The phrase "availability of carbon" is correct and usable in written English.
It can be used in contexts discussing environmental science, chemistry, or resource management, particularly when referring to the presence or accessibility of carbon in a given system.
Example: "The availability of carbon in the soil is crucial for plant growth and overall ecosystem health."
Alternatives: "presence of carbon" or "accessibility of carbon".
Light, temperature and the availability of carbon and nutrients are major factors affecting aquatic plant growth.
Growth of microalgae is influenced by the availability of carbon dioxide, number of photons, initial concentration of microalgae and nutrients.
We show that this is predominantly related to the pattern size dependence of the number of walls and relate this to the local availability of carbon feedstock species.
The ratio of initial substrate concentration (S0) to initial biomass concentration (X0) represents the availability of carbon and energy source for microbial growth in a batch culture.
It also includes additional low- carbon technologies beyond those included in AEO 2017, such as the availability of carbon capture and storage for industrial facilities and renewable natural gas.
The availability of carbon, nitrogen and sulfur resources will have a major impact on the production of specific classes of primary metabolites (PMs) and consequently on the levels and composition of SMs derived from these PMs.
However, in their case, it was postulated that immobilisation was primarily a consequence of increased microbial demand to match the higher availability of carbon-rich growth substrate.
A significant glycolytic activity is expectable in high proliferative tissues for the sake of availability of carbons skeletons for biosynthetic routes.
Overall, our results suggest several mechanisms by which populations responsible for organic decomposition and nitrogen cycling were affected by harvesting, and further suggests that the increased sensitivity of those populations to harvesting in the BS and IDF ecozones is at least partially dependent on the relative availabilities of carbon and nitrogen as well as pH levels prior to harvesting.
The good rate performance is provided by the relatively low micropore fraction (20 30 % independently of the surface area of the carbons, see Table 1) giving almost complete availability of the carbon surface for the electrolyte ions.
The lower amount of cumulative mineralized carbon at 30 °C may be accounted for by the faster depletion of labile carbon during the prior incubation stage and the difficult availability of recalcitrant carbon at the late incubation stage.
