Matches in SemOpenAlex for { <https://semopenalex.org/work/W2765293886> ?p ?o ?g. }
- W2765293886 endingPage "195" @default.
- W2765293886 startingPage "184" @default.
- W2765293886 abstract "Abstract Theoretical and empirical studies suggest that the total energy available in natural communities influences body size as well as patterns of abundance and diversity. But the precise mechanisms underlying these relationships or how these three ecological properties relate remain elusive. We identify five hypotheses relating energy availability, body size distributions, abundance, and species richness within communities, and we use experimental deep‐sea wood fall communities to test their predicted effects both on descriptors describing the species‐richness–body‐size distribution, and on trends in species richness within size classes over an energy gradient (size‐class–richness relationships). Invertebrate communities were taxonomically identified, weighed, and counted from 32 Acacia sp. logs ranging in size from 0.6 to 20.6 kg (corresponding to different levels of energy available), which were deployed at 3,203 m in the Northeast Pacific Ocean for 5 and 7 yr. Trends in both the species‐richness–body‐size distribution and the size‐class–richness distribution with increasing wood fall size provide support for the Increased Packing hypothesis: species richness increases with increasing wood fall size but only in the modal size class. Furthermore, species richness of body size classes reflected the abundance of individuals in that size class. Thus, increases in richness in the modal size class with increasing energy were concordant with increases in abundance within that size class. The results suggest that increases in species richness occurring as energy availability increases may be isolated to specific niches, e.g., the body size classes, especially in communities developing on discrete and energetically isolated resources such as deep sea wood falls." @default.
- W2765293886 created "2017-11-10" @default.
- W2765293886 creator A5012532064 @default.
- W2765293886 creator A5063727900 @default.
- W2765293886 creator A5081066739 @default.
- W2765293886 date "2017-12-04" @default.
- W2765293886 modified "2023-09-27" @default.
- W2765293886 title "Increased energy differentially increases richness and abundance of optimal body sizes in deep-sea wood falls" @default.
- W2765293886 cites W1525669760 @default.
- W2765293886 cites W1547453377 @default.
- W2765293886 cites W1560398019 @default.
- W2765293886 cites W1627180673 @default.
- W2765293886 cites W1951724000 @default.
- W2765293886 cites W1965953927 @default.
- W2765293886 cites W1973688100 @default.
- W2765293886 cites W1974833264 @default.
- W2765293886 cites W1975041283 @default.
- W2765293886 cites W1977862734 @default.
- W2765293886 cites W1979636148 @default.
- W2765293886 cites W1987740896 @default.
- W2765293886 cites W1997977768 @default.
- W2765293886 cites W1998071694 @default.
- W2765293886 cites W2000704081 @default.
- W2765293886 cites W2000955068 @default.
- W2765293886 cites W2001333942 @default.
- W2765293886 cites W2005683780 @default.
- W2765293886 cites W2007153709 @default.
- W2765293886 cites W2008811990 @default.
- W2765293886 cites W2010322623 @default.
- W2765293886 cites W2010964876 @default.
- W2765293886 cites W2011832962 @default.
- W2765293886 cites W2022730497 @default.
- W2765293886 cites W2029174977 @default.
- W2765293886 cites W2032982427 @default.
- W2765293886 cites W2035088514 @default.
- W2765293886 cites W2035571842 @default.
- W2765293886 cites W2036102075 @default.
- W2765293886 cites W2040463559 @default.
- W2765293886 cites W2040917554 @default.
- W2765293886 cites W2045944293 @default.
- W2765293886 cites W2047082081 @default.
- W2765293886 cites W2047184919 @default.
- W2765293886 cites W2055904439 @default.
- W2765293886 cites W2077613886 @default.
- W2765293886 cites W2080185726 @default.
- W2765293886 cites W2082733897 @default.
- W2765293886 cites W2083505443 @default.
- W2765293886 cites W2084721421 @default.
- W2765293886 cites W2092113891 @default.
- W2765293886 cites W2097031214 @default.
- W2765293886 cites W2097432774 @default.
- W2765293886 cites W2098682645 @default.
- W2765293886 cites W2102199840 @default.
- W2765293886 cites W2102547808 @default.
- W2765293886 cites W2103425042 @default.
- W2765293886 cites W2103629881 @default.
- W2765293886 cites W2105459324 @default.
- W2765293886 cites W2108246666 @default.
- W2765293886 cites W2108941249 @default.
- W2765293886 cites W2109029154 @default.
- W2765293886 cites W2111460272 @default.
- W2765293886 cites W2111537201 @default.
- W2765293886 cites W2112051740 @default.
- W2765293886 cites W2112357071 @default.
- W2765293886 cites W2113007429 @default.
- W2765293886 cites W2113271329 @default.
- W2765293886 cites W2113747926 @default.
- W2765293886 cites W2114645391 @default.
- W2765293886 cites W2114795157 @default.
- W2765293886 cites W2126053599 @default.
- W2765293886 cites W2126758494 @default.
- W2765293886 cites W2129271982 @default.
- W2765293886 cites W2135190361 @default.
- W2765293886 cites W2135711510 @default.
- W2765293886 cites W2137212377 @default.
- W2765293886 cites W2138043962 @default.
- W2765293886 cites W2141107993 @default.
- W2765293886 cites W2142550616 @default.
- W2765293886 cites W2146336208 @default.
- W2765293886 cites W2150661397 @default.
- W2765293886 cites W2152871567 @default.
- W2765293886 cites W2153082591 @default.
- W2765293886 cites W2154839280 @default.
- W2765293886 cites W2156379081 @default.
- W2765293886 cites W2157283432 @default.
- W2765293886 cites W2157966852 @default.
- W2765293886 cites W2160427391 @default.
- W2765293886 cites W2162749444 @default.
- W2765293886 cites W2166647674 @default.
- W2765293886 cites W2169761372 @default.
- W2765293886 cites W2323449316 @default.
- W2765293886 cites W2349790699 @default.
- W2765293886 cites W2551519677 @default.
- W2765293886 cites W4230096730 @default.
- W2765293886 cites W4234316033 @default.
- W2765293886 cites W4235243453 @default.
- W2765293886 doi "https://doi.org/10.1002/ecy.2055" @default.
- W2765293886 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29065227" @default.