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Results: 1-9 |
Results: 9
STUDIES ON WATER DAMAGE IN MUNGBEAN .1. EFFECT OF WEATHERING ON SEED QUALITY AND VIABILITY
Authors: WILLIAMS RW LAWN RJ IMRIE BC BYTH DE
Citation: Rw. Williams et al., STUDIES ON WATER DAMAGE IN MUNGBEAN .1. EFFECT OF WEATHERING ON SEED QUALITY AND VIABILITY, Australian Journal of Agricultural Research, 46(5), 1995, pp. 887-899
STUDIES ON WATER DAMAGE IN MUNG BEAN .2. ELECTRICAL-CONDUCTIVITY OF SEED LEACHATE AS AN ASSAY OF LEVEL OF DAMAGE
Authors: WILLIAMS RW LAWN RJ IMRIE BC BYTH DE
Citation: Rw. Williams et al., STUDIES ON WATER DAMAGE IN MUNG BEAN .2. ELECTRICAL-CONDUCTIVITY OF SEED LEACHATE AS AN ASSAY OF LEVEL OF DAMAGE, Australian Journal of Agricultural Research, 46(5), 1995, pp. 901-907
STUDIES ON WEATHER DAMAGE IN MUNGBEAN .3. DEVELOPMENT OF A SYSTEM FORMEASURING GENOTYPIC VARIATION IN RESISTANCE TO WEATHERING
Authors: WILLIAMS RW LAWN RJ IMRIE BC BYTH DE
Citation: Rw. Williams et al., STUDIES ON WEATHER DAMAGE IN MUNGBEAN .3. DEVELOPMENT OF A SYSTEM FORMEASURING GENOTYPIC VARIATION IN RESISTANCE TO WEATHERING, Australian Journal of Agricultural Research, 46(5), 1995, pp. 909-920
RESIDUAL EFFECTS OF IRRIGATED SOYBEAN ON THE GROWTH AND YIELD OF IRRIGATED GRAIN-SORGHUM
Authors: GARSIDE AL LAWN RJ BYTH DE
Citation: Al. Garside et al., RESIDUAL EFFECTS OF IRRIGATED SOYBEAN ON THE GROWTH AND YIELD OF IRRIGATED GRAIN-SORGHUM, Australian journal of experimental agriculture, 34(5), 1994, pp. 647-654
GENOTYPE X ENVIRONMENT INTERACTIONS IN PROGENY FROM A BARLEY CROSS .2. VARIATION IN GRAIN-YIELD, YIELD COMPONENTS AND DRY-MATTER PRODUCTIONAMONG LINES WITH SIMILAR TIMES TO ANTHESIS
Authors: JACKSON PA BYTH DE FISCHER KS JOHNSTON RP
Citation: Pa. Jackson et al., GENOTYPE X ENVIRONMENT INTERACTIONS IN PROGENY FROM A BARLEY CROSS .2. VARIATION IN GRAIN-YIELD, YIELD COMPONENTS AND DRY-MATTER PRODUCTIONAMONG LINES WITH SIMILAR TIMES TO ANTHESIS, Field crops research, 37(1), 1994, pp. 11-23
AN INVESTIGATION OF THE GRAIN-YIELD ADAPTATION OF ADVANCED CIMMYT WHEAT LINES TO WATER-STRESS ENVIRONMENTS IN QUEENSLAND .1. CROP PHYSIOLOGICAL ANALYSIS
Authors: COOPER M BYTH DE WOODRUFF DR
Citation: M. Cooper et al., AN INVESTIGATION OF THE GRAIN-YIELD ADAPTATION OF ADVANCED CIMMYT WHEAT LINES TO WATER-STRESS ENVIRONMENTS IN QUEENSLAND .1. CROP PHYSIOLOGICAL ANALYSIS, Australian Journal of Agricultural Research, 45(5), 1994, pp. 965-984
AN INVESTIGATION OF THE GRAIN-YIELD ADAPTATION OF ADVANCED CIMMYT WHEAT LINES TO WATER-STRESS ENVIRONMENTS IN QUEENSLAND .2. CLASSIFICATIONANALYSIS
Authors: COOPER M BYTH DE WOODRUFF DR
Citation: M. Cooper et al., AN INVESTIGATION OF THE GRAIN-YIELD ADAPTATION OF ADVANCED CIMMYT WHEAT LINES TO WATER-STRESS ENVIRONMENTS IN QUEENSLAND .2. CLASSIFICATIONANALYSIS, Australian Journal of Agricultural Research, 45(5), 1994, pp. 985-1002
GENOTYPE X ENVIRONMENT INTERACTIONS IN PROGENY FROM A BARLEY CROSS .1. PATTERNS OF RESPONSE AMONG PROGENY LINES FOR GRAIN-YIELD AND TIME TOANTHESIS
Authors: JACKSON PA BYTH DE JOHNSTON RP FISCHER KS
Citation: Pa. Jackson et al., GENOTYPE X ENVIRONMENT INTERACTIONS IN PROGENY FROM A BARLEY CROSS .1. PATTERNS OF RESPONSE AMONG PROGENY LINES FOR GRAIN-YIELD AND TIME TOANTHESIS, Australian journal of experimental agriculture, 33(5), 1993, pp. 619-627
A PROCEDURE TO ASSESS THE RELATIVE MERIT OF CLASSIFICATION STRATEGIESFOR GROUPING ENVIRONMENTS TO ASSIST SELECTION IN PLANT-BREEDING REGIONAL EVALUATION TRIALS
Authors: COOPER M BYTH DE DELACY IH
Citation: M. Cooper et al., A PROCEDURE TO ASSESS THE RELATIVE MERIT OF CLASSIFICATION STRATEGIESFOR GROUPING ENVIRONMENTS TO ASSIST SELECTION IN PLANT-BREEDING REGIONAL EVALUATION TRIALS, Field crops research, 35(1), 1993, pp. 63-74
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