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ProjectEnhancing urban horticulture production in Bangladesh - TCP/BGD/3503 2019
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No results found.Bangladesh is characterized by a high rate of urbanization, giving rise to three major problem groups for urban environment sustainability, namely population growth, the depletion of resources and atmospheric pollution. The leading development challenge of the country today is to include poverty alleviation, sustainable development and environmental management in the context of its rapidly growing population. Against this background, the project aimed to increase horticulture production in two of the country’s most densely populated cities, Dhaka and Chittagong, to contribute to food security and create a positive impact on urban environment. -
DocumentEnsuring sustainable expansion of aquaculture in Bangladesh - TCP/BGD/3501 2017Aquaculture production (fish farming) in Bangladesh grew by nearly 200 percent between 2001 and 2015, to just over two million tonnes. The sustainability of further expansion will depend on ensuring high-quality seed and feed is produced, distributed and utilisedin an efficient, socially equitable, and environmentally appropriate manner. The project enabled seed quality to be enhanced by initiating a selective breeding programme to produce improved broodstock, and by developing better hatchery m anagement practice guidelines. Feed quality was enhanced by establishing monitoring systems to ensure farmers accessed high-quality, unadulterated feed.
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ProjectCapacity Development on Diagnostic and Surveillance System of Banana Fusarium Wilt Disease - TCP/RAS/3619 2020
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No results found.Banana is the fruit accounting for the largest quantityof international and domestic trade, supporting around8 million farmers in Asia for their daily income. The bananaindustry, however, is beset with the damage caused byFusarium wilt, a disease that spreads through movementof planting materials or soil attached to non-hosts. Thedisease caused the complete collapse in internationaltrade of the Gros Michel banana variety in the early 1900s,although the situation stabilized following the introductionof the Cavendish cultivar in the 1920s. In the 1980’s,however, the Cavendish cultivars also succumbedto Fusarium oxysporum f. sp. cubense Tropical Race 4(hereafter referred to as “Foc TR4”).At regional level, Foc TR4 was detected in Taiwan in the1980s and spread to Indonesia and Malaysia in the 1990s.The disease has now reached China and the Philippines,while the National Plant Protection Organizations (NPPOs)of Cambodia, the Lao People’s Democratic Republic,Myanmar, Thailand and Viet Nam have reported theobservation of infested banana areas. Amid fears thatthe disease might spread, affecting banana production bysmall farmers for national and export markets, a requestwas made to FAO for technical support to control thedisease.The project focused on the importance of detectionsurveys to determine the status and extent of Foc TR4disease infestation in recipient countries, in an attemptto mitigate and prevent its spread to new areas. Its aimwas to build the capacity of the six recipient countries todevelop and advocate the viable options for mitigatingthe incursion and preventing the spread of bananaFoc TR4 disease.As a result of project activities, regional and nationalcontrol strategies for Foc TR4 were developed during ameeting of
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