Articles citing this paper
Nodulation studies on chickpea (Cicer arietinum)
EJ Corbin, J Brockwell and RR Gault
17(84) pp.126 - 134
67 articles found in Crossref database.
No difference in the competitive ability of introduced and native Trifolium provenances when grown with soil biota from their introduced and native ranges
Shelby Natasha,
Hulme Philip E.,
van der Putten Wim H.,
McGinn Kevin J.,
Weser Carolin, Duncan Richard P.
AoB PLANTS. 2016 8
Residual effects from lime application on soil pH, rhizobial population and crop productivity in dryland farming systems of central New South Wales
Fettell N. A.,
Evans C. M.,
Carpenter D. J., Brockwell J.
Australian Journal of Experimental Agriculture. 2007 47(5). p.608
World crops: Cool season food legumes (1988)
N2 fixation in irrigated lucerne grown for hay
Brockwell J.,
Gault R.R.,
Peoples M.B.,
Turner G.L.,
Lilley D.M., Bergersen F.J.
Soil Biology and Biochemistry. 1995 27(4-5). p.589
Severity of root rot in mature subterranean clover and associated fungal pathogens in the wheatbelt of Western Australia
O'Rourke Tiernan A.,
Scanlon Tim T.,
Ryan Megan H.,
Wade Len J.,
McKay Alan C.,
Riley Ian T.,
Li Hua,
Sivasithamparam Krishnapillai, Barbetti Martin J.
Crop and Pasture Science. 2009 60(1). p.43
Naturalised populations of mesorhizobia in chickpea (Cicer arietinum L.) cropping soils: effects on nodule occupancy and productivity of commercial chickpea
Elias Natalie V, Herridge David F
Plant and Soil. 2015 387(1-2). p.233
Plant mutualisms with rhizosphere microbiota in introduced versus native ranges
Shelby Natasha,
Duncan Richard P.,
van der Putten Wim H.,
McGinn Kevin J.,
Weser Carolin,
Hulme Philip E., Austin Amy
Journal of Ecology. 2016 104(5). p.1259
Addressing biophysical constraints for Australian farmers applying low rates of composted dairy waste to soil
Hayes R. C.,
McCormick J. I.,
Oates A. A.,
Poile G. J.,
Conyers M. K.,
Gardner M. J.,
Price A.,
O'Keeffe P., Li G. D.
Renewable Agriculture and Food Systems. 2018 33(2). p.179
World crops: Cool season food legumes (1988)
Evolution of Diverse Effective N
2
-Fixing Microsymbionts of Cicer arietinum following Horizontal Transfer of the Mesorhizobium ciceri CC1192 Symbiosis Integrative and Conjugative Element
Hill Yvette,
Colombi Elena,
Bonello Emma,
Haskett Timothy,
Ramsay Joshua,
O’Hara Graham,
Terpolilli Jason, Semrau Jeremy D.
Applied and Environmental Microbiology. 2021 87(5).
Relative energy efficiency of nitrogen fixation by nodules of chickpeas (Cicer arietinum L.) produced by different strains ofRhizobium
Minguez M. Ines, Ruiz-Argüeso Tomas
Current Microbiology. 1980 4(3). p.169
Cause of Death: Phytophthora or Flood? Effects of Waterlogging on Phytophthora medicaginis and Resistance of Chickpea (Cicer arietinum)
Dron Nicole,
Simpfendorfer Steven,
Sutton Tim,
Pengilley Georgina, Hobson Kristy
Agronomy. 2021 12(1). p.89
Symbiotic effectiveness, abiotic stress tolerance and phosphate solubilizing ability of new chickpea root-nodule bacteria from soils in Kununurra Western Australia and Narrabri New South Wales Australia
Oparah Irene Adu,
Hartley Jade Christopher,
Deaker Rosalind,
Gemell Greg,
Hartley Elizabeth, Kaiser Brent Norman
Plant and Soil. 2024 495(1-2). p.371
Nitrogen fixation and growth of annual Medicago–Sinorhizobium associations at low temperature
Robin Christophe,
Sultan-Tubeileh Kholoud,
Obaton Michel, Guckert Armand
European Journal of Agronomy. 2005 22(3). p.267
Management strategies to reduce losses caused by fusarium seedling blight of field pea
Chang K. F.,
Hwang S. F.,
Ahmed H. U.,
Gossen B. D.,
Turnbull G. D., Strelkov S. E.
