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• W2796247788 endingPage "246" @default.
• W2796247788 startingPage "222" @default.
• W2796247788 abstract "Beaver (Castor canadensis) can help to restore wetlands and mitigate the effects of climate change on hydrological regimes in some areas. Therefore, ongoing resource management efforts seek to promote the presence and persistence of beaver populations. The long-term success of such endeavors requires an understanding of what conditions are conducive to sustaining beaver populations, often in landscapes with degraded forest resources. Available information about beaver habitat suitability is largely based on short-term studies in stream habitats that do not consider aquatic plant suitability, even though aquatic plants may comprise over half of beavers' annual diets. In the present study, we assess whether the availability of woody plants, conditions conducive to the availability of aquatic vascular plants (macrophytes), and/or other features of basin morphology are associated with the persistence and density of beaver occupancy in 23 lakes over a 50-y period. We incorporate field-based study that includes all species of macrophytes, to extend previous work that focused specifically on water lily species (Nymphaea spp., Nuphar spp.). Lake perimeter (a function of sinuosity and surface area) and total macrophyte cover were associated with the persistence and density of beaver occupancy in lakes. Each factor independently explained ∼70% (R2adj) of the variation in the persistence of beaver occupancy. Percent cover of floating-leaved macrophytes was a leading predictor of beaver colony density in lakes, independently explaining 72% (R2adj) of the variation. Brasenia schreberi appeared particularly valuable to sustaining beaver in smaller lakes. Several lakes with abundant Brasenia supported high colony densities and long-term colony occupancy. Where feasible, beaver restoration efforts may increase the probability of success by facilitating beaver access to lakes that host key rhizomatous macrophyte species." @default.
• W2796247788 created "2018-04-13" @default.
• W2796247788 creator A5011745868 @default.
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• W2796247788 date "2018-04-01" @default.
• W2796247788 modified "2023-09-23" @default.
• W2796247788 title "Revisiting the Role of Aquatic Plants in Beaver Habitat Selection" @default.
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• W2796247788 cites W1967516578 @default.
• W2796247788 cites W1979451773 @default.
• W2796247788 cites W1985065390 @default.
• W2796247788 cites W1987464952 @default.
• W2796247788 cites W1988153722 @default.
• W2796247788 cites W1995009665 @default.
• W2796247788 cites W1995713925 @default.
• W2796247788 cites W1997366309 @default.
• W2796247788 cites W2001691516 @default.
• W2796247788 cites W2009691778 @default.
• W2796247788 cites W2009835972 @default.
• W2796247788 cites W2016823333 @default.
• W2796247788 cites W2017402075 @default.
• W2796247788 cites W2019379146 @default.
• W2796247788 cites W2020892105 @default.
• W2796247788 cites W2021732447 @default.
• W2796247788 cites W2023644112 @default.
• W2796247788 cites W2027766548 @default.
• W2796247788 cites W2028546129 @default.
• W2796247788 cites W2034704376 @default.
• W2796247788 cites W2038101111 @default.
• W2796247788 cites W2041024345 @default.
• W2796247788 cites W2057906423 @default.
• W2796247788 cites W2066291887 @default.
• W2796247788 cites W2067588249 @default.
• W2796247788 cites W2068402126 @default.
• W2796247788 cites W2068559171 @default.
• W2796247788 cites W2073111508 @default.
• W2796247788 cites W2076349263 @default.
• W2796247788 cites W2076723970 @default.
• W2796247788 cites W2079328182 @default.
• W2796247788 cites W2082469231 @default.
• W2796247788 cites W2083354878 @default.
• W2796247788 cites W2087942887 @default.
• W2796247788 cites W2089515542 @default.
• W2796247788 cites W2094824710 @default.
• W2796247788 cites W2099628817 @default.
• W2796247788 cites W2099705917 @default.
• W2796247788 cites W2100704947 @default.
• W2796247788 cites W2105822751 @default.
• W2796247788 cites W2106472395 @default.
• W2796247788 cites W2110618556 @default.
• W2796247788 cites W2112539781 @default.
• W2796247788 cites W2115080678 @default.
• W2796247788 cites W2115384857 @default.
• W2796247788 cites W211844406 @default.
• W2796247788 cites W2127959953 @default.
• W2796247788 cites W2128417323 @default.
• W2796247788 cites W2129925362 @default.
• W2796247788 cites W2147881495 @default.
• W2796247788 cites W2153318240 @default.
• W2796247788 cites W2158196600 @default.
• W2796247788 cites W2160235708 @default.
• W2796247788 cites W2168021955 @default.
• W2796247788 cites W2168051713 @default.
• W2796247788 cites W2170701232 @default.
• W2796247788 cites W2171015440 @default.
• W2796247788 cites W2177174064 @default.
• W2796247788 cites W2282448634 @default.
• W2796247788 cites W2313006308 @default.
• W2796247788 cites W2315067982 @default.
• W2796247788 cites W2316607927 @default.
• W2796247788 cites W2320896539 @default.
• W2796247788 cites W2322672873 @default.
• W2796247788 cites W2323914340 @default.
• W2796247788 cites W2331364860 @default.
• W2796247788 cites W2332269753 @default.
• W2796247788 cites W2406005538 @default.
• W2796247788 cites W2555240524 @default.
• W2796247788 cites W4237404405 @default.
• W2796247788 cites W4241452098 @default.
• W2796247788 cites W4250046885 @default.
• W2796247788 cites W4253832801 @default.
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• W2796247788 doi "https://doi.org/10.1674/0003-0031-179.2.222" @default.
• W2796247788 hasPublicationYear "2018" @default.
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