SSS9.10 | The irrigation challenges to tackle uncertainty in water resources
The irrigation challenges to tackle uncertainty in water resources
Co-organized by HS13
Convener: Leonor Rodriguez-Sinobas | Co-conveners: Alejandro Pérez-Pastor, Moreno Toselli

This session offers an opportunity to present studies or professional works regarding irrigated agriculture, either with disciplinary or multidisciplinary approaches, to provide solutions for the society's challenges in the XXI century, in the following areas:
• The resilience of irrigated areas at different spatial scales, mainly when water and soil are limiting factors.
• Estimation of crop transpiration/crop water requirement, even considering the possibility to apply regulated water deficit conditions.
• Coupling natural and human systems where ground and surface water and land are limiting resources for irrigation
• Safety in marginal water use in irrigated agriculture. Use of irrigation water from different non-conventional water sources
• Traditional, novel, and transitional technologies for irrigation management, control and practical application.
• Digital irrigation: application of available remote and proximal sensed data to tackle current and future irrigation problems.
• Improving the integration of climate change scenarios and weather forecasts into agro-hydrological models and decision support systems to improve decisions in irrigation management and safe surface water-groundwater interactions.

Posters and oral communications are available. Likewise, a Special Issue is foreseen

This session offers an opportunity to present studies or professional works regarding irrigated agriculture, either with disciplinary or multidisciplinary approaches, to provide solutions for the society's challenges in the XXI century, in the following areas:
• The resilience of irrigated areas at different spatial scales, mainly when water and soil are limiting factors.
• Estimation of crop transpiration/crop water requirement, even considering the possibility to apply regulated water deficit conditions.
• Coupling natural and human systems where ground and surface water and land are limiting resources for irrigation
• Safety in marginal water use in irrigated agriculture. Use of irrigation water from different non-conventional water sources
• Traditional, novel, and transitional technologies for irrigation management, control and practical application.
• Digital irrigation: application of available remote and proximal sensed data to tackle current and future irrigation problems.
• Improving the integration of climate change scenarios and weather forecasts into agro-hydrological models and decision support systems to improve decisions in irrigation management and safe surface water-groundwater interactions.

Posters and oral communications are available. Likewise, a Special Issue is foreseen