Canadian Journal of Plant Science. 2013 93(4). p.619
Hydrogen emission from nodulated soybeans [Glycine max (L.) Merr.] and consequences for the productivity of a subsequent maize (Zea mays L.) crop
Peoples Mark B.,
McLennan Paul D., Brockwell John
Plant and Soil. 2008 307(1-2). p.67
Reduced availability of rhizobia limits the performance but not invasiveness of introduced Acacia
Wandrag Elizabeth M.,
Sheppard Andy,
Duncan Richard P.,
Hulme Philip E., Turnbull Matthew
Journal of Ecology. 2013 101(5). p.1103
Serological and ecological studies ofRhizobium spp. (Cicer arietinum L.) by immunofluorescence and ELISA technique: Competitive ability for nodule formation between rhizobium strains
Arsac J. F., Cleyet-Marel J. C.
Plant and Soil. 1986 94(3). p.411
Nodulation studies on legumes exotic to Australia: the influence of soil populations and inocula of Rhizobium leguminosarum bv. viciae on nodulation and nitrogen fixation by field peas
Fettell N.A.,
O'Connor G.E.,
Carpenter Diane J.,
Evans J.,
Bamforth I.,
Oti-Boateng C.,
Hebb Diane M., Brockwell J.
Applied Soil Ecology. 1997 5(3). p.197
Colonization of rhizospheres by Bradyrhizobium Sp. in relation to strain persistence and nodulation of some pasture legumes
Bushby H.V.A.
Soil Biology and Biochemistry. 1993 25(5). p.597
Symbiotic effectiveness of spontaneous antibiotic-resistant mutants of Rhizobium s p. Cicer nodulating chickpea (Cicer arietinum)
Sindhu S.S., Dadarwal K.R.
Microbiological Research. 2001 155(4). p.325
Di-ammonium phosphate (DAP) and plant density improve grain yield, nodulation capacity, and profitability of peas (Pisum sativum L.) on ferralsols in eastern D.R. Congo
Chuma Géant Basimine,
Mulalisi Blaise,
Mondo Jean Mubalama,
Ndeko Adrien Byamungu,
Bora Francine Safina,
Bagula Espoir Mukengere,
Mushagalusa Gustave Nachigera, Civava René
CABI Agriculture and Bioscience. 2022 3(1).
Nodulation studies on legumes exotic to Australia:Hedysarum coronarium
Casella Sergio,
Gault Robert R.,
Reynolds Kenneth C.,
Dyson John R., Brockwell John
FEMS Microbiology Letters. 1984 22(1). p.37
Symbiotic effectiveness, ecological adaptation and phylogenetic diversity of chickpea rhizobia isolated from a large-scale Australian soil collection
Zaw Myint,
Rathjen Judith R.,
Zhou Yi,
Ryder Maarten H., Denton Matthew D.
Plant and Soil. 2021 469(1-2). p.49
Management of Biological Nitrogen Fixation for the Development of More Productive and Sustainable Agricultural Systems (1995)
A strategy for legume nodulation research in developing regions of the Old World
Brockwell J.
Plant and Soil. 1981 58(1-3). p.367
Availability of soil mutualists may not limit non‐native Acacia invasion but could increase their impact on native soil communities
Wandrag Elizabeth M.,
Birnbaum Christina,
Klock Metha M.,
Barrett Luke G.,
Thrall Peter H., Cheng Lei
Journal of Applied Ecology. 2020 57(4). p.786
Nodulation of Medicago truncatula and Medicago polymorpha in two pastures of contrasting soil pH and rhizobial populations
Denton Matthew D.,
Hill Christopher R.,
Bellotti William D., Coventry David R.
Applied Soil Ecology. 2007 35(2). p.441
Highlights of Nitrogen Fixation Research (1999)
Soilborne root disease pathogen complexes drive widespread decline of subterranean clover pastures across diverse climatic zones
Foster Kevin,
You Ming Pei,
Nietschke Brett,
Edwards Nick, Barbetti Martin J.
