INVESTIGATION OF THE EFFECT HYDRAULIC AND ATMOSPHERIC FACTORS ON THEEVAPORATION AND WIND DRAFT LOSSES IN THE FIXED HEADSPRINKLE IRRIGATION SYSTEM

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ROSTAMIAN B.; MAROUFPOOR E.; AZARBOO N.; FARZANKIA F.

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Journal: Journal of Water and Soil Year:2014 | Volume:28 | Issue:4 Page(s): 661-669

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Title

INVESTIGATION OF THE EFFECT HYDRAULIC AND ATMOSPHERIC FACTORS ON THEEVAPORATION AND WIND DRAFT LOSSES IN THE FIXED HEADSPRINKLE IRRIGATION SYSTEM

Author(s)

ROSTAMIAN B. | MAROUFPOOR E. | AZARBOO N. | FARZANKIA F. | Issue Writer Certificate

Keywords

SPRINKLERQ3

WIND SPEEDQ2

VAPOR PRESSURE DEFICITQ2

TEMPERATUREQ2

EVAPORATIONQ2

WIND LOSSESQ2

Abstract

Correct understanding of the factors affecting the rate of EVAPORATION l and wind draft losses on sprink lerirrigation systems is important in order to provide guidelines for the development and utilization of water resources. This study was performed to identify the factors affecting the rate of EVAPORATION and wind draft losses and also equations presents for estimating of EVAPORATION and wind draft losses on the fixed head SPRINKLERirrigation systems, under various conditions of hydraulic and atmospheric. In this study SPRINKLERs of ZK30, ZM22 and AMBO was used. The tests were carried out at the University of Kurdistan research farm located in the village of Doshan with single SPRINKLER method Accordance with the ISO 7749-1 and ISIRI 8995-3 standards.Evaporation and wind draft Losses were measured at different applied pressures under various conditions of atmospheric. The results showed that parameters of VAPOR PRESSURE DEFICIT and TEMPERATUREs had the high estcorrelation with EVAPORATION and wind draft losses in all three types of SPRINKLERs, and this correlation is significant at the 1% probability level. Also results showed that the correlation between wind velocity and losses is in SPRINKLERs of ZM22 and ZK30 significant at the 1% and 5% probability level respectively and in the SPRINKLER AMBO is no significant correlation. In overall EVAPORATION and wind draft losses increase to 9.4 percentby increasing of 1 meter per second of wind velocity.

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APA: Copy

ROSTAMIAN, B., MAROUFPOOR, E., AZARBOO, N., & FARZANKIA, F.. (2014). INVESTIGATION OF THE EFFECT HYDRAULIC AND ATMOSPHERIC FACTORS ON THEEVAPORATION AND WIND DRAFT LOSSES IN THE FIXED HEADSPRINKLE IRRIGATION SYSTEM. JOURNAL OF WATER AND SOIL (AGRICULTURAL SCIENCES AND TECHNOLOGY), 28(4), 661-669. SID. https://sid.ir/paper/141226/en

Vancouver: Copy

ROSTAMIAN B., MAROUFPOOR E., AZARBOO N., FARZANKIA F.. INVESTIGATION OF THE EFFECT HYDRAULIC AND ATMOSPHERIC FACTORS ON THEEVAPORATION AND WIND DRAFT LOSSES IN THE FIXED HEADSPRINKLE IRRIGATION SYSTEM. JOURNAL OF WATER AND SOIL (AGRICULTURAL SCIENCES AND TECHNOLOGY)[Internet]. 2014;28(4):661-669. Available from: https://sid.ir/paper/141226/en

IEEE: Copy

B. ROSTAMIAN, E. MAROUFPOOR, N. AZARBOO, and F. FARZANKIA, “INVESTIGATION OF THE EFFECT HYDRAULIC AND ATMOSPHERIC FACTORS ON THEEVAPORATION AND WIND DRAFT LOSSES IN THE FIXED HEADSPRINKLE IRRIGATION SYSTEM,” JOURNAL OF WATER AND SOIL (AGRICULTURAL SCIENCES AND TECHNOLOGY), vol. 28, no. 4, pp. 661–669, 2014, [Online]. Available: https://sid.ir/paper/141226/en

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