FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3084036567> ?p ?o ?g. }

• W3084036567 abstract "Abstract Power laws are cornerstone relationships in ecology and evolutionary biology. The density-mass allometry (DMA), which predicts an allometric scaling of population abundance, and Taylor’s law (TL), which predicts a decrease in the population abundance variation along with a decrease in population density, have enhanced our knowledge of inter- and intra-specific variation in population abundance. When combined, these two power laws led to the variance-mass allometry (VMA), which states that larger species have lower spatial variation in population density than smaller species. The VMA has been predicted through theoretical models, however few studies have investigated if this law is also supported by empirical data. Here, to formally test the VMA, we have used the population density estimates obtained through worldwide camera trapping studies for an emblematic and ecologically important carnivorous taxa, the Felidae family. Our results showed that the VMA law hold in felids, as well as the TL and the DMA laws; bigger cat species showed less variation for the population density than smaller species. These results have important implications for the conservation of wildlife population and confirm the validity of important ecological concepts, like the allometric scaling of population growth rate and the slow-fast continuum of life history strategies." @default.
• W3084036567 created "2020-09-14" @default.
• W3084036567 creator A5041617114 @default.
• W3084036567 creator A5089376490 @default.
• W3084036567 date "2020-09-09" @default.
• W3084036567 modified "2023-10-16" @default.
• W3084036567 title "Spatial variance-mass allometry of population density in felids from camera-trapping studies worldwide" @default.
• W3084036567 cites W1511524392 @default.
• W3084036567 cites W1556374052 @default.
• W3084036567 cites W1658772620 @default.
• W3084036567 cites W1702847251 @default.
• W3084036567 cites W1796995615 @default.
• W3084036567 cites W1884173164 @default.
• W3084036567 cites W1964274103 @default.
• W3084036567 cites W1967726229 @default.
• W3084036567 cites W1972478018 @default.
• W3084036567 cites W1975703476 @default.
• W3084036567 cites W1976075335 @default.
• W3084036567 cites W1989338016 @default.
• W3084036567 cites W1997977768 @default.
• W3084036567 cites W2000691437 @default.
• W3084036567 cites W2014150390 @default.
• W3084036567 cites W2014666871 @default.
• W3084036567 cites W2042504207 @default.
• W3084036567 cites W2045944293 @default.
• W3084036567 cites W2047082081 @default.
• W3084036567 cites W2050873627 @default.
• W3084036567 cites W2063753173 @default.
• W3084036567 cites W2096114109 @default.
• W3084036567 cites W2101851301 @default.
• W3084036567 cites W2104708659 @default.
• W3084036567 cites W2104942376 @default.
• W3084036567 cites W2105473598 @default.
• W3084036567 cites W2108309877 @default.
• W3084036567 cites W2108357478 @default.
• W3084036567 cites W2114795157 @default.
• W3084036567 cites W2124413118 @default.
• W3084036567 cites W2126992596 @default.
• W3084036567 cites W2128375258 @default.
• W3084036567 cites W2128995069 @default.
• W3084036567 cites W2133570430 @default.
• W3084036567 cites W2138821388 @default.
• W3084036567 cites W2146149432 @default.
• W3084036567 cites W2146713153 @default.
• W3084036567 cites W2147725253 @default.
• W3084036567 cites W2149234828 @default.
• W3084036567 cites W2150009594 @default.
• W3084036567 cites W2152454003 @default.
• W3084036567 cites W2159183584 @default.
• W3084036567 cites W2164762591 @default.
• W3084036567 cites W2165984727 @default.
• W3084036567 cites W2174461436 @default.
• W3084036567 cites W2228361097 @default.
• W3084036567 cites W2277364344 @default.
• W3084036567 cites W2317380258 @default.
• W3084036567 cites W2319591216 @default.
• W3084036567 cites W2326433076 @default.
• W3084036567 cites W2332754257 @default.
• W3084036567 cites W2397770796 @default.
• W3084036567 cites W2502732896 @default.
• W3084036567 cites W2724327356 @default.
• W3084036567 cites W2732714324 @default.
• W3084036567 cites W2754584182 @default.
• W3084036567 cites W2769754358 @default.
• W3084036567 cites W2773460617 @default.
• W3084036567 cites W2790913474 @default.
• W3084036567 cites W2791387787 @default.
• W3084036567 cites W2791431081 @default.
• W3084036567 cites W2802611283 @default.
• W3084036567 cites W2830247530 @default.
• W3084036567 cites W2943078461 @default.
• W3084036567 cites W2994712240 @default.
• W3084036567 cites W45922629 @default.
• W3084036567 doi "https://doi.org/10.1038/s41598-020-71725-0" @default.
• W3084036567 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7481184" @default.
• W3084036567 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32908174" @default.
• W3084036567 hasPublicationYear "2020" @default.
• W3084036567 type Work @default.
• W3084036567 sameAs 3084036567 @default.
• W3084036567 citedByCount "8" @default.
• W3084036567 countsByYear W30840365672021 @default.
• W3084036567 countsByYear W30840365672022 @default.
• W3084036567 countsByYear W30840365672023 @default.
• W3084036567 crossrefType "journal-article" @default.
• W3084036567 hasAuthorship W3084036567A5041617114 @default.
• W3084036567 hasAuthorship W3084036567A5089376490 @default.
• W3084036567 hasBestOaLocation W30840365671 @default.
• W3084036567 hasConcept C105795698 @default.
• W3084036567 hasConcept C144024400 @default.
• W3084036567 hasConcept C149923435 @default.
• W3084036567 hasConcept C153026981 @default.
• W3084036567 hasConcept C169733012 @default.
• W3084036567 hasConcept C18903297 @default.
• W3084036567 hasConcept C199733313 @default.
• W3084036567 hasConcept C2908647359 @default.
• W3084036567 hasConcept C33923547 @default.
• W3084036567 hasConcept C47019633 @default.
• W3084036567 hasConcept C59598135 @default.
• W3084036567 hasConcept C77077793 @default.
• W3084036567 hasConcept C86803240 @default.

• next