Results 261 to 270 of about 3,006,800 (311)
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2016
Continually applying salt-laden irrigation water to soils can lead to soil salinization because plants leave most of the salts behind as they uptake water. Osmotic potential energy in saline soils is negative and resists the movement of water toward plant roots.
Peter Waller, Muluneh Yitayew
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Continually applying salt-laden irrigation water to soils can lead to soil salinization because plants leave most of the salts behind as they uptake water. Osmotic potential energy in saline soils is negative and resists the movement of water toward plant roots.
Peter Waller, Muluneh Yitayew
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Physiologia Plantarum, 1976
AbstractThe abscisic acid (ABA) content was determined quantitatively in the leaves from wilted and unwilted tomato plants (Lycopersicon esculentum Mill. CV. Revermun) by the use of the wheat coleoptile test and gas‐liquid chromatography (GLC). Plants which have received an insufficient daily water supply for 18 days showed adaptation to wilting ...
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AbstractThe abscisic acid (ABA) content was determined quantitatively in the leaves from wilted and unwilted tomato plants (Lycopersicon esculentum Mill. CV. Revermun) by the use of the wheat coleoptile test and gas‐liquid chromatography (GLC). Plants which have received an insufficient daily water supply for 18 days showed adaptation to wilting ...
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Drymoglossum under Water Stress
American Fern Journal, 1984Drymoglossum is an epiphytic fern found commonly on the trunks of some local trees. It exhibits typical CAM features (Hew & Wong, 1974; Wong & Hew, 1976). It has fleshy fronds for storing water, but it is not uncommon to observe shrivelling of its fronds during dry spells. Different CAM plants seem to respond to drought differently. Under water stress,
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Journal of Experimental Biology, 2012
![][1] Life in Antarctica seems like it might be stressful for an insect because of the cold temperatures. But recent work by Nicholas Teets and his colleagues published in the Journal of Insect Physiology demonstrates that the lack of water in that habitat can also demand a ...
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![][1] Life in Antarctica seems like it might be stressful for an insect because of the cold temperatures. But recent work by Nicholas Teets and his colleagues published in the Journal of Insect Physiology demonstrates that the lack of water in that habitat can also demand a ...
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1976
When the temperature drops below the freezing point, water becomes first supercooled and then is converted into ice. Plants, plant organs or cells exposed to subzero temperatures may or may not be damaged when freezing of intracellular water occurs. This depends both on the mode of freezing and on the nature or physiological state of the plant material.
U. Heber, K. A. Santarius
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When the temperature drops below the freezing point, water becomes first supercooled and then is converted into ice. Plants, plant organs or cells exposed to subzero temperatures may or may not be damaged when freezing of intracellular water occurs. This depends both on the mode of freezing and on the nature or physiological state of the plant material.
U. Heber, K. A. Santarius
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Plant hormone regulation of abiotic stress responses
Nature Reviews Molecular Cell Biology, 2022Rainer Waadt +2 more
exaly
1981
Reference to a dictionary reveals that an object under stress is subjected to “demand upon energy” or is “constrained.” It is precisely these two aspects of microbial ecology that I have considered in this review, the stress being imposed by some factor directly associated with the water regime of the immediate environment.
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Reference to a dictionary reveals that an object under stress is subjected to “demand upon energy” or is “constrained.” It is precisely these two aspects of microbial ecology that I have considered in this review, the stress being imposed by some factor directly associated with the water regime of the immediate environment.
openaire +1 more source