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Position & Department: Chairman/Professor, Department of Irrigation & Drainage, Faculty of Agricultural Engineering & Technology
Research Intersts: Water is the most important vital input for crop productivity. The efficient use of it is very important. There are number of ways to increase the water use efficiency. The advanced techniques of efficient use of water and modeling approach can guide the user to apply optimum water for the crop. This will ensure water use efficiency without yield reduction. It can also simulate crop water productivity under changing climatic scenarios.
Position & Department: Dean/Professor, Department of Irrigation & Drainage, Faculty of Agricultural Engineering & Technology
Research Intersts: Water Management for Sustainability, HEIS
Position & Department: Assistant Professor, Department of Irrigation & Drainage, Faculty of Agricultural Engineering & Technology
Research Intersts: Groundwater Modeling, GIS, Remote Sensing, Surface water Hydrology, Mathematical Modeling.
Research Intersts: Remote Sensing, GIS, Precision Agri., Hydrological Modeling
Research Intersts: Management of saline irrigation water for optimum system yield on regional scale, Stochastic modeling, Integration of climate, vegetation, soil and groundwater for quantification of root zone fluxes, salinity and sodicity development, Effect of salinity and sodicity on soil hydraulic properties, Ecohydrology.
Research Intersts: Hydrological modeling, Prediction in ungauged basins
Research Intersts: Climate Change Impact at Water Resources, Hydraulic & Hydropower Engineering, Dam & Reservoir Engineering, Open Channel Hydraulics, Design of Hydraulic Structures
Position & Department: Lecturer, Department of Irrigation & Drainage, Faculty of Agricultural Engineering & Technology
Research Intersts: Water as one of the most important input for crop production is limiting day by day. The careful and efficient use of it is very important. There are number of ways to increase the water use efficiency. One out of many is the modeling approach which can guide the user to apply optimum water for the crop. This will insure water efficient without yield reduction. It can also simulate crop water productivity under changing climatic scenarios.
Research Intersts: Irrigation water Management, Soil Water Plant Relationship, Crop Water Requirement and Irrigation Scheduling, Salinity Management, Modeling
Research Intersts: Water Management
Research Intersts: In this intensive water demand and water scarce era of Pakistan, accurate estimation of Crop Water Requirement (CWR) and meteorological parameters is a major challenge, hence can be faced by using remotely sensed data. So, my scientific interests are estimation of spatially distributed Irrigation Water Requirement (IWR), Rainfall and actual evapotranspiation using remote sensing technology over global scale. Applications of RS & GIS in combination with meteorological information for hydrological modeling over large scale.
Research Intersts: Water resource management, Irrigation Scheduling for different crop through remote sensing and GIS
Research Intersts: Climate Change impact on the hydrological response of HKH region, Using SWAT Model. Mapping of glaciers and snow cover dynamics, for the Stream flow sensitivity of HKH region under changing climate. (GIS & ERDAS, HEG tool, SWAT, SEBAL, SRM, AutoCAD, MS-Office (word, excel, power point).
Position & Department: Assistant Executive Engineer, Department of Irrigation & Drainage, Faculty of Agricultural Engineering & Technology
Research Intersts: High Efficiency Irrigation System, Flood mapping,
Research Intersts: Development and Demonstration of Rainwater Harvesting Setups for Recharging Groundwater, Surface and Groundwater Hydrology, Water Management
Research Intersts: Water Resource Management, Remote Sensing
Research Intersts: Water resource Management, GIS