CONTENTS

EASTERN PRIARALYE

I. Short characteristics of the natural conditions of Eastern Priaralye

1. Investigations region location

5. Geological structure and tectonics

II. Eastern Priaralye groundwaters

1. State of hydrogeological study of the territory

2. Basic aquifers and aquiferous complexes

3. Hydrogeological zoning

4. Hydrogeological conditions change in the result of technogenic influence

III. Methods and technology of simulation of groundwaters resources of Eastern Priaralye

1. Basic conceptions of Eastern Priaralye ground waters resources simulation

2. Short characteristics of the complex of instrumental means

3. Geoinformational-mathematical model creation methods

IV.Results of simulation

1. Reverse tasks solution results

2. Prognosis task solution results

V. Recommerndations in utilization of groundwaters

VI.Mathematical modeling of hydrogeological conditions of Kyzylzharminski deposit of groundwaters from Syrdaryinski artesian basin for water supply of the city of Kyzylorda

1. Creation of mathematical model of hydrogeological conditions of Kyzylzharminski deposit of groundwaters

1.1 Aims of modeling

1.2 Hydrogeological conditions schematization

1.3 Mathematical model creation

1.4 Model calibration

2. Solution of prognostic hydrodynamic task and exploitable ground waters quality forecast task

2.1 Formulation of prognostic hydrodynamic task

2.2 Hydrodynamic task solution and calculation of the balance components of groundwaters flow

2.3 Formulation and solution of exploitable groundwaters quality forecast task

CASPIAN SEA COAST

	I. Location
	II. Climate
	III. Hydrography
	IV. Geomorphological conditions
	V. Groundwaters
	VI. Dependable Water supply and basic sources of water supply of objects of national economy
	VII. Caspian waters level oscillations
	VIII. Ecological problems
	IX. Estimation of the influence of level the Caspian Sea rise on forming of subsoil waters in the coastal zone by simulation methods

ILI-BALKHASH REGION

I. Location

II. Climate

III. Hydrography

IV. Surface discharge into lakes Balkhash and Alakol

V. Geological structure

VI. Groundwaters

VII. Problems of water and ecology

VIII. Assess the environmental impact of the Akdalinsk area (Ili-Balkhash basin) irrigation; assessment to be done with use of GIS and remote sensing techniques

IX. Sustainable development and protection of water resources in the irrigated land of the Ily river delta, Kazakhstan (Project TA-MOU-01-CA21-021 funded by the U.S. Agency for International Development; Bureau for Economic Growth, Agriculture, and Trade)(only in English)

1. List of participants

2. Executive Summary

3. Research Objectives

4. Methods and Results

a. Hydrogeochemical conditions

b. Cluster and Principal Component Analyses of groundwater hydrographs and hydrochemistry

c.Remote sensing analysis of the study area

d. Modeling of agricultural land use and water management scenarios

5. Impact, Relevance, and Technology Transfer

6. Project Productivity

DEVELOP THE METHODOLOGY FOR THE USE OF MATHEMATICAL MODELING, GIS AND REMOTE SENSING TECHNIQUES FOR SOLVING URGENT HYDRO-GEOLOGICAL PROBLEMS OF IN THE REPUBLIC OF KAZAKHSTAN

I. Development of the procedure of systems preparation for mutually connected variously scaled mathematical models of artesian basins of the Republic of Kazakhstan

1.Peculiarities on the natural conditions of Kazakhstan

2. Artesian basins modeling peculiarities

3. General principles for creation of the systems inter related, differently scales mathematical models of hydrogeological conditions

4. Programming means used for the creation of the system of interconnected variously schaled mathematical models

5. Variously-scaled mathematical models system creation procedures development for artesian basins of the Republic of Kazakhstan

II. Develop the methodology for assessing the negative impact of irrigation on the environment with the use of remote sensing and GIS technologies in the Republic of Kazakhstan

1. Irrigating agriculture peculiarities in Kazakhstan

2. Negative influence of irrigation onto environment

3. Programming means, usable for the irrigation impact estimation on the environment

4. Development and description of negative influence estimation methods of irrigation onto environment with application of remote sensing methods and GIS-technologies

4.1 Salinated grounds areas change dynamics estimation methods for aeration zone with application of methods of remote sensing

4.2 Agricultures distribution schematic specification methods by the methods of remote sensing