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Warmer and browner waters decrease fish biomass production [期刊论文]
Global Change Biology, 2019-01-01, 25 (4
van Dorst R.M.;  Gårdmark A.;  Svanbäck R.;  Beier U.;  Weyhenmeyer G.A.;  Huss M.
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Global change-driven effects on dissolved organic matter composition: Implications for food webs of northern lakes [期刊论文]
Global Change Biology, 2018-01-01, 24 (8
Creed I.F.;  Bergström A.-K.;  Trick C.G.;  Grimm N.B.;  Hessen D.O.;  Karlsson J.;  Kidd K.A.;  Kritzberg E.;  McKnight D.M.;  Freeman E.C.;  Senar O.E.;  Andersson A.;  Ask J.;  Berggren M.;  Cherif M.;  Giesler R.;  Hotchkiss E.R.;  Kortelainen P.;  Palta M.M.;  Vrede T.;  Weyhenmeyer G.A.
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Ecology under lake ice [期刊论文]
Ecology Letters, 2017-01-01, 20 (1
Hampton S.E.;  Galloway A.W.E.;  Powers S.M.;  Ozersky T.;  Woo K.H.;  Batt R.D.;  Labou S.G.;  O'Reilly C.M.;  Sharma S.;  Lottig N.R.;  Stanley E.H.;  North R.L.;  Stockwell J.D.;  Adrian R.;  Weyhenmeyer G.A.;  Arvola L.;  Baulch H.M.;  Bertani I.;  Bowman L.L.;  Jr.;  Carey C.C.;  Catalan J.;  Colom-Montero W.;  Domine L.M.;  Felip M.;  Granados I.;  Gries C.;  Grossart H.-P.;  Haberman J.;  Haldna M.;  Hayden B.;  Higgins S.N.;  Jolley J.C.;  Kahilainen K.K.;  Kaup E.;  Kehoe M.J.;  MacIntyre S.;  Mackay A.W.;  Mariash H.L.;  McKay R.M.;  Nixdorf B.;  N�ges P.;  N�ges T.;  Palmer M.;  Pierson D.C.;  Post D.M.;  Pruett M.J.;  Rautio M.;  Read J.S.;  Roberts S.L.;  R�cker J.;  Sadro S.;  Silow E.A.;  Smith D.E.;  Sterner R.W.;  Swann G.E.A.;  Timofeyev M.A.;  Toro M.;  Twiss M.R.;  Vogt R.J.;  Watson S.B.;  Whiteford E.J.;  Xenopoulos M.A.
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Sensitivity of freshwaters to browning in response to future climate change [期刊论文]
Climatic Change, 2016-01-01, 134 (2018-01-02
Weyhenmeyer G.A.;  Müller R.A.;  Norman M.;  Tranvik L.J.
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Rapid and highly variable warming of lake surface waters around the globe [期刊论文]
Geophysical Research Letters, 2015-01-01, 42 (24
O'Reilly C.M.;  Sharma S.;  Gray D.K.;  Hampton S.E.;  Read J.S.;  Rowley R.J.;  Schneider P.;  Lenters J.D.;  McIntyre P.B.;  Kraemer B.M.;  Weyhenmeyer G.A.;  Straile D.;  Dong B.;  Adrian R.;  Allan M.G.;  Anneville O.;  Arvola L.;  Austin J.;  Bailey J.L.;  Baron J.S.;  Brookes J.D.;  De Eyto E.;  Dokulil M.T.;  Hamilton D.P.;  Havens K.;  Hetherington A.L.;  Higgins S.N.;  Hook S.;  Izmest'Eva L.R.;  Joehnk K.D.;  Kangur K.;  Kasprzak P.;  Kumagai M.;  Kuusisto E.;  Leshkevich G.;  Livingstone D.M.;  MacIntyre S.;  May L.;  Melack J.M.;  Mueller-Navarra D.C.;  Naumenko M.;  Noges P.;  Noges T.;  North R.P.;  Plisnier P.-D.;  Rigosi A.;  Rimmer A.;  Rogora M.;  Rudstam L.G.;  Rusak J.A.;  Salmaso N.;  Samal N.R.;  Schindler D.E.;  Schladow S.G.;  Schmid M.;  Schmidt S.R.;  Silow E.;  Soylu M.E.;  Teubner K.;  Verburg P.;  Voutilainen A.;  Watkinson A.;  Williamson C.E.;  Zhang G.
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Significant fraction of CO2 emissions from boreal lakes derived from hydrologic inorganic carbon inputs [期刊论文]
Nature Geoscience, 2015-01-01, 8 (12
Weyhenmeyer G.A.;  Kosten S.;  Wallin M.B.;  Tranvik L.J.;  Jeppesen E.;  Roland F.
View/Download:1/0
 
Controls of dissolved organic matter quality: Evidence from a large-scale boreal lake survey [期刊论文]
Global Change Biology, 2014-01-01, 20 (4
Kothawala D.N.;  Stedmon C.A.;  Müller R.A.;  Weyhenmeyer G.A.;  Köhler S.J.;  Tranvik L.J.
View/Download:16/0
 

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