Add to ORKGThis paper describes a procedure for monitoring and improving the performance of on-demand irrigation networks, based on the integration of remote sensing techniques and simulation modelling of water flow in each component of the system. In order to adequately reproduce the actual operation of an on-demand irrigation system, the physical characteristics of the irrigation systems (crop, soil and distribution network) are linked to the farmers' irrigation criteria and preferences. The development of this procedure, which is currently being implemented in a district in South Italy, is of great support to improving the management and monitoring of irrigation systems
tWater use control methods and water resources planning are of high priority. In irrigated agricultu...
In irrigated agriculture, increasing water management efficiency is the way to save water and to ren...
This paper gives an overview of literature and of work done by the authors between 1988 and 1993. It...
This paper describes a procedure for monitoring and improving the performance of on-demand irrigatio...
This paper describes a procedure for monitoring and improving the performance of on-demand irrigatio...
Rational use of water resources in agriculture requires improvements in the efficiency of irrigation...
Numerical models for the simulation of soil water processes can be used to evaluate the spatial and ...
The monitoring of irrigation requirements at district or regional scale can be based on the use of e...
Abstract: The monitoring of irrigation requirements at district or regional scale can be based on th...
An efficient management of water resources is crucial point for Italy and in particular for southern...
Irrigation management at district or regional scale can be dealt using ecological process-based mode...
The actual irrigation water demand in a district in Sicily (Italy) was assessed by the spatially dis...
The agricultural sector, the largest and least efficient water user, is facing important challenges ...
In Feyen, J.; Mwendera, E.; Badji, M. (Eds.), Advances in planning, design and management of irrigat...
Irrigation systems are designed to deliver water to crops, but their efficacy varies widely due to o...
tWater use control methods and water resources planning are of high priority. In irrigated agricultu...
In irrigated agriculture, increasing water management efficiency is the way to save water and to ren...
This paper gives an overview of literature and of work done by the authors between 1988 and 1993. It...
This paper describes a procedure for monitoring and improving the performance of on-demand irrigatio...
This paper describes a procedure for monitoring and improving the performance of on-demand irrigatio...
Rational use of water resources in agriculture requires improvements in the efficiency of irrigation...
Numerical models for the simulation of soil water processes can be used to evaluate the spatial and ...
The monitoring of irrigation requirements at district or regional scale can be based on the use of e...
Abstract: The monitoring of irrigation requirements at district or regional scale can be based on th...
An efficient management of water resources is crucial point for Italy and in particular for southern...
Irrigation management at district or regional scale can be dealt using ecological process-based mode...
The actual irrigation water demand in a district in Sicily (Italy) was assessed by the spatially dis...
The agricultural sector, the largest and least efficient water user, is facing important challenges ...
In Feyen, J.; Mwendera, E.; Badji, M. (Eds.), Advances in planning, design and management of irrigat...
Irrigation systems are designed to deliver water to crops, but their efficacy varies widely due to o...
tWater use control methods and water resources planning are of high priority. In irrigated agricultu...
In irrigated agriculture, increasing water management efficiency is the way to save water and to ren...
This paper gives an overview of literature and of work done by the authors between 1988 and 1993. It...