Resasco, Julian; Tuff, Kika T; Cunningham, Saul; Melbourne, Brett A.; Hicks, Andrew J.; Newsome, Seth D; Davies, Kendi
Habitat fragmentation can alter the trophic structure of communities and environmental conditions, thus driving changes in biodiversity and ecosystem functions. Quantifying niches of generalist predators can reveal how fragmentation alters ecosystems. In a habitat fragmentation experiment, we used stable isotopes of a generalist predator skink to test predictions from spatial theory on trophic structure and to quantify abiotic changes associated with fragmentation among continuous forest,...[Show more]
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