Learn How To Find Groundwater Potential Zones/Gis/Rms/Arcgis

Learn how to find Groundwater Potential Zone Analysis for any of the study area in this world

What you'll learn

Weighted Overlay Analysis

Reclassification Method

Remote Sensing Method

Spatial Analysis Methods

Learn to the differences between İnfluence and Scale values terms(Weighted Overlay Analysis)

How to print Final Map

How to create raw rasters

Learn how to calculate potential zone areas

NDVI and TWI Analysis

Learn how to create raw criteria rasters

Requirements

ArcