SIMULATION OF SEED MOISTURE CHANGES AND EFFECT OF TEMPERATURE ON THE HYGROSCOPIC EQUILIBRIUM RESPONSE CURVE IN TWO CULTIVARS OF SOYBEAN

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KHALILI AGHDAM N.; GHADERI FAR F.

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Journal: SEED RESEARCH (JOURNAL OF SEED SCIENCE AND TECHNOLOGY) Year:2012 | Volume:2 | Issue:1 Page(s): 53-61

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Title

SIMULATION OF SEED MOISTURE CHANGES AND EFFECT OF TEMPERATURE ON THE HYGROSCOPIC EQUILIBRIUM RESPONSE CURVE IN TWO CULTIVARS OF SOYBEAN

Author(s)

KHALILI AGHDAM N. | GHADERI FAR F. | Issue Writer Certificate

Keywords

TISSUE CULTUREQ2

DIAMINOZIEDQ3

PLANTLETQ2

IN VITROQ3

POTATOQ3

Abstract

In order to evaluate the different levels of dominozied on the production of POTATO mini-tubers by TISSUE CULTURE in greenhouse condition was conducted a factorial experiment based on a completely randomized design with 3 replication was conducted in the Ardabil Dashte-Zarin company greenhouse in 2010. The first factor included four levels of dominozied (as plant growth regulator) (0, 40, 80 and 120 mg L-1) and the second factor included five virus-free POTATO cultivars (Satina, Savalan, Marfona, Agria and Cesear). Plantlate lenght, leaf and stem number per PLANTLETs were recorded during growth period. The analysis of variance showed significant differences between different levels of dominozied on leaf number per plantlate and plantlate lenght under IN VITRO condition and between cultivars on all evaluated traits except number stem per plant. The interaction effect of dominozied and cultivars showed significant difference as leaf and stem number per plantlate. Dominozied increased leaf and stem number per plantlate of POTATO cultivars. Cesear and Marfona cultivars had the highest number of leaves per plant at 40 mg L-1 dominozied. The results showed that the dominozied as plant growth regulator increased the number of leaves and stems and decreased distance between nodes of POTATO plantlates. Reduce the distance between nodes increased the propagation ratio of the plantlates and reduced the production.

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APA: Copy

KHALILI AGHDAM, N., & GHADERI FAR, F.. (2012). SIMULATION OF SEED MOISTURE CHANGES AND EFFECT OF TEMPERATURE ON THE HYGROSCOPIC EQUILIBRIUM RESPONSE CURVE IN TWO CULTIVARS OF SOYBEAN. SEED RESEARCH (JOURNAL OF SEED SCIENCE AND TECHNOLOGY), 2(1), 53-61. SID. https://sid.ir/paper/226637/en

Vancouver: Copy

KHALILI AGHDAM N., GHADERI FAR F.. SIMULATION OF SEED MOISTURE CHANGES AND EFFECT OF TEMPERATURE ON THE HYGROSCOPIC EQUILIBRIUM RESPONSE CURVE IN TWO CULTIVARS OF SOYBEAN. SEED RESEARCH (JOURNAL OF SEED SCIENCE AND TECHNOLOGY)[Internet]. 2012;2(1):53-61. Available from: https://sid.ir/paper/226637/en

IEEE: Copy

N. KHALILI AGHDAM, and F. GHADERI FAR, “SIMULATION OF SEED MOISTURE CHANGES AND EFFECT OF TEMPERATURE ON THE HYGROSCOPIC EQUILIBRIUM RESPONSE CURVE IN TWO CULTIVARS OF SOYBEAN,” SEED RESEARCH (JOURNAL OF SEED SCIENCE AND TECHNOLOGY), vol. 2, no. 1, pp. 53–61, 2012, [Online]. Available: https://sid.ir/paper/226637/en

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