"carbon sequestration capacity" is a correct and usable phrase in written English.
It is typically used in scientific or environmental contexts to refer to the ability of a specific location or system to store or absorb carbon dioxide from the atmosphere. Example: "The coastal wetlands have a high carbon sequestration capacity, making them an important buffer against climate change."
Such large biases will lead to predictions of overly open terrestrial nutrient cycles and lower carbon sequestration capacity.
The carbon sequestration capacity of vegetation is analyzed in relation to water resources and vegetation growing conditions.
Macreadie, P. I., Baird, M. E., Trevathan-Tackett, S. M., Larkum, A. W. D. & Ralph, P. J. Quantifying and modelling the carbon sequestration capacity of seagrass meadows: A critical assessment.
While a number of countries have developed estimates of their national vegetative carbon sequestration capacity, no estimate exists for the National Park Service (NPS) administered areas, 85% of which are vegetated.
The alas ecosystem was a carbon sink (−1.38 tC ha−1) but had a 60% lower carbon sequestration capacity than the surrounding larch forest (−3.44 tC ha−1) during the study period.
Yet, current DGVMs assume ubiquitous availability of seeds and do not consider any seed dispersal mechanisms and/or plant migration process, which may influence the assessment of impacts to the ecosystem that rely on the vegetation structure changes (i.e., change in albedo, runoff, and terrestrial carbon sequestration capacity).
Ecological problems in Inner Mongolia have had impacts on the environmental quality of surrounding regions (e.g., dust storms and reduced carbon sequestration capacities).
Forest biomass is helpful to assess its productivity and carbon (C) sequestration capacity.
However, few studies have quantified the carbon (C) sequestration capacities of urban and rural forests in specific climatic zones.
Using ArcMap, we then assessed the impact, on baseline carbon sequestration and storage capacity, of several different site designs and tree conservation scenarios for the proposed development.
Grimes thinks they are likely to fund nuclear fission, nuclear fusion, carbon sequestration, cleaner generating capacity, and renewables such as biomass.
