Aim We introduce and evaluate the potential effect of spatially marginal localities
(specifically those protruding into unsuitable regions), in overestimating species niches and …

We compared predictive success in two common algorithms for modeling species'
ecological niches, GARP and Maxent, in a situation that challenged the algorithms to be …

Ecological niche models and species distribution models (ENM and SDM, respectively) are
tools that have seen massive use and considerable improvement during the last twenty …

Medone et al.[1] used ecological niche modelling (ENM) analyses to assess the climatic
suitability expected by the year 2050 in Venezuela and Argentina for two vectors of Chagas …

Correlative ecological niche models (ENMs) aim to approximate the environmentally
suitable areas for a species. Recently, studies have explored the minimum number of …

Correlative ecological niche models (ENM s) estimate species niches using occurrence
records and environmental data. These tools are valuable to the field of biogeography …

Abstract Species Distribution Models (SDM) represent a powerful tool to predict species'
habitat suitability on a landscape and fill the gap between truncated observation data and all …

We examine the consequences of restricting the range of environmental conditions over
which niche‐based models are developed to project potential future distributions of three …

Ecological niche models (ENMs) will successfully identify a species' ecological niche,
provided that important assumptions are fulfilled, namely environment equilibrium and niche …

Aim The calibration area (CA) corresponds to the geographic region used by different
algorithms that estimate the species' environmental preferences and delimit its geographic …