Smith, AnnabelBull, C. MichaelDriscoll, Don2015-12-100006-3207http://hdl.handle.net/1885/62313Altered fire regimes threaten the persistence of many animal species globally, thus understanding how fire affects demographic processes is critical for conservation. Using 2. years of mark-recapture data from the Australian gecko Nephrurus stellatus, weKeywords: abundance; biodiversity; conservation management; data set; demography; fire behavior; fire management; lizard; mark-recapture method; numerical model; predation; reproduction; succession; survival; temperature effect; Animalia; Gekkonidae; Nephrurus; Rep Animal demography; Fire regime; Mark-recapture; Reproduction; Reptile; Robust design201110.1016/j.biocon.2011.10.0232016-02-24