Matches in SemOpenAlex for { <https://semopenalex.org/work/W2107371508> ?p ?o ?g. }
- W2107371508 endingPage "175" @default.
- W2107371508 startingPage "165" @default.
- W2107371508 abstract "Abstract Spatial structure regulates and modifies processes at several levels of ecological organization (e.g. individual/genetic, population and community) and is thus a key component of complex systems, where knowledge at a small scale can be insufficient for understanding system behaviour at a larger scale. Recent syntheses outline potential applications of network theory to ecological systems, but do not address the implications of physical structure for network dynamics. There is a specific need to examine how dendritic habitat structure, such as that found in stream, hedgerow and cave networks, influences ecological processes. Although dendritic networks are one type of ecological network, they are distinguished by two fundamental characteristics: (1) both the branches and the nodes serve as habitat, and (2) the specific spatial arrangement and hierarchical organization of these elements interacts with a species’ movement behaviour to alter patterns of population distribution and abundance, and community interactions. Here, we summarize existing theory relating to ecological dynamics in dendritic networks, review empirical studies examining the population‐ and community‐level consequences of these networks, and suggest future research integrating spatial pattern and processes in dendritic systems." @default.
- W2107371508 created "2016-06-24" @default.
- W2107371508 creator A5027159554 @default.
- W2107371508 creator A5052271280 @default.
- W2107371508 creator A5087373544 @default.
- W2107371508 date "2007-01-08" @default.
- W2107371508 modified "2023-10-16" @default.
- W2107371508 title "Living in the branches: population dynamics and ecological processes in dendritic networks" @default.
- W2107371508 cites W1568467616 @default.
- W2107371508 cites W1798288726 @default.
- W2107371508 cites W1873104230 @default.
- W2107371508 cites W1976655550 @default.
- W2107371508 cites W1976686084 @default.
- W2107371508 cites W1976860503 @default.
- W2107371508 cites W1982349650 @default.
- W2107371508 cites W1982619002 @default.
- W2107371508 cites W1983862844 @default.
- W2107371508 cites W1990731135 @default.
- W2107371508 cites W1992206934 @default.
- W2107371508 cites W1992228128 @default.
- W2107371508 cites W1992492880 @default.
- W2107371508 cites W2001691516 @default.
- W2107371508 cites W2002705401 @default.
- W2107371508 cites W2003962351 @default.
- W2107371508 cites W2010572349 @default.
- W2107371508 cites W2011509403 @default.
- W2107371508 cites W2011731564 @default.
- W2107371508 cites W2014034900 @default.
- W2107371508 cites W2015684825 @default.
- W2107371508 cites W2016454090 @default.
- W2107371508 cites W2019299471 @default.
- W2107371508 cites W2020477462 @default.
- W2107371508 cites W2033958077 @default.
- W2107371508 cites W2041249358 @default.
- W2107371508 cites W2047892568 @default.
- W2107371508 cites W2048436872 @default.
- W2107371508 cites W2049462780 @default.
- W2107371508 cites W2053321402 @default.
- W2107371508 cites W2066347815 @default.
- W2107371508 cites W2067831068 @default.
- W2107371508 cites W2068345512 @default.
- W2107371508 cites W2068960764 @default.
- W2107371508 cites W2077035547 @default.
- W2107371508 cites W2079792158 @default.
- W2107371508 cites W2083664279 @default.
- W2107371508 cites W2085483426 @default.
- W2107371508 cites W2101850963 @default.
- W2107371508 cites W2105196197 @default.
- W2107371508 cites W2105739041 @default.
- W2107371508 cites W2108582647 @default.
- W2107371508 cites W2112090702 @default.
- W2107371508 cites W2112513452 @default.
- W2107371508 cites W2115690789 @default.
- W2107371508 cites W2115906456 @default.
- W2107371508 cites W2124160418 @default.
- W2107371508 cites W2128724936 @default.
- W2107371508 cites W2133730002 @default.
- W2107371508 cites W2134887225 @default.
- W2107371508 cites W2138278745 @default.
- W2107371508 cites W2141694916 @default.
- W2107371508 cites W2142242932 @default.
- W2107371508 cites W2143620825 @default.
- W2107371508 cites W2148500316 @default.
- W2107371508 cites W2148606196 @default.
- W2107371508 cites W2149060829 @default.
- W2107371508 cites W2150994404 @default.
- W2107371508 cites W2151402778 @default.
- W2107371508 cites W2152305183 @default.
- W2107371508 cites W2152559746 @default.
- W2107371508 cites W2155043740 @default.
- W2107371508 cites W2155377932 @default.
- W2107371508 cites W2169574347 @default.
- W2107371508 cites W2170830164 @default.
- W2107371508 cites W2173929419 @default.
- W2107371508 cites W2175208091 @default.
- W2107371508 cites W2175988253 @default.
- W2107371508 cites W2177316900 @default.
- W2107371508 cites W2177833589 @default.
- W2107371508 cites W4236605885 @default.
- W2107371508 cites W4242044878 @default.
- W2107371508 cites W4248079659 @default.
- W2107371508 cites W4248220600 @default.
- W2107371508 cites W4256382459 @default.
- W2107371508 cites W99461817 @default.
- W2107371508 doi "https://doi.org/10.1111/j.1461-0248.2006.01007.x" @default.
- W2107371508 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/17257104" @default.
- W2107371508 hasPublicationYear "2007" @default.
- W2107371508 type Work @default.
- W2107371508 sameAs 2107371508 @default.
- W2107371508 citedByCount "587" @default.
- W2107371508 countsByYear W21073715082012 @default.
- W2107371508 countsByYear W21073715082013 @default.
- W2107371508 countsByYear W21073715082014 @default.
- W2107371508 countsByYear W21073715082015 @default.
- W2107371508 countsByYear W21073715082016 @default.
- W2107371508 countsByYear W21073715082017 @default.
- W2107371508 countsByYear W21073715082018 @default.
- W2107371508 countsByYear W21073715082019 @default.