RESPONSE OF WHEAT PHYSIOLOGICAL TRAITS TO WATER DEFICIT STRESS AND APPLICATION OF HUMIDITY MATERIAL ABSORBENT

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FARMAHINI FARAHANI M.; MIRZAKHANI M.; SAJEDI N.

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Paper Information

Journal: JOURNAL OF CROP PRODUCTION RESEARCH (ENVIRONMENTAL STRESSES IN PLANT SCIENCES) Year:2012 | Volume:4 | Issue:2 Page(s): 147-159

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Title

RESPONSE OF WHEAT PHYSIOLOGICAL TRAITS TO WATER DEFICIT STRESS AND APPLICATION OF HUMIDITY MATERIAL ABSORBENT

Author(s)

FARMAHINI FARAHANI M. | MIRZAKHANI M. | SAJEDI N. | Issue Writer Certificate

Keywords

ANIMAL MANUREQ2

BENTONITQ2

PHYSIOLOGICALQ2

WATER STRESSQ2

WHEATQ2

ZEOLITEQ3

Abstract

Effect of WATER STRESS and absorbent substance such as ANIMAL MANURE, ZEOLITE and BENTONITe in field trial training was conducted in Islamic Azad University in agricultural research during 1389-90. The experiment was as split plot in the basis of completely randomized blocks design with three replications. The experiment consisted of three irrigation treatments (100%, 85% and 70%) required water treatment in the main plot, Use absorbent materials on six levels (Controls, 30 tons of manureper hectare, 15 tons of manure and 4 tons ZEOLITE per hectare, 15 tons of manure per hectare consumption and two tons of BENTONITe, 4 tons per hectare ZEOLITE and consumption of two tons BENTONITe per hectare and 15 tons of manure, 2 tons BENTONITe and 4 tons of ZEOLITE per hectare) in sub plots on WHEAT cultivar alvand. The results showed that the effect of WATER STRESS on traits of rate of water loss (RWL), Leaf extremity water, initial water content (IWC), Biomass and grain yield clusters of clusters in a level and water saturation deficit (WSD) were significant at the five percent level. The Yield rate of water loss (RWL), initial water content (IWC), Water saturation deficit (WSD) were significant at one percent. ZEOLITE consumption 4 tons and 15 tons of manure per hectare can increase the water content and biomass yield clusters.

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APA: Copy

FARMAHINI FARAHANI, M., MIRZAKHANI, M., & SAJEDI, N.. (2012). RESPONSE OF WHEAT PHYSIOLOGICAL TRAITS TO WATER DEFICIT STRESS AND APPLICATION OF HUMIDITY MATERIAL ABSORBENT. JOURNAL OF CROP PRODUCTION RESEARCH (ENVIRONMENTAL STRESSES IN PLANT SCIENCES), 4(2), 147-159. SID. https://sid.ir/paper/182293/en

Vancouver: Copy

FARMAHINI FARAHANI M., MIRZAKHANI M., SAJEDI N.. RESPONSE OF WHEAT PHYSIOLOGICAL TRAITS TO WATER DEFICIT STRESS AND APPLICATION OF HUMIDITY MATERIAL ABSORBENT. JOURNAL OF CROP PRODUCTION RESEARCH (ENVIRONMENTAL STRESSES IN PLANT SCIENCES)[Internet]. 2012;4(2):147-159. Available from: https://sid.ir/paper/182293/en

IEEE: Copy

M. FARMAHINI FARAHANI, M. MIRZAKHANI, and N. SAJEDI, “RESPONSE OF WHEAT PHYSIOLOGICAL TRAITS TO WATER DEFICIT STRESS AND APPLICATION OF HUMIDITY MATERIAL ABSORBENT,” JOURNAL OF CROP PRODUCTION RESEARCH (ENVIRONMENTAL STRESSES IN PLANT SCIENCES), vol. 4, no. 2, pp. 147–159, 2012, [Online]. Available: https://sid.ir/paper/182293/en

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