FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2010751902> ?p ?o ?g. }

• W2010751902 endingPage "303" @default.
• W2010751902 startingPage "294" @default.
• W2010751902 abstract "Summary 1. The general importance of metacommunity and metapopulation theories is poorly understood because few studies have examined responses of the suite of species that occupy the same fragmented landscape. In this study, we examined the importance of spatial ecological theories using a large‐scale, naturally fragmented landscape. 2. We measured the occurrence and abundance of 44 common beetle species in 31 natural rainforest fragments in Tasmania, Australia. We tested for an effect on beetle distribution of geographic variables (patch area, patch isolation and amount of surrounding habitat) and of environmental variables based on plant species, after first accounting for spatial autocorrelation using principal coordinates of neighbour matrices. The environmental variables described a productivity gradient and a post‐fire succession from eucalypt‐dominated forest to late‐successional rainforest. 3. Few species had distributions consistent with a metapopulation. However, the amount of surrounding habitat and patch isolation influenced the occurrence or abundance of 30% of beetle species, implying that dispersal into or out of patches was an important process. 4. Three species showed a distribution that could arise by interactions with dominant competitors or predators with higher occurrence in small patches. 5. Environmental effects were more commonly observed than spatial effects. Twenty‐three per cent of species showed evidence of habitat‐driven, deterministic metapopulations. Furthermore, almost half of the species were influenced by the plant succession or productivity gradient, including effects at the within‐patch, patch and regional scales. The beetle succession involved an increase in the frequency of many species, and the addition of new species, with little evidence of species turnover. Niche‐related ecological theory such as the species‐sorting metacommunity theory was therefore the most broadly applicable concept. 6. We conclude that classic and source‐sink metapopulations are probably rare in this large‐scale, naturally fragmented system, although dispersal processes like those occurring in metapopulations may have a substantial influence on community composition. However, deterministic processes (niche specialisation, species‐sorting metacommunities and deterministic metapopulations) drive the occurrence or frequency of the majority of species. We urge further research into the prevalence of spatial ecological processes in large‐scale natural ecosystems to expand our understanding of the processes that may be important in nature." @default.
• W2010751902 created "2016-06-24" @default.
• W2010751902 creator A5026127864 @default.
• W2010751902 creator A5045841634 @default.
• W2010751902 creator A5049514724 @default.
• W2010751902 creator A5061102329 @default.
• W2010751902 date "2009-12-11" @default.
• W2010751902 modified "2023-10-18" @default.
• W2010751902 title "Classic metapopulations are rare among common beetle species from a naturally fragmented landscape" @default.
• W2010751902 cites W134764129 @default.
• W2010751902 cites W1538487800 @default.
• W2010751902 cites W1560236458 @default.
• W2010751902 cites W1568766546 @default.
• W2010751902 cites W163313707 @default.
• W2010751902 cites W1661169526 @default.
• W2010751902 cites W1893187722 @default.
• W2010751902 cites W1912641685 @default.
• W2010751902 cites W1924668980 @default.
• W2010751902 cites W1967317834 @default.
• W2010751902 cites W1968121043 @default.
• W2010751902 cites W1973766003 @default.
• W2010751902 cites W1974595939 @default.
• W2010751902 cites W1979432414 @default.
• W2010751902 cites W1988539222 @default.
• W2010751902 cites W1992206934 @default.
• W2010751902 cites W1995821490 @default.
• W2010751902 cites W2001691516 @default.
• W2010751902 cites W2004461489 @default.
• W2010751902 cites W2004468365 @default.
• W2010751902 cites W2005588167 @default.
• W2010751902 cites W2007749020 @default.
• W2010751902 cites W2007864552 @default.
• W2010751902 cites W2015776062 @default.
• W2010751902 cites W2021637792 @default.
• W2010751902 cites W2022072696 @default.
• W2010751902 cites W2048712287 @default.
• W2010751902 cites W2051723097 @default.
• W2010751902 cites W2061293674 @default.
• W2010751902 cites W2061715885 @default.
• W2010751902 cites W2062490992 @default.
• W2010751902 cites W2062950847 @default.
• W2010751902 cites W2062992830 @default.
• W2010751902 cites W2063766187 @default.
• W2010751902 cites W2069655592 @default.
• W2010751902 cites W2073300679 @default.
• W2010751902 cites W2076948552 @default.
• W2010751902 cites W2081698878 @default.
• W2010751902 cites W2089446583 @default.
• W2010751902 cites W2089997277 @default.
• W2010751902 cites W2093611826 @default.
• W2010751902 cites W2096035198 @default.
• W2010751902 cites W2101690969 @default.
• W2010751902 cites W2103202987 @default.
• W2010751902 cites W2103467827 @default.
• W2010751902 cites W2110065044 @default.
• W2010751902 cites W2119501684 @default.
• W2010751902 cites W2120892588 @default.
• W2010751902 cites W2121258973 @default.
• W2010751902 cites W2122701058 @default.
• W2010751902 cites W2129163149 @default.
• W2010751902 cites W2132717587 @default.
• W2010751902 cites W2139166618 @default.
• W2010751902 cites W2142251767 @default.
• W2010751902 cites W2144947944 @default.
• W2010751902 cites W2146688202 @default.
• W2010751902 cites W2146724694 @default.
• W2010751902 cites W2149752076 @default.
• W2010751902 cites W2154114803 @default.
• W2010751902 cites W2157263043 @default.
• W2010751902 cites W2159641034 @default.
• W2010751902 cites W2160061095 @default.
• W2010751902 cites W2162007790 @default.
• W2010751902 cites W2316347867 @default.
• W2010751902 cites W2319693973 @default.
• W2010751902 cites W2323501140 @default.
• W2010751902 cites W283103024 @default.
• W2010751902 cites W37142226 @default.
• W2010751902 cites W4231374061 @default.
• W2010751902 cites W4238380085 @default.
• W2010751902 cites W4247934745 @default.
• W2010751902 cites W4248220600 @default.
• W2010751902 cites W4248884888 @default.
• W2010751902 cites W4301861531 @default.
• W2010751902 cites W4379366102 @default.
• W2010751902 doi "https://doi.org/10.1111/j.1365-2656.2009.01609.x" @default.
• W2010751902 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19694875" @default.
• W2010751902 hasPublicationYear "2009" @default.
• W2010751902 type Work @default.
• W2010751902 sameAs 2010751902 @default.
• W2010751902 citedByCount "33" @default.
• W2010751902 countsByYear W20107519022012 @default.
• W2010751902 countsByYear W20107519022013 @default.
• W2010751902 countsByYear W20107519022014 @default.
• W2010751902 countsByYear W20107519022015 @default.
• W2010751902 countsByYear W20107519022016 @default.
• W2010751902 countsByYear W20107519022017 @default.
• W2010751902 countsByYear W20107519022018 @default.
• W2010751902 countsByYear W20107519022019 @default.

• next