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- W4311532616 abstract "Abstract Ecotones linking open and forested habitats contain multiple microhabitats with varying vegetal structures and microclimatic regimes. Ecotones host many insect species whose development is intimately linked to the microclimatic conditions where they grow (e.g., the leaves of their host plants and the surrounding air). Yet microclimatic heterogeneity at these fine scales and its effects on insects remain poorly quantified for most species. Here we studied how interspecific differences in the use of microhabitats across ecotones lead to contrasting thermal exposure and survival costs between two closely‐related butterflies ( Pieris napi and P. rapae ). We first assessed whether butterflies selected different microhabitats to oviposit and quantified the thermal conditions at the microhabitat and foliar scales. We also assessed concurrent changes in the quality and availability of host plants. Finally, we quantified larval time of death under different experimental temperatures (thermal death time [TDT] curves) to predict their thermal mortality considering both the intensity and the duration of the microclimatic heat challenges in the field. We identified six processes determining larval thermal exposure at fine scales associated with butterfly oviposition behavior, canopy shading, and heat and water fluxes at the soil and foliar levels. Leaves in open microhabitats could reach temperatures 3–10°C warmer than the surrounding air while more closed microhabitats presented more buffered and homogeneous temperatures. Interspecific differences in microhabitat use matched the TDT curves and the thermal mortality in the field. Open microhabitats posed acute heat challenges that were better withstood by the thermotolerant butterfly, P. rapae , where the species mainly laid their eggs. Despite being more thermosensitive, P. napi was predicted to present higher survivals than P. rapae due to the thermal buffering provided by their selected microhabitats. However, its offspring could be more vulnerable to host‐plant scarcity during summer drought periods. Overall, the different interaction of the butterflies with microclimatic and host‐plant variation emerging at fine scales and their different thermal sensitivity posed them contrasting heat and resource challenges. Our results contribute to setting a new framework that predicts insect vulnerability to climate change based on their thermal sensitivity and the intensity, duration, and accumulation of their heat exposure." @default.
- W4311532616 created "2022-12-26" @default.
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- W4311532616 date "2023-01-15" @default.
- W4311532616 modified "2023-10-15" @default.
- W4311532616 title "Interspecific differences in microhabitat use expose insects to contrasting thermal mortality" @default.
- W4311532616 cites W1513832370 @default.
- W4311532616 cites W1518897246 @default.
- W4311532616 cites W1562941891 @default.
- W4311532616 cites W1922767769 @default.
- W4311532616 cites W1951724000 @default.
- W4311532616 cites W1970423267 @default.
- W4311532616 cites W1994812157 @default.
- W4311532616 cites W2004775758 @default.
- W4311532616 cites W2011144503 @default.
- W4311532616 cites W2016467777 @default.
- W4311532616 cites W2022776523 @default.
- W4311532616 cites W2026457920 @default.
- W4311532616 cites W2026617132 @default.
- W4311532616 cites W2028967442 @default.
- W4311532616 cites W2057985612 @default.
- W4311532616 cites W2058226856 @default.
- W4311532616 cites W2062736116 @default.
- W4311532616 cites W2068143383 @default.
- W4311532616 cites W2072949495 @default.
- W4311532616 cites W2075946103 @default.
- W4311532616 cites W2077693718 @default.
- W4311532616 cites W2080709372 @default.
- W4311532616 cites W2097969108 @default.
- W4311532616 cites W2103288724 @default.
- W4311532616 cites W2104169871 @default.
- W4311532616 cites W2105319682 @default.
- W4311532616 cites W2116192919 @default.
- W4311532616 cites W2121789394 @default.
- W4311532616 cites W2123386026 @default.
- W4311532616 cites W2128043355 @default.
- W4311532616 cites W2129304829 @default.
- W4311532616 cites W2129595902 @default.
- W4311532616 cites W2129650014 @default.
- W4311532616 cites W2131312828 @default.
- W4311532616 cites W2140384411 @default.
- W4311532616 cites W2142435084 @default.
- W4311532616 cites W2156354175 @default.
- W4311532616 cites W2160589144 @default.
- W4311532616 cites W2166790476 @default.
- W4311532616 cites W2169610905 @default.
- W4311532616 cites W2178517821 @default.
- W4311532616 cites W2220078136 @default.
- W4311532616 cites W2317784173 @default.
- W4311532616 cites W2330445082 @default.
- W4311532616 cites W2341111351 @default.
- W4311532616 cites W2401599332 @default.
- W4311532616 cites W2496715349 @default.
- W4311532616 cites W2565229824 @default.
- W4311532616 cites W2762910918 @default.
- W4311532616 cites W2775161625 @default.
- W4311532616 cites W2791189132 @default.
- W4311532616 cites W2903181844 @default.
- W4311532616 cites W2915406864 @default.
- W4311532616 cites W2916799959 @default.
- W4311532616 cites W2917598815 @default.
- W4311532616 cites W2932680270 @default.
- W4311532616 cites W2952757700 @default.
- W4311532616 cites W3010287583 @default.
- W4311532616 cites W3024046348 @default.
- W4311532616 cites W3043734889 @default.
- W4311532616 cites W3082674480 @default.
- W4311532616 cites W3083358975 @default.
- W4311532616 cites W3121036262 @default.
- W4311532616 cites W3125213608 @default.
- W4311532616 cites W3136512267 @default.
- W4311532616 cites W3153999239 @default.
- W4311532616 cites W3156675198 @default.
- W4311532616 cites W3158580868 @default.
- W4311532616 cites W3164719128 @default.
- W4311532616 cites W3190912421 @default.
- W4311532616 cites W3204342356 @default.
- W4311532616 cites W4225012921 @default.
- W4311532616 cites W4245651139 @default.
- W4311532616 cites W4282967667 @default.
- W4311532616 cites W4301586625 @default.
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- W4311532616 doi "https://doi.org/10.1002/ecm.1561" @default.
- W4311532616 hasPublicationYear "2023" @default.
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