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ON THE RELATIONSHIP BETWEEN TRANSPIRATION RATE AND LEAF WATER POTENTIAL
New Phytologist, 1966SummaryThe aim was to vary the transpiration rate of water culture plants and to measure corresponding values of ΔW, the leaf water potential depression (= DPD = suction force), as well as relative water content (relative turgidity) and stomatal aperture. On the Ohm‐law analogy ΔW and transpiration rate should be linearly related.
R. TINKLIN, P. E. WEATHERLEY
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The transpiration rate of a single tree — numerical simulations
Ecological Modelling, 1994Abstract A numerical simulation model for the calculation of the transpiration of single trees has been developed. The required input data, like meteorological conditions as well as the flow configuration in and around the tree are provided by other, already existing models.
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Transpiration rates of rice plants treated with Trichoderma spp.
AIP Conference Proceedings, 2014Trichoderma spp. are considered as successful plant growth promoting fungi and have positive role in habitat engineering. In this study, the potential for Trichoderma spp. to regulate transpiration process in rice plant was assessed experimentally under greenhouse condition using a completely randomized design.
Febri Doni +3 more
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The Effect of Colored Plastic Covers on Transpiration Rate of Water
2022Water hyacinth (Echhornia crassipes) is one of the invasive and is considered as one of the most notorious aquatic weeds because of its fast spread and crowded growth. Manual removal of the plant is considered to be the most environmentally friendly way of controlling the plant but it is laborious when the plant covers large area.
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The Effect of Colored Plastic Covers on Transpiration Rate of Water
Journal of Equity in Sciences and Sustainable Development, 2023Water hyacinth (Echhornia crassipes) is one of the invasive and is considered as one of the most notorious aquatic weeds because of its fast spread and crowded growth. Manual removal of the plant is considered to be the most environmentally friendly way of controlling the plant but it is laborious when the plant covers large area.
Hailu, Birhanu, Amente, Gelana
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INFLUENCE OF SOWING DATES ON THE PHENOLOGY AND TRANSPIRATION RATE IN PIGEONPEA
Madras Agricultural Journal, 1987Six pigeonpea cultivars were grown under three different dates of sowing (21-2-84, 21-6-84 and 21-9-84) to examine the effects of environmental influence on phenology and transpiration rate. Transpiration rate was measured at selective stages of crop growth. Phenological observation were also recorded.
BALAKRISHNAN K, NATARAJARATNAM N
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Transpiration Rates of Alpine Plants in the Sierra Nevada of California
American Midland Naturalist, 1965Field and laboratory gravimetric measurements were made of transpiration rates in several species of alpine plants from dry and moist environments in the Sierra Nevada. Maximum transpiration rates in, the field ranged from 0.26 to 1.46 g/g f.w.Jhr and were highest for plants from moist sites.
H. A. Mooney +2 more
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