AN ALGORITHM FOR FAIR WATER RESOURCE LIMITING BASED ON HYDROMODULAR ZONING AND A GRAPH MODEL
Received: 2026-07-15 12:53:45
Published: 2026-04-18
Abstract
This paper develops an algorithm for fair water resource limiting by integrating hydromodular zoning, graph-based representation of a canal network, and linear programming. The proposed approach makes it possible to estimate net and gross water demand at the farmer level, account for conveyance and allocation constraints in the network, and achieve efficient water allocation under conditions of limited water availability. The obtained results demonstrate the high practical significance of the algorithm for reducing unmet demand, stabilizing relative deficit, and supporting decision-making on water allocation.
Keywords
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