globalchange

Search Results

Help

Item hits: (Results 1-10 of 41)

Filters        
Items/Page:    Sort:
Global wheat production with 1.5 and 2.0°C above pre-industrial warming [期刊论文]
Global Change Biology, 2019-01-01, 25 (4
Liu B.;  Martre P.;  Ewert F.;  Porter J.R.;  Challinor A.J.;  Müller C.;  Ruane A.C.;  Waha K.;  Thorburn P.J.;  Aggarwal P.K.;  Ahmed M.;  Balkovič J.;  Basso B.;  Biernath C.;  Bindi M.;  Cammarano D.;  De Sanctis G.;  Dumont B.;  Espadafor M.;  Eyshi Rezaei E.;  Ferrise R.;  Garcia-Vila M.;  Gayler S.;  Gao Y.;  Horan H.;  Hoogenboom G.;  Izaurralde R.C.;  Jones C.D.;  Kassie B.T.;  Kersebaum K.C.;  Klein C.;  Koehler A.-K.;  Maiorano A.;  Minoli S.;  Montesino San Martin M.;  Naresh Kumar S.;  Nendel C.;  O’Leary G.J.;  Palosuo T.;  Priesack E.;  Ripoche D.;  Rötter R.P.;  Semenov M.A.;  Stöckle C.;  Streck T.;  Supit I.;  Tao F.;  Van der Velde M.;  Wallach D.;  Wang E.;  Webber H.;  Wolf J.;  Xiao L.;  Zhang Z.;  Zhao Z.;  Zhu Y.;  Asseng S.
View/Download:75/0
 
Relative sea-level change regulates organic carbon accumulation in coastal habitats [期刊论文]
Global Change Biology, 2019-01-01, 25 (3
Watanabe K.;  Seike K.;  Kajihara R.;  Montani S.;  Kuwae T.
View/Download:35/0
 
How are nitrogen availability, fine-root mass, and nitrogen uptake related empirically? Implications for models and theory [期刊论文]
Global Change Biology, 2019-01-01, 25 (3
Dybzinski R.;  Kelvakis A.;  McCabe J.;  Panock S.;  Anuchitlertchon K.;  Vasarhelyi L.;  McCormack M.L.;  McNickle G.G.;  Poorter H.;  Trinder C.;  Farrior C.E.
View/Download:21/0
 
Chilling and forcing temperatures interact to predict the onset of wood formation in Northern Hemisphere conifers [期刊论文]
Global Change Biology, 2019-01-01, 25 (3
Delpierre N.;  Lireux S.;  Hartig F.;  Camarero J.J.;  Cheaib A.;  Čufar K.;  Cuny H.;  Deslauriers A.;  Fonti P.;  Gričar J.;  Huang J.-G.;  Krause C.;  Liu G.;  de Luis M.;  Mäkinen H.;  del Castillo E.M.;  Morin H.;  Nöjd P.;  Oberhuber W.;  Prislan P.;  Rossi S.;  Saderi S.M.;  Treml V.;  Vavrick H.;  Rathgeber C.B.K.
View/Download:39/0
 
Organic amendment additions to rangelands: A meta-analysis of multiple ecosystem outcomes [期刊论文]
Global Change Biology, 2019-01-01, 25 (3
Gravuer K.;  Gennet S.;  Throop H.L.
View/Download:21/0
 
