Sentence examples for in fluctuating environments from inspiring English sources

Cells have evolved diverse mechanisms that maintain intracellular homeostasis in fluctuating environments.

Intrinsic links between environmental stress and Hsp90 function thus endow living systems with phenotypic plasticity in fluctuating environments.

Since fruit growth, including pollination and fertilization, is strongly affected by adverse environmental conditions3, 4, 6, parthenocarpy is advantageous for stable crop production in fluctuating environments.

We propose that the epigenetic and metastable nature of [PSI+] inheritance allows yeast cells to exploit pre-existing genetic variation to thrive in fluctuating environments.

Finally, to tackle the question of why cells actively tune shape at different growth stages, I systematically quantify changes in cellular dimensions across fluctuating environments in Chapter 7, and develop an ODE model explaining the trade-offs of cellular surface area and volume across nutrient conditions, revealing a global regulation of cellular physiology in fluctuating environments.

Finally, our work illustrates how the dynamics of the population size is led by a strong synergism between the rate of phenotypic variation and the frequency of environmental oscillations, and identifies possible ecological conditions that promote the maximisation of the population size in fluctuating environments.

We argue that the role of gill-associated Hill coefficient as a direct signal of the stochastic switch-like response in the damage-recovery dynamics in response to pulse metal stressor can serve as a sensitive indicator for risk detection in fluctuating environments.

Persistence is a general phenomenon observed in microbial populations subjected to stress, e.g., when kept in fluctuating environments [10].

This is a novel aspect of adaptation in fluctuating environments which has not been discussed so far.

Here, I consider a scenario in which two species with different genetic architectures compete and evolve in fluctuating environments.

This effect translated into a marked decrease in the characteristic time scale of species turnover, highlighting the role of rare species in driving assemblage dynamics in fluctuating environments.