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Results: 1-19 |
Results: 19
OPTIONS FOR BREEDING FOR GREATER MAIZE YIELDS IN THE TROPICS
Authors: ELINGS A WHITE JW EDMEADES GO
Citation: A. Elings et al., OPTIONS FOR BREEDING FOR GREATER MAIZE YIELDS IN THE TROPICS, European journal of agronomy, 7(1-3), 1997, pp. 119-132
ADAPTIVE STRATEGIES IDENTIFIED AMONG TROPICAL MAIZE LANDRACES FOR NITROGEN-LIMITED ENVIRONMENTS
Authors: LAFITTE HR EDMEADES GO TABA S
Citation: Hr. Lafitte et al., ADAPTIVE STRATEGIES IDENTIFIED AMONG TROPICAL MAIZE LANDRACES FOR NITROGEN-LIMITED ENVIRONMENTS, Field crops research, 49(2-3), 1997, pp. 187-204
TEMPERATURE RESPONSES OF TROPICAL MAIZE CULTIVARS SELECTED FOR BROAD ADAPTATION
Authors: LAFITTE HR EDMEADES GO JOHNSON EC
Citation: Hr. Lafitte et al., TEMPERATURE RESPONSES OF TROPICAL MAIZE CULTIVARS SELECTED FOR BROAD ADAPTATION, Field crops research, 49(2-3), 1997, pp. 215-229
TEMPERATURE EFFECTS ON RADIATION USE AND BIOMASS PARTITIONING IN DIVERSE TROPICAL MAIZE CULTIVARS
Authors: LAFITTE HR EDMEADES GO
Citation: Hr. Lafitte et Go. Edmeades, TEMPERATURE EFFECTS ON RADIATION USE AND BIOMASS PARTITIONING IN DIVERSE TROPICAL MAIZE CULTIVARS, Field crops research, 49(2-3), 1997, pp. 231-247
IDENTIFICATION OF QUANTITATIVE TRAIT LOCI UNDER DROUGHT CONDITIONS INTROPICAL MAIZE .2. YIELD COMPONENTS AND MARKER-ASSISTED SELECTION-STRATEGIES
Authors: RIBAUT JM JIANG C GONZALEZDELEON D EDMEADES GO HOISINGTON DA
Citation: Jm. Ribaut et al., IDENTIFICATION OF QUANTITATIVE TRAIT LOCI UNDER DROUGHT CONDITIONS INTROPICAL MAIZE .2. YIELD COMPONENTS AND MARKER-ASSISTED SELECTION-STRATEGIES, Theoretical and Applied Genetics, 94(6-7), 1997, pp. 887-896
GENOTYPE BY ENVIRONMENT EFFECTS AND SELECTION FOR DROUGHT TOLERANCE IN TROPICAL MAIZE .1. 2 MODE-PATTERN ANALYSIS OF YIELD
Authors: CHAPMAN SC CROSSA J EDMEADES GO
Citation: Sc. Chapman et al., GENOTYPE BY ENVIRONMENT EFFECTS AND SELECTION FOR DROUGHT TOLERANCE IN TROPICAL MAIZE .1. 2 MODE-PATTERN ANALYSIS OF YIELD, Euphytica, 95(1), 1997, pp. 1-9
THE IMPORTANCE OF THE ANTHESIS-SILKING INTERVAL IN BREEDING FOR DROUGHT TOLERANCE IN TROPICAL MAIZE
Authors: BOLANOS J EDMEADES GO
Citation: J. Bolanos et Go. Edmeades, THE IMPORTANCE OF THE ANTHESIS-SILKING INTERVAL IN BREEDING FOR DROUGHT TOLERANCE IN TROPICAL MAIZE, Field crops research, 48(1), 1996, pp. 65-80
INTERGENOTYPIC COMPETITION DURING EVALUATION OF MAIZE PROGENIES UNDERLIMITED AND ADEQUATE N SUPPLY
Authors: BANZIGER M LAFITTE HR EDMEADES GO
Citation: M. Banziger et al., INTERGENOTYPIC COMPETITION DURING EVALUATION OF MAIZE PROGENIES UNDERLIMITED AND ADEQUATE N SUPPLY, Field crops research, 44(1), 1995, pp. 25-31
ASSOCIATION BETWEEN TRAITS IN TROPICAL MAIZE INBRED LINES AND THEIR HYBRIDS UNDER HIGH AND LOW SOIL-NITROGEN
Authors: LAFITTE HR EDMEADES GO
Citation: Hr. Lafitte et Go. Edmeades, ASSOCIATION BETWEEN TRAITS IN TROPICAL MAIZE INBRED LINES AND THEIR HYBRIDS UNDER HIGH AND LOW SOIL-NITROGEN, Maydica, 40(3), 1995, pp. 259-267
STRESS TOLERANCE IN TROPICAL MAIZE IS LINKED TO CONSTITUTIVE CHANGES IN EAR GROWTH-CHARACTERISTICS