Crop and Pasture Science. 2017 68(1). p.33
Evaluation of Biomass Yield, Seed Yield and Chemical Composition of Different Varieties of Vetch and Oats Grown in Pure Stand and Mixture in Mareka District, Southern Ethiopia
Belayneh Tesfaye,
Ali Abdo Mohammed,
Nebiyu Amsalu, Tigistu Teshale
SSRN Electronic Journal . 2021
Subterranean clover decline in permanent pastures in north-eastern Victoria
Burnett V. F.,
Coventry D. R.,
Hirth J. R., Greenhalgh F. C.
Plant and Soil. 1994 164(2). p.231
Understanding Why Effective Fungicides Against Individual Soilborne Pathogens Are Ineffective with Soilborne Pathogen Complexes
You Ming Pei,
Lamichhane Jay Ram,
Aubertot Jean-Noël, Barbetti Martin J.
Plant Disease. 2020 104(3). p.904
Growth and nitrogen fixation of annual Medicago-Rhizobium associations during winter in Mediterranean region
Sultan K,
Gintzburger G,
Obaton M,
Robin C,
Touchane H, Guckert A
European Journal of Agronomy. 2001 15(3). p.221
Performance Evaluation of Three Peanut Cultivars Grown under Elevated CO2 Concentrations
Novello Nicola,
Johnson Joel B.,
Laza Haydee,
Walsh Kerry B., Naiker Mani
Agriculture. 2024 14(7). p.1045
Nitrogen Fixation by Legumes in Mediterranean Agriculture (1988)
Age of peat-based lupin and chickpea inoculants in relation to quality and efficacy
Hartley E. J.,
Gemell L. G.,
Slattery J. F.,
Howieson J. G., Herridge D. F.
Australian Journal of Experimental Agriculture. 2005 45(3). p.183
Effects of supplemental nitrate and thermal regime on the nitrogen nutrition of chickpea (Cicer arietinum L.)
Rawsthorne S.,
Hadley P.,
Roberts E. H., Summerfield R. J.
Plant and Soil. 1985 83(2). p.265
Linking Research and Marketing Opportunities for Pulses in the 21st Century (2000)
Biological nitrogen fixation by legume cover plants in oil palm plantations: calibration of the ureide technique and effects of plantation age and soil nitrate
Pipai Rachel,
McNeill Ann,
Unkovich Murray,
Banabas Murom, Nelson Paul N.
Plant and Soil. 2023 491(1-2). p.665
Recent advances in inoculant technology and prospects for the future
Brockwell J., Bottomley P.J.
Soil Biology and Biochemistry. 1995 27(4-5). p.683
Manipulation of rhizobia microflora for improving legume productivity and soil fertility: A critical assessment
Brockwell John,
Bottomley Peter J., Thies Janice E.
Plant and Soil. 1995 174(1-2). p.143
Cultivation offers effective management of subterranean clover damping‐off and root disease
You M. P.,
Guo K.,
Nicol D.,
Kidd D.,
Ryan M. H.,
Foster K., Barbetti M. J.
Grass and Forage Science. 2017 72(4). p.785
Construction of Tn5 tagged mutants of Rhizobium SPP (Cicer) for ecological studies
Sharma P.K.,
Anand R.C., Lakshminarayana K.
Soil Biology and Biochemistry. 1991 23(9). p.881
Amelioration of root disease of subterranean clover (Trifolium subterraneum) by mineral nutrients
O'Rourke Tiernan A.,
Ryan Megan H.,
Scanlon Tim T.,
Sivasithamparam Krishnapillai, Barbetti Martin J.
Crop and Pasture Science. 2012 63(7). p.672
Optimal Concentrations of Silicon Enhance the Growth of Soybean (Glycine Max L.) Cultivars by Improving Nodulation, Root System Architecture, and Soil Biological Properties
Shamshiripour Mahdieh,
Motesharezadeh Babak,
Rahmani Hadi Asadi,
Alikhani Hossein Ali, Etesami Hassan
Silicon. 2022 14(10). p.5333
The impact of two non-native plant species on native flora performance: potential implications for habitat restoration
Tanner Robert A., Gange Alan C.
Plant Ecology. 2013 214(3). p.423
Nitrogen Fixation by Legumes in Mediterranean Agriculture (1988)
High variation in the percentage of root length colonised by arbuscular mycorrhizal fungi among 139 lines representing the species subterranean clover ( Trifolium subterraneum )
Ryan Megan H.,
Kidd Daniel R.,
Sandral Graeme A.,
Yang Zongjian,
Lambers Hans,
Culvenor Richard A.,
Stefanski Adam,
Nichols Phillip G.H.,
Haling Rebecca E., Simpson Richard J.
