SPATIALLY AUTOCORRELATED DEMOGRAPHY AND INTERPOND DISPERSAL IN THE SALAMANDER AMBYSTOMA CALIFORNIENSE

By P. Trenham, W. Koenig, And H Bradley Shaffer. 2001

136 citations recorded by the source corpus.

Subfields: Ecology, Nature and Landscape Conservation

View Paper: https://www.semanticscholar.org/paper/18ed605824766e730d0647713093b060c036bf7f

How researchers see this paper

The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.

In Ecology

In Nature and Landscape Conservation

Citations in the corpus

DEVELOPING PROBABILISTIC MODELS TO PREDICT AMPHIBIAN SITE OCCUPANCY IN A PATCHY LANDSCAPE (2003, background): “…those factors controlling animal and plant distributions is complicated by the fact that distributional data is frequently spatially autocorrelated, such that sites in close proximity are more similar than sites separated by greater distances (Thomson et al. 1996, Koenig 1999, Trenham et al. 2001).”
Can niche-based distribution models outperform spatial interpolation? (2007, background): “Some researchers have hypothesized that spatial autocorrelation, or the influence of neighbours, is caused by dispersal sensu latu, leading to a connection between neighbouring populations (Selmi & Boulinier, 2001; Trenham et al., 2001; Bahn et al., 2006).”
REGIONAL DYNAMICS OF WETLAND‐BREEDING FROGS AND TOADS: TURNOVER AND SYNCHRONY (2003, background): “However, because even nearby ponds often exhibit divergent hydroperiods and predator communities (Rowe and Dunson 1995, Skelly et al. 1999, Trenham et al. 2001), dynamics may be less synchronous than rainfall.”
Putting Eggs in One Basket: Ecological and Evolutionary Hypotheses for Variation in Oviposition-Site Choice (2010, background): “For example, about 70% of California tiger salamanders returned to breed at the pond in which they had metamorphosed, whereas about 30% dispersed and bred at a different pond (Trenham et al. 2001).”
Life history and spatial traits predict extinction risk due to climate change (2014, background): “Dispersal between populations is based on the dispersal-distance function developed in ref.(60) (their fig.”
IDENTIFYING THE MINIMAL DEMOGRAPHIC UNIT FOR MONITORING POND-BREEDING AMPHIBIANS (2004, background): “Trenham et al. (2001) examined organization of Ambystoma californiense populations in California where adjoining ponds were an average of 300 m apart.”
LINKING DISPERSAL TO LOCAL POPULATION DYNAMICS: A CASE STUDY USING A HEADWATER SALAMANDER SYSTEM (2003, background): “This pattern is very different from the seasonal breeding migrations of other amphibians (Gill 1978, Berven and Grudzien 1990, Dodd and Cade 1998, Trenham et al. 2001), a difference that is likely related to the hydrologic stability of the stream environment relative to that of the ponds where many…”
AMPHIBIAN UPLAND HABITAT USE AND ITS CONSEQUENCES FOR POPULATION VIABILITY (2005, methodology): “First, adult dispersion appears to be far greater than indicated by earlier projections based on direct observations (Loredo et al. 1996) and radio tracking data (Trenham 2001), and is more in line with estimates based on observations of interpond dispersal over several years (Trenham et al. 2001).”
Making habitat selection more “familiar”: a review (2011, background): “…2007 78 79 Rana muscosa Pope and Matthews 2001 76 76 Bufo fowleri Smith and Green 2006 71 59 Bufo calamita Sinsch 1992 96 Ambystoma californiense Trenham et al. 2001 81 82 Ambystoma opacum Gamble et al. 2007 97 96 Plethodon kentucki Marvin 2001 86 82 Notophthalmus viridescens Gill 1978 100…”
Spatial Synchrony in Population Dynamics (2004, background): “…other kinds of demographic factors, such as the sex ratio of goshawk (Accipiter gentiles) nestlings (Byholm et al. 2002) and age-and size-distributions of California tiger salamanders (Ambystoma californiense) in ponds (Trenham et al. 2001) have been found to exhibit significant spatial synchrony.”