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Variations in natural enrichment of 15N in the profiles of some Australian pasture soils
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Field Crops Research. 2000 65(2-3). p.211
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Mudge P. L.,
Schipper L. A.,
Baisden W. T.,
Ghani A., Lewis R. W.
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MORDELET PATRICK,
COOK GARRY,
ABBADIE LUC,
GRABLY MICHELINE, MARIOTTP ANDRÉ
Australian Journal of Ecology. 1996 21(3). p.336
Advances in Ecological Research Volume 27 (1997)
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Mudge P.L.,
Schipper L.A.,
Ghani A.,
Upsdell M., Baisden W. T.
Soil Science Society of America Journal. 2013 77(3). p.830
Response of the natural abundance of15N in forest soils and foliage to high nitrate loss following clear-cutting
Pardo L H,
Hemond H F,
Montoya J P,
Fahey T J, Siccama T G
Canadian Journal of Forest Research. 2002 32(7). p.1126
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Ledgard S.F.,
Morton R.,
Freney J.R.,
Bergersen F.J., Simpson J.R.
Soil Biology and Biochemistry. 1985 17(3). p.317
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Handley Linda L.,
Johnston Andrew M.,
Hallett Paul D.,
Scrimgeour Charles M., Wheatley Ronald E.
Rapid Communications in Mass Spectrometry. 2001 15(15). p.1274
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Steele K. W., Feyter C.
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Hairiah K., Giller K.E.
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Houle D.,
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Fox James F.,
Davis Charles M.,
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Liao J.D.,
Boutton T.W., Jastrow J.D.
Soil Biology and Biochemistry. 2006 38(11). p.3197
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ALVES Gabriela C.,
DOS SANTOS Carlos L.R.,
ZILLI Jerri E.,
DOS REIS JUNIOR Fabio B.,
MARRIEL Ivanildo E.,
da F. BREDA Farley A.,
BODDEY Robert M., REIS Veronica M.
Pedosphere. 2021 31(4). p.583
Controls of nitrogen isotope patterns in soil profiles
Hobbie Erik A., Ouimette Andrew P.
Biogeochemistry. 2009 95(2-3). p.355
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Urquiaga Segundo,
Xavier Rogério P.,
de Morais Rafael F.,
Batista Rafael B.,
Schultz Nivaldo,
Leite José M.,
Maia e Sá Jerusa,
Barbosa Karolina P.,
de Resende Alexander S.,
Alves Bruno J. R., Boddey Robert M.
Plant and Soil. 2012 356(1-2). p.5
Nitrogen acquisition and 15N-fertiliser recovery efficiency of sugarcane cultivar RB92579 inoculated with five diazotrophs
Pereira Willian,
Oliveira Renan Pedula,
Pereira Alisson,
Sousa Jailson Silva,
Schultz Nivaldo,
Urquiaga Segundo, Reis Veronica Massena
Nutrient Cycling in Agroecosystems. 2021 119(1). p.37
Do nitrogen isotope patterns reflect microbial colonization of soil organic matter fractions?
Huygens D.,
Denef K.,
Vandeweyer R.,
Godoy R.,
Van Cleemput O., Boeckx P.
Biology and Fertility of Soils. 2008 44(7). p.955
Nitrogen in Soils of China (1997)
Biological nitrogen fixation in mixed legume/grass pastures
Ledgard S. F., Steele K. W.
Plant and Soil. 1992 141(1-2). p.137
Nitrogen Isotope Techniques (1993)
Variations in nitrogen isotopic values among various particle-sized fractions in modern soil in northwestern China
Liu Weiguo,
Wang Zhoufeng,
Wang Zheng,
Feng Xiahong, Zhang Pu
Chinese Journal of Geochemistry. 2011 30(3). p.295
15N natural abundance in forest and pasture soils of the Brazilian Amazon Basin
Piccolo Marisa C.,
Neill Christopher,
Melillo Jerry M.,
Cerri Carlos C., Steudler Paul A.
Plant and Soil. 1996 182(2). p.249
Temporal trends in nitrogen isotope values of nitrate leaching from an agricultural soil
Ostrom Nathaniel E,
Knoke Keith E,
Hedin Lars O,
Robertson G.Philip, Smucker Alvin J.M
Chemical Geology. 1998 146(3-4). p.219
Nutrition, moisture and rhizobial strain influence isotopic fractionation during N2, fixation in pasture legumes
Ledgard S.F.
Soil Biology and Biochemistry. 1989 21(1). p.65
Yield of sugarcane varieties and their sugar quality grown in different soil types and inoculated with a diazotrophic bacteria consortium
Schultz Nivaldo,
Pereira Willian,
de Albuquerque Silva Paulo,
Baldani José Ivo,
Boddey Robert Michael,
Alves Bruno José Rodrigues,
Urquiaga Segundo, Reis Veronica Massena
Plant Production Science. 2017 20(4). p.366
Stable Isotopes in Ecological Research (1989)
The Biology of Frankia and Actinorhizal Plants (1990)
Nitrogen mineralisation and plant nitrogen acquisition in a nitrogen-limited calcareous grassland
Unkovich Murray,
Jamieson Nicola,
Monaghan Ross, Barraclough Declan
Environmental and Experimental Botany. 1998 40(3). p.209
Natural15N and13C abundance in Andisols influenced by long-term fertilization management in Japan
Zhao Bingzi,
Maeda Morihiro, Ozaki Yasuo
Soil Science and Plant Nutrition. 2002 48(4). p.555
Nitrogen and carbon isotopic dynamics of subarctic soils and plants in southern Yukon Territory and its implications for paleoecological and paleodietary studies
Tahmasebi Farnoush,
Longstaffe Fred J.,
Zazula Grant,
Bennett Bruce, Mohan Jacqueline
PLOS ONE. 2017 12(8). p.e0183016
Deforestation and leaching of nitrogen as nitrates into underground water in intertropical zones: The example of Côte d'lvoire
Faillat J. P., Rambaud A.
