Sentence examples for large changes in temperature from inspiring English sources

However, large changes in temperature and pore pressure occur only near the conduit.

Additionally, glucocorticoids and thyroid hormones are involved in behavioral and physiological traits that are part of the emergency life history stage designed to allow vertebrates to survive unpredictable events in the nonbreeding season (winter) such as inclement weather (including large changes in temperature), predator density, and fluctuating food resources.

Therefore, compost microbial communities can tolerate large changes in temperature, redox conditions, and water activity, recovering quickly from major environmental perturbations.

As an alternative model to compare the effects of large changes in temperature on mortality with moderate changes, temperature change was categorised into 3 groups: a drop of more than 3°C; a rise of more than 3°C; a change in either direction of less than 3°C.

In conclusion, we found there were adverse effects due to relatively large changes in temperature on NEM, particularly for females and people aged 65 74 years in summer in Brisbane, as well as on NEM, CVM, and NEM among people aged ≥ 75 years in Los Angeles.

Several biocompatible hydrogels were screened, although those requiring large changes in temperature, pH, or ionic strength to gel were excluded as they might compromise the vesicles.

Few if any regions stand out as certain losers from geoengineering if you accept that it is worth trading off a large change in temperature for a smaller drop in precipitation (in terms of change on the levels seen before the geoengineering).

A large change in temperature might impact on mortality, whether it is positive or negative, because the automatic thermoregulation system cannot adapt to sudden temperature change, particularly for people with certain medical conditions.

One group of organisms that is subjected to dramatic environmental changes throughout their life cycle, including larges changes in temperature, nutrients and host immune defences is the parasitic protozoa.

This prediction is consistent with our findings that the largest changes in temperature-dependent HSPs occurred in the liver.

Since the radiative heat stress applied in this study elicited relatively large changes in skin temperature, we do not expect that an even greater increase in skin temperature would elicit RPE-mediated changes in power output.