FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3142046352> ?p ?o ?g. }

• W3142046352 endingPage "107723" @default.
• W3142046352 startingPage "107723" @default.
• W3142046352 abstract "There is a common acceptance that the Anthropocene epoch is characterized by the increasing dominance of human activity as a driver of global terrestrial change. Geomorphology, with its historical roots in geology and geography, would seem to be ideally positioned as a geoscience to tackle the well documented, rapidly degrading health of that environment. However, the word ‘geomorphology’ is problematic outside the academy in a way that ‘landscape’ is not. A more explicit identification of geomorphology as a landscape science would encourage engagement by geomorphologists in one of the most urgent environmental questions of our time. If humanity is indeed the most important driver of environmental change, we propose that geomorphologists need to engage more seriously with the cognate landscape sciences, such as landscape architecture, anthropology and political ecology. In particular, there are landscapes that are more threatened than others and critical zones in landscapes that must be protected and enhanced with greater care than others. We argue that recasting geomorphology as not only a geoscience but also a landscape science would highlight issues of human well-being at different spatio-temporal scales and we illustrate this in three case studies from our respective countries: UK, Canada and Austria. As traditional geoscientists, we are not used to thinking of coastal flooding, permafrost degradation and snow depletion as centrally important to our science. But as landscape scientists the inclusion of these and all other components of the cryosphere's interaction with human wellbeing is entirely logical and the distinction between systemic and cumulative environmental responses provides a key to unravelling the variable contributions of local actors, managers and decision makers to environmental degradation. Decision making at zonal, regional and local scales are integral to the way in which geomorphic systems function. This argument clearly has wider application. It is up to geomorphology, acting as a landscape science, to provide the underpinning principles that identify landscape-changing actions as being unsustainable and in providing better-informed future pathways away from such actions." @default.
• W3142046352 created "2021-04-13" @default.
• W3142046352 creator A5006887691 @default.
• W3142046352 creator A5077576703 @default.
• W3142046352 creator A5088304777 @default.
• W3142046352 date "2021-07-01" @default.
• W3142046352 modified "2023-10-10" @default.
• W3142046352 title "Recasting geomorphology as a landscape science" @default.
• W3142046352 cites W1525922503 @default.
• W3142046352 cites W1532569068 @default.
• W3142046352 cites W1539932793 @default.
• W3142046352 cites W1547331566 @default.
• W3142046352 cites W1599422469 @default.
• W3142046352 cites W1608310650 @default.
• W3142046352 cites W167840327 @default.
• W3142046352 cites W1811103428 @default.
• W3142046352 cites W1959945186 @default.
• W3142046352 cites W1972095472 @default.
• W3142046352 cites W1981398650 @default.
• W3142046352 cites W1981786572 @default.
• W3142046352 cites W1983182143 @default.
• W3142046352 cites W1987672827 @default.
• W3142046352 cites W1989882178 @default.
• W3142046352 cites W2004503154 @default.
• W3142046352 cites W2004983959 @default.
• W3142046352 cites W2005254915 @default.
• W3142046352 cites W2005498841 @default.
• W3142046352 cites W2007039472 @default.
• W3142046352 cites W2008435261 @default.
• W3142046352 cites W2014930733 @default.
• W3142046352 cites W2020389070 @default.
• W3142046352 cites W2042994920 @default.
• W3142046352 cites W2045934768 @default.
• W3142046352 cites W2052011427 @default.
• W3142046352 cites W2056363643 @default.
• W3142046352 cites W2058963764 @default.
• W3142046352 cites W2066063036 @default.
• W3142046352 cites W2072830791 @default.
• W3142046352 cites W2074571793 @default.
• W3142046352 cites W2076053517 @default.
• W3142046352 cites W2088608729 @default.
• W3142046352 cites W2092850099 @default.
• W3142046352 cites W2093954970 @default.
• W3142046352 cites W2094748450 @default.
• W3142046352 cites W2095099623 @default.
• W3142046352 cites W2096833096 @default.
• W3142046352 cites W2102200338 @default.
• W3142046352 cites W2102818170 @default.
• W3142046352 cites W2103908719 @default.
• W3142046352 cites W2105827100 @default.
• W3142046352 cites W2113588903 @default.
• W3142046352 cites W2116876650 @default.
• W3142046352 cites W2124594601 @default.
• W3142046352 cites W2124614231 @default.
• W3142046352 cites W2127108713 @default.
• W3142046352 cites W2151828309 @default.
• W3142046352 cites W2166757821 @default.
• W3142046352 cites W2288273411 @default.
• W3142046352 cites W2318558156 @default.
• W3142046352 cites W2324428367 @default.
• W3142046352 cites W2404344244 @default.
• W3142046352 cites W2428315692 @default.
• W3142046352 cites W2558986088 @default.
• W3142046352 cites W2560761875 @default.
• W3142046352 cites W2589049440 @default.
• W3142046352 cites W2622939515 @default.
• W3142046352 cites W2751882688 @default.
• W3142046352 cites W2754078484 @default.
• W3142046352 cites W2763518984 @default.
• W3142046352 cites W2773206083 @default.
• W3142046352 cites W2790271268 @default.
• W3142046352 cites W2810491782 @default.
• W3142046352 cites W2884884053 @default.
• W3142046352 cites W2890523706 @default.
• W3142046352 cites W2903919013 @default.
• W3142046352 cites W2949302605 @default.
• W3142046352 cites W2955302084 @default.
• W3142046352 cites W2958837856 @default.
• W3142046352 cites W2965932637 @default.
• W3142046352 cites W2999732459 @default.
• W3142046352 cites W3006277633 @default.
• W3142046352 cites W3025268177 @default.
• W3142046352 cites W4242574319 @default.
• W3142046352 cites W4242662156 @default.
• W3142046352 doi "https://doi.org/10.1016/j.geomorph.2021.107723" @default.
• W3142046352 hasPublicationYear "2021" @default.
• W3142046352 type Work @default.
• W3142046352 sameAs 3142046352 @default.
• W3142046352 citedByCount "8" @default.
• W3142046352 countsByYear W31420463522021 @default.
• W3142046352 countsByYear W31420463522022 @default.
• W3142046352 countsByYear W31420463522023 @default.
• W3142046352 crossrefType "journal-article" @default.
• W3142046352 hasAuthorship W3142046352A5006887691 @default.
• W3142046352 hasAuthorship W3142046352A5077576703 @default.
• W3142046352 hasAuthorship W3142046352A5088304777 @default.
• W3142046352 hasConcept C100970517 @default.
• W3142046352 hasConcept C127313418 @default.

• next