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• W2887684966 abstract "Abstract Agricultural management intensity and landscape heterogeneity act as the main drivers of biodiversity loss in agricultural landscapes while also determining ecosystem services. The trait‐based functional diversity approach offers a way to assess changes in community functionality across agroecosystems. We focused on carabids and spiders, because they are an important component of crop field biodiversity and have significant biological control potential. We assessed the effect of small‐ vs. large‐scale agricultural landscapes, organic farming, and within‐field position on functional diversity of spiders and carabids. We sampled pairs of organic and conventional winter wheat fields in small‐scale agricultural landscapes (former West Germany) and in neighbouring large‐scale agricultural landscapes (former East Germany). We sampled arthropods with funnel traps in transects at field edges, field interiors (15 m from edge), and field centres. The gradient from field edges towards the centres played an important role: spider body size decreased; ballooning ability increased, and hunting strategy switched from active hunters to more web‐builders—presumably, due to higher microhabitat stability in the field centre. Higher trait diversity of spiders in field edges suggested higher biocontrol potential in small‐scale agriculture. In contrast, carabid feeding switched from herbivores to carnivores, presumably due to higher pest densities inside crop fields. Furthermore, small‐scale agricultural landscapes and organic management supported larger, i.e., less dispersive carabids. Synthesis and applications . In our research, spiders were more sensitive to edge effects and less sensitive to management and landscape composition than carabids. Smaller fields and longer edges, as well as organic management increase carabid functional diversity, which may increase resilience to environmental change. Since many spider species are confined to field edges, the effect of within‐field position on functional diversity is more important in small‐scale agricultural landscapes with more edge habitat than in large‐scale agricultural landscapes. Our findings suggest that European Union policy should acknowledge the high benefits of small‐scale agriculture for the functional role of major predators such as spiders and carabid beetles, as the benefits are equal to those from a conversion to organic agriculture." @default.
• W2887684966 created "2018-08-22" @default.
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• W2887684966 date "2018-08-21" @default.
• W2887684966 modified "2023-10-17" @default.
• W2887684966 title "Landscape configuration, organic management, and within‐field position drive functional diversity of spiders and carabids" @default.
• W2887684966 cites W1136502582 @default.
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• W2887684966 cites W1506470283 @default.
• W2887684966 cites W1594129108 @default.
• W2887684966 cites W1599956631 @default.
• W2887684966 cites W1713613960 @default.
• W2887684966 cites W1971498217 @default.
• W2887684966 cites W1979564073 @default.
• W2887684966 cites W1987431381 @default.
• W2887684966 cites W1989878307 @default.
• W2887684966 cites W1991199013 @default.
• W2887684966 cites W2004909198 @default.
• W2887684966 cites W2006684514 @default.
• W2887684966 cites W2013053581 @default.
• W2887684966 cites W2016601197 @default.
• W2887684966 cites W2023738528 @default.
• W2887684966 cites W2026742653 @default.
• W2887684966 cites W2030757694 @default.
• W2887684966 cites W2031238050 @default.
• W2887684966 cites W2032265360 @default.
• W2887684966 cites W2051977336 @default.
• W2887684966 cites W2052967656 @default.
• W2887684966 cites W2056400445 @default.
• W2887684966 cites W2061577632 @default.
• W2887684966 cites W2065179669 @default.
• W2887684966 cites W2070833471 @default.
• W2887684966 cites W2072163845 @default.
• W2887684966 cites W2081322439 @default.
• W2887684966 cites W2085509107 @default.
• W2887684966 cites W2096679187 @default.
• W2887684966 cites W2098224723 @default.
• W2887684966 cites W2105003778 @default.
• W2887684966 cites W2105272443 @default.
• W2887684966 cites W2105510085 @default.
• W2887684966 cites W2108929009 @default.
• W2887684966 cites W2109274990 @default.
• W2887684966 cites W2109609169 @default.
• W2887684966 cites W2112775986 @default.
• W2887684966 cites W2114836261 @default.
• W2887684966 cites W2115696621 @default.
• W2887684966 cites W2119744294 @default.
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• W2887684966 cites W2130517250 @default.
• W2887684966 cites W2132879315 @default.
• W2887684966 cites W2134000397 @default.
• W2887684966 cites W2141744631 @default.
• W2887684966 cites W2142023815 @default.
• W2887684966 cites W2144234603 @default.
• W2887684966 cites W2144766001 @default.
• W2887684966 cites W2146456605 @default.
• W2887684966 cites W2150719606 @default.
• W2887684966 cites W2153804214 @default.
• W2887684966 cites W2154018491 @default.
• W2887684966 cites W2154576993 @default.
• W2887684966 cites W2155988679 @default.
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• W2887684966 cites W2165384723 @default.
• W2887684966 cites W2167094923 @default.
• W2887684966 cites W2184836148 @default.
• W2887684966 cites W2300844455 @default.
• W2887684966 cites W2341366820 @default.
• W2887684966 cites W2401009420 @default.
• W2887684966 cites W2532432554 @default.
• W2887684966 cites W2548676837 @default.
• W2887684966 cites W2549429373 @default.
• W2887684966 cites W2549935591 @default.
• W2887684966 cites W2623941179 @default.
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• W2887684966 doi "https://doi.org/10.1111/1365-2664.13257" @default.
• W2887684966 hasPublicationYear "2018" @default.
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