CALCULATED OF MORPHOPHYSIOLOGICAL GROWTH, INDICES AND YIELD COMPONENTS IN DIFFERENT DENSITY OF WHITE PEA PLANT IN DRY LAND

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ALIZADE ASHRAF; SAKINEJAD TAYEB; RAFIEE MASOUD

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Journal: JOURNAL OF PLANT PRODUCTION SCIENCE (JOURNAL OF AGRICULTURAL RESEARCHES) Year:2010 | Volume:2 | Issue:4 Page(s): 45-55

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Title

CALCULATED OF MORPHOPHYSIOLOGICAL GROWTH, INDICES AND YIELD COMPONENTS IN DIFFERENT DENSITY OF WHITE PEA PLANT IN DRY LAND

Author(s)

ALIZADE ASHRAF | SAKINEJAD TAYEB | RAFIEE MASOUD | Issue Writer Certificate

Keywords

DENSITYQ3

VARIETYQ2

WHITE PEASQ3

SEED YIELDQ2

GROWTHQ3

Abstract

Precise and correct understanding physiological processes is controlling yield and optimum use of them farming increased crop yield potential. in Different densities to evaluate the GROWTH and yield of Chickpea cultivars was preformed a factorial experiment in the form randomized block design in three replicates at Agricultural Research Station farm in Khorram Abad 85-1384. Figures used include Vision, Hashem, ILC482 and grite densities were tested, including 25, 50, 75 plants per square. The results showed that the desired difference between the densities of significant yield was observed. Duncan's method compared to the mean DENSITY above 25 indicates square meter production plant (24/1645) kg ha. ILC482 number of morphological and physiological was superior to other cultivars that grain yield was quite evident. So this figure production (90/1650) kg/ha ranked highest yield, but superior in many traits with the figure number in the grite was a statistical group. The maximum dry matter accumulation of 142 days after planting, respectively, and then to reduce agency. Slope of this curve in the figures and Hashem was slower than ideal. The highest crop GROWTH rate (CGR) in 118 days after planting, obtained. Relative GROWTH rate (RGR) will decline over time. ILC482 number and DENSITY of 25 plants per meter square terminal stages of GROWTH of relative GROWTH rate, leaf area index, leaf weight ratio and leaf area ratio and had higher net absorption rate.

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APA: Copy

ALIZADE, ASHRAF, SAKINEJAD, TAYEB, & RAFIEE, MASOUD. (2010). CALCULATED OF MORPHOPHYSIOLOGICAL GROWTH, INDICES AND YIELD COMPONENTS IN DIFFERENT DENSITY OF WHITE PEA PLANT IN DRY LAND. JOURNAL OF PLANT PRODUCTION SCIENCE (JOURNAL OF AGRICULTURAL RESEARCHES), 2(4), 45-55. SID. https://sid.ir/paper/201893/en

Vancouver: Copy

ALIZADE ASHRAF, SAKINEJAD TAYEB, RAFIEE MASOUD. CALCULATED OF MORPHOPHYSIOLOGICAL GROWTH, INDICES AND YIELD COMPONENTS IN DIFFERENT DENSITY OF WHITE PEA PLANT IN DRY LAND. JOURNAL OF PLANT PRODUCTION SCIENCE (JOURNAL OF AGRICULTURAL RESEARCHES)[Internet]. 2010;2(4):45-55. Available from: https://sid.ir/paper/201893/en

IEEE: Copy

ASHRAF ALIZADE, TAYEB SAKINEJAD, and MASOUD RAFIEE, “CALCULATED OF MORPHOPHYSIOLOGICAL GROWTH, INDICES AND YIELD COMPONENTS IN DIFFERENT DENSITY OF WHITE PEA PLANT IN DRY LAND,” JOURNAL OF PLANT PRODUCTION SCIENCE (JOURNAL OF AGRICULTURAL RESEARCHES), vol. 2, no. 4, pp. 45–55, 2010, [Online]. Available: https://sid.ir/paper/201893/en

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