The phrase "ecological tolerance" is a correct and usable phrase in written English.
It can be used to refer to the ability of an organism to tolerate changes in their environment without experiencing a negative effect. For example, "Plants that grow in climates with great temperature variations often have a high degree of ecological tolerance."
A wide range of ecological tolerance is shown by orchids.
Moreover, L. camara is present in most of the country's major biomes and a diversity of habitats, confirming its broad ecological tolerance.
Morphological and habitat diversity, together with cosmopolitan distribution, contributes to the wide ecological tolerance of the angiosperms adapting to Alpine tundra regions and salt marshes, from the Arctic Circle to the lowland tropical rain forests.
A "filter corridor" involves land dispersal with a more selective connection restricted to organisms exhibiting the right ecological tolerance.
Successful modern invasive species commonly exhibit broad levels of ecological tolerance, which allows them to exploit many types of environments (Davis 2009).
The latter allows incorporating into biogeographic inference estimates of the divergence time between lineages (usually based on DNA sequences) and external sources of evidence, such as information on past climate and geography, the organism fossil record, or its ecological tolerance.
During both intervals, invasive species are characterized by broad ecological tolerances, broad geographic ranges, and higher-than-average survival potential through the crisis interval.
This native species successfully survives through the invasion due to its broad ecological tolerances that manifested as a large range size.
This suggests that although both survivors and invaders had relatively broad ecological tolerances, the only native species able to persist during the initial waves of biotic invasion were those with the broadest ecological niches.
This suggests that in order to avoid extinction, native species must retain broad ecological tolerances and, most importantly, the ability to evolve and adapt in the face of increased competition due to species invasions.
Since these species entered the invasive regime with broad niches, they could undergo niche evolution in a way that focused their revised niche on a subset of their original niche rather than evolve new ecological tolerances (Stigall 2012b).
