Sentence examples for thermal variability from inspiring English sources

In this paper, an approach to analyse the intra-urban summer thermal variability, using an urban planning indicator, is presented.

Water temperature data were examined alongside hydroclimatological data to infer the key processes driving thermal variability from diurnal to inter-annual scales.

Recent advances in temperature monitoring allow more comprehensive studies of the underlying processes influencing annual variation of temperatures and how thermal variability may impact aquatic organisms at individual-, populandon-, and community-based scales.

Our results suggest that urban planning indicators can describe intra-urban thermal variability in a way that can easily be used by urban planners for evaluating the effects of future urbanization scenarios on human health.

Studying insects with complex life cycles, especially those with aquatic or subterranean larval stages, can provide valuable information on the effects of thermal variability and predictability on phenotypic plasticity.

Focusing on the primary stresses of climate thermal variability (at both upper and lower extremes), this study proposes a quantitative indicator system following the IPCC framework of vulnerability assessment that assesses the impact of historical climate change, during 1901 2013, on the natural terrestrial vegetation types in China.

Furthermore, the effect of growth history on thermal resistance variability was not significantly different from that of strain variability and was mainly determined by the growth phase.

Our purpose is to check what would happen if we were using this test to dimension six different boreholes located in the same area: would the performance be different in the other five because of the thermal conductivity variability?

For each of the soils, a bibliographical study was carried out to understand which kind of distribution and spatial variability thermal conductivity follows in each of them (Figures 2 and 3).

These studies are based on planetary exploration by Mariner 10, Pioneer Venus Orbiter (PVO), Galileo, Venus Express (VEx), and Messenger, and have revealed the meridional structure of the superrotation, significant motion associated with the thermal tide, long-term variability of mean winds, and the existence and the variability of planetary-scale waves (Kelvin and Rossby waves).

In the present study, apart from quantifying strain variability on thermal resistance of Listeria monocytogenes, also biological variability and experimental variability were determined to prioritize their importance.