FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2032396325> ?p ?o ?g. }

• W2032396325 endingPage "268" @default.
• W2032396325 startingPage "265" @default.
• W2032396325 abstract "1. IntroductionGeomorphic systems are known to exhibit nonlinear responses tophysical–biological feedbacks (Thornes, 1985; Baas, 2002; Reinhardtet al., 2010). These responses make understanding and/or predictingsystem response to change highly challenging. With growingconcerns over ecosystem health, a pressing need exists for researchthat tries to elucidate these feedbacks (Jerolmack, 2008; Darby, 2010;National Research Council, 2010). A session was convened at the Fall2008 meeting of the American Geophysical Union (AGU) to providean outlet for some of this truly interdisciplinary and original research,which is central to understanding geomorphic and ecologicaldynamics. The session attracted over 39 contributions, which weredivided into two well-attended oral sessions and a very busy postersession.This special issue presents new research from the AGU session,which highlights clear physical–biological feedbacks. The aim is tobring together contrasting perspectives on biological and geomorphicfeedbacks in a diversity of physiographic settings, ranging fromwetlands and estuaries, through rivers, to uplands. These papershighlight biological and physical feedbacks which involve themodulation or amplification of geomorphic processes. These paperswill be of interest to a core geomorphology audience, and should alsodraw attention from the fields of ecohydraulics, hydroecology,ecohydrology, ecomorphology, biogeochemistry and biogeography,and biogeomorphology as well as the more traditional fields ofhydrology, ecology and biology.In this preface to the special issue, we a) review past contributionsto the emerging field of ecogeomorphology and related disciplines, b)provide some context for how this topical special issue came tofruition, and c) summarize the contributions to this special issue.2. What is ecogeomorphology?Examples of studies explicitly integrating ecology and geomor-phology date back to at least the late 1800s (e.g. Cowles, 1899), withmore examples appearing in the 1950s (e.g. Olson, 1958) and 1960s(e.g. Hack and Goodlet, 1960). Terms such as ecogeomorphology andbiogeomorphologyonlybecamepopularinthe1990s(OsterkampandHupp, 2010). The 1990 British Geomorphology Research GroupAnnual Meeting (Thornes, 1990) and the 1995 Binghamton Sympo-sium on Biogeomorphology (Hupp et al., 1995b) were two of the firstsymposiums to emphasize the theme of biogeomorphology. Ecogeo-morphology and biogeomorphology are generally considered syno-nyms (Hupp et al., 1995a), but they do sprout from slightly differentresearch interests. Both are part of a larger family of terms thatresearchers have used somewhat inconsistently to describe researchat the interface between some combination of hydrology, geomor-phologyand/orecology/biology(Fig.1).Unlikesomeoftheothereco-geo-hydro combinations in Fig. 1, the eco- or bio-root is an adjectivemodifying the noun geomorphology. Based on the types of researchpublished under these two banners, the biogeomorphology commu-nity has generally focused more on how chemical and physicalweathering are amplified and modulated with biological feedbacks;ecogeomorphology is commonly used to describe studies that focusmore on the amplification and modulation of erosion and depositionprocesses. Both are fundamentally concerned with the bidirectionalinfluences of biota and landscapes on each other. Biogeomorphologyis concerned with both the influence of landforms on plants, animalsand micro-organisms distribution and development; as well as theinfluence of those plants, animals and micro-organisms on earthsurfaceprocessesandthelandformsshapedbythoseprocesses(Viles,1988). Naylor et al. (2002: p. 4) loosely define biogeomorphology asinvolving ‘the cooperation between ecology and geomorphology’ tostudy two-way linkages between ecological and geomorphologicalprocesses. Murray et al. (2008) argue that biomorphodynamics is amore restrictive term than biogeomorphology or ecogeomorphology,and that it highlights landscape dynamics in which an explicit twoway coupling (i.e. feedback) occurs between biotic and physicalprocesses.Therelatedzoogeomorphology(e.g. Butler,1995)termhasreceived less play, but it is worth mentioning that research under thisbanner focuses on examples of animals influencing geomorphicprocesses and landforms (e.g. beaver, salmon, burrowing animals,etc.).The term biogeomorphology has been more widely used sinceViles (1988) first attempted to provide a comprehensive overview ofwhat was, at that time, an emerging discipline. A review of Web of" @default.
• W2032396325 created "2016-06-24" @default.
• W2032396325 creator A5009857109 @default.
