FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4206366942> ?p ?o ?g. }

• W4206366942 endingPage "118030" @default.
• W4206366942 startingPage "118030" @default.
• W4206366942 abstract "It is essential to understand the mechanism of algal bloom and develop effect measures to control the hazard in aquatic environment, such as large reservoirs. In this study, a series of experiments, along with field observation from 2007 to 2016, were carried out to identify the hydrodynamic parameters that drive the algal bloom in the Three Gorges Reservoir (TGR), China, and their threshold values were determined. The results show that algae concentration was markedly diluted with a short retention time, and the threshold value of the retention time to avoid algal bloom was approximately less than 3 days. With strong stratification, the algae concentration was able to approach to the level of algal bloom in 10 days, even when the water temperature is lower than 12 °C. The ratio of mixing depth to euphotic depth (Zm/Ze) had significant negative correlations with both algae concentration and algae specific growth rate (SGR). The field monitoring data indicated that Zm/Ze is an important hydrodynamic parameter which sensitively affects algae growth and concentration. This study made the first attempt to determine Zm/Ze >2.8 to restrain algal bloom in the TGR. Our findings shed light on the influence of critical depth on the algal bloom in the TGR, and the results can serve to control algal bloom in reservoirs through discharge operation." @default.
• W4206366942 created "2022-01-25" @default.
• W4206366942 creator A5013895300 @default.
• W4206366942 creator A5015664188 @default.
• W4206366942 creator A5016068852 @default.
• W4206366942 creator A5018804799 @default.
• W4206366942 creator A5036072350 @default.
• W4206366942 creator A5043005954 @default.
• W4206366942 creator A5061844949 @default.
• W4206366942 creator A5074619178 @default.
• W4206366942 creator A5089542086 @default.
• W4206366942 date "2022-03-01" @default.
• W4206366942 modified "2023-10-16" @default.
• W4206366942 title "The influence of hydraulic characteristics on algal bloom in three gorges reservoir, China: A combination of cultural experiments and field monitoring" @default.
• W4206366942 cites W1579695062 @default.
• W4206366942 cites W1598393089 @default.
• W4206366942 cites W1667332724 @default.
• W4206366942 cites W1750294101 @default.
• W4206366942 cites W1966423400 @default.
• W4206366942 cites W1966542021 @default.
• W4206366942 cites W1976628086 @default.
• W4206366942 cites W1976784162 @default.
• W4206366942 cites W2005220163 @default.
• W4206366942 cites W2006313413 @default.
• W4206366942 cites W2007425763 @default.
• W4206366942 cites W2013406220 @default.
• W4206366942 cites W2021491537 @default.
• W4206366942 cites W2024145462 @default.
• W4206366942 cites W2027770450 @default.
• W4206366942 cites W2033691463 @default.
• W4206366942 cites W2035840762 @default.
• W4206366942 cites W2038241098 @default.
• W4206366942 cites W2039845582 @default.
• W4206366942 cites W2040653358 @default.
• W4206366942 cites W2042495012 @default.
• W4206366942 cites W2053616204 @default.
• W4206366942 cites W2053716417 @default.
• W4206366942 cites W2061559183 @default.
• W4206366942 cites W2067626588 @default.
• W4206366942 cites W2067812964 @default.
• W4206366942 cites W2069155998 @default.
• W4206366942 cites W2074692765 @default.
• W4206366942 cites W2080675307 @default.
• W4206366942 cites W2084022756 @default.
• W4206366942 cites W2086675389 @default.
• W4206366942 cites W2086961110 @default.
• W4206366942 cites W2087012014 @default.
• W4206366942 cites W2087743405 @default.
• W4206366942 cites W2096956157 @default.
• W4206366942 cites W2099834630 @default.
• W4206366942 cites W2101942080 @default.
• W4206366942 cites W2107479925 @default.
• W4206366942 cites W2128595521 @default.
• W4206366942 cites W2128988308 @default.
• W4206366942 cites W2134074902 @default.
• W4206366942 cites W2135731312 @default.
• W4206366942 cites W2149590679 @default.
• W4206366942 cites W2150234295 @default.
• W4206366942 cites W2152858797 @default.
• W4206366942 cites W2161317883 @default.
• W4206366942 cites W2167526974 @default.
• W4206366942 cites W2170563701 @default.
• W4206366942 cites W2171990050 @default.
• W4206366942 cites W2192001126 @default.
• W4206366942 cites W2328166024 @default.
• W4206366942 cites W2400834717 @default.
• W4206366942 cites W2463413251 @default.
• W4206366942 cites W2509987291 @default.
• W4206366942 cites W2550458457 @default.
• W4206366942 cites W2614543014 @default.
• W4206366942 cites W2738742270 @default.
• W4206366942 cites W2757018963 @default.
• W4206366942 cites W2768014012 @default.
• W4206366942 cites W2771088022 @default.
• W4206366942 cites W2772953005 @default.
• W4206366942 cites W2781638501 @default.
• W4206366942 cites W2795473943 @default.
• W4206366942 cites W2795735781 @default.
• W4206366942 cites W2800999475 @default.
• W4206366942 cites W2803104650 @default.
• W4206366942 cites W2804019323 @default.
• W4206366942 cites W2888686856 @default.
• W4206366942 cites W2913959467 @default.
• W4206366942 cites W2961437643 @default.
• W4206366942 cites W2989979839 @default.
• W4206366942 cites W3010029131 @default.
• W4206366942 cites W3014984349 @default.
• W4206366942 cites W3024257532 @default.
• W4206366942 cites W3094105726 @default.
• W4206366942 cites W3200774753 @default.
• W4206366942 cites W4236805753 @default.
• W4206366942 cites W4241188304 @default.
• W4206366942 cites W4244667148 @default.
• W4206366942 cites W4361979210 @default.
• W4206366942 cites W3140807049 @default.
• W4206366942 doi "https://doi.org/10.1016/j.watres.2021.118030" @default.
• W4206366942 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35065341" @default.
• W4206366942 hasPublicationYear "2022" @default.

• next