Applied Soil Ecology. 2016 98 p.221
Rhizobial genetic and genomic resources for sustainable agriculture
Kohlmeier MacLean G.,
O’Hara Graham W.,
Ramsay Joshua P., Terpolilli Jason J.
Microbiology Australia. 2024 45(2). p.104
Enhancing legume N2 fixation through plant and soil management
Peoples M. B.,
Ladha J. K., Herridge D. F.
Plant and Soil. 1995 174(1-2). p.83
Severity of phytophthora root rot and pre‐emergence damping‐off in subterranean clover influenced by moisture, temperature, nutrition, soil type, cultivar and their interactions
You M. P., Barbetti M. J.
Plant Pathology. 2017 66(7). p.1162
Population genomics of Australian indigenous Mesorhizobium reveals diverse nonsymbiotic genospecies capable of nitrogen-fixing symbioses following horizontal gene transfer
Colombi Elena,
Hill Yvette,
Lines Rose,
Sullivan John T.,
Kohlmeier MacLean G.,
Christophersen Claus T.,
Ronson Clive W.,
Terpolilli Jason J., Ramsay Joshua P.
Microbial Genomics
. 2023 9(1).
Plant-soil feedbacks do not explain invasion success of Acacia species in introduced range populations in Australia
Birnbaum C., Leishman M. R.
Biological Invasions. 2013 15(12). p.2609
The influence of residence time and geographic extent on the strength of plant–soil feedbacks for naturalised Trifolium
McGinn Kevin J.,
van der Putten Wim H.,
Hulme Philip E.,
Shelby Natasha,
Weser Carolin,
Duncan Richard P., Turnbull Matthew
Journal of Ecology. 2018 106(1). p.207
The effect of ploidy number on vigor, productivity, and potential adaptation to climate change in annual Medicago species
Innes Lauren A.,
Denton Matthew D.,
Dundas Ian S.,
Peck David M., Humphries Alan W.
Crop Science. 2021 61(1). p.89
Nitrogen fixation in bambara groundnut,Voandzeia subterranea (L.) Thouars
Gueye Mamadou, Bordeleau Lucien M.
Mircen Journal of Applied Microbiology and Biotechnology. 1988 4(3). p.365
Management of Biological Nitrogen Fixation for the Development of More Productive and Sustainable Agricultural Systems (1995)
Symbiosis, Nitrogen and Dry Matter Distribution in Chickpea (Cicer arietinum)
Evans J.
Experimental Agriculture. 1982 18(4). p.339
Management of Biological Nitrogen Fixation for the Development of More Productive and Sustainable Agricultural Systems (1995)
Evolution of novel Mesorhizobium genospecies that competitively and effectively nodulate Cicer arietinum following inoculation with the Australian commercial inoculant strain M. ciceri CC1192
Hill Yvette J.,
Kohlmeier MacLean G.,
Agha Amiri Alireza,
O’Hara Graham W., Terpolilli Jason J.
Plant and Soil. 2024
Native soil origin influences the symbiotic N fixation effectiveness of chickpea mesorhizobia grown in Australian soils
Rathjen JR,
Zaw M,
Ryder MH,
Zhou Y,
Lai TV, Denton MD
Biology and Fertility of Soils. 2024 60(1). p.137
Evaluation of Heirloom and Commercial Cultivars of Small Grains under Low Input Organic Systems
Chapagain Tejendra, Riseman Andrew
American Journal of Plant Sciences. 2012 03(05). p.655
Grass species and their fungal symbionts affect subsequent forage growth
Cripps Michael G.,
Edwards Grant R., McKenzie Sarah L.
Basic and Applied Ecology. 2013 14(3). p.225
Some characteristics of Rhizobium leguminosarum isolates from uninoculated field-grown lentil
Moawad H., Beck D.P.
Soil Biology and Biochemistry. 1991 23(10). p.933
Linking Research and Marketing Opportunities for Pulses in the 21st Century (2000)
Management of Biological Nitrogen Fixation for the Development of More Productive and Sustainable Agricultural Systems (1995)