Matches in SemOpenAlex for { <https://semopenalex.org/work/W2146878081> ?p ?o ?g. }
- W2146878081 endingPage "569" @default.
- W2146878081 startingPage "552" @default.
- W2146878081 abstract "Mountain regions are key for humanity's water supply, and their water yield depends on climatic, soil and vegetation effects. Here we explore the effects of vegetation composition and structure on the water balance of high elevation grasslands with different climatic conditions across the Alps. Using a total of 220 deep seepage collectors with intact soil-vegetation monoliths in different types of mountain grasslands in the Austrian, French and Swiss Alps, we solved the water balance equation for evapotranspiration (ET) and related the results to biomass, the abundance of certain plant functional types and structural and functional vegetation properties. While daily mean ET during the growing season was similar at all sites, ET to precipitation ratios were significantly higher and ET to potential ET ratios significantly lower at the drier French sites than at the more humid Swiss and Austrian site. Large variability of ET, seepage and soil moisture within all sites pointed at a high influence of vegetation on the water balance. While ET increased significantly with biomass at all sites, the influence of other vegetation properties was site specific. At the more humid, subalpine Austrian site the effects of vegetation on ET were stronger and more diverse than at the higher elevation Swiss site and the drier French sites, where climatic drivers dominated ET. The potential to influence ET and water yield of mountain areas by manipulating the plant canopy with systematic land management is therefore higher in regions with good growing conditions than in areas with harsh climate. Copyright © 2014 John Wiley & Sons, Ltd." @default.
- W2146878081 created "2016-06-24" @default.
- W2146878081 creator A5005660483 @default.
- W2146878081 creator A5008916746 @default.
- W2146878081 creator A5010457475 @default.
- W2146878081 creator A5021754739 @default.
- W2146878081 creator A5023470079 @default.
- W2146878081 creator A5046706581 @default.
- W2146878081 creator A5065337836 @default.
- W2146878081 creator A5066427195 @default.
- W2146878081 creator A5074544272 @default.
- W2146878081 creator A5075149019 @default.
- W2146878081 creator A5076734929 @default.
- W2146878081 creator A5083258082 @default.
- W2146878081 date "2014-07-24" @default.
- W2146878081 modified "2023-10-18" @default.
- W2146878081 title "Vegetation effects on the water balance of mountain grasslands depend on climatic conditions" @default.
- W2146878081 cites W1496493161 @default.
- W2146878081 cites W1531492839 @default.
- W2146878081 cites W1553926933 @default.
- W2146878081 cites W1774676273 @default.
- W2146878081 cites W1965167157 @default.
- W2146878081 cites W1970021410 @default.
- W2146878081 cites W1976095361 @default.
- W2146878081 cites W1980502088 @default.
- W2146878081 cites W1992973238 @default.
- W2146878081 cites W1994668402 @default.
- W2146878081 cites W2001570513 @default.
- W2146878081 cites W2002220198 @default.
- W2146878081 cites W2004703649 @default.
- W2146878081 cites W2004954291 @default.
- W2146878081 cites W2005586014 @default.
- W2146878081 cites W2006486492 @default.
- W2146878081 cites W2008750967 @default.
- W2146878081 cites W2013114278 @default.
- W2146878081 cites W2014916530 @default.
- W2146878081 cites W2017499476 @default.
- W2146878081 cites W2017517202 @default.
- W2146878081 cites W2018043145 @default.
- W2146878081 cites W2018907614 @default.
- W2146878081 cites W2020061379 @default.
- W2146878081 cites W2025242735 @default.
- W2146878081 cites W2029047761 @default.
- W2146878081 cites W2033872526 @default.
- W2146878081 cites W2045818602 @default.
- W2146878081 cites W2046689988 @default.
- W2146878081 cites W2052334586 @default.
- W2146878081 cites W2057214292 @default.
- W2146878081 cites W2060615563 @default.
- W2146878081 cites W2078033418 @default.
- W2146878081 cites W2082989301 @default.
- W2146878081 cites W2084352677 @default.
- W2146878081 cites W2086922061 @default.
- W2146878081 cites W2091438967 @default.
- W2146878081 cites W2091723666 @default.
- W2146878081 cites W2092435669 @default.
- W2146878081 cites W2095820592 @default.
- W2146878081 cites W2111292279 @default.
- W2146878081 cites W2112006986 @default.
- W2146878081 cites W2114615771 @default.
- W2146878081 cites W2126800465 @default.
- W2146878081 cites W2128259887 @default.
- W2146878081 cites W2131137076 @default.
- W2146878081 cites W2137297556 @default.
- W2146878081 cites W2139634062 @default.
- W2146878081 cites W2140201290 @default.
- W2146878081 cites W2141982196 @default.
- W2146878081 cites W2146970681 @default.
- W2146878081 cites W2166140812 @default.
- W2146878081 cites W2171757568 @default.
- W2146878081 cites W2180113594 @default.
- W2146878081 cites W2181150263 @default.
- W2146878081 cites W2314548524 @default.
- W2146878081 cites W4231951397 @default.
- W2146878081 cites W4233539062 @default.
- W2146878081 cites W4307659902 @default.
- W2146878081 doi "https://doi.org/10.1002/eco.1524" @default.
- W2146878081 hasPublicationYear "2014" @default.
- W2146878081 type Work @default.
- W2146878081 sameAs 2146878081 @default.
- W2146878081 citedByCount "24" @default.
- W2146878081 countsByYear W21468780812015 @default.
- W2146878081 countsByYear W21468780812017 @default.
- W2146878081 countsByYear W21468780812018 @default.
- W2146878081 countsByYear W21468780812019 @default.
- W2146878081 countsByYear W21468780812020 @default.
- W2146878081 countsByYear W21468780812021 @default.
- W2146878081 countsByYear W21468780812022 @default.
- W2146878081 countsByYear W21468780812023 @default.
- W2146878081 crossrefType "journal-article" @default.
- W2146878081 hasAuthorship W2146878081A5005660483 @default.
- W2146878081 hasAuthorship W2146878081A5008916746 @default.
- W2146878081 hasAuthorship W2146878081A5010457475 @default.
- W2146878081 hasAuthorship W2146878081A5021754739 @default.
- W2146878081 hasAuthorship W2146878081A5023470079 @default.
- W2146878081 hasAuthorship W2146878081A5046706581 @default.
- W2146878081 hasAuthorship W2146878081A5065337836 @default.
- W2146878081 hasAuthorship W2146878081A5066427195 @default.