The global population is increasing rapidly and expected to touch the 9.5 billion mark by
2050 from the current 7.2 billion. The management of the groundwater resources is a …

Half of the world food production originates from irrigated and drained soils. Advanced soil
water flow simulation models have the potential to contribute to the solution of relatively …

A successful water management scheme for irrigated crops requires an integrated approach
that accounts for water, crop, soil and field management. Most existing models are designed …

DRAINMOD-N, a quasi two-dimensional model that simulates the movement and fate of
nitrogen in shallowwater table soils with artificial drainage, is described. Results of …

The SALTMED project has been carried out by establishing two field experiments in Egypt
and Syria between 2000 and 2002. A salt tolerant variety of tomato (Lycopersicon …

This chapter discusses simulation models that have been developed for and/or may be
applied to poorly drained or artificially drained lands. The general review presented in the …

Subsurface drainage has been used for more than a century to keep water table at a desired
level of salinity and waterlogging control. This paper has been focused on the impact …

Following its successful calibration, the SALTMED model was subjected to testing against
field data of a portion of 2002 and all of the 2001 and 2000 growing seasons in both Egypt …

A comprehensive field experiment was conducted near Las Nutrias, New Mexico, to study
field‐scale flow and transport in the vadose zone. The field data were analyzed in terms of a …

The salt-affected soils always existed on the globe, only its presence was felt with increasing
pressure on cultivated lands. Present paper describes an overview of ouotstanding …