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Urgent Action for Capacity Building to Control Desert Locust Infestation in The Islamic Republic of Iran - TCP/IRA/3801








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    Brochure, flyer, fact-sheet
    Urgent action for capacity building to control desert locust infestation in the Islamic Republic of Iran
    To further enhance national technical capacity for early warning, monitoring and management of desert locust
    2020
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    In 2020, the Islamic Republic of Iran is experiencing the worst outbreak of desert locust in 50 years. This brochure provides a brief description of the context, the necessity to implement the project, to enhance national technical capacity for early warning, monitoring and management of desert locust and the expected results in the country. Moreover, FAO's mandate and activities, its contribution, project objectives as well as the in-country partnership and the financial support provided for this project are also highlighted in this publication.
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    Project
    Emergency Assistance for Capacity Development in the Current Desert Locust Outbreak Areas Control in Eritrea - TCP/ERI/3801 2022
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    The Eritrean economy is heavily dependent on the agriculture sector, which contributes around 16 9 percent of the total gross domestic product However, the sector is seriously threatened by invasions of Desert Locust ( the most important pest in the country, and one that impoverishes farmers and threatens food security and livelihoods Locust infestation also has a negative impact on forestry and the ecosystem Despite DL control efforts, the situation has rapidly deteriorated Weather conditions across the Horn of Africa in January 2020 were unusually conducive to the spread and breeding of the pest after the arrival of Cyclone Pawan in early December 2019 These conditions allowed breeding until June 2020 and the formation of large numbers of swarms The Desert Locust is considered the most destructive migratory pest in the world, as it is highly mobile and feeds on green vegetation, including crops, pasture and fodder The pest is capable of stripping an area’s vegetation, and can cause large scale agricultural and environmental damage Even a very small 1 km 2 swarm can eat the same amount of food in one day as about 35 000 people A typical swarm can be made up of 150 million locusts per square kilometre and is carried on the wind for distances of up to 150 km in one day A single large swarm in Kenya was recently recorded with an area of 60 km by 40 km a swarm of that size can consume the equivalent amount of kilocalories in one day as millions of people Outbreaks of DL can thus be especially devastating in areas where food security is poor and where every gram of food produced counts towards alleviating hunger.
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    Project
    Emergency Preparedness and Response to Desert Locust Infestation in Uganda - TCP/UGA/3801 2022
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    Because of its high mobility and wide and varied feeding habits, the desert locust Schistocerca gregaria is a dreaded insect that can, each day, eat its own weight in fresh food, form dense mobile swarms and travel up to 150 km Desert locust swarms reportedly migrated from Yemen to Ethiopia, Kenya and Somalia between December 2019 and January 2020 prompting FAO operated early warning system desert locust information services ( to issue alerts about a potential spread to South Sudan and Uganda Heavy rains in the Horn of Africa in December 2019 created favorable breeding conditions with the potential to last until June 2020 possibly resulting in large numbers of swarms Swarms spread quickly and at an alarming rate Various sized desert locust swarms entered Kenya and a 40 km by 60 km swam was observed entering Kenya from Somalia in 2020 Uganda has not experienced a desert locust invasion since the early 1960 s, when it had devastating effects on the country's food security situation However, FAO had at the time identified a low to moderate risk of desert locust swarms entering Uganda With limited control capacity in Kenya, the risk that some swarms would spread into the north and north eastern parts of Uganda was considered, particularly in the Kenya bordering subregion of Karamoja With a looming invasion threat, Ugandan government officials analysed the country's preparedness in the event of an infestation and drafted a contingency plan Recognizing the lack of knowledge about this pest and the low capacity for surveillance and control in the country, there was an urgent need to mobilize and educate national and local institutions, as well as the general public, to conduct surveillance and reporting, and prepare for control operations.

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