The aim in this paper was to present the details of an economic modeling exercise conducted on the Musi Catchment of the Krishna Basin. The model has the unique characteristic of being able to value the water used on individual crops and in different regions. Thus, the individual values of water used to produce different crops, grown over two different seasons and over five very different regions within a catchment, were determined. This is a significant improvement over previous attempts, where a single value of water in a catchment was derived regardless of what it is used for, when it was used and where it used in the catchment. In addition to the agricultural valuation process, some account was made for the other uses of water and how they should be valued. The worth of these findings cannot be underestimated as the results are useful to those who need to allocate scarce water supplies between competing uses within a catchment. The assumptions underlying the model, the data used and the results and implications drawn are fully detailed in this paper. This model was connected to a hydrological model and used to simulate various scenarios on the water situation facing users in the basin. This model is the forerunner of similar modeling attempts on similar problems in other regions of the Krishna Basin and in the Murray Darling Basin of Australia.
Scheme-wise increase in private tubewells and density in the SSTP area in the Rechna Doab PTW PTW (per 100 Ha CCA) First SCARP Scheme CCA (Ha) 1989 1992 1997 1989 1992 1997 Pindi Bhattian/Harse Sheikh 13310 324 495 1096 2 4 8 Chichuki ...
... city in the north to the Huai and Yangtze rivers in the south. The most recent natural shift occurred in 1855 when the channel mouth moved from the southern to the northern side of the Shandong peninsula, a change of a 1000 km.
Institutional Constraints to Conjunctive Water Management in the Rechna Doab
Developing procedures for assessment of ecological status of Indian river basins in the context of environmental water requirements. IWMI Research report 114. Colombo, Sri Lanka: International Water Management Institute. 40p.
Watershed Management
Presenting an introduction to the diversity of tools (sociological, pedagogical, phenomenological) needed to implement watershed management in the real world trenches, the book helps move students and practitioners from being knowledgeable ...
In many developing countries, their governments dominate the field of water resources management.