2. Ground Water Quality Mapping Using Different Interpolation Techniques
Ground Water Quality Prospect Mapping( Geogenic &Anthropogenic)
Aquifer Mapping ,Correlating RGNDWM Data with Geo-Physical Data
To Develop Ground Water Pollutants Mathematical Model
Model Simulation and Development for Management Plan for Ground
Water Resource Management
Objectives

3. Spatial Variation-Varies in x-y direction –representative samples of Study Area
Vertical Variation- Varies by depth – representative samples from Shallow & Deep aquifers
Temporal Variation -Varies by time -representative samples from Pre & Post monsoon
Shallow aquifer - Pre monsoon
Shallow aquifer - Post monsoon
Deep aquifer - Pre monsoon
Deep aquifer - Post monsoon
Ground water quality
Data considered from
Part-1

4. Elements measured using field
kits -Mandatory
Elements from legacy input
data – as many as available
out of the list

5. Ground water sample layer
Ground water quality map
Legacy data classification
Fresh data generation using kits
Input data processing &
organization in to GIS
database
Collection of Lat-Long data
Interpretation
Selection of suitable method
Element-wise ground water quality layers
Creation of element-wise
ground water quality
layers Classification as per BIS
Interpolation
Integration of element-
wise layers Ground water classes validation
Dissolving duplicate polygons
Overlay
analysis

6. Study Area
Agra(Part), U.P

7. Final Ground Water Quality Map Element wise
Shallow Aquifer
Deep Aquifer

8. Aquifer Mapping of Palmakul Watershed
(
A
)
(B
)
(C
)
(D
)
(A
)

9. To decipher the
•Spatial & Vertical disposition of Aquifers/Aquifer Geometry
•Generation of 2-d & 3-d GIS layers/Micro level Aquifer Maps
•Ground water Resources & Yield Characteristics of the
Aquifers
•To Run a Ground water Model for planning & management of
ground water Resources-watershed wise, Village wise.
Objectives

10. Data Collection/Sampling points

11. Contours Showing Subsurface Disposition of Aqu

12. First Layer Second Layer Third Layer
Contours Showing Heads Disposition Flow Direction of Aq

13. Subsurface Aquifer Geometry

14. Subsurface Aquifer Geometry
First Aquifer
Second Aquifer
Third Aquifer
First Aquifer
Second Aquifer
Third Aquifer

15. Subsurface Aquifer Geometry
Subsurface Aquifer Geometry Cross Section In X-Direction
(Front View)
Subsurface Aquifer Geometry Cross Section In Y-Direction
(Lateral View)

16. Preparation of Micro Level Aquifer Maps
(A1
)
(A2
)
(B1
)
(B2
)
(C1
)
(C2
)
(D1
)
(D2
)
(A) (B)
(C) (D)

17. Preparation of Micro Level Aquifer Map
with Flow Direction