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• W2972718527 abstract "Abstract Protected areas are one of the hammers in conservation toolkits, yet few protected areas exist that were designed to protect freshwater ecosystems. This is problematic as freshwater ecosystems are among the most threatened systems on earth. Nonetheless, terrestrial protected areas ( TPA s) may afford spill‐over benefits to freshwater ecosystems included within their boundaries, but evaluations of these potential benefits for the protection of freshwater fish diversity are lacking. Using fish community data from 175 lakes inside, outside, or bordering TPA s in Ontario, Canada, we sought to determine if TPA s preserve fish functional diversity. We focused on functional diversity because previous work indicated no taxonomic differences between these lakes, but a difference in normalised‐length size‐spectra slopes inside versus outside TPA s (indicator of unique predator–prey ratios and trophic energy transfer). We expected that communities inside TPA s would show greater functional diversity (i.e. functional dispersion and functional richness) and have more extreme trait combinations (i.e. functional divergence) than communities outside or bordering TPA s. We also tested for differences in the rarity of species‐specific functional traits between fish communities inside, outside, or bordering TPA s, between thermal guilds, and across average body size and overall prevalence of the species. Our results indicated no significant differences in functional diversity among lake fish communities inside, outside, or bordering TPA s. However, fish communities inside TPA s had more extreme trait combinations than outside TPA s because abundant species in lake communities outside TPA s had more ubiquitous trait combinations than abundant fishes inside TPA s. Small‐bodied species showed greater functional rarity than large‐bodied species, indicating that small‐bodied fishes fill functionally unique roles while the most prevalent, large‐bodied species possess a more generalist set of traits. Overall, the similarity of functional diversity metrics for lake fish communities inside, outside, or bordering TPA s in Ontario suggests that TPA s capture the functional diversity of Ontario's lake fish communities. However, we encourage similar evaluations in regions where environmental conditions and stressors are more distinct across TPA boundaries than they are in Ontario, as these types of evaluations will inform guidelines for the design of freshwater protected areas and monitoring of their effectiveness in the future." @default.
• W2972718527 created "2019-09-19" @default.
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• W2972718527 date "2019-09-09" @default.
• W2972718527 modified "2023-09-27" @default.
• W2972718527 title "Evaluating functional diversity conservation for freshwater fishes resulting from terrestrial protected areas" @default.
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• W2972718527 cites W1911243798 @default.
• W2972718527 cites W1966166469 @default.
• W2972718527 cites W1971345082 @default.
• W2972718527 cites W1973630000 @default.
• W2972718527 cites W1976046903 @default.
• W2972718527 cites W1984188157 @default.
• W2972718527 cites W1987431381 @default.
• W2972718527 cites W1991383976 @default.
• W2972718527 cites W1991782651 @default.
• W2972718527 cites W1993151010 @default.
• W2972718527 cites W1994507967 @default.
• W2972718527 cites W1998184392 @default.
• W2972718527 cites W1999197565 @default.
• W2972718527 cites W2009499611 @default.
• W2972718527 cites W2010635848 @default.
• W2972718527 cites W2016715307 @default.
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• W2972718527 cites W2034405245 @default.
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• W2972718527 cites W2074069991 @default.
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• W2972718527 cites W2116168361 @default.
• W2972718527 cites W2118327902 @default.
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• W2972718527 cites W2150396089 @default.
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• W2972718527 cites W2168836999 @default.
• W2972718527 cites W2169286869 @default.
• W2972718527 cites W2171035941 @default.
• W2972718527 cites W2188619639 @default.
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• W2972718527 doi "https://doi.org/10.1111/fwb.13395" @default.
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