Crop-water production functions are important tools for quantifying effects of water scarcity
and climate change on agricultural production, and are also widely used within hydro …

Crop water production functions (quantifying crop yield as a function of irrigation rate) can
help in the design of management systems that reduce the water footprint. We examined the …

To sustain productive irrigated agriculture with limited water resources requires a high water
use efficiency. This can be achieved by the precise scheduling of deficit irrigation systems …

Optimization of irrigation water is an important issue in agricultural production for maximizing
the return from the limited water availability. The current study proposes a simulation …

In this paper, the uncertainty methods of interval and functional interval are introduced in the
research of the uncertainty of crop water production function itself and optimal allocation of …

An interval nonlinear double-sided fuzzy chance-constrained programming (INDFCCP)
approach is formulated to effectively allocate irrigation water among competing water users …

In this study, a fuzzy linear fractional programming (FLFP) approach with double-sided
fuzziness is developed for optimal irrigation water allocation under uncertainty. The FLFP …

An inexact nonlinear m λ-measure fuzzy chance-constrained programming (INMFCCP)
model is developed for irrigation water allocation under uncertainty. Techniques of inexact …

In this study, a genetic algorithm optimization model is applied to two different scenarios of
deficit irrigation in an attempt to develop an appropriate plan for the conjunctive use of …

Crop production as a function of water use or water applied, called the crop water production
function (CWPF), is a useful tool for irrigation planning, design and management. However …