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Brochure, flyer, fact-sheetStrengthening Afghanistan Institutions capacity for the assessment of agriculture production and impact scenarios development 2016
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No results found.The Project will: - provide a standardized framework for characterizing climate, soil and terrain conditions relevant to agricultural production; - be based on a geospatial inventory of available and new generated natural resources compiled with recent remotely sensed data sets; - allow assessments of land productivity for location specific agro-ecological conditions; - enable the harmonization and integration of a variety of geospatial datasets, model scenarios and assessments; - provide poli cy options for sustainable management, international conventions and agreements addressing issues of climate change mitigation and adaptation: - establish comprehensive capacity-building program targeting various agencies at different administrative levels; - develop e-learning curriculum on “Geospatial information and technology for agriculture monitoring and environment impact assessment for multipurpose scope”; - be designed to facilitate sharing of good practices, lessons and knowledge man agement. -
ProjectSupport for Emergency Preparedness and Response to Strengthen Management Capacities of Maghreb Countries to Mitigate the Impact and Risk of Fall Armyworm in North Africa - TCP/SNE/3901 2024
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Originating in the Americas, fall armyworm (FAW) is an insect pest that feeds on maize and more than 80 crops, posing a major threat to global food security and the livelihoods of rural populations. In Africa alone, it has the potential to bring about the annual loss of 17.7 million tonnes of maize, with a value of between USD 2.5 and 6.2 billion. With its ability to travel more than 100 km in a single night, FAW spreads quickly thanks to its high reproduction rate, its natural dispersion capacity and international trade. Once established, FAW is impossible to eradicate, making its containment a pressing global challenge. FAW has already impacted food production and security in Mauritania, and its potential spread poses a threat to neighbouring countries in the Maghreb. To stem this threat, FAO has launched a three-year initiative for Global Action for Fall Armyworm Control, and has urged the International Plant Protection Convention (IPPC) to help with its implementation. This initiative aims to strengthen global, regional and national prevention and sustainable control efforts against FAW. Mauritania has requested the technical assistance of FAO in countering the threat of invasion by this pest in the country’s agricultural production area. In addition, due to the insect's transboundary nature and its geographical coverage, its incursion into neighbouring countries is likely. As a result, the proposed interventions consisted of awareness-raising, monitoring and control actions in Mauritania, as well as preparedness and early control in Algeria, Libya, Morocco and Tunisia. This project set out to: (i) raise awareness of FAW with training on appropriate management strategies; (ii) train relevant personnel in controlling the spread of FAW; (iii) strengthen capacities in monitoring, surveillance, identification and differentiation of similar insect species. It thus aimed to influence policy changes and the design of integrated pest management strategies, enhance biosecurity control, reduce the effects of an incursion or invasion and ensure sustainable crop production. -
ProjectStrengthening Institutional Capacity in Surveillance and Monitoring of Antimicrobial Resistance and Antimicrobial Use in the Animal Health Sector - TCP/IND/3803 2024
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No results found.Antimicrobial resistance (AMR) has been globally recognized as an emerging public-health threat. Every year AMR kills an estimated 700 000 people worldwide, most of these in developing countries. It is estimated that by 2050 if not addressed, this number may rise to 10 million, having severe adverse effects on the global economy. In addition, global demand for meat has increased by more than 60 percent in the past decade. Thus, protecting the food chain from resistant pathogens contamination will be expensive if no measures are taken to reduce the usage of antimicrobials, specifically antibiotics in animal production. India developed its National Strategic Action Plan (NAP) for AMR through an extensive consultative process and in the true spirit of a One Health approach, providing equal representation of human health, animal health and environmental sectors in its implementation. The NAP articulates the need to initiate laboratory-based surveillance to understand the magnitude and dynamics of AMR and antimicrobial use (AMU) in various sectors.
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