The phrase "environmental tolerance" is grammatically correct and can be used in written English.
It refers to an organism's ability to adapt and survive in different environmental conditions. Example: The species of plant has a high level of environmental tolerance, allowing it to thrive in a wide range of temperatures and soil compositions.
That will be up to the Department of Agriculture, the Environmental Protection Agency and the Food and Drug Administration.Until now, the genetic modification of trees has had strictly commercial aims: speeding up the growth and extending the environmental tolerance of species intended for plantations.
However, an understanding of their environmental tolerance ranges is still lacking.
A key feature of its invasive success is its broad environmental tolerance.
Screening for EPN species or isolates with extreme environmental tolerance may contribute to reducing costs and increasing efficacy.
Information on the environmental tolerance of EPNs is useful in the selection of strains that are needed for field application (Shulong et al. 2013).
To date, the genetic improvement of WBM has been achieved to improve their agronomic characteristics such as disease resistance, environmental tolerance and fruit quality.
In the present study, H. marelatus D1 was tested for environmental tolerance under which it will be probably applied, i.e., heat, desiccation, and hypoxia.
Our study highlights the importance of using a multi-generational approach to fully understand individual environmental tolerance and its responses to a global change scenario in aquatic systems.
The range of design criteria for composites within the assembly is broader, however, also covering impact energy absorption, damage resistance, fatigue durability, and environmental tolerance.
Several studies have indicated that traits of EPNs may differ among strains/species, including their longevity, virulence, and environmental tolerance (Shapiro-Ilan et al. 2003; Grewal et al. 2011).
Obtained results showed that although H. marelatus D1 had stronger environmental tolerance traits, it was comparable to H. bacteriophora in terms of virulence to either G. mellonella or the fruit fly B. zonata.
