Citation: Hm. Rawson et al., EFFECT OF SEEDLING TEMPERATURE AND ITS DURATION ON DEVELOPMENT OF WHEAT CULTIVARS DIFFERING IN VERNALIZATION RESPONSE, Field crops research, 57(3), 1998, pp. 289-300
Citation: Ga. Slafer et Hm. Rawson, PHYLLOCHRON IN WHEAT AS AFFECTED BY PHOTOPERIOD UNDER 2 TEMPERATURE REGIMES, Australian journal of plant physiology, 24(2), 1997, pp. 151-158
Citation: Ga. Slafer et Hm. Rawson, CO2 EFFECTS ON PHASIC DEVELOPMENT, LEAF NUMBER AND RATE OF LEAF APPEARANCE IN WHEAT, Annals of botany, 79(1), 1997, pp. 75-81
Citation: Mc. Ball et al., GROWTH AND WATER-USE OF THE MANGROVES RHIZOPHORA-APICULATA AND RHIZOPHORA-STYLOSA IN RESPONSE TO SALINITY AND HUMIDITY UNDER AMBIENT AND ELEVATED CONCENTRATIONS OF ATMOSPHERIC CO2, Plant, cell and environment, 20(9), 1997, pp. 1158-1166
Citation: Ga. Slafer et Hm. Rawson, RESPONSES TO PHOTOPERIOD CHANGE WITH PHENOPHASE AND TEMPERATURE DURING WHEAT DEVELOPMENT, Field crops research, 46(1-3), 1996, pp. 1-13
Citation: R. Nanda et al., PHENOLOGICAL DEVELOPMENT OF BRASSICA-CAMPESTRIS, BRASSICA-JUNCEA, BRASSICA-NAPUS AND B-CARINATA GROWN IN CONTROLLED ENVIRONMENTS AND FROM 14 SOWING DATES IN THE FIELD, Field crops research, 46(1-3), 1996, pp. 93-103
Citation: Hm. Rawson, THE DEVELOPMENTAL STAGE DURING WHICH BORON LIMITATION CAUSES STERILITY IN WHEAT GENOTYPES AND THE RECOVERY OF FERTILITY, Australian journal of plant physiology, 23(6), 1996, pp. 709-717
Citation: Ga. Slafer et Hm. Rawson, THERMAL AMPLITUDE DOES NOT CHANGE RATE OF DEVELOPMENT IN WHEAT, Cereal Research Communications, 24(1), 1996, pp. 69-75
Authors:
BLUMENTHAL C
RAWSON HM
MCKENZIE E
GRAS PW
BARLOW EWR
WRIGLEY CW
Citation: C. Blumenthal et al., CHANGES IN WHEAT-GRAIN QUALITY DUE TO DOUBLING THE LEVEL OF ATMOSPHERIC CO2, Cereal chemistry, 73(6), 1996, pp. 762-766
Citation: Ga. Slafer et Hm. Rawson, PHOTOPERIOD-X TEMPERATURE INTERACTIONS IN CONTRASTING WHEAT GENOTYPES- TIME TO HEADING AND FINAL LEAF NUMBER, Field crops research, 44(2-3), 1995, pp. 73-83
Citation: R. Nanda et al., EFFECT OF SOWING DATE ON RATES OF LEAF APPEARANCE, FINAL LEAF NUMBERS, AND AREAS IN BRASSICA-CAMPESTRIS, BRASSICA-JUNCEA, BRASSICA-NAPUS AND B-CARINATA, Field crops research, 42(2-3), 1995, pp. 125-134
Citation: Ga. Slafer et Hm. Rawson, RATES AND CARDINAL TEMPERATURES FOR PROCESSES OF DEVELOPMENT IN WHEAT- EFFECTS OF TEMPERATURE AND THERMAL AMPLITUDE, Australian journal of plant physiology, 22(6), 1995, pp. 913-926
Citation: Hm. Rawson, YIELD RESPONSES OF 2 WHEAT GENOTYPES TO CARBON-DIOXIDE AND TEMPERATURE IN-FIELD STUDIES USING TEMPERATURE-GRADIENT TUNNELS, Australian journal of plant physiology, 22(1), 1995, pp. 23-32
Citation: Hm. Rawson et al., TEMPERATURE-GRADIENT CHAMBERS FOR RESEARCH ON GLOBAL ENVIRONMENT CHANGE .1. PORTABLE CHAMBERS FOR RESEARCH ON SHORT-STATURE VEGETATION, Plant, cell and environment, 18(9), 1995, pp. 1048-1054
Citation: Ga. Slafer et Hm. Rawson, BASE AND OPTIMUM TEMPERATURES VARY WITH GENOTYPE AND STAGE OF DEVELOPMENT IN WHEAT, Plant, cell and environment, 18(6), 1995, pp. 671-679
Citation: Ga. Slafer et Hm. Rawson, DEVELOPMENT IN WHEAT AS AFFECTED BY TIMING AND LENGTH OF EXPOSURE TO LONG PHOTOPERIOD, Journal of Experimental Botany, 46(293), 1995, pp. 1877-1886
Citation: Ga. Slafer et Hm. Rawson, INTRINSIC EARLINESS AND BASIC DEVELOPMENT RATE ASSESSED FOR THEIR RESPONSE TO TEMPERATURE IN WHEAT, Euphytica, 83(3), 1995, pp. 175-183
Citation: Ga. Slafer et Hm. Rawson, SENSITIVITY OF WHEAT PHASIC DEVELOPMENT TO MAJOR ENVIRONMENTAL-FACTORS - A REEXAMINATION OF SOME ASSUMPTIONS MADE BY PHYSIOLOGISTS AND MODELERS, Australian journal of plant physiology, 21(4), 1994, pp. 393-426
Citation: Hm. Rawson, RADIATION EFFECTS ON RATE OF DEVELOPMENT IN WHEAT GROWN UNDER DIFFERENT PHOTOPERIODS AND HIGH AND LOW-TEMPERATURES, Australian journal of plant physiology, 20(6), 1993, pp. 719-727
Citation: Hm. Rawson et M. Zajac, EFFECTS OF HIGHER TEMPERATURES, PHOTOPERIOD AND SEED VERNALIZATION ONDEVELOPMENT IN 2 SPRING WHEATS, Australian journal of plant physiology, 20(2), 1993, pp. 211-222