Environmental Geology and Water Sciences. 1991 17(2). p.133
Natural abundance of 15N in soils along forest-to-pasture chronosequences in the western Brazilian Amazon Basin
Piccolo Marisa C.,
Neill Christopher, Cerri Carlos C.
Oecologia. 1994 99(1-2). p.112
Independence of alpine meadow plants from soil organic matter for nitrogen supply: evidence from stable nitrogen isotopes
Yi Xianfeng, Yang Yueqin
Isotopes in Environmental and Health Studies. 2007 43(1). p.51
Soil nitrogen status and turnover in subtropical leucaena-grass pastures as quantified by δ15N natural abundance
Conrad Kathryn A.,
Dalal Ram C.,
Dalzell Scott A.,
Allen Diane E.,
Fujinuma Ryosuke, Menzies Neal W.
Geoderma. 2018 313 p.126
Natural 15N abundance in soils and plants in relation to N cycling in a rangeland in Inner Mongolia
Xu Y.,
He J.,
Cheng W.,
Xing X., Li L.
Journal of Plant Ecology. 2010 3(3). p.201
Natural15N abundance as a method of estimating the contribution of biologically fixed nitrogen to N2-fixing systems: Potential for non-legumes
Shearer Georgia, Kohl D. H.
Plant and Soil. 1988 110(2). p.317
Landscape-scale estimates of dinitrogen fixation by Pisum sativum by nitrogen-15 natural abundance and enriched isotope dilution
Androsoff G. L.,
van Kessel C., Pennock D. J.
Biology and Fertility of Soils. 1995 20(1). p.33
Origine des nitrates dans les nappes de fissures de la zone tropicale humide — Exemple de la Côte d'Ivoire
Faillat Jean-Pierre
Journal of Hydrology. 1990 113(1-4). p.231
Isotopic fractionation accompanying fertilizer nitrogen transformations in soil and trees of a Scots spine ecosystem
N�mmik Hans,
Pluth Donald J.,
Larsson Kjell, Mahendrappa M. K.
Plant and Soil. 1994 158(2). p.169
Guideline for Salinity Assessment, Mitigation and Adaptation Using Nuclear and Related Techniques (2018)
Carbon induced subsoil denitrification of 15N-labelled nitrate in 1 m deep soil columns
Clough T.J,
Jarvis S.C,
Dixon E.R,
Stevens R.J,
Laughlin R.J, Hatch D.J
Soil Biology and Biochemistry. 1998 31(1). p.31
Natural abundance of 15N in tropical plants with emphasis on tree legumes
Yoneyama T.,
Muraoka T.,
Murakami T., Boonkerd N.
Plant and Soil. 1993 153(2). p.295
Nitrogen in Agricultural Systems (2015)
Dynamics of Organic Matter of Soil Profiles with Different Vegetation Conditions from the Chinese Loess Plateau: δ13C and δ15N Approaches
Li Long-Bo,
Wang Xiao-Dan,
Zhang Ping,
Zhu Yao-Qiang,
Ren Ming-Qiang, Cai Da-Wei
IOP Conference Series: Earth and Environmental Science. 2020 570(2). p.022008
15N natural abundance in plants of the Amazon River floodplain and potential atmospheric N2 fixation
Martinelli L. A.,
Victoria R. L.,
Trivelin P. C. O.,
Devol A. H., Richey J. E.
Oecologia. 1992 90(4). p.591
δ15N from soil to wine in bulk samples and proline
Paolini Mauro,
Ziller Luca,
Bertoldi Daniela,
Bontempo Luana,
Larcher Roberto,
Nicolini Giorgio, Camin Federica
Journal of Mass Spectrometry. 2016 51(9). p.668
Methods for quantification of nitrogen fixation associated with gramineae
Boddey Robert M., Knowles Roger
Critical Reviews in Plant Sciences. 1987 6(3). p.209
Natural abundance 15N in soil and litter across a nitrate-output gradient in New Hampshire
Pardo L.H.,
Hemond H.F.,
Montoya J.P., Pett-Ridge J.
Forest Ecology and Management. 2007 251(3). p.217
Natural abundance of 15N in forests across a nitrogen deposition gradient
Emmett B.A.,
Kjønaas O.J.,
Gundersen P.,
Koopmans C.,
Tietema A., Sleep D.
Forest Ecology and Management. 1998 101(1-3). p.9
Rhizosphere effects on soil nutrient dynamics and microbial activity in an Australian tropical lowland rainforest
Toberman Hannah,
Chen Chengrong, Xu Zhihong
Soil Research. 2011 49(7). p.652
Field estimation of N2 fixation by Acacia spp. using 15N isotope dilution and labelling with 35S
Hamilton S.D.,
Hopmans P.,
Chalk P.M., Smith C.J.
Forest Ecology and Management. 1993 56(1-4). p.297