THE IMPACT OF ELECTRONIC PURIFICATION OF WATER (MAGNETIC IRRIGATION) ON SEED HYOSCINE AND SOME MORPHOLOGICAL TRAITS OF TWO DATURA SPECIES

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SAMADYAR H.; RAHI A.; SHERMOHAMMADI K.; TAGHIZAD FARID R.; KADKHODA Z.

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Journal: PLANT AND ECOSYSTEM Year:2014 | Volume:10 | Issue:40 Page(s): 59-72

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Title

THE IMPACT OF ELECTRONIC PURIFICATION OF WATER (MAGNETIC IRRIGATION) ON SEED HYOSCINE AND SOME MORPHOLOGICAL TRAITS OF TWO DATURA SPECIES

Author(s)

Keywords

DATURAQ2

FLOWER NUMBERQ2

LEAF NUMBERQ1

RESPONSE CURVESQ2

1000 SEED WEIGHTQ3

Abstract

In an attempt to investigate the impact of magneticwateronseed hyoscine and the growth of two DATURA species (i.e. DATURA. metelstramonium & DATURA. Stramonium), an experiment was carried out in split plotrandomized completeblock designinthreereplications inDamavand in 2010. The traits under analysis included: the percent of hyoscinealkaloids, 1000-seed weight (g), the FLOWER NUMBER, the LEAF NUMBER, the average number of club per plant, and fruitweightper plant (g). The results of RESPONSE CURVES in regressionanalysis indicated that the values of the magneticwateronthetraitofseedalkaloidhyoscine were significant at 5% confidence interval. The linear regression of fruitweightper plantwas significant at P<0.01. In addition, for the flower trait, the numberoflinearandquadraticeffectswassignificantat 1% confidence interval. The linear regression of the LEAF NUMBER and the quadratic effect of the average number of club per plant were respectively significant at P<0.01 and 0.05. The interaction effect between the species and the magnetic water indicated that the linear regression of the percent of seed hyoscinealkaloids, the linear regression and quadratic effect of 1000 SEED WEIGHT, FLOWER NUMBER, and the average number of club per plant, and the quadratic effect in the number of leaves were all significant at P<0.01. The results of the correlation analysis illustrated that thecharacteristicleaf number, the mean of seedweightper plant, and the average number off ruitsperplantwandhad meaningfulcorrelation. The relationship between the number of leavesper plant, the averageseed weight, and the mean number off ruitsperplantwas alsosignificant. Stepwiseregressionanalysisshowed that 1000 SEED WEIGHT and the number of leaveshavea positive effect on the grainofhyoscinealkaloids.

Cites

THE EFFECT OF MAGNETIC WATER AND IRRIGATION INTERVALS ON THE AMOUNT OF THE NUTRIENT ELEMENTS IN SOIL AND AERIAL PARTS OF PERIWINKLE (CATHARANTHUS ROSEUS L.)

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APA: Copy

SAMADYAR, H., RAHI, A., SHERMOHAMMADI, K., TAGHIZAD FARID, R., & KADKHODA, Z.. (2014). THE IMPACT OF ELECTRONIC PURIFICATION OF WATER (MAGNETIC IRRIGATION) ON SEED HYOSCINE AND SOME MORPHOLOGICAL TRAITS OF TWO DATURA SPECIES. PLANT AND ECOSYSTEM, 10(40), 59-72. SID. https://sid.ir/paper/145175/en

Vancouver: Copy

SAMADYAR H., RAHI A., SHERMOHAMMADI K., TAGHIZAD FARID R., KADKHODA Z.. THE IMPACT OF ELECTRONIC PURIFICATION OF WATER (MAGNETIC IRRIGATION) ON SEED HYOSCINE AND SOME MORPHOLOGICAL TRAITS OF TWO DATURA SPECIES. PLANT AND ECOSYSTEM[Internet]. 2014;10(40):59-72. Available from: https://sid.ir/paper/145175/en

IEEE: Copy

H. SAMADYAR, A. RAHI, K. SHERMOHAMMADI, R. TAGHIZAD FARID, and Z. KADKHODA, “THE IMPACT OF ELECTRONIC PURIFICATION OF WATER (MAGNETIC IRRIGATION) ON SEED HYOSCINE AND SOME MORPHOLOGICAL TRAITS OF TWO DATURA SPECIES,” PLANT AND ECOSYSTEM, vol. 10, no. 40, pp. 59–72, 2014, [Online]. Available: https://sid.ir/paper/145175/en

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