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Water Content of Some Medicinal Plants

2009
Close parallels between transpiration and water deficit indicate that in diseased plants water loss is largely determined by leaf water content. The rate of water loss (transpiration) depends on evaporation. Therefore anything that affects the rate of evaporation would also affect the rate of water lost.
Tulukçu, Eray, Raziye, Koçak
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Ni2+ toxicity in rice: Effect on membrane functionality and plant water content

Plant Physiology and Biochemistry, 2008
The heavy metal nickel is an essential mineral trace nutrient found at low concentrations in most natural soils. However, it may reach toxic levels in certain areas and affect a number of biochemical and physiological processes in plants. Wilting and leaf necrosis have been described as typical visible symptoms of Ni(2+) toxicity.
Andreu, Llamas   +2 more
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Drought Resistance, Water Potential and Water Content in some New Zealand Plants

Flora, 1986
Summary The drought resistance of cut shoots and leaves of some 23 (mostly native) woody plants and ferns, showed a gradation from species that were resistant to water loss but damaged by relatively small water deficits (drought avoiders) to those that lost water readily but were damaged only by large water deficits (drought t oler at ors).
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Effects of Mulches on Soil Water Content and Water Status of Tea Plants in Kenya

Experimental Agriculture, 1980
SUMMARYSoil moisture content and plant water status of young clonal tea plants were affected differently by five different types of mulches (black plastic, stone chippings and three types of grass) when compared with a control without mulch. During prolonged droughts, soil moisture content was generally highest under Napier grass and black plastic but ...
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Water content and water deficit in the leaves of some woody Mediterranean plants

Acta biologiae et medicinae experimentalis, 1985
Water content and water deficit in this year's and last year's leaves of six evergreen woody Mediterranean plant species (holm oak- Quercus ilex L., olive- Olea europaea L., laurel- Laurus nobilis L., viburnum- Viburnum tinus L., pittosporum- Pittosporum tobira Dryand.
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Effect on growth and nickel content of cabbage plants watered with nickel solutions

Contact Dermatitis, 1979
Chinese cabbage plants were watered with different concentrations of NiCl2 solutions and the effect on growth and uptake of nickel in the plants were studied. No toxic effect on plant growth was observed. A higher content of nickel was found in the plants exposed to more concentrated nickel solutions.
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Toward noninvasive monitoring of plant leaf water content by electrical impedance spectroscopy

Computers and Electronics in Agriculture, 2023
Ernesto Serrano-Finetti
exaly  

Effect of water deuterium content on plants development

Journal of Biotechnology, 2016
Diana Costinel   +4 more
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Plant mediates soil water content effects on soil microbiota independently of its water uptake

Rhizosphere, 2023
Clemence Thiour-Mauprivez   +2 more
exaly  

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