Sentence examples for minimum environmental temperature from inspiring English sources

This optimal distance depends on the minimum environmental temperature and characteristics of the surrounding vegetation, the importance of which has also been shown in experimental studies (e.g. Cichini et al. 2011).

(A) Intrinsic colonizer survival (S) as a function of minimum environmental temperature (T) for a species with a range of 50%% survival temperatures: T50 = −4 °C till −8 °C.

The exact location and value of maximal colonizer survival within gaps depended on the minimum environmental temperature (T), the colonizer's sensitivity to low temperatures (T50) and the characteristics of the vegetation (dC, dF and Δ Tf).

(E) Intrinsic colonizer survival (S) as a function of minimum environmental temperature (T) for a species with T50 = −6 °C and the correction factor a varying from 0.25 to 4. (F and G) Realized colonizer survival as a function of distance to the gap edge for gaps of 100 cm diameter with a = 0.5 (F), 1 (G) or 2 (H). Figure S2.

Finally, we calculated gap colonization along a realistic temperature gradient in mountains by decreasing the minimum environmental temperature, the effect size of the vegetation with increasing elevation (representing the decreasing vegetation size in colder conditions; Körner 2003) and increasing the facilitative temperature amelioration (Wright et al. 2015).

The sows from T1 and T2 groups were exposed to mean maximum and minimum environmental temperatures of 25.7 and 21.0 °C, respectively, and the sows from the T3 group to average maximum and minimum environmental temperatures of 26.5 and 20.7 °C, respectively.

The sows from both treatments were exposed to average maximum and minimum environmental temperatures of 26.9 and 20.8 °C, respectively.

Food is plentiful in the wet summer season when mean monthly maximum and minimum environmental temperatures are about 32 and 23 °C, respectively.

More extreme minimum environmental temperatures together with smaller vegetation but on average higher facilitative temperature amelioration increased the eccentricity of maximal survival on higher elevations even more than when all of them were considered separately.

A temperature option equal to 3.5°C (which is close to the natural environmental temperature of golomyankas) was chosen to calculate the minimum free energy.

Environmental temperature and wind.