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• W3204650072 abstract "Abstract Resolving the combined effect of climate warming and exploitation in a food web context is key for predicting future biomass production, size-structure, and potential yields of marine fishes. Previous studies based on mechanistic size-based food web models have found that bottom-up processes are important drivers of size-structure and fisheries yield in changing climates. However, we know less about the joint effects of ‘bottom-up’ and physiological effects of temperature; how do temperature effects propagate from individual-level physiology through food webs and alter the size-structure of exploited species in a community? Here we assess how a species-resolved size-based food web is affected by warming through both these pathways, and by exploitation. We parameterize a dynamic size spectrum food web model inspired by the offshore Baltic Sea food web, and investigate how individual growth rates, size-structure, relative abundances of species and yields are affected by warming. The magnitude of warming is based on projections by the regional coupled model system RCA4-NEMO and the RCP 8.5 emission scenario, and we evaluate different scenarios of temperature dependence on fish physiology and resource productivity. When accounting for temperature-effects on physiology in addition to on basal productivity, projected size-at-age in 2050 increases on average for all fish species, mainly for young fish, compared to scenarios without warming. In contrast, size-at-age decreases when temperature affects resource dynamics only, and the decline is largest for young fish. Faster growth rates due to warming, however, do not always translate to larger yields, as lower resource carrying capacities with increasing temperature tend to result in declines in the abundance of larger fish and hence spawning stock biomass. These results suggest that to understand how global warming affects the size structure of fish communities, both direct metabolic effects and indirect effects of temperature via basal resources must be accounted for." @default.
• W3204650072 created "2021-10-11" @default.
• W3204650072 creator A5022606492 @default.
• W3204650072 creator A5070876634 @default.
• W3204650072 creator A5081058660 @default.
• W3204650072 creator A5091382332 @default.
• W3204650072 date "2021-10-05" @default.
• W3204650072 modified "2023-10-10" @default.
• W3204650072 title "Temperature impacts on fish physiology and resource abundance lead to faster growth but smaller fish sizes and yields under warming" @default.
• W3204650072 cites W1512370820 @default.
• W3204650072 cites W1795296941 @default.
• W3204650072 cites W1882056658 @default.
• W3204650072 cites W1884296710 @default.
• W3204650072 cites W1963998078 @default.
• W3204650072 cites W1970457066 @default.
• W3204650072 cites W1979957360 @default.
• W3204650072 cites W1980938073 @default.
• W3204650072 cites W1982350814 @default.
• W3204650072 cites W1984415881 @default.
• W3204650072 cites W1988792160 @default.
• W3204650072 cites W1998425702 @default.
• W3204650072 cites W2000359198 @default.
• W3204650072 cites W2007513128 @default.
• W3204650072 cites W2009239184 @default.
• W3204650072 cites W2013510287 @default.
• W3204650072 cites W2015227430 @default.
• W3204650072 cites W2019020595 @default.
• W3204650072 cites W2028787031 @default.
• W3204650072 cites W2047904830 @default.
• W3204650072 cites W2055116474 @default.
• W3204650072 cites W2067338981 @default.
• W3204650072 cites W2068540049 @default.
• W3204650072 cites W2095750989 @default.
• W3204650072 cites W2102619577 @default.
• W3204650072 cites W2103973624 @default.
• W3204650072 cites W2106488124 @default.
• W3204650072 cites W2114795157 @default.
• W3204650072 cites W2116968499 @default.
• W3204650072 cites W2118268521 @default.
• W3204650072 cites W2119927194 @default.
• W3204650072 cites W2121574106 @default.
• W3204650072 cites W2122974269 @default.
• W3204650072 cites W2123550930 @default.
• W3204650072 cites W2128092399 @default.
• W3204650072 cites W2128344280 @default.
• W3204650072 cites W2130189419 @default.
• W3204650072 cites W2131988450 @default.
• W3204650072 cites W2134751531 @default.
• W3204650072 cites W2136168956 @default.
• W3204650072 cites W2136402371 @default.
• W3204650072 cites W2137011837 @default.
• W3204650072 cites W2141453190 @default.
• W3204650072 cites W2141807799 @default.
• W3204650072 cites W2143643595 @default.
• W3204650072 cites W2144060390 @default.
• W3204650072 cites W2147690605 @default.
• W3204650072 cites W2148596155 @default.
• W3204650072 cites W2157348076 @default.
• W3204650072 cites W2170759554 @default.
• W3204650072 cites W2174461436 @default.
• W3204650072 cites W2278353323 @default.
• W3204650072 cites W2373916624 @default.
• W3204650072 cites W2467200728 @default.
• W3204650072 cites W2543986727 @default.
• W3204650072 cites W2565509430 @default.
• W3204650072 cites W2602074293 @default.
• W3204650072 cites W2607276760 @default.
• W3204650072 cites W2737644475 @default.
• W3204650072 cites W2794087161 @default.
• W3204650072 cites W2800909865 @default.
• W3204650072 cites W2812593159 @default.
• W3204650072 cites W2896913088 @default.
• W3204650072 cites W2900694449 @default.
• W3204650072 cites W2906573891 @default.
• W3204650072 cites W2909795307 @default.
• W3204650072 cites W2918046171 @default.
• W3204650072 cites W2928042167 @default.
• W3204650072 cites W2938697572 @default.
• W3204650072 cites W2943729467 @default.
• W3204650072 cites W2945014009 @default.
• W3204650072 cites W2950710435 @default.
• W3204650072 cites W2953029132 @default.
• W3204650072 cites W2965440180 @default.
• W3204650072 cites W298182451 @default.
• W3204650072 cites W2991474693 @default.
• W3204650072 cites W2993184503 @default.
• W3204650072 cites W3014468862 @default.
• W3204650072 cites W3040588293 @default.
• W3204650072 cites W3097592309 @default.
• W3204650072 cites W3118220179 @default.
• W3204650072 cites W3190627552 @default.
• W3204650072 cites W3208573340 @default.
• W3204650072 cites W4210260625 @default.
• W3204650072 cites W4220672241 @default.
• W3204650072 cites W4230517068 @default.
• W3204650072 cites W4242321501 @default.
• W3204650072 doi "https://doi.org/10.1101/2021.10.04.463018" @default.
• W3204650072 hasPublicationYear "2021" @default.
• W3204650072 type Work @default.
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