CONTENTS OF A NEW BOOK:
MODERN APPROACH IN
DETERMINATION
OF THE PROTECTION AREAS OF THE TYPICAL GROUND WATER RESOURCES
IN THE REPUBLIC OF SERBIA
CONTENTS:
|
PREFACE |
9 |
1. |
INTRODUCTION |
11 |
1.1. |
GROUNDWATER POLLUTANTS |
11 |
1.2. |
EXAMPLES OF THE ACCIDENTAL GROUNDWATER POLLUTION IN |
|
|
SERBIA |
14 |
2. |
GROUND WATER RESOURCES |
16 |
3. |
TYPES OF THE GROUND WATER RESOURCES |
18 |
3.1. |
RESOURCES IN THE ALLUVIAL DEPOSITS |
18 |
3.2. |
RESOURCES IN SUBARTESIAN AND ARTESIAN AQUIFERS |
20 |
3.3. |
RESOURCES IN THE FRACTURED ROCKS AQUIFERS |
23 |
3.4. |
RESOURCES IN THE COASTAL AQUIFERS |
25 |
4. |
APPLYING OF THE MATHEMATICAL MODELS IN THE GROUND |
|
|
WATER FLOW ANALYSIS |
28 |
4.1. |
THEORETICAL BASES OF THE MATHEMATICAL MODELS |
29 |
4.2. |
CALIBRATION OF THE MATHEMATICAL MODELS WITHIN THE |
|
|
HYDRODYNAMIC INVESTIGATIONS OF THE GROUNDWATER |
|
|
RESOURCES |
31 |
5. |
APPLY OF THE POLLUTANT TRANSPORT MODELS FOR THE |
|
|
DETERMINATION OF THE GROUNDWATER PROTECTION |
|
|
AREAS |
35 |
5.1. |
INTRODUCTION |
35 |
5.2. |
APPLY OF THE POLLUTANT TRANSPORT MODELS |
40 |
5.3. |
THEORETICAL BASES OF THE POLLUTANT TRANSPORT MODELS |
41 |
6. |
PARTICULAR CHARACTERISTIC EXAMPLES OF THE |
|
|
HYDRODYNAMIC CALCULATIONS OF THE GROUNDWATER |
|
|
RESOURCES |
44 |
6.1. |
HYDRODYNAMIC INVESTIGATIONS OF THE ALLUVIAL VALLEY OF |
|
|
MA^VA |
44 |
6.2. |
HYDRODYNAMIC INVESTIGATIONS OF THE VELIKO RATNO OSTRVO |
|
|
FOR DEFYING THE QUANTITY OF THE GROUNDWATER |
|
|
FOR THE EXPLOITATION |
117 |
6.3. |
RESULTS OF THE HYDRODYNAMIC INVESTIGATIONS FOR THE |
|
|
EXTENSION OF THE CAPACITY OF THE "NOVO ZMIRNEVO" |
|
|
GROUND WATER RESOURCE |
143 |
7. |
ANALYSIS OF THE BASIC PARAMETERS AND THE SUGGESTION |
|
|
OF THE BASIC CRITERIA FOR DEFYING |
|
|
THE GROUND WATER PROTECTION ZONES |
169 |
7.1. |
INTRODUCTION |
169 |
7.2. |
CRITERIA FOR THE PARTICULAR TYPES OF THE GROUNDWATER |
|
|
RESOURCES |
183 |
7.3. |
ALLUVIAL AQUIFERS |
193 |
7.4. |
DEEP AQUIFERS |
199 |
7.5. |
LIMESTONE AQUIFERS |
208 |
7.6. |
PARAMETERS OF THE POLLUTANTS |
215 |
8. |
COMPLETE EXAMPLES OF DEFYING THE GROUNDWATER |
|
|
PROTECTION AREAS BY THE IMPLEMENTATION OF THE |
|
|
HYDRODYNAMIC MODELS, THAT IS MODELS OF THE |
|
|
TRANSPORT OF POLLUTANTS BY THE PARTICLE TRACKING |
|
|
METHOD |
248 |
8.1. |
GROUND WATER RESOURCE OF PO@AREVAC (ALLUVIAL AQUIFER) |
248 |
8.2. |
GROUND WATER RESOURCE OF LESKOVAC (SUBARTESIAN AQUIFER) |
323 |
8.3. |
GROUND WATER RESOURCE OF BA^KA PALANKA (ARTESIAN AQUIFER) |
432 |
8.4. |
GROUNDWATER RESOURCE "KRUPA^KO VRELO" (LIMESTONE |
|
|
AQUIFER) |
497 |
9. |
WORLDWIDE EXPERIENCES IN THE IMPLEMENTATION OF THE |
|
|
GROUNDWATER PROTECTION |
530 |
9.1. |
GREAT BRITAIN AND EUROPEAN COMMUNITY |
530 |
9.2. |
UNITED STATES OF AMERICA |
536 |
9.3. |
WORLD HEALTH ORGANISATION |
538 |
9.4. |
OREGON STATE WELLHEAD PROTECTION PLAN GUIDANCE MANUAL |
539 |
10. |
SUGGESTION FOR UPDATING THE GROUNDWATER |
|
|
PROTECTION ORDINANCE |
554 |
10.1. |
INTRODUCTION |
554 |
10.2. |
EXISTING ORDINANCE |
555 |
10.3. |
SUGGESTION OF THE UPDATED ORDINANCE |
557 |
11. |
REFERENCES |
563 |