FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2095678847> ?p ?o ?g. }

• W2095678847 endingPage "195" @default.
• W2095678847 startingPage "181" @default.
• W2095678847 abstract "Many freshwater ecosystems receive allochthonous resource subsidies from adjacent terrestrial environments. In eastern North American forests, geographic broods of periodical cicadas emerge every 13 to 17 y to breed, and local abundances can sometimes be >300 individuals/m2. Most individuals avoid predation, senesce after breeding, and become a resource pulse for forest ecosystems; some cicada carcasses enter freshwater ecosystems where they represent a detrital resource pulse. Here, we present a 2-part study in which we examined the deposition of cicada detritus into woodland ponds and low-order streams in southwestern Ohio during the emergence of Brood X periodical cicadas. We compared the deposition of nutrients associated with periodical cicada detritus and terrestrial leaf litter into small woodland ponds and low-order streams. We used a laboratory experiment to compare patterns of decomposition and nutrient release of adult periodical cicada carcasses and sycamore leaf litter. Input of periodical cicada detritus to woodland streams and ponds was a function of local cicada emergence densities. Organic C loading to woodland aquatic ecosystems from cicada detritus was substantially less than that from terrestrial leaf litter; however, the higher mass-specific N and P content of cicada material made cicada detritus a relatively important nutrient input. N and P deposited in cicada detritus represented 0.2 to 61% of the N and 0.3 to 50% of the P deposited into woodland aquatic ecosystems via terrestrial leaf litter. Decomposition experiments indicated that cicada detritus was of much higher quality than was sycamore leaf litter; female and male cicada carcasses lost mass at significantly faster rates than sycamore leaves (female k = −0.05/d, male k = −0.04/d, sycamore leaf k = −0.002/d). Release rates of C, N, and P from cicada carcasses were 4, 39, and 150× greater, respectively, than release rates from sycamore leaves. Our study indicates that periodical cicada detritus can represent a substantial allochthonous resource pulse to forested aquatic ecosystems and that cicada detritus is of substantially higher quality than is terrestrial leaf litter. These results suggest that deposition and decomposition of periodical cicada detritus can affect the productivity and dynamics of woodland aquatic ecosystems and that the role of animal-derived resource pulses to ecosystems requires further exploration." @default.
• W2095678847 created "2016-06-24" @default.
• W2095678847 creator A5000117941 @default.
• W2095678847 creator A5028811304 @default.
• W2095678847 creator A5067817046 @default.
• W2095678847 date "2009-03-01" @default.
• W2095678847 modified "2023-10-18" @default.
• W2095678847 title "Deposition and decomposition of periodical cicadas (Homoptera: Cicadidae:<i><i>Magicicada</i></i>) in woodland aquatic ecosystems" @default.
• W2095678847 cites W1966081437 @default.
• W2095678847 cites W1971864007 @default.
• W2095678847 cites W1971949660 @default.
• W2095678847 cites W1980990649 @default.
• W2095678847 cites W1995785663 @default.
• W2095678847 cites W2010136581 @default.
• W2095678847 cites W2012883903 @default.
• W2095678847 cites W2017111687 @default.
• W2095678847 cites W2033328680 @default.
• W2095678847 cites W2033725192 @default.
• W2095678847 cites W2037155042 @default.
• W2095678847 cites W2037816800 @default.
• W2095678847 cites W2044776723 @default.
• W2095678847 cites W2055808264 @default.
• W2095678847 cites W2067230474 @default.
• W2095678847 cites W2067855834 @default.
• W2095678847 cites W2069925982 @default.
• W2095678847 cites W2070678396 @default.
• W2095678847 cites W2071375100 @default.
• W2095678847 cites W2080200478 @default.
• W2095678847 cites W2081696512 @default.
• W2095678847 cites W2092613863 @default.
• W2095678847 cites W2097607146 @default.
• W2095678847 cites W2102119018 @default.
• W2095678847 cites W2105362715 @default.
• W2095678847 cites W2105534067 @default.
• W2095678847 cites W2117143436 @default.
• W2095678847 cites W2120680292 @default.
• W2095678847 cites W2122898613 @default.
• W2095678847 cites W2126136565 @default.
• W2095678847 cites W2137832443 @default.
• W2095678847 cites W2140991335 @default.
• W2095678847 cites W2141702442 @default.
• W2095678847 cites W2150763916 @default.
• W2095678847 cites W2154231096 @default.
• W2095678847 cites W2155986835 @default.
• W2095678847 cites W2157568546 @default.
• W2095678847 cites W2163759631 @default.
• W2095678847 cites W2164885172 @default.
• W2095678847 cites W2169695554 @default.
• W2095678847 cites W2172959226 @default.
• W2095678847 cites W2177683850 @default.
• W2095678847 cites W2308990066 @default.
• W2095678847 cites W2313655221 @default.
• W2095678847 cites W2315440903 @default.
• W2095678847 cites W2332748074 @default.
• W2095678847 cites W4210796277 @default.
• W2095678847 doi "https://doi.org/10.1899/08-038.1" @default.
• W2095678847 hasPublicationYear "2009" @default.
• W2095678847 type Work @default.
• W2095678847 sameAs 2095678847 @default.
• W2095678847 citedByCount "28" @default.
• W2095678847 countsByYear W20956788472012 @default.
• W2095678847 countsByYear W20956788472013 @default.
• W2095678847 countsByYear W20956788472014 @default.
• W2095678847 countsByYear W20956788472015 @default.
• W2095678847 countsByYear W20956788472016 @default.
• W2095678847 countsByYear W20956788472018 @default.
• W2095678847 countsByYear W20956788472019 @default.
• W2095678847 countsByYear W20956788472020 @default.
• W2095678847 countsByYear W20956788472021 @default.
• W2095678847 countsByYear W20956788472022 @default.
• W2095678847 countsByYear W20956788472023 @default.
• W2095678847 crossrefType "journal-article" @default.
• W2095678847 hasAuthorship W2095678847A5000117941 @default.
• W2095678847 hasAuthorship W2095678847A5028811304 @default.
• W2095678847 hasAuthorship W2095678847A5067817046 @default.
• W2095678847 hasConcept C110872660 @default.
• W2095678847 hasConcept C142796444 @default.
• W2095678847 hasConcept C175327387 @default.
• W2095678847 hasConcept C179992253 @default.
• W2095678847 hasConcept C18903297 @default.
• W2095678847 hasConcept C203174812 @default.
• W2095678847 hasConcept C2779429622 @default.
• W2095678847 hasConcept C45962647 @default.
• W2095678847 hasConcept C63376196 @default.
• W2095678847 hasConcept C65680412 @default.
• W2095678847 hasConcept C86803240 @default.
• W2095678847 hasConceptScore W2095678847C110872660 @default.
• W2095678847 hasConceptScore W2095678847C142796444 @default.
• W2095678847 hasConceptScore W2095678847C175327387 @default.
• W2095678847 hasConceptScore W2095678847C179992253 @default.
• W2095678847 hasConceptScore W2095678847C18903297 @default.
• W2095678847 hasConceptScore W2095678847C203174812 @default.
• W2095678847 hasConceptScore W2095678847C2779429622 @default.
• W2095678847 hasConceptScore W2095678847C45962647 @default.
• W2095678847 hasConceptScore W2095678847C63376196 @default.
• W2095678847 hasConceptScore W2095678847C65680412 @default.
• W2095678847 hasConceptScore W2095678847C86803240 @default.
• W2095678847 hasIssue "1" @default.

• next