Biologia Plantarum · 2004 · 30 citations · 12 references
Life SciencesPlant BiologyPlant SciencesPlant BiochemistryPlant EcophysiologyPlant GeneticsCrop Water RequirementsDroughtDrought AdaptationDrought PhysiologyDrought Stress PhysiologyDrought ToleranceDrought Stress EffectsDrought Tolerance MechanismsDrought Tolerance VariationDrought-tolerant CropsLeaf ThicknessNitrate Reductase ActivityPlant Drought ToleranceRelative Water Content
Twenty genotypes of Stylosanthes consisting four species were evaluated under rain fed condition employing biochemical and physiological attributes to select drought tolerant lines. Relative water content measured at 50 % flowering stage of the plants showed significant variations among the lines which ranged from 32.11 in S. scabra RRR94-86 to 83.33 % in S. seabrana 2539. The results indicated that S. scabra genotypes were more tolerant to drought over other lines as evidenced by high leaf thickness, proline accumulation, content of sugars and chlorophyll, and nitrate reductase activity.
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COPPER ENZYMES IN ISOLATED CHLOROPLASTS. POLYPHENOLOXIDASE IN <i>BETA VULGARIS</i>
Daniel I. Arnon · PLANT PHYSIOLOGY · 1949 · 22.3K citations · Full text