Developing a list of invasive alien species likely to threaten biodiversity and ecosystems in the European Union [期刊论文]
Global Change Biology, 2019-01-01, 25 (3
Roy H.E.;  Bacher S.;  Essl F.;  Adriaens T.;  Aldridge D.C.;  Bishop J.D.D.;  Blackburn T.M.;  Branquart E.;  Brodie J.;  Carboneras C.;  Cottier-Cook E.J.;  Copp G.H.;  Dean H.J.;  Eilenberg J.;  Gallardo B.;  Garcia M.;  García-Berthou E.;  Genovesi P.;  Hulme P.E.;  Kenis M.;  Kerckhof F.;  Kettunen M.;  Minchin D.;  Nentwig W.;  Nieto A.;  Pergl J.;  Pescott O.L.;  M. Peyton J.;  Preda C.;  Roques A.;  Rorke S.L.;  Scalera R.;  Schindler S.;  Schönrogge K.;  Sewell J.;  Solarz W.;  Stewart A.J.A.;  Tricarico E.;  Vanderhoeven S.;  van der Velde G.;  Vilà M.;  Wood C.A.;  Zenetos A.;  Rabitsch W.
View/Download:73/0
 
Assessing climate change associated sea-level rise impacts on sea turtle nesting beaches using drones, photogrammetry and a novel GPS system [期刊论文]
Global Change Biology, 2019-01-01, 25 (2
Varela M.R.;  Patrício A.R.;  Anderson K.;  Broderick A.C.;  DeBell L.;  Hawkes L.A.;  Tilley D.;  Snape R.T.E.;  Westoby M.J.;  Godley B.J.
View/Download:35/0
 
Weather effects on birds of different size are mediated by long-term climate and vegetation type in endangered temperate woodlands [期刊论文]
Global Change Biology, 2019-01-01, 25 (2
Lindenmayer D.B.;  Lane P.;  Crane M.;  Florance D.;  Foster C.N.;  Ikin K.;  Michael D.;  Sato C.F.;  Scheele B.C.;  Westgate M.J.
View/Download:65/0
 
Climate change does not affect the seafood quality of a commonly targeted fish [期刊论文]
Global Change Biology, 2019-01-01, 25 (2
Coleman M.A.;  Butcherine P.;  Kelaher B.P.;  Broadhurst M.K.;  March D.T.;  Provost E.J.;  David J.;  Benkendorff K.
View/Download:55/0
 
Simulating rewetting events in intermittent rivers and ephemeral streams: A global analysis of leached nutrients and organic matter [期刊论文]
Global Change Biology, 2019-01-01,
Shumilova O.;  Zak D.;  Datry T.;  von Schiller D.;  Corti R.;  Foulquier A.;  Obrador B.;  Tockner K.;  Allan D.C.;  Altermatt F.;  Arce M.I.;  Arnon S.;  Banas D.;  Banegas-Medina A.;  Beller E.;  Blanchette M.L.;  Blanco-Libreros J.F.;  Blessing J.;  Boëchat I.G.;  Boersma K.;  Bogan M.T.;  Bonada N.;  Bond N.R.;  Brintrup K.;  Bruder A.;  Burrows R.;  Cancellario T.;  Carlson S.M.;  Cauvy-Fraunié S.;  Cid N.;  Danger M.;  de Freitas Terra B.;  Girolamo A.M.D.;  Campo R.D.;  Dyer F.;  Elosegi A.;  Faye E.;  Febria C.;  Figueroa R.;  Four B.;  Gessner M.O.;  Gnohossou P.;  Cerezo R.G.;  Gomez-Gener L.;  Graça M.A.S.;  Guareschi S.;  Gücker B.;  Hwan J.L.;  Kubheka S.;  Langhans S.D.;  Leigh C.;  Little C.J.;  Lorenz S.;  Marshall J.;  McIntosh A.;  Mendoza-Lera C.;  Meyer E.I.;  Miliša M.;  Mlambo M.C.;  Moleón M.;  Negus P.;  Niyogi D.;  Papatheodoulou A.;  Pardo I.;  Paril P.;  Pešić V.;  Rodriguez-Lozano P.;  Rolls R.J.;  Sanchez-Montoya M.M.;  Savić A.;  Steward A.;  Stubbington R.;  Taleb A.;  Vorste R.V.;  Waltham N.;  Zoppini A.;  Zarfl C.
View/Download:38/0
 

1 2 3 4 5 next