Impact of Extended Storage Capabilities in IBIS under Stochastic Hydrologic Regime
Yousaf Shad Muhammad, Nouman Afgan, Fayyaz Ahmad

Abstract
A scenario based model is developed for Indus River System which addresses the problem related issues and applicability under a complex system network. We apply this model considering the current and future storage capabilities. We conduct an analysis under stochastic hydrologic regime (stochastic inflow and rainfall) if these capabilities considered effective. We note that wheat gain the major rise in its area i.e. from 5.428 million hectares to 6.227 million hectares. We also provide some analysis according to current storages. A cropping pattern is presented consistent with system infrastructure and land resources in multiple canal areas.

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