Citation: Am. Bowman et al., RHIZOBIUM AS A FACTOR IN THE REESTABLISHMENT OF LEGUME-BASED PASTURESON CLAY SOILS OF THE WHEAT-BELT OF NORTH-WESTERN NEW-SOUTH-WALES, Australian journal of experimental agriculture, 38(6), 1998, pp. 555-566
Citation: Dm. Hebb et al., PCR AS AN ECOLOGICAL TOOL TO DETERMINE THE ESTABLISHMENT AND PERSISTENCE OF RHIZOBIUM STRAINS INTRODUCED INTO THE HELD AS SEED INOCULANT, Australian Journal of Agricultural Research, 49(6), 1998, pp. 923-934
Authors:
FETTELL NA
OCONNOR GE
CARPENTER DJ
EVANS J
BAMFORTH I
OTIBOATENG C
HEBB DM
BROCKWELL J
Citation: Na. Fettell et al., 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 (VOL 5, PG 197, 1997), Agriculture, ecosystems & environment. Applied soil ecology, 7(1), 1997, pp. 103-104
Authors:
FETTELL NA
OCONNOR GE
CARPENTER DJ
EVANS J
BAMFORTH I
OTIBOATENG C
HEBB DM
BROCKWELL J
Citation: Na. Fettell et al., 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, Agriculture, ecosystems & environment. Applied soil ecology, 5(3), 1997, pp. 197-210
Authors:
BOWMAN AM
HEBB DM
MUNNICH D
RUMMERY GL
BROCKWELL J
Citation: Am. Bowman et al., FIELD PERSISTENCE OF BRADYRHIZOBIUM SP (LUPINUS) INOCULANT FOR SERRADELLA (ORNITHOPUS-COMPRESSUS L), Australian journal of experimental agriculture, 35(3), 1995, pp. 357-365
Citation: Mb. Peoples et al., NITROGEN-FIXATION BY SOYBEAN IN COMMERCIAL IRRIGATED CROPS OF CENTRALAND SOUTHERN NEW-SOUTH-WALES, Soil biology & biochemistry, 27(4-5), 1995, pp. 553-561
Citation: J. Brockwell et Pj. Bottomley, RECENT ADVANCES IN INOCULANT TECHNOLOGY AND PROSPECTS FOR THE FUTURE, Soil biology & biochemistry, 27(4-5), 1995, pp. 683-697
Citation: J. Brockwell et al., MANIPULATION OF RHIZOBIA MICROFLORA FOR IMPROVING LEGUME PRODUCTIVITYAND SOIL FERTILITY - A CRITICAL-ASSESSMENT, Plant and soil, 174(1-2), 1995, pp. 143-180
Citation: Rr. Gault et al., NITROGEN-FIXATION BY IRRIGATED LUCERNE DURING THE FIRST 3 YEARS AFTERESTABLISHMENT, Australian Journal of Agricultural Research, 46(7), 1995, pp. 1401-1425
Citation: Rm. Barclay et al., DIFFERENTIAL RHIZOBIAL COLONIZATION OF THE ROOTS OF SOWN AND VOLUNTEER ANNUAL SPECIES OF MEDICAGO IN AN ACID SOIL, Australian journal of experimental agriculture, 34(6), 1994, pp. 745-752
Citation: Rr. Gault et al., NODULATION STUDIES ON LEGUMES EXOTIC TO AUSTRALIA - SYMBIOTIC RELATIONSHIPS BETWEEN CHAMAECYTISUS-PALMENSIS (TAGASASTE) AND LOTUS SPP, Australian journal of experimental agriculture, 34(3), 1994, pp. 385-394
Authors:
GAULT RR
BERNARDI AL
THOMPSON JA
ANDREWS JA
BANKS LW
HEBB DM
BROCKWELL J
Citation: Rr. Gault et al., STUDIES ON ALTERNATIVE MEANS OF LEGUME INOCULATION - APPRAISAL OF APPLICATION OF INOCULANT SUSPENDED IN IRRIGATION WATER (WATER-RUN INOCULATION), Australian journal of experimental agriculture, 34(3), 1994, pp. 401-409
Citation: A. Mathews et al., RHIZOSPHERE COLONIZATION BY BRADYRHIZOBIUM-JAPONICUM IS RELATED TO EXTENT OF NODULATION OF GLYCINE-MAX CV BRAGG AND ITS SUPERNODULATING MUTANTS, Soil biology & biochemistry, 25(5), 1993, pp. 613-619
Authors:
ROUGHLEY RJ
GEMELL LG
THOMPSON JA
BROCKWELL J
Citation: Rj. Roughley et al., THE NUMBER OF BRADYRHIZOBIUM SP (LUPINUS) APPLIED TO SEED AND ITS EFFECT ON RHIZOSPHERE COLONIZATION, NODULATION AND YIELD OF LUPIN, Soil biology & biochemistry, 25(10), 1993, pp. 1453-1458