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Response to Enhance Technical Capacity for Monitoring and Management of Fall Armyworm in Bangladesh - TCP/BGD/3705









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    Emergency Response to Enhance Technical Capacity for Early Warning, Monitoring and Management of Fall Armyworm in Sri Lanka - TCP/SRL/3705 2023
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    The fast spreading transboundary pest, fall armyworm ([ Spodoptera frugiperda was first reported in Sri Lanka in August September 2018 The pest infested maize as its preferred host in all parts of the country, and the expected crop loss during Maha (main cropping season) 2018 19 was around 10 25 percent An FAW infestation has short and long term impacts on agricultural production, food security and poultry industry, hence, it affects the livelihoods of thousands of value chain operators on various commodities in the country A robust investment in sustainable FAW management was therefore needed to mitigate the situation In particular, smallholder farmers with limited coping capacities needed significant support to protect their livelihoods, through the provision of sustainable and integrated management of FAW in their cropping system in the short and long term The Government of Sri Lanka has set up a Special Task Force, which includes all the responsible governmental institutions to control the damage These ministries and institutions required urgent support for institutional capacity building for early detection and effective and sustainable control of the pest, to ensure monitoring and the provision of critical extension services.
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    Emergency Response to Enhance Technical Capacity for Early Warning, Monitoring and Management of Fall Army Worm in Yemen - TCP/YEM/3701 2021
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    Fall armyworm ( is a moth that is native to tropical and subtropical regions of the Americas, and has now spread globally In its caterpillar stage it can cause significant damage to plants, unless there is natural control, good agronomic practices, or resistant varieties of plants in place FAW prefers maize but can also feed on more than 80 other crops, including wheat, sorghum, millet, sugar cane, vegetable crops and cotton The first report of FAW in Yemen was confirmed in July 2018 in two governorates and subsequently its presence was reported in all areas where maize was grown A total of 70 percent of Yemeni households rely on agriculture and livestock for their livelihoods The infestation was expected to have a devastating impact on agriculture production and food security, and to exacerbate the already dire food security situation in Yemen, as the pest feeds on the country’s main staple food crops.
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    Emergency Response to Enhance Technical Capacity for Early Warning, Monitoring and Management of Fall Armyworm in Myanmar - TCP/MYA/3706 2020
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    Fall Armyworm ( is a transboundary pest that is native to tropical and subtropical regions of the Americas It was first detected in Central and Western Africa in early 2016 and now poses a threat to crop production around the world The FAW larva ( is known to feed on over 80 crop species, several of which are major crops in Myanmar, including maize, rice, sorghum, millet, sugar cane, various vegetables and cotton Moreover, developing larvae target different areas of the host crop, depending both on their own developmental phase and the stage of crop development Notably, young larvae feed on leaves, which results in “windowing This can ultimately lead to “dead heart” in maize, which prevents cob formation. The FAW infestation in Myanmar is primarily affecting smallholder maize farmers that have limited to no experience with the pest and few resources to manage its spread Moreover, FAW poses a threat to cropping systems and food security throughout Myanmar because of its high potential to adapt to alternative crops, including rice As the adult moth can travel over 100 kilometres a night, the potential for largescale and widespread infestation is an immediate concern Given the prevailing risk to national food and livelihood security, farmers require urgent support in the sustainable management of FAW through an integrated pest management (IPM) approach.

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