Purpose of study was to quantify canal water distribution and its impact on income of the farmers in selected watercourse of 3-R distributary before and after the remodeling of outlets. The study was conducted on 3-R distributary of subsystem 6 in district Bahwalnagar of Punjab, Pakistan. Total 9 watercourses were selected of subsystem 6 of 3-R distributary. The subsystem 6 was divided into 3 reaches i.e. the Head, Middle and Tail reaches, and three watercourses were selected in every reach of field study. For every watercourse, Farmers interview at head, middle and tail ends was conducted and results are presented in this technical book. This book certainly enhance learning among researcher, scientists, students and farm mangers on the impact of remodeling of outlets on local community and helps planning research studies for the survival of humanity. The author appreciate the efforts of Barthlemy Chaton and his team in facilitating during book finalization and highly acknowledge publishing of this book by VDM Publishing House Ltd., for technical knowledge sharing internationally.

Power Generation is essentially required for improving and maintaining the infrastructure of the overall development of a nation. It is the tool to forge the economic growth of any country. Spat Gah-Gabarband Gah valleys consisted of Upper Spat Gah (US), Middle Gabarband (MG), both with dams, and Lower SpatGah (LS) stage as a runoff river scheme and run almost parallel in east west direction for about 30 km, up to their zenith at elevation 2800 m. The project aims for development of a high head hydropower scheme, located on the left bank of the Indus River in Kohistan district (NWFP). The main objective of this study was development and optimization of Lower Spat Gah (LS) scheme in cascade and simulation of energy generation at with and without addition of the Upper schemes of the cascade. Finally simulation results are presented in this book and recommendations were drawn for researchers and planners. The author appreciate the efforts of Barthlemy Chaton and his team in facilitating and highly acknowledge publishing of it by VDM Publishing House Ltd., for technical knowledge sharing internationally.

Power Generation is essentially required for improving and maintaining the infrastructure of the overall development of a nation. It is the tool to forge the economic growth of any country. Ghazi-Barotha is a runoff river hydropower project located at downstream of Tarbela and on left bank of Indus River. The project was studied to feasibility level in 1990, implementation was started in 1995 and now in operation since 2003. The project is being operated with full capacity during peak hours but be influenced by Kalabagh reservoir during August to March. The reduction in head to some extent reduces the power and energy. This research work had analyzed and evaluated the extent of reduced power and energy considering 20 year flow data. Finally conclusion and recommendations are drawn for researchers and planners. The author appreciate the efforts of Barthlemy Chaton and his team in facilitating and highly acknowledge publishing of it by VDM Publishing House Ltd., for technical knowledge sharing internationally.