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Global environmental change effects on plant community composition trajectories depend upon management legacies [期刊论文]
Global Change Biology, 2018-01-01, 24 (4
Perring M.P.;  Bernhardt-Römermann M.;  Baeten L.;  Midolo G.;  Blondeel H.;  Depauw L.;  Landuyt D.;  Maes S.L.;  De Lombaerde E.;  Carón M.M.;  Vellend M.;  Brunet J.;  Chudomelová M.;  Decocq G.;  Diekmann M.;  Dirnböck T.;  Dörfler I.;  Durak T.;  De Frenne P.;  Gilliam F.S.;  Hédl R.;  Heinken T.;  Hommel P.;  Jaroszewicz B.;  Kirby K.J.;  Kopecký M.;  Lenoir J.;  Li D.;  Máliš F.;  Mitchell F.J.G.;  Naaf T.;  Newman M.;  Petřík P.;  Reczyńska K.;  Schmidt W.;  Standovár T.;  Świerkosz K.;  Van Calster H.;  Vild O.;  Wagner E.R.;  Wulf M.;  Verheyen K.
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Tipping point in plant–fungal interactions under severe drought causes abrupt rise in peatland ecosystem respiration [期刊论文]
Global Change Biology, 2018-01-01, 24 (3
Jassey V.E.J.;  Reczuga M.K.;  Zielińska M.;  Słowińska S.;  Robroek B.J.M.;  Mariotte P.;  Seppey C.V.W.;  Lara E.;  Barabach J.;  Słowiński M.;  Bragazza L.;  Chojnicki B.H.;  Lamentowicz M.;  Mitchell E.A.D.;  Buttler A.
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Extreme weather-year sequences have nonadditive effects on environmental nitrogen losses [期刊论文]
Global Change Biology, 2018-01-01, 24 (1
Iqbal J.;  Necpalova M.;  Archontoulis S.V.;  Anex R.P.;  Bourguignon M.;  Herzmann D.;  Mitchell D.C.;  Sawyer J.E.;  Zhu Q.;  Castellano M.J.
View/Download:34/0
 

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