Thus, owing to the temperature increase, the copepod species diversity might reduce and the composition of copepod communities might tend to be small-sized in natural sea areas close to the coastal power plants.
6 It is possible that hospital admissions could increase in the future owing to temperature changes projected with climate change, assuming no additional acclimatisation.
The associated decrease in photoconductance ΔG (Supplementary Fig. S3) is partly owing to the increased temperature stemming from Joule heating and partly owing to inhomogeneous broadening of the plasmon resonance due to the potential gradient along the graphene at higher drain voltages.
These issues can be overcome at elevated temperatures, since bioavailability tends to increase with temperature owing to increases in solubility (Margesin and Schinner 2001; Feitkenhauer and Märk 2003; Perfumo et al. 2007).
The stress required to induce brittle failure increases with depth because it depends on pressure, whereas the strength in viscous flow decreases with depth owing to temperature dependence.
In the case of seed, if its moisture content is high, it is easily deteriorated in above freezing temperature owing to an increase in respiration and metabolism, and may get damaged in the winter or die at subzero temperature (Baek et al. [2000]).
P-polarized light excites electron hole pairs, which decay through electron electron scattering, effectively multiplying the primary photocarriers, and leading to an enhancement-mode photocurrent owing to the increased electron temperature (see also the schematic in Fig. 1c).
The Tc increased with increasing sintering temperature owing to considerably increase the K ratio in the A-site of NKN ceramics.
The basicity of the polymer decreased at elevated temperatures owing to an increase in the hydrophobicity-driven compaction of the macromolecules.
Increased content of PA in the copolymer (DPA) led to an abrupt decrease in its cloud point (lower critical solution temperature, LCST) owing to an increase in hydrophobicity.
Our society and critical infrastructure systems are threatened with ever-increasing risks of climatic change leading to frequent extreme weather events such as coastal flooding due to sea-level rise, droughts and heatwaves owing to increasing global mean temperature, and other hydrometeorological hazards such as hurricanes, tropical cyclones, typhoons, among others (Mukherjee 2017).
