Application of SWAP Model for Modelling a Sugarcane Farming System with Controlled Subsurface Drainage

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PARCHAMI ARAGHI F.; SAMIPOUR F.; SADEGHI LARI A.

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Journal: Journal of Water Research in Agriculture Year:2020 | Volume:34 | Issue:1 Page(s): 51-64

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Information Journal Paper

Title

Application of SWAP Model for Modelling a Sugarcane Farming System with Controlled Subsurface Drainage

Author(s)

PARCHAMI ARAGHI F. | SAMIPOUR F. | SADEGHI LARI A. | Issue Writer Certificate

Keywords

Parallel programmingQ1

Particle Swarm OptimizationQ1

Penman-Monteith ASCEQ1

SalinityQ2

Unsaturated hydrologyQ1

Abstract

Realistic agro-hydrological modeling of the sugarcane fields with subsurface drainage in Khuzestan Province, Iran, is a challenging problem, due to rapid fluctuations of the shallow groundwater and, hence, water balance components, and significant size ( 20 ha) of the fields. In this work, a distributed agrohydrological modeling scheme was developed through the application of a modified version of the SWAP model and an improved variant of Unified Particle Swarm Optimization (UPSO) algorithm with capability of sub-daily calibration and simulation of controlled drainage. The developed modeling scheme was applied to a sugarcane (CP48-103 cultivar) field with controlled drainage (at 90 cm below ground level) in Imam Khomeini Sugarcane Agro-industrial Company farms, during 2010-2011 (481 days). The results demonstrated the success of the developed modeling scheme in retrieving the measured soil moisture, groundwater level, subsurface drainage outflow (with an EF of 0. 829, 0. 922, and 0. 857 for calibration dataset; and 0. 877, 0. 781, and 0. 712 for validation dataset, respectively), soil water solute concentration, subsurface drainage outflow Salinity (with a NRMSE of 0. 124 and 0. 079 for calibration dataset; and 0. 152 and 0. 072 for validation dataset, respectively), Leaf Area Index, cane yield, and sucrose yield (with an EF of 0. 997, 0. 993, and 0. 988, respectively). Based on the solute balance components simulated throughout the simulation period, ~ 30. 10 ton salt ha-1 was added to the soil due to saline irrigation water, and ~ 45. 25 ton salt ha-1 was discharged into the receiving water bodies via surface/subsurface field drains.

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APA: Copy

PARCHAMI ARAGHI, F., SAMIPOUR, F., & SADEGHI LARI, A.. (2020). Application of SWAP Model for Modelling a Sugarcane Farming System with Controlled Subsurface Drainage. IRANIAN JOURNAL OF WATER RESEARCH IN AGRICULTURE (FORMERLY SOIL AND WATER SCIENCES), 34(1 ), 51-64. SID. https://sid.ir/paper/357834/en

Vancouver: Copy

PARCHAMI ARAGHI F., SAMIPOUR F., SADEGHI LARI A.. Application of SWAP Model for Modelling a Sugarcane Farming System with Controlled Subsurface Drainage. IRANIAN JOURNAL OF WATER RESEARCH IN AGRICULTURE (FORMERLY SOIL AND WATER SCIENCES)[Internet]. 2020;34(1 ):51-64. Available from: https://sid.ir/paper/357834/en

IEEE: Copy

F. PARCHAMI ARAGHI, F. SAMIPOUR, and A. SADEGHI LARI, “Application of SWAP Model for Modelling a Sugarcane Farming System with Controlled Subsurface Drainage,” IRANIAN JOURNAL OF WATER RESEARCH IN AGRICULTURE (FORMERLY SOIL AND WATER SCIENCES), vol. 34, no. 1 , pp. 51–64, 2020, [Online]. Available: https://sid.ir/paper/357834/en

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