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- W4367692956 endingPage "103177" @default.
- W4367692956 startingPage "103177" @default.
- W4367692956 abstract "Climate change is predicted to have a significant impact on the geographic distribution of various flora, fauna, and insect species by expanding, contracting, or shifting their suitable climate environment. The plant pathogenic fungus Fusarium is known for causing crop diseases like blight, root and stem rots, and wilts, making it the most significant mycotoxigenic genus in weeds and food across various climatic zones worldwide. In this study, we hypothesize that crop diseases caused by Fusarium spp. will increase across all four corners of the world by 2050 and 2070 in response to future climate conditions. A series of correlative species distribution models (SDMs), including a generalized linear model (GLM), maximum entropy (MaxEnt), generalized boosting model (GBM), and surface range envelope, were employed to project and compare how the niche of Fusarium spp. will change from the present time to 2050 and 2070 under two Climate Change Representative Concentration Pathways (RCPs) of 8.5 and 4.5 (scenarios of high and low greenhouse gas emissions, respectively). Our approach (the ensemble predictions of 4 SDMs) minimizes the uncertainty (differences) of the projection results from each one of the models. The findings of this study have global implications because Fusarium spp. are associated with host species that are present on major continents such as Asia, Europe, Australia, and North and South America. The information gathered could be beneficial to farmers and planners when creating strategies to prevent the proliferation of Fusarium spp. as well as calculating the expenses associated with using pesticides to minimize contamination and increase yields." @default.
- W4367692956 created "2023-05-03" @default.
- W4367692956 creator A5008564076 @default.
- W4367692956 creator A5016743995 @default.
- W4367692956 creator A5027969862 @default.
- W4367692956 creator A5063604992 @default.
- W4367692956 date "2023-08-01" @default.
- W4367692956 modified "2023-09-26" @default.
- W4367692956 title "An examination of how climate change could affect the future spread of Fusarium spp. around the world, using correlative models to model the changes" @default.
- W4367692956 cites W1494196016 @default.
- W4367692956 cites W1522031123 @default.
- W4367692956 cites W1522571150 @default.
- W4367692956 cites W153511207 @default.
- W4367692956 cites W1541774929 @default.
- W4367692956 cites W1573224148 @default.
- W4367692956 cites W1612939717 @default.
- W4367692956 cites W1635003312 @default.
- W4367692956 cites W1876437099 @default.
- W4367692956 cites W1967650411 @default.
- W4367692956 cites W1972480190 @default.
- W4367692956 cites W1972824867 @default.
- W4367692956 cites W1973671726 @default.
- W4367692956 cites W1975106583 @default.
- W4367692956 cites W1977079398 @default.
- W4367692956 cites W1980193681 @default.
- W4367692956 cites W1985380577 @default.
- W4367692956 cites W1986599683 @default.
- W4367692956 cites W1989268853 @default.
- W4367692956 cites W1989464451 @default.
- W4367692956 cites W1990127594 @default.
- W4367692956 cites W1990748933 @default.
- W4367692956 cites W1992114521 @default.
- W4367692956 cites W1993197028 @default.
- W4367692956 cites W1993607205 @default.
- W4367692956 cites W1994217680 @default.
- W4367692956 cites W1997619156 @default.
- W4367692956 cites W2000478072 @default.
- W4367692956 cites W2002758482 @default.
- W4367692956 cites W2003704456 @default.
- W4367692956 cites W2013828549 @default.
- W4367692956 cites W2019055691 @default.
- W4367692956 cites W2024511991 @default.
- W4367692956 cites W2025691166 @default.
- W4367692956 cites W2027772315 @default.
- W4367692956 cites W2028877829 @default.
- W4367692956 cites W2033061601 @default.
- W4367692956 cites W2033611428 @default.
- W4367692956 cites W2034829996 @default.
- W4367692956 cites W2040763697 @default.
- W4367692956 cites W2055659098 @default.
- W4367692956 cites W2056868695 @default.
- W4367692956 cites W2059506482 @default.
- W4367692956 cites W2060895731 @default.
- W4367692956 cites W2065980990 @default.
- W4367692956 cites W2066305270 @default.
- W4367692956 cites W2072343083 @default.
- W4367692956 cites W2072874994 @default.
- W4367692956 cites W2076150274 @default.
- W4367692956 cites W2088740571 @default.
- W4367692956 cites W2097601813 @default.
- W4367692956 cites W2100533358 @default.
- W4367692956 cites W2104064236 @default.
- W4367692956 cites W2109735604 @default.
- W4367692956 cites W2111796869 @default.
- W4367692956 cites W2115443892 @default.
- W4367692956 cites W2115684305 @default.
- W4367692956 cites W2118487113 @default.
- W4367692956 cites W2120535913 @default.
- W4367692956 cites W2123127253 @default.
- W4367692956 cites W2123493742 @default.
- W4367692956 cites W2125351751 @default.
- W4367692956 cites W2128979353 @default.
- W4367692956 cites W2140819525 @default.
- W4367692956 cites W2141014056 @default.
- W4367692956 cites W2141682219 @default.
- W4367692956 cites W2163528675 @default.
- W4367692956 cites W2163559576 @default.
- W4367692956 cites W2165512168 @default.
- W4367692956 cites W2170565777 @default.
- W4367692956 cites W2243965868 @default.
- W4367692956 cites W2263577788 @default.
- W4367692956 cites W2311370325 @default.
- W4367692956 cites W2381617781 @default.
- W4367692956 cites W2472731030 @default.
- W4367692956 cites W2476764914 @default.
- W4367692956 cites W2500757901 @default.
- W4367692956 cites W2514922521 @default.
- W4367692956 cites W2587790182 @default.
- W4367692956 cites W2588345274 @default.
- W4367692956 cites W2615633074 @default.
- W4367692956 cites W2758094034 @default.
- W4367692956 cites W2762916043 @default.
- W4367692956 cites W2770098368 @default.
- W4367692956 cites W2790324940 @default.
- W4367692956 cites W2795249149 @default.
- W4367692956 cites W2801768011 @default.
- W4367692956 cites W2895997426 @default.
- W4367692956 cites W2897873206 @default.