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Gaseous nitrogen loss from temperate perennial grass and clover dairy pastures in south-eastern Australia
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Smith A. P.,
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Yu Y. W.,
Nan Z. B.,
Hou F. J., Matthew C.
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Rowlings D.W.,
Scheer C.,
De Rosa D., Grace P.R.
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Di H. J., Cameron K. C.
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Integrating beef cattle on cropland affects net global warming potential
Liebig M. A.,
Faust D. R.,
Archer D. W.,
Christensen R. G.,
Kronberg S. L.,
Hendrickson J. R.,
Lee J. H., Tanaka D. L.
Nutrient Cycling in Agroecosystems. 2021 120(3). p.289
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Grainger C., de Klein C.A.M.
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Suter H. C.,
Pengthamkeerati P.,
Walker C, Chen D.
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Zaman M.,
Rowarth J.S.,
Blennerhassett J., Turnbull M.H.
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Rowlings David W.,
Scheer Clemens,
De Rosa Daniele, Grace Peter R.
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Schulte R.P.O.,
Forrestal P.J.,
Hennessy D.,
Krol D.J.,
Lanigan G.J.,
Müller C.,
Shalloo L.,
Wall D.P., Richards K.G.
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Ziadi Noura,
Rochette Philippe,
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KIESE R.,
MIEHLE P.,
WESTON C. J.,
BUTTERBACH‐BAHL K., ARNDT S. K.
Global Change Biology. 2009 15(2). p.425
Marine animals significantly increase tundra N2O and CH4emissions in maritime Antarctica
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Liu Yashu,
Xu Hua,
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Ledgard S. F.,
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Grace P.R.,
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Lanigan G.J.,
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Williams M., Humphreys J.
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Eriksen J.,
Ledgard S.F.,
Vellinga Th.V.,
Kuikman P.J.,
Luo J.,
Petersen S.O., Velthof G.L.
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Australian Forestry. 2005 68(1). p.20
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Cabrera Miguel L.,
Kissel D.E.,
Rema John A.,
Newsome J. Frank, Calvert Vaughn H.
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Sultana H.,
Davies R.,
Walker C., Chen D.
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Rotz C. A.,
Taube F.,
Russelle M. P.,
Oenema J.,
Sanderson M. A., Wachendorf M.
Crop Science. 2005 45(6). p.2139
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Vaio N.,
Rema J.,
Braun L., Kissel D. E.
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Soil Emission of Nitrous Oxide and its Mitigation (2013)
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Ledgard S. F., Lindsey S. B.
New Zealand Journal of Agricultural Research. 2007 50(1). p.1
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Kimber Stephen,
Morris Stephen,
Macdonald Lynne M.,
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Chapman D. F.,
Snow V. O.,
Eckard R. J.,
Parsons A. J.,
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Harrison Matthew T., Eckard Richard J.
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Mohammat A.,
Liu X. J.,
Li K. H.,
Christie P.,
Fang F.,
Song W.,
Chang Y. H.,
Han W. X.,
Lü X. T.,
Liu Y. Y., Hu Y. K.
Biogeosciences. 2014 11(7). p.1743
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Whitworth Whitney A,
Montgomery T Gregory, Beck Paul A
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Jha N.,
Deslippe J.,
Bolan N.S.,
Luo J.,
Giltrap D.L.,
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Islam A.,
Edis R.,
Freney J. R., Walker C. N.
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Mendham D. S.,
Bhupinderpal-Singh ,
Cowie A.,
Wang W.,
Dalal R. C., Raison R. J.
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Connell J. A.,
Hancock D. W.,
Durham R. G.,
Cabrera M. L., Harris G. H.
Crop Science. 2011 51(5). p.2237
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Thayalakumaran T.,
Roberts A.,
Beverly C.,
Vigiak O.,
Norng S., Stott K.
Agricultural Water Management. 2016 178 p.37
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Lam Shu Kee,
Suter Helen,
Bai Mei,
Walker Charlie,
Mosier Arvin R.,
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Pan QingMin, Han XingGuo
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Pranckietienė Irena,
Dromantienė Rūta,
Šidlauskas Gvidas,
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Zemdirbyste-Agriculture. 2019 106(3). p.195
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(2017)
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Oberson Astrid,
Culvenor Richard A.,
Ryan Megan H.,
Veneklaas Erik J.,
Lambers Hans,
Lynch Jonathan P.,
Ryan Peter R.,
Delhaize Emmanuel,
Smith F. Andrew,
Smith Sally E.,
Harvey Paul R., Richardson Alan E.
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