Claim · model-written summary
Leaf relative water content fell to 74.6% under 60% of field capacity irrigation, compared with 85.33% in the control.
Glycine maxVerbatim
t0“soybean (Glycine max merri.)”
e0“There was decrease in the leaf relative water content in plants under water deficit”
e1“treatment under water deficiency 60 and 50% of F.c had fall to 74.6 and 60.6%, respectively”
e2“when compared with the control plants (100% field capacity) 85.33 %”
Title
Kamil M. Al; Abdurrahman Salim 2014
Other claims from this paper (19)
- Intervention effect Leaf relative water content fell to 60.6% under 50% of field capacity irrigation, compared with 85.33% in the control.
- Intervention effect Osmotic potential increased to 0.716 under 60% of field capacity irrigation.
- Intervention effect Osmotic potential increased to 0.647 under 50% of field capacity irrigation.
- Association Genotype interacted significantly with water level for osmotic potential but not for relative water content.
- Intervention effect Drought stress did not significantly affect Ca and K uptake in soybean.
- Association Genotype Pi took up more K (466.2 m mole Kg-1) than the other genotypes.
- Intervention effect Water deficit reduced dry matter accumulation of soybean.
- Intervention effect Water limitation reduced pods per plant and 1000-seed weight of soybean.
- Intervention effect Seed yield per plant under limited irrigation was lower than under well-watering.
- Association Lee had the highest dry matter (8.9 g).
- Association Lee had the highest number of pods per plant (81.84).
- Association Lee had the highest 1000-seed weight (15.2 g).
- Mechanism The higher plant seed yield of Lee (2.613 g) is attributed to its higher pods per plant and 1000-seed weight.
- Observation Genotype S consumed 1199.9 mm of water under irrigation.
- Observation Genotype Lee consumed 1158.5 mm of water under irrigation.
- Observation Genotype Pi consumed a low amount of water (876.5 mm).
- Observation Genotype G consumed a low amount of water (892.7 mm).
- Recommendation Genotypes Pi and G may be used in less moisture conditions.
- Mechanism Osmotic adjustment may be the adaptive mechanism that lets soybean survive drought.