Sentence examples for carbon sequestration rate from inspiring English sources
"carbon sequestration rate" is a correct and usable phrase in written English
It can be used in various contexts, such as scientific research papers, environmental reports, or discussions about climate change. Example: The study found that the carbon sequestration rate in the country has increased by 10% since implementing a new reforestation program.
Regardless of the climate scenario, we found that thinning and burning treatments increased the carbon sequestration rate because of decreased resource competition.
The effects of key operation parameters on the system total energy efficiency (ŋten), total exergy efficiency (ŋtex) and carbon sequestration rate (Rcs) were detected.
In 2010, the amount of carbon sequestration totaled 1.90 million tons with an average carbon sequestration rate of 2.16 t/ha/year.
Hyperspectral reflectance was collected using an automatic system designed for high temporal frequency acquisitions for three consecutive years, including one (2011) characterized by a strong reduction of the carbon sequestration rate during the vegetative season.
The highest carbon sequestration rate (108‰ y− 1) occurred in the most carbon depleted soils, which were sandy soils with lowest proportion of macroaggregates and chemical elements such as calcium, magnesium and potassium.
Considering the average sequestration rate of 1.06 ton ha− 1 y− 1, the resulting soil carbon sequestration rate for Brazil where 8.8 million hectares are under green-trashing of sugarcane residues would be 9.3 million ton C y− 1.
There are many uncertainties in our estimates, ranging from where exactly the restoration will take place, to which species might be planted and their carbon sequestration rates.
Seagrass beds function as important coastal filters for nutrients and pollutants and display high carbon sequestration rates.
After twenty three months of flooding and coagulant treatment, sediment samples were collected near the inlet, middle, and outlet of each wetland to determine vertical accretion rates, bulk density, sediment composition, and carbon sequestration rates.
Recent studies have indicated that the combination of ozone and nitrogen may alter biomass allocation in pines towards that of deciduous trees, accelerate litter accumulation, and increase carbon sequestration rates in heavily polluted forests.
Although the percentage of this reduction in total diet emissions is relatively low, the result exceeds carbon sequestration rates for the conventional urban green space projects, such as parks and forests.
