Sentence examples for responding to changing environments from inspiring English sources
Two-component systems are majorly involved in sensing and responding to changing environments in bacteria [4].
Due to phenotypic plasticity and contemporary evolutionary change (Kinnison and Hairston 2007), organisms can respond to changing environments in unexpected ways, and these unexpected responses present a great challenge to resource managers (Stockwell et al. 2003).
And yet, if we reduce genetic differences, we risk turning the human population into one giant clone, tedious to meet with and bereft of the variation needed to respond to changing environments.
Uncovering and mathematically modeling Transcription Factor Networks (TFNs) are the first steps in engineering plants with traits that are better equipped to respond to changing environments.
The framework developed is adaptive so that adjustments to catch or effort are recursive and can respond to changing environments, socioeconomic conditions, and fishing practices.
This is the first evidence to suggest that learning during a critical period may be important for how animals respond to changing environments.
In order to respond to changing environments, bacteria such as S. oneidensis utilize global regulatory mechanisms such as the two-component regulatory system to simultaneously mediate the transcription of numerous operons.
Understanding the role of all genes that function to provide resistance upon chemical exposure will provide a systems level view of how cells respond to changing environments, and an understanding of what happens to the cell and the organism when this system is impaired.
Second, it strongly responds to changing environments (e.g., to glucose concentration or to growth temperature).
This omnipresence is attributed to the evolution of a potent life history strategy to respond to changing environments [ 1].
Other problems may involve too little genetic diversity to respond to changing environments and problems in becoming hybridogenetic (e.g. disruption of meiosis and subsequent infertility or sterility).
