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Results: 1-11 |
Results: 11
ESTIMATION OF THE ANATOMICAL, STOMATAL AND BIOCHEMICAL-COMPONENTS OF DIFFERENCES IN PHOTOSYNTHESIS AND TRANSPIRATION OF WILD-TYPE AND TRANSGENIC (EXPRESSING YEAST-DERIVED INVERTASE TARGETED TO THE VACUOLE) TOBACCO-LEAVES
Authors: PACHEPSKY LB ACOCK B HOFFMANBENNING S WILLMITZER L FISAHN J
Citation: Lb. Pachepsky et al., ESTIMATION OF THE ANATOMICAL, STOMATAL AND BIOCHEMICAL-COMPONENTS OF DIFFERENCES IN PHOTOSYNTHESIS AND TRANSPIRATION OF WILD-TYPE AND TRANSGENIC (EXPRESSING YEAST-DERIVED INVERTASE TARGETED TO THE VACUOLE) TOBACCO-LEAVES, Plant, cell and environment, 20(8), 1997, pp. 1070-1078
ESTIMATION OF THE ANATOMICAL, STOMATAL AND BIOCHEMICAL-COMPONENTS OF DIFFERENCES IN PHOTOSYNTHESIS AND TRANSPIRATION OF WILD-TYPE AND TRANSGENIC (EXPRESSING YEAST-DERIVED INVERTASE TARGETED TO THE VACUOLE) TOBACCO LEAVES. (VOL 20, PG 1070, 1997)
Authors: PACHEPSKY LB ACOCK B HOFFMANBENNING S WILLMITZER L FISAHN J
Citation: Lb. Pachepsky et al., ESTIMATION OF THE ANATOMICAL, STOMATAL AND BIOCHEMICAL-COMPONENTS OF DIFFERENCES IN PHOTOSYNTHESIS AND TRANSPIRATION OF WILD-TYPE AND TRANSGENIC (EXPRESSING YEAST-DERIVED INVERTASE TARGETED TO THE VACUOLE) TOBACCO LEAVES. (VOL 20, PG 1070, 1997), Plant, cell and environment, 20(11), 1997, pp. 1438-1438
THE INFLUENCE OF STOMATAL DENSITY ON LEAF GAS-EXCHANGE
Authors: MUSCHAK M PACHEPSKY LB WILLMITZER L FISAHN J
Citation: M. Muschak et al., THE INFLUENCE OF STOMATAL DENSITY ON LEAF GAS-EXCHANGE, Plant physiology, 114(3), 1997, pp. 218-218
INTERCELLULAR ENVIRONMENT WITHIN A COTTON LEAF SIMULATED WITH PHYSICAL AND MATHEMATICAL-MODELS
Authors: JONES HG PACHEPSKY LB ACOCK B
Citation: Hg. Jones et al., INTERCELLULAR ENVIRONMENT WITHIN A COTTON LEAF SIMULATED WITH PHYSICAL AND MATHEMATICAL-MODELS, Plant physiology, 114(3), 1997, pp. 1089-1089
AN ADEQUATE MODEL OF PHOTOSYNTHESIS .1. PARAMETERIZATION, VALIDATION AND COMPARISON OF MODELS
Authors: PACHEPSKY LB HASKETT JD ACOCK B
Citation: Lb. Pachepsky et al., AN ADEQUATE MODEL OF PHOTOSYNTHESIS .1. PARAMETERIZATION, VALIDATION AND COMPARISON OF MODELS, Agricultural systems, 50(2), 1996, pp. 209-225
AN ADEQUATE MODEL OF PHOTOSYNTHESIS .2. DEPENDENCE OF PARAMETERS ON ENVIRONMENTAL-FACTORS
Authors: PACHEPSKY LB ACOCK B
Citation: Lb. Pachepsky et B. Acock, AN ADEQUATE MODEL OF PHOTOSYNTHESIS .2. DEPENDENCE OF PARAMETERS ON ENVIRONMENTAL-FACTORS, Agricultural systems, 50(2), 1996, pp. 227-238
A MODEL 2DLEAF OF LEAF GAS-EXCHANGE - DEVELOPMENT, VALIDATION, AND ECOLOGICAL APPLICATION
Authors: PACHEPSKY LB ACOCK B
Citation: Lb. Pachepsky et B. Acock, A MODEL 2DLEAF OF LEAF GAS-EXCHANGE - DEVELOPMENT, VALIDATION, AND ECOLOGICAL APPLICATION, Ecological modelling, 93(1-3), 1996, pp. 1-18
LEAF GAS-EXCHANGE OF AMPHYSTOMATOUS AND HYPOSTOMATOUS PLANTS - COMPARISON WITH THE MODEL 2D LEAF
Authors: PACHEPSKY LB ACOCK B
Citation: Lb. Pachepsky et B. Acock, LEAF GAS-EXCHANGE OF AMPHYSTOMATOUS AND HYPOSTOMATOUS PLANTS - COMPARISON WITH THE MODEL 2D LEAF, Plant physiology, 111(2), 1996, pp. 352-352
A 2-DIMENSIONAL MODEL OF LEAF GAS-EXCHANGE WITH SPECIAL REFERENCE TO LEAF ANATOMY
Authors: PACHEPSKY LB HASKETT JD ACOCK B
Citation: Lb. Pachepsky et al., A 2-DIMENSIONAL MODEL OF LEAF GAS-EXCHANGE WITH SPECIAL REFERENCE TO LEAF ANATOMY, Journal of biogeography, 22(2-3), 1995, pp. 209-214
EFFECT OF LEAF INTERCELLULAR SPACE GEOMETRY ON PHOTOSYNTHESIS AND TRANSPIRATION RATE - EXPERIMENTS WITH THE MODEL 2DLEAF
Authors: PACHEPSKY LB ACOCK B
Citation: Lb. Pachepsky et B. Acock, EFFECT OF LEAF INTERCELLULAR SPACE GEOMETRY ON PHOTOSYNTHESIS AND TRANSPIRATION RATE - EXPERIMENTS WITH THE MODEL 2DLEAF, Plant physiology, 108(2), 1995, pp. 92-92
RESPONSE OF CROP PHOTOSYNTHESIS TO CARBON-DIOXIDE, TEMPERATURE, AND LIGHT - EXPERIMENTATION AND MODELING
Authors: REDDY VR PACHEPSKY LB ACOCK B
Citation: Vr. Reddy et al., RESPONSE OF CROP PHOTOSYNTHESIS TO CARBON-DIOXIDE, TEMPERATURE, AND LIGHT - EXPERIMENTATION AND MODELING, HortScience, 29(12), 1994, pp. 1415-1422
Risultati: 1-11 |