Aim Existing climate envelope models give an indication of broad scale shifts in distribution,
but do not specifically provide information on likely future population changes useful for …

Projections of species' distributions in future climates can aid adaptive conservation
strategies. Although presence-absence or presence-only data have been extensively used …

Predictions of the availability of suitable climate space for the breeding distributions of eight
birds of conservation importance were modelled for the current climate and four climate …

Aim Concern over the implications of climate change for biodiversity has led to the use of
species–climate 'envelope'models to forecast risks of species extinctions under climate …

Increasing concern over the implications of climate change for biodiversity has led to the use
of species–climate envelope models to project species extinction risk under climate‐change …

The dynamic nature and diversity of species' responses to climate change poses significant
difficulties for developing robust, long-term conservation strategies. One key question is …

Distribution models are commonly used to generalise across species distributions, to project
future potential range changes, and to identify potential areas for species reintroductions …

Projecting the likely effect of environmental change on bird species' distributions is one of
the approaches developed to better understand and counteract negative impacts of climate …

Identifying the species most vulnerable to extinction as a result of climate change is a
necessary first step in mitigating biodiversity decline. Species distribution modeling (SDM) is …

Threats to biodiversity resulting from habitat destruction and deterioration have been
documented for many species, whilst climate change is regarded as increasingly impacting …