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Results: 3
INFLUENCE OF CO2 CONCENTRATION AND LIGHT- INTENSITY ON PHOSPHOENOLPYRUVATE CARBOXYLASE AND MALATE-DEHYDROGENASE OF IN-VITRO COFFEE PLANTLETS
Authors: ROSSKARSTENS GS SHERIFF A EBERT G LUDDERS P
Citation: Gs. Rosskarstens et al., INFLUENCE OF CO2 CONCENTRATION AND LIGHT- INTENSITY ON PHOSPHOENOLPYRUVATE CARBOXYLASE AND MALATE-DEHYDROGENASE OF IN-VITRO COFFEE PLANTLETS, Gartenbauwissenschaft, 63(1), 1998, pp. 23-27
INFLUENCE OF CO2 CONCENTRATION, LIGHT-INT ENSITY, AND SUCROSE CONCENTRATION ON NET PHOTOSYNTHESIS OF CITRUS PLANTLETS DURING IN-VITRO PROPAGATION
Authors: ROSSKARSTENS GS EBERT G LUDDERS P
Citation: Gs. Rosskarstens et al., INFLUENCE OF CO2 CONCENTRATION, LIGHT-INT ENSITY, AND SUCROSE CONCENTRATION ON NET PHOTOSYNTHESIS OF CITRUS PLANTLETS DURING IN-VITRO PROPAGATION, Journal of Applied Botany, 70(5-6), 1996, pp. 188-193
DIURNAL TIME COURSES OF CO2 GAS-EXCHANGE IN CLOSED AND OPEN GAS SYSTEMS FOR COFFEE (COFFEA-ARABICA L), POMEGRANATE (PUNICA-GRANATUM L), CITRUS (CITRUS-LIMONIA OSB), GRAPE (VITIS-VINIFERA L), AND BANANA (MUSA XPARADISIACA L) IN-VITRO PLANTLETS UNDER DIFFERENT ENVIRONMENT CONDITIONS
Authors: ROSSKARSTENS GS EBERT G LUDDERS P
Citation: Gs. Rosskarstens et al., DIURNAL TIME COURSES OF CO2 GAS-EXCHANGE IN CLOSED AND OPEN GAS SYSTEMS FOR COFFEE (COFFEA-ARABICA L), POMEGRANATE (PUNICA-GRANATUM L), CITRUS (CITRUS-LIMONIA OSB), GRAPE (VITIS-VINIFERA L), AND BANANA (MUSA XPARADISIACA L) IN-VITRO PLANTLETS UNDER DIFFERENT ENVIRONMENT CONDITIONS, Journal of Applied Botany, 70(3-4), 1996, pp. 155-162
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