The phrase "availability of light" is grammatically correct and can be used in written English.
It is typically used to refer to the presence or accessibility of light in a given situation or location. Example: The availability of light in the living room was limited due to the heavy curtains blocking out natural sunlight. In this sentence, "availability of light" is used to describe the level of light in the living room and how it was affected by the presence of heavy curtains.
The availability of light, water depth, proximity to land, and topographic complexity all affect marine habitats.
The availability of light affects which organisms can inhabit a certain area of a marine ecosystem.
A second important characteristic of lakes is the way that the availability of light changes with depth.
This kind of street photography, made possible by the increasing availability of light portable cameras with fast-acting mechanisms, appealed to photographers around the world.
This significantly reduced the availability of light at the ground surface compared to the undrained site (p <0.001; t = 6.9); total light transmissivity, drained site = 43.6 ± 27.4%, undrained site plots = 85.4 ± 11.9% (mean ± st dev).
Consequently, organisms evolved mechanisms that give them an ability to measure time over 24 hours and allow them to anticipate and prepare for periodic changes in the availability of light.
As one of best sources from which save energy and improve workplace functionality, whole lighting systems can respond to the availability of natural light or presence of occupants spread across a building and automatically adjust in real time down to the level of a single bulb.
Although inundation may generally displace invasive species more readily than natives, it can also displace natives (e.g. Collinge et al. 2011) and increase availability of space, light and other resources, thereby ameliorating other forms of stress (e.g. dry, low-light or low-nutrient conditions) linked with resistance to invasion.
Fe(II) oxidation kinetics strongly rely on the availability of UV light, Fe III) ions and oxygen.
Renewable energy sources such as solar photovoltaic can meet increasing energy demand in countries where there is sufficient availability of sun light.
This study shows that porphyrin derivatives can be an ideal sensitizer in the design of highly efficient photocatalysts for increasing the availability of solar light.
