Sentence examples for excess of light from inspiring English sources

Suzanne, the homicidal anti-heroine of "To Die For" (still Kidman's best performance) "is photographed like an advertisement for ripe fruit," with "an excess of light the way carefully concealed banks of light fall on the produce in a supermarket". Satine, the doomed showgirl of "Moulin Rouge," descends "on a strawberry red umbilical cord..

In particular, water stress associated to high air temperatures and an excess of light during summer, may result in a chronic photo-inhibition or down-regulation of photosynthesis causing a marked decrease in CO2 assimilation (Zhou et al. 2010).

An excess of light in the top-right part of this halo, and the motion of planetary nebulae in the galaxy, are the last remaining signs of a medium-sized galaxy that recently collided with Messier 87. that we were able to construct this first image at all.

The latter, that include a number of transcription factors – MYB, WRKY, bHLH, salt tolerance proteins, peroxidases, oxygenases and others, could have a major role to adapt tomato plants to day conditions, such as excess of light and higher temperatures.

Plants need protection from the damaging effects of reactive oxygen species generated by the excess of light; in green tissues, carotenoids prevent the chlorophyll-photosensitized formation of highly destructive singlet oxygen by quenching the chlorophyll triplet states, scavenging reactive oxygen species.

despite the excess of light energy.

Adverse conditions brought about by excesses of light or temperature, drought, salinity, atmospheric pollutants such as ozone, or soil-borne pollutants such as heavy metals, can all threaten plant health.

Keep it away from excess amounts of light and heat.

Each disk showed up as an excess of infrared light extending from the brown dwarfs themselves, but the light did not match the colors of known brown dwarfs.

Algae possess different photoprotective mechanisms, such as the adjustment of chloroplast orientation [ 30]; repair mechanisms [ 31]; the accumulation of UV-absorbing phenolic compounds [ 32]; or the xanthophyll cycles-related dissipation of the excess of absorbed light energy.

This is also supported by our data that there was a greater excess of absorbed light energy in +Al leaves than in -Al ones, as indicated by increased DIo/RC (Fig. 8E), DIo/ABS, and DIo/CSo (data not shown).