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Carbon emissions from South-East Asian peatlands will increase despite emission-reduction schemes [期刊论文]
Global Change Biology, 2018-01-01, 24 (10
Wijedasa L.S.;  Sloan S.;  Page S.E.;  Clements G.R.;  Lupascu M.;  Evans T.A.
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Winter Ecosystem Respiration and Sources of CO2 From the High Arctic Tundra of Svalbard: Response to a Deeper Snow Experiment [期刊论文]
Journal of Geophysical Research: Biogeosciences, 2018-01-01, 123 (8
Lupascu M.;  Czimczik C.I.;  Welker M.C.;  Ziolkowski L.A.;  Cooper E.J.;  Welker J.M.
View/Download:11/0
 
Denial of long-term issues with agriculture on tropical peatlands will have devastating consequences [期刊论文]
Global Change Biology, 2017-01-01, 23 (3
Wijedasa L.S.;  Jauhiainen J.;  Könönen M.;  Lampela M.;  Vasander H.;  Leblanc M.-C.;  Evers S.;  Smith T.E.L.;  Yule C.M.;  Varkkey H.;  Lupascu M.;  Parish F.;  Singleton I.;  Clements G.R.;  Aziz S.A.;  Harrison M.E.;  Cheyne S.;  Anshari G.Z.;  Meijaard E.;  Goldstein J.E.;  Waldron S.;  Hergoualc'h K.;  Dommain R.;  Frolking S.;  Evans C.D.;  Posa M.R.C.;  Glaser P.H.;  Suryadiputra N.;  Lubis R.;  Santika T.;  Padfield R.;  Kurnianto S.;  Hadisiswoyo P.;  Lim T.W.;  Page S.E.;  Gauci V.;  Van Der Meer P.J.;  Buckland H.;  Garnier F.;  Samuel M.K.;  Choo L.N.L.K.;  O'Reilly P.;  Warren M.;  Suksuwan S.;  Sumarga E.;  Jain A.;  Laurance W.F.;  Couwenberg J.;  Joosten H.;  Vernimmen R.;  Hooijer A.;  Malins C.;  Cochrane M.A.;  Perumal B.;  Siegert F.;  Peh K.S.-H.;  Comeau L.-P.;  Verchot L.;  Harvey C.F.;  Cobb A.;  Jaafar Z.;  Wösten H.;  Manuri S.;  Müller M.;  Giesen W.;  Phelps J.;  Yong D.L.;  Silvius M.;  Wedeux B.M.M.;  Hoyt A.;  Osaki M.;  Hirano T.;  Takahashi H.;  Kohyama T.S.;  Haraguchi A.;  Nugroho N.P.;  Coomes D.A.;  Quoi L.P.;  Dohong A.;  Gunawan H.;  Gaveau D.L.A.;  Langner A.;  Lim F.K.S.;  Edwards D.P.;  Giam X.;  Van Der Werf G.;  Carmenta R.;  Verwer C.C.;  Gibson L.;  Gandois L.;  Graham L.L.B.;  Regalino J.;  Wich S.A.;  Rieley J.;  Kettridge N.;  Brown C.;  Pirard R.;  Moore S.;  Capilla B.R.;  Ballhorn U.;  Ho H.C.;  Hoscilo A.;  Lohberger S.;  Evans T.A.;  Yulianti N.;  Blackham G.;  Onrizal;  Husson S.;  Murdiyarso D.;  Pangala S.;  Cole L.E.S.;  Tacconi L.;  Segah H.;  Tonoto P.;  Lee J.S.H.;  Schmilewski G.;  Wulffraat S.;  Putra E.I.;  Cattau M.E.;  Clymo R.S.;  Morrison R.;  Mujahid A.;  Miettinen J.;  Liew S.C.;  Valpola S.;  Wilson D.;  D'Arcy L.;  Gerding M.;  Sundari S.;  Thornton S.A.;  Kalisz B.;  Chapman S.J.;  Su A.S.M.;  Basuki I.;  Itoh M.;  Traeholt C.;  Sloan S.;  Sayok A.K.;  Andersen R.
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Potential carbon emissions dominated by carbon dioxide from thawed permafrost soils [期刊论文]
Nature Climate Change, 2016-06-13, Volume:6,Pages:950–953 (2016)
Christina Schä;  del;  Martin K.-F. Bader;  Edward A. G. Schuur;  Christina Biasi;  Rosvel Bracho;  Petr Č;  apek;  Sarah De Baets;  Kateř;  ina Diá;  ková;  Jessica Ernakovich;  Cristian Estop-Aragones;  David E. Graham;  Iain P. Hartley;  Colleen M. Iversen;  Evan Kane;  Christian Knoblauch;  Massimo Lupascu;  Pertti J. Martikainen;  Susan M. Natali;  Richard J. Norby;  Jonathan ;  A. O’;  Donnell;  Taniya Roy Chowdhury;  Hana Š;  antrů;  č;  ková;  Gaius Shaver;  Victoria ;  L. Sloan;  Claire C. Treat;  Merritt R. Turetsky;  Mark P. Waldrop;  Kimberly P. Wickland
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A pan-Arctic synthesis of CH<inf>4</inf> and CO<inf>2</inf> production from anoxic soil incubations [期刊论文]
Global Change Biology, 2015-01-01, 21 (7
Treat C.C.;  Natali S.M.;  Ernakovich J.;  Iversen C.M.;  Lupascu M.;  Mcguire A.D.;  Norby R.J.;  Roy Chowdhury T.;  Richter A.;  Šantrůčková H.;  Schädel C.;  Schuur E.A.G.;  Sloan V.L.;  Turetsky M.R.;  Waldrop M.P.
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