Sentence examples for more variable temperatures from inspiring English sources

However, whether this association generalizes to a northern climate, with more variable temperatures, is unknown.

It may be that regular exposure of the backreef and nearshore S. siderea colonies to higher maximum seawater temperatures, as well as to more variable temperatures (diurnal, seasonal, and year-to-year) [28], has preconditioned these corals to be more resistant and/or resilient than their forereef counterparts to thermal stress associated with global warming.

This almost agrees with previous studies conducted in US [ 1] that reported larger heat effects in cities with lower but more variable temperatures during warm months.

Because of lower and more variable temperatures at high latitudes, intermittent exposure may constitute a larger fraction of the total exposure in the south than in the north.

The main impacts of climate change are higher and more variable temperatures, changes in precipitation patterns (often lower and more erratic rainfall) and increasing soil salinity.

However, factors such as warmer and more variable temperature regimes and increases in fine sediment often initiated a shift of aquatic invertebrate community composition to those more closely associated with open pasture sites.

This maintains a more eurythermal environment with relatively warmer and more variable seawater temperatures than forereef environments [28].

The effect of climate change on human health has received much attention in response to projected scenarios of both increasing and more variable global temperatures.

Researches have also found that the more variable the temperature, attributed to climate change, the more lethal the fungus.

The emission of greenhouse gases is thought to be responsible for a gradual increase in ambient temperatures worldwide, while locally more extreme and variable temperatures are expected.

Promising results have been obtained for selecting for increased nematicide resistance and higher temperature tolerance, without a decrease in other key fitness traits (Glazer et al. 1997; Ehlers et al. 2005), but results have been more variable for cold temperature tolerance (e.g., Ehlers et al. 2005).