STUDIES ON QUANTITATIVE ASSESSMENT AND PREDICTION OF NUTRIENT STATUS IN THE SUBTROPICS WATERS
Yang Yang, M. Liu, Zhen-bin WU, Jing-lei HAN
Abstract
Open-access reader
Yang Yang, M. Liu, Zhen-bin WU, Jing-lei HAN
Abstract
Open-access reader
This paper presents the quantitative assessment and prediction results of the nutrient states in the subtropic/tropic waters. By using the method of relative weighed nutrient status index, the nutrient states of H Reservoir were continuonsly and numerically assessed. it revealed the steps of nutrient development and processes of eutrophication, which overcame the limitations and overlaps of nutrient status assessments for lakes and reservoirs by using fixed parameters. Based on the responding relation between lake external force functions(mainly the concentrations or loadings of external nutrient salts)and the research result of international cooperative organization of OECD, mathematical models of phosphorus concentrations of H Reservoir responding to nutrient salts inflow loadings and control standards are put forward and the results are identical with reality. Assessing methods and predicting models raised in this paper could also be applied to other lakes and reservoirs in the subtropics/tropics.
OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
This paper presents the quantitative assessment and prediction results of the nutrient states in the subtropic/tropic waters. By using the method of relative weighed nutrient status index, the nutrient states of H Reservoir were continuonsly and numerically assessed. it revealed the steps of nutrient development and processes of eutrophication, which overcame the limitations and overlaps of nutrient status assessments for lakes and reservoirs by using fixed parameters. Based on the responding relation between lake external force functions(mainly the concentrations or loadings of external nutrient salts)and the research result of international cooperative organization of OECD, mathematical models of phosphorus concentrations of H Reservoir responding to nutrient salts inflow loadings and control standards are put forward and the results are identical with reality. Assessing methods and predicting models raised in this paper could also be applied to other lakes and reservoirs in the subtropics/tropics.
Key concepts: Nutrient, Subtropics, Eutrophication, Environmental science, Phosphorus, Inflow, Tropics, Quantitative assessment