Authors: LAFITTE HR EDMEADES GO
Citation: Hr. Lafitte et Go. Edmeades, STRESS TOLERANCE IN TROPICAL MAIZE IS LINKED TO CONSTITUTIVE CHANGES IN EAR GROWTH-CHARACTERISTICS, Crop science, 35(3), 1995, pp. 820-826
GAINS FROM SELECTION UNDER DROUGHT VERSUS MULTILOCATION TESTING IN RELATED TROPICAL MAIZE POPULATIONS
Authors: BYRNE PF BOLANOS J EDMEADES GO EATON DL
Citation: Pf. Byrne et al., GAINS FROM SELECTION UNDER DROUGHT VERSUS MULTILOCATION TESTING IN RELATED TROPICAL MAIZE POPULATIONS, Crop science, 35(1), 1995, pp. 63-69
REVERSING YIELD DECLINES OF A SUBTROPICAL VERTISOL
Authors: BELL MA LAFITTE HR EDMEADES GO CHAPMAN SC
Citation: Ma. Bell et al., REVERSING YIELD DECLINES OF A SUBTROPICAL VERTISOL, Communications in soil science and plant analysis, 26(7-8), 1995, pp. 1105-1119
IMPROVEMENT FOR TOLERANCE TO LOW SOIL-NITROGEN IN TROPICAL MAIZE .1. SELECTION CRITERIA
Authors: LAFITTE HR EDMEADES GO
Citation: Hr. Lafitte et Go. Edmeades, IMPROVEMENT FOR TOLERANCE TO LOW SOIL-NITROGEN IN TROPICAL MAIZE .1. SELECTION CRITERIA, Field crops research, 39(1), 1994, pp. 1-14
IMPROVEMENT FOR TOLERANCE TO LOW SOIL-NITROGEN IN TROPICAL MAIZE .2. GRAIN-YIELD, BIOMASS PRODUCTION, AND N ACCUMULATION
Authors: LAFITTE HR EDMEADES GO
Citation: Hr. Lafitte et Go. Edmeades, IMPROVEMENT FOR TOLERANCE TO LOW SOIL-NITROGEN IN TROPICAL MAIZE .2. GRAIN-YIELD, BIOMASS PRODUCTION, AND N ACCUMULATION, Field crops research, 39(1), 1994, pp. 15-25
IMPROVEMENT FOR TOLERANCE TO LOW SOIL-NITROGEN IN TROPICAL MAIZE .3. VARIATION IN YIELD ACROSS ENVIRONMENTS
Authors: LAFITTE HR EDMEADES GO
Citation: Hr. Lafitte et Go. Edmeades, IMPROVEMENT FOR TOLERANCE TO LOW SOIL-NITROGEN IN TROPICAL MAIZE .3. VARIATION IN YIELD ACROSS ENVIRONMENTS, Field crops research, 39(1), 1994, pp. 27-38
THERMAL KINETICS OF GLUTATHIONE-REDUCTASE AND THEIR RELATION TO THERMOTOLERANCE IN DIVERSE CULTIVARS OF MAIZE
Authors: TURNER LB POLLOCK CJ EDMEADES GO
Citation: Lb. Turner et al., THERMAL KINETICS OF GLUTATHIONE-REDUCTASE AND THEIR RELATION TO THERMOTOLERANCE IN DIVERSE CULTIVARS OF MAIZE, Annals of botany, 74(3), 1994, pp. 245-250
FLOWERING OF DIVERSE MAIZE CULTIVARS IN RELATION TO TEMPERATURE AND PHOTOPERIOD IN MULTILOCATION FIELD TRIALS
Authors: BONHOMME R DERIEUX M EDMEADES GO
Citation: R. Bonhomme et al., FLOWERING OF DIVERSE MAIZE CULTIVARS IN RELATION TO TEMPERATURE AND PHOTOPERIOD IN MULTILOCATION FIELD TRIALS, Crop science, 34(1), 1994, pp. 156-164
CAUSES FOR SILK DELAY IN A LOWLAND TROPICAL MAIZE POPULATION
Authors: EDMEADES GO BOLANOS J HERNANDEZ M BELLO S
Citation: Go. Edmeades et al., CAUSES FOR SILK DELAY IN A LOWLAND TROPICAL MAIZE POPULATION, Crop science, 33(5), 1993, pp. 1029-1035
DEFOLIATION AND PLANT-DENSITY EFFECTS ON MAIZE SELECTED FOR REDUCED PLANT HEIGHT
Authors: EDMEADES GO LAFITTE HR
Citation: Go. Edmeades et Hr. Lafitte, DEFOLIATION AND PLANT-DENSITY EFFECTS ON MAIZE SELECTED FOR REDUCED PLANT HEIGHT, Agronomy journal, 85(4), 1993, pp. 850-857
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