. Foodbo...rne trematodes cause infection in humans via the consumption of contaminated food (raw fish, crustaceans or vegetables). Infection can result in severe liver and lung disease and together these diseases are estimated to cause 2 million life years lost to disability and death worldwide every year.
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Leptospirosis is a bacterial zoonotic disease of worldwide importance, though relatively neglected in many African countries including sub Saharan Africa that is among areas with high burden of this disease. The disease is often mistaken for other febrile illnesses such as dengue, malaria, rickettsi...oses and enteric fever. Leptospirosis is an occupational disease likely to affect people working in environments prone to infestation with rodents which are the primary reservoir hosts of this disease. Some of the populations at risk include: sugarcane plantation workers, wetland farmers, fishermen and abattoir workers. In this study we investigated the prevalence of antibodies against Leptospira among sugarcane plantation and factory workers, fishing communities as well as among rodents and shrews in domestic and peridomestic environments within the study areas.
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Website last accessed on 14.04.2023
Food-borne trematode infections are zoonotic, and their pathogens can be transmitted to humans only after the completion of a complex life cycle, some stages of which take place in the body of an intermediate animal host. The first intermediate hosts of all tr...ematode species are freshwater snails. The second host varies depending on the species: in the case of clonorchiasis and opisthorchiasis it is freshwater fish, and in the case of paragonimiasis it is crustaceans.
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Website last accessed on 14.04.2023
Food-borne trematode infections are zoonotic, and their pathogens can be transmitted to humans only after the completion of a complex life cycle, some stages of which take place in the body of an intermediate animal host. The first intermediate hosts of all tr...ematode species are freshwater snails. The second host varies depending on the species: in the case of clonorchiasis and opisthorchiasis it is freshwater fish, and in the case of paragonimiasis it is crustaceans.
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