FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4285389344> ?p ?o ?g. }

• W4285389344 abstract "Cyanobacteria are a widely distributed phytoplankton that can bloom and produce algal toxins in the eutrophicated water bodies. Large cladocerans are a group of zooplankton that presents higher grazing efficiency on algae. Studying the quantitative relationship between cyanobacteria and cladocera, especially in unmanipulated and unpredictable natural ecosystems in the wild, provides the key to revealing the mechanism of cyanobacterial blooms and finding effective control and prevention methods. This paper proposes a research method to detect the threshold for cladocera to control cyanobacteria by using the path of “edge scatter-segment regression.” Based on the field survey data from 242 sample sites in shallow and slow-flowing rivers in North China, the quantitative relationship between the main groups of zooplankton and phytoplankton was analyzed, and the standard deviation and coefficient of variation were used to test the threshold. This paper finally compares the roles of body size and cladocera abundance in cyanobacteria control. The results showed that in natural ecosystems, cladocera were the best group for controlling the abundance of cyanobacteria among zooplankton. The control effect of cladocera on the abundance of cyanobacteria is not linear but non-linear, and cladocera can only have a stable control effect under certain conditions. The total phosphorus concentrations and water temperatures did not interfere with the analysis results in this paper. In wild ecosystems, the predation process of cladocera on cyanobacteria basically follows the “size-efficiency” hypothesis, but when cladocera successfully control cyanobacterial abundances, it is often due to “win by quantity” rather than “win by size.” The phenomenon of non-linear variation in the cladocera density-cyanobacteria density relationship fits well with the description of the transition from a stable to chaotic state in chaos theory. This paper reveals the complex quantitative relationships of plankton food chains in wild aquatic ecosystems. The ecological threshold detection of the cladocera-cyanobacterial abundances provides a quantitative basis for early warning, control and prevention of cyanobacteria blooms. The non-linear variations in cladocera density-cyanobacteria density revealed in this paper provide insight and evidence for understanding the complex changes in aquatic ecosystems." @default.
• W4285389344 created "2022-07-14" @default.
• W4285389344 creator A5015760851 @default.
• W4285389344 creator A5032365167 @default.
• W4285389344 creator A5034083293 @default.
• W4285389344 creator A5045058519 @default.
• W4285389344 creator A5046514206 @default.
• W4285389344 creator A5054437253 @default.
• W4285389344 creator A5069529651 @default.
• W4285389344 creator A5076890095 @default.
• W4285389344 date "2022-07-14" @default.
• W4285389344 modified "2023-10-17" @default.
• W4285389344 title "Quantitative relationship between cladocera and cyanobacteria: A study based on field survey" @default.
• W4285389344 cites W1978424046 @default.
• W4285389344 cites W1996635243 @default.
• W4285389344 cites W2008209257 @default.
• W4285389344 cites W2046010400 @default.
• W4285389344 cites W2060505969 @default.
• W4285389344 cites W2075051601 @default.
• W4285389344 cites W2080767706 @default.
• W4285389344 cites W2081101193 @default.
• W4285389344 cites W2082733897 @default.
• W4285389344 cites W2093943180 @default.
• W4285389344 cites W2102892532 @default.
• W4285389344 cites W2142635246 @default.
• W4285389344 cites W2143510389 @default.
• W4285389344 cites W2168749739 @default.
• W4285389344 cites W2320195936 @default.
• W4285389344 cites W2467009741 @default.
• W4285389344 cites W2554052180 @default.
• W4285389344 cites W2722558570 @default.
• W4285389344 cites W2738742270 @default.
• W4285389344 cites W2885947988 @default.
• W4285389344 cites W3009719841 @default.
• W4285389344 cites W3022026730 @default.
• W4285389344 cites W3034328347 @default.
• W4285389344 cites W3040463354 @default.
• W4285389344 cites W3045466036 @default.
• W4285389344 cites W3106460977 @default.
• W4285389344 cites W3213330747 @default.
• W4285389344 cites W3216410176 @default.
• W4285389344 cites W4211010233 @default.
• W4285389344 cites W4211100692 @default.
• W4285389344 cites W4299870202 @default.
• W4285389344 cites W4379510236 @default.
• W4285389344 doi "https://doi.org/10.3389/fevo.2022.915787" @default.
• W4285389344 hasPublicationYear "2022" @default.
• W4285389344 type Work @default.
• W4285389344 citedByCount "0" @default.
• W4285389344 crossrefType "journal-article" @default.
• W4285389344 hasAuthorship W4285389344A5015760851 @default.
• W4285389344 hasAuthorship W4285389344A5032365167 @default.
• W4285389344 hasAuthorship W4285389344A5034083293 @default.
• W4285389344 hasAuthorship W4285389344A5045058519 @default.
• W4285389344 hasAuthorship W4285389344A5046514206 @default.
• W4285389344 hasAuthorship W4285389344A5054437253 @default.
• W4285389344 hasAuthorship W4285389344A5069529651 @default.
• W4285389344 hasAuthorship W4285389344A5076890095 @default.
• W4285389344 hasBestOaLocation W42853893441 @default.
• W4285389344 hasConcept C110872660 @default.
• W4285389344 hasConcept C120305227 @default.
• W4285389344 hasConcept C142796444 @default.
• W4285389344 hasConcept C158836135 @default.
• W4285389344 hasConcept C18903297 @default.
• W4285389344 hasConcept C2776987104 @default.
• W4285389344 hasConcept C2778208666 @default.
• W4285389344 hasConcept C2779669040 @default.
• W4285389344 hasConcept C2780187675 @default.
• W4285389344 hasConcept C2780892065 @default.
• W4285389344 hasConcept C523546767 @default.
• W4285389344 hasConcept C54355233 @default.
• W4285389344 hasConcept C559758991 @default.
• W4285389344 hasConcept C77077793 @default.
• W4285389344 hasConcept C86803240 @default.
• W4285389344 hasConceptScore W4285389344C110872660 @default.
• W4285389344 hasConceptScore W4285389344C120305227 @default.
• W4285389344 hasConceptScore W4285389344C142796444 @default.
• W4285389344 hasConceptScore W4285389344C158836135 @default.
• W4285389344 hasConceptScore W4285389344C18903297 @default.
• W4285389344 hasConceptScore W4285389344C2776987104 @default.
• W4285389344 hasConceptScore W4285389344C2778208666 @default.
• W4285389344 hasConceptScore W4285389344C2779669040 @default.
• W4285389344 hasConceptScore W4285389344C2780187675 @default.
• W4285389344 hasConceptScore W4285389344C2780892065 @default.
• W4285389344 hasConceptScore W4285389344C523546767 @default.
• W4285389344 hasConceptScore W4285389344C54355233 @default.
• W4285389344 hasConceptScore W4285389344C559758991 @default.
• W4285389344 hasConceptScore W4285389344C77077793 @default.
• W4285389344 hasConceptScore W4285389344C86803240 @default.
• W4285389344 hasLocation W42853893441 @default.
• W4285389344 hasLocation W42853893442 @default.
• W4285389344 hasOpenAccess W4285389344 @default.
• W4285389344 hasPrimaryLocation W42853893441 @default.
• W4285389344 hasRelatedWork W2034239370 @default.
• W4285389344 hasRelatedWork W2048439538 @default.
• W4285389344 hasRelatedWork W2074560489 @default.
• W4285389344 hasRelatedWork W2078463126 @default.
• W4285389344 hasRelatedWork W2107161972 @default.
• W4285389344 hasRelatedWork W2129151640 @default.
• W4285389344 hasRelatedWork W2160499353 @default.

• next