potential transpiration
1.Study on leaf water potential,transpiration and water use efficiency in different growth forms of reed in plain desert area of northern Xinjiahg.
2.TRANSPIRATION RATE OF CONIFEROUS AND BROADLEAF YOUNG TREES AS A FUNCTION OF WATER POTENTIAL OF THEIR LEAVES AND OF ENVIRONMENTAL FACTORS
3.The results showed that the transpiration rate、leaf RWC、water potential, water-consumption and water use coefficient were decreased with soil water decreasing.
4.Effects of some lanthanide ions on K+ channels in guard cells and in mesophyll cells were investigated using whole-cell patch clamp technique, and influences of lanthanide ions on stomatal movements and transpiration were studied using epidermis biology analyse and other methods. We aim at posting some evidence to reveal rare earth elements might have potential practical values in regulating plant water status.
5.The tested traits include the content of chlorophyll、 photosynthesis rate, transpiration rate 、 water use efficiency、 water potential of leaves(at dawn)、 leaves water content and relative water content、 water consumption、 water consumption rate、 water loss rate、 leaves soluble protein、 leaves relative electric conductivity and the content of leaves MDA, analyzed by using subordinate function.
