Matches in SemOpenAlex for { <https://semopenalex.org/work/W4256377943> ?p ?o ?g. }
- W4256377943 abstract "Abstract. Rewetting of temperate continental cutover peatlands generally implies the creation of flooded areas, which are – dependent on water depth – colonized by helophytes such as Eriophorum angustifolium, Carex spp., Typha latifolia or Phragmites australis. Reeds of Typha and Phragmites are reported to be large sources of methane, but data on net CO2 uptake are contradictory for Typha and rare for Phragmites. This paper describes the effect of vegetation, water level and nutrient conditions on greenhouse gas (GHG) emissions for representative vegetation types along water level gradients at two rewetted cutover fens (mesotrophic and eutrophic) in Belarus. Greenhouse emissions were measured with manual chambers in weekly to few – weekly intervals over a two years period and interpolated by modelling. All sites had negligible nitrous oxide exchange rates. Most sites were carbon sinks and small GHG sources. Methane emissions were generally associated with net ecosystem CO2 uptake. Small sedges were minor methane emitters and net CO2 sinks, while Phragmites australis sites released large amounts of methane and sequestered very much CO2. Variability of both fluxes increased with site productivity. Floating mats composed of Carex tussocks and Typha latifolia were a source for both methane and CO2. We conclude that shallow, stable flooding is a better measure to arrive at low GHG emissions than deep flooding, and that the risk of high GHG emissions consequent on rewetting is larger for eutrophic than for mesotrophic peatlands." @default.
- W4256377943 created "2022-05-12" @default.
- W4256377943 creator A5012641180 @default.
- W4256377943 creator A5025805300 @default.
- W4256377943 creator A5032966369 @default.
- W4256377943 creator A5033740881 @default.
- W4256377943 creator A5064169890 @default.
- W4256377943 creator A5064279435 @default.
- W4256377943 creator A5072005198 @default.
- W4256377943 creator A5078774213 @default.
- W4256377943 creator A5089355568 @default.
- W4256377943 date "2015-10-29" @default.
- W4256377943 modified "2023-09-27" @default.
- W4256377943 title "Water level, vegetation composition and plant productivity explain greenhouse gas fluxes in temperate cutover fens after inundation" @default.
- W4256377943 cites W1006492857 @default.
- W4256377943 cites W1490235351 @default.
- W4256377943 cites W1495822929 @default.
- W4256377943 cites W1729949491 @default.
- W4256377943 cites W1969802695 @default.
- W4256377943 cites W1973062310 @default.
- W4256377943 cites W1977897828 @default.
- W4256377943 cites W1979547941 @default.
- W4256377943 cites W1980701953 @default.
- W4256377943 cites W1982496936 @default.
- W4256377943 cites W1988899219 @default.
- W4256377943 cites W1989682996 @default.
- W4256377943 cites W1994509066 @default.
- W4256377943 cites W1997314232 @default.
- W4256377943 cites W2001574657 @default.
- W4256377943 cites W2002231855 @default.
- W4256377943 cites W2010817063 @default.
- W4256377943 cites W2011989251 @default.
- W4256377943 cites W2014120569 @default.
- W4256377943 cites W2029042395 @default.
- W4256377943 cites W2032272562 @default.
- W4256377943 cites W2036299913 @default.
- W4256377943 cites W2039434441 @default.
- W4256377943 cites W2039546638 @default.
- W4256377943 cites W2041551271 @default.
- W4256377943 cites W2046630078 @default.
- W4256377943 cites W2051561443 @default.
- W4256377943 cites W2052231490 @default.
- W4256377943 cites W2057248564 @default.
- W4256377943 cites W2058998445 @default.
- W4256377943 cites W2059817893 @default.
- W4256377943 cites W2063292445 @default.
- W4256377943 cites W2064347942 @default.
- W4256377943 cites W2065635672 @default.
- W4256377943 cites W2067680725 @default.
- W4256377943 cites W2069754937 @default.
- W4256377943 cites W2069954014 @default.
- W4256377943 cites W2074532272 @default.
- W4256377943 cites W2075232286 @default.
- W4256377943 cites W2078680966 @default.
- W4256377943 cites W2086080625 @default.
- W4256377943 cites W2088738734 @default.
- W4256377943 cites W2089940084 @default.
- W4256377943 cites W2092622867 @default.
- W4256377943 cites W2096516187 @default.
- W4256377943 cites W2098614376 @default.
- W4256377943 cites W2098934341 @default.
- W4256377943 cites W2099298540 @default.
- W4256377943 cites W2101538851 @default.
- W4256377943 cites W2101847691 @default.
- W4256377943 cites W2103869356 @default.
- W4256377943 cites W2104225028 @default.
- W4256377943 cites W2110600253 @default.
- W4256377943 cites W2113330172 @default.
- W4256377943 cites W2114476899 @default.
- W4256377943 cites W2114761241 @default.
- W4256377943 cites W2121359706 @default.
- W4256377943 cites W2121914093 @default.
- W4256377943 cites W2127170577 @default.
- W4256377943 cites W2131670616 @default.
- W4256377943 cites W2133191435 @default.
- W4256377943 cites W2134237803 @default.
- W4256377943 cites W2135241051 @default.
- W4256377943 cites W2148303305 @default.
- W4256377943 cites W2148821095 @default.
- W4256377943 cites W2150427292 @default.
- W4256377943 cites W2156748700 @default.
- W4256377943 cites W2162652530 @default.
- W4256377943 cites W2163471825 @default.
- W4256377943 cites W2178671157 @default.
- W4256377943 cites W2323574704 @default.
- W4256377943 cites W2981420978 @default.
- W4256377943 cites W4230083568 @default.
- W4256377943 cites W4233020417 @default.
- W4256377943 doi "https://doi.org/10.5194/bgd-12-17393-2015" @default.
- W4256377943 hasPublicationYear "2015" @default.
- W4256377943 type Work @default.
- W4256377943 citedByCount "1" @default.
- W4256377943 countsByYear W42563779432016 @default.
- W4256377943 crossrefType "posted-content" @default.
- W4256377943 hasAuthorship W4256377943A5012641180 @default.
- W4256377943 hasAuthorship W4256377943A5025805300 @default.
- W4256377943 hasAuthorship W4256377943A5032966369 @default.
- W4256377943 hasAuthorship W4256377943A5033740881 @default.
- W4256377943 hasAuthorship W4256377943A5064169890 @default.
- W4256377943 hasAuthorship W4256377943A5064279435 @default.