• W2032396325 creator A5011569338 @default.
• W2032396325 creator A5013839535 @default.
• W2032396325 creator A5022034270 @default.
• W2032396325 creator A5080684639 @default.
• W2032396325 date "2011-03-01" @default.
• W2032396325 modified "2023-09-23" @default.
• W2032396325 title "Preface: Multiscale Feedbacks in Ecogeomorphology" @default.
• W2032396325 cites W1630864462 @default.
• W2032396325 cites W1978249840 @default.
• W2032396325 cites W1988701045 @default.
• W2032396325 cites W2005655724 @default.
• W2032396325 cites W2014382278 @default.
• W2032396325 cites W2019541093 @default.
• W2032396325 cites W2029840025 @default.
• W2032396325 cites W2029999953 @default.
• W2032396325 cites W2040090941 @default.
• W2032396325 cites W2040880290 @default.
• W2032396325 cites W2042331442 @default.
• W2032396325 cites W2092056802 @default.
• W2032396325 cites W2093293705 @default.
• W2032396325 cites W2096169908 @default.
• W2032396325 cites W2098330938 @default.
• W2032396325 cites W2104615896 @default.
• W2032396325 cites W2109296217 @default.
• W2032396325 cites W2116448226 @default.
• W2032396325 cites W2126213411 @default.
• W2032396325 cites W2141270377 @default.
• W2032396325 cites W2159940718 @default.
• W2032396325 cites W4235244277 @default.
• W2032396325 cites W4244648330 @default.
• W2032396325 cites W4250677710 @default.
• W2032396325 doi "https://doi.org/10.1016/j.geomorph.2011.01.002" @default.
• W2032396325 hasPublicationYear "2011" @default.
• W2032396325 type Work @default.
• W2032396325 sameAs 2032396325 @default.
• W2032396325 citedByCount "41" @default.
• W2032396325 countsByYear W20323963252012 @default.
• W2032396325 countsByYear W20323963252013 @default.
• W2032396325 countsByYear W20323963252014 @default.
• W2032396325 countsByYear W20323963252015 @default.
• W2032396325 countsByYear W20323963252016 @default.
• W2032396325 countsByYear W20323963252017 @default.
• W2032396325 countsByYear W20323963252018 @default.
• W2032396325 countsByYear W20323963252019 @default.
• W2032396325 countsByYear W20323963252020 @default.
• W2032396325 countsByYear W20323963252021 @default.
• W2032396325 countsByYear W20323963252022 @default.
• W2032396325 countsByYear W20323963252023 @default.
• W2032396325 crossrefType "journal-article" @default.
• W2032396325 hasAuthorship W2032396325A5009857109 @default.
• W2032396325 hasAuthorship W2032396325A5011569338 @default.
• W2032396325 hasAuthorship W2032396325A5013839535 @default.
• W2032396325 hasAuthorship W2032396325A5022034270 @default.
• W2032396325 hasAuthorship W2032396325A5080684639 @default.
• W2032396325 hasConcept C114793014 @default.
• W2032396325 hasConcept C127313418 @default.
• W2032396325 hasConcept C1965285 @default.
• W2032396325 hasConceptScore W2032396325C114793014 @default.
• W2032396325 hasConceptScore W2032396325C127313418 @default.
• W2032396325 hasConceptScore W2032396325C1965285 @default.
• W2032396325 hasIssue "3-4" @default.
• W2032396325 hasLocation W20323963251 @default.
• W2032396325 hasOpenAccess W2032396325 @default.
• W2032396325 hasPrimaryLocation W20323963251 @default.
• W2032396325 hasRelatedWork W1652433593 @default.
• W2032396325 hasRelatedWork W2008590108 @default.
• W2032396325 hasRelatedWork W2014633439 @default.
• W2032396325 hasRelatedWork W2020535921 @default.
• W2032396325 hasRelatedWork W2077938109 @default.
• W2032396325 hasRelatedWork W2090030785 @default.
• W2032396325 hasRelatedWork W2099589822 @default.
• W2032396325 hasRelatedWork W2147114375 @default.
• W2032396325 hasRelatedWork W2314337543 @default.
• W2032396325 hasRelatedWork W4252257704 @default.
• W2032396325 hasVolume "126" @default.
• W2032396325 isParatext "false" @default.
• W2032396325 isRetracted "false" @default.
• W2032396325 magId "2032396325" @default.
• W2032396325 workType "article" @default.