Polyps of subtropical-tropical distributed lineages, TET, ARAB, and MCA, strobilated without experimental decreasing of ambient temperature at ≥ 19°C and throughout the year, polyps of the mediterran climate, UBI, strobilated two times per year (winter and late spring) and could be induced to strobilate at 11°-17°C 11°-17°C
In summary, the liver transcriptome of broilers exposed to high ambient temperature indicates specific host responses to decrease internal temperature, reduce hyperthermia-induced apoptosis, and promote tissue repair.
The expression pattern of DREB1A evidenced a consistent increment of its transcripts at dark (ZT20) (Figure 2, cluster 5), possibly due to the decrease of ambient temperature at the presumptive dusk (ZT16) (see Material and Methods).
The decrease in body temperature was perfectly linear for both species, in synchrony with the decrease of ambient temperature, with the only interruption of the release of the latent heat.
Generally, flame height would increase with the decreasing of the ambient pressure, until reaching the turning point, and then decrease.
In general, a reduction of ambient temperature is immediately responded by a decrease of muscular performance in Daphnia.
The results show that with the increase of initial pressure and the decrease of the ambient temperature, the final gas temperature decreases approximately linearly.
It is also shown that the indoor air temperature goes down with the increase of the solar radiation intensity as well as the decrease of the ambient temperature.
The results show that, under each certain pressure of water mist system, both of the Sauter mean diameter (d32) and the arithmetic mean diameter (d10) of water mist droplets decrease with decrease of the ambient air pressure from 0.10 to 0.02 MPa.
Takeda ([1996]) and Elias et al. ([2010]) showed with model calculations that ionospheric conductivity tends to increase because of a decrease of the ambient magnetic field intensity.
With increase in depth, the variation of the temperature and moisture content in soil decreases on account of ambient, and the appearance of the peak temperature in soil postpones.
