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Topic of the scientific work

Objectives and tasks of the work

1

The development of the theoretical foundations of flow distribution and management of water pressure, and the establishment of norms and modes of water consumption in rural water supply.

The purpose of research is to develop of a unified theoretical approach to fundamentally new hydraulic and technical-economic problems of designing for water flow distribution and management, water pressures, norms and dynamics of water use regime in rural water systems under multiple mode water flow in pipes and uncertainties.

2

Improvement of computer information system methods to carry out monitoring and indintifying the soil degradation processes in vertical and horizontal zones

The purpose of research is: Improvement of computer information systems implementation methods to carry out monitoring and indintifying of the soil degradation processes (including the reason of degradation) in vertical and horizontal zones

3

Study and forecast physical-chemical processes in the system of “ground-underground-collector-drainage waters” under intensive agricultural condition

Evaluation the quality of waters in the system of «ground-underground-collector» in Namangan, Jizzakh regions and in the Republic of Karakalpakistan; develop rational irrigation and leaching technology for rational use of water and improving the quality indicators.

4

Development of bio-ecologic and meliorative methods in agriculture under water-deficite and saline conditions.

The herbs with a long history like shirinmiya, dog-rose, tirnoqgul andchamomiles are growing in experimental sites in Abu Ali Ibn Sino forestry farm in Namangan region, under low saline and in ‘Zamona Rano’ farm of Boyovut district in Syrdaryo region under medium and high saline lands without leaching the soils and in different water supply conditions. The experiments conducted are to evaluate the effect of the mentioned herbs/plants to water saving and improving ameliorative conditions of the soils.

5

Management and multipurpose use of Kizilkum underground water resources while protecting and improving their use.

Geological and hydrogeological data evaluation of underground water resources in the areas of central Qizilqum region for the last 40 years. Spatial analyses of anthropogenic impacts and extension, as well as study their gravity, technogenesis elements and characteristics of underground waters.

6

Development of scientific and methodological principles of of water and land resources in Uzbekistan for the sustainable development of the region.

Studying of the principles of formation of the quality and quantity of water resources, including the drainage water, various factors to assess their role; developed scientific database on ecological justification of the use of scarce water resources in a growing deficiency, a better comparability and hydro-chemical information to facilitate the analysis of the processes within the water system.

7

Development of water conservation irrigation technology by the use of super swelling polymer hydrogels

The project objective is to develop advanced water conservation irrigation technology based on the use of superswelling polymer hydrogels and evaluation of a new species of polymer hydrogels synthesized Uzbek scientists as water-saving agent.

8

Modernization of water resource management using remote sensing and integrated modeling

The main objective of this study is to improve the technology of water management at the field level with the objective of efficient irrigation scheduling. To achieve the objective of this study, the following tasks are considered:

1. Assessment and analysis of water use of agricultural crops in the fields by using models and elements of remote sensing technology.

2. Experimental study of remote sensing and sms technologies and integrating models for efficient irrigation scheduling and rationalization of irrigation water use.

3. Evaluating the effectiveness of the improved technology in water management and irrigation scheduling.

9

Development of leaching technology on the saline lands for winter wheat crops

Development of winter leaching technology on irrigated fields for winter wheat