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• W3080289968 endingPage "110046" @default.
• W3080289968 startingPage "110046" @default.
• W3080289968 abstract "Locusts differ from ordinary grasshoppers in their ability to swarm over long distances and are among the oldest migratory pests. The ecology and biology of locusts make them among the most devastating pests worldwide and hence the calls for actions to prevent the next outbreaks. The most destructive of all locust species is the desert locust (Schistocerca gregaria). Here, we review the current locust epidemic 2020 outbreak and its causes and prevention including the green technologies that may provide a reference for future directions of locust control and food security. Massive locust outbreaks threaten the terrestrial environments and crop production in around 100 countries of which Ethiopia, Somalia and Kenya are the most affected. Six large locust outbreaks are reported for the period from 1912 to 1989 all being closely related to long-term droughts and warm winters coupled with occurrence of high precipitation in spring and summer. The outbreaks in East Africa, India and Pakistan are the most pronounced with locusts migrating more than 150 km/day during which the locusts consume food equivalent to their own body weight on a daily basis. The plague heavily affects the agricultural sectors, which is the foundation of national economies and social stability. Global warming is likely the main cause of locust plague outbreak in recent decades driving egg spawning of up to 2–400,000 eggs per square meter. Biological control techniques such as microorganisms, insects and birds help to reduce the outbreaks while reducing ecosystem and agricultural impacts. In addition, green technologies such as light and sound stimulation seem to work, however, these are challenging and need further technological development incorporating remote sensing and modelling before they are applicable on large-scales. According to the Food and Agriculture Organization (FAO) of the United Nations, the 2020 locust outbreak is the worst in 70 years probably triggered by climate change, hurricanes and heavy rain and has affected a total of 70,000 ha in Somalia and Ethiopia. There is a need for shifting towards soybean, rape, and watermelon which seems to help to prevent locust outbreaks and obtain food security. Furthermore, locusts have a very high protein content and is an excellent protein source for meat production and as an alternative human protein source, which should be used to mitigate food security. In addition, forestation of arable land improves local climate conditions towards less precipitation and lower temperatures while simultaneously attracting a larger number of birds thereby increasing the locust predation rates." @default.
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• W3080289968 date "2020-12-01" @default.
• W3080289968 modified "2023-10-10" @default.
• W3080289968 title "A review of historical and recent locust outbreaks: Links to global warming, food security and mitigation strategies" @default.
• W3080289968 cites W106689307 @default.
• W3080289968 cites W1628808914 @default.
• W3080289968 cites W1640064831 @default.
• W3080289968 cites W1786594848 @default.
• W3080289968 cites W1963994885 @default.
• W3080289968 cites W1970590474 @default.
• W3080289968 cites W1977911380 @default.
• W3080289968 cites W1990496908 @default.
• W3080289968 cites W1994032417 @default.
• W3080289968 cites W1995308585 @default.
• W3080289968 cites W1999522039 @default.
• W3080289968 cites W2014062656 @default.
• W3080289968 cites W2014357328 @default.
• W3080289968 cites W2018657067 @default.
• W3080289968 cites W2022667858 @default.
• W3080289968 cites W2030031878 @default.
• W3080289968 cites W2034309824 @default.
• W3080289968 cites W2036268326 @default.
• W3080289968 cites W2048497219 @default.
• W3080289968 cites W2048552381 @default.
• W3080289968 cites W2054184563 @default.
• W3080289968 cites W2063157484 @default.
• W3080289968 cites W2078230761 @default.
• W3080289968 cites W2082343021 @default.
• W3080289968 cites W2084278019 @default.
• W3080289968 cites W2085550000 @default.
• W3080289968 cites W2092693417 @default.
• W3080289968 cites W2097490641 @default.
• W3080289968 cites W2108957917 @default.
• W3080289968 cites W2122362744 @default.
• W3080289968 cites W2127995256 @default.
• W3080289968 cites W2130364568 @default.
• W3080289968 cites W2135183201 @default.
• W3080289968 cites W2138140203 @default.
• W3080289968 cites W2138410199 @default.
• W3080289968 cites W2149850098 @default.
• W3080289968 cites W2151086292 @default.
• W3080289968 cites W2159254839 @default.
• W3080289968 cites W2159746911 @default.
• W3080289968 cites W2169082316 @default.
• W3080289968 cites W2182179440 @default.
• W3080289968 cites W2530324873 @default.
• W3080289968 cites W2611754963 @default.
• W3080289968 cites W2619352259 @default.
• W3080289968 cites W2766896380 @default.
• W3080289968 cites W2783658278 @default.
• W3080289968 cites W2929607551 @default.
• W3080289968 cites W2933382941 @default.
• W3080289968 cites W2953939943 @default.
• W3080289968 cites W2963082981 @default.
• W3080289968 cites W2980785308 @default.
• W3080289968 cites W2998229635 @default.
• W3080289968 cites W3005168204 @default.
• W3080289968 cites W3007759540 @default.
• W3080289968 cites W3008792751 @default.
• W3080289968 cites W3011297511 @default.
• W3080289968 cites W3012384859 @default.
• W3080289968 cites W3019356732 @default.
• W3080289968 cites W3038163972 @default.
• W3080289968 cites W3039883903 @default.
• W3080289968 cites W4247348590 @default.
• W3080289968 cites W4249638272 @default.
• W3080289968 cites W4254034058 @default.
• W3080289968 doi "https://doi.org/10.1016/j.envres.2020.110046" @default.
• W3080289968 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32841638" @default.
• W3080289968 hasPublicationYear "2020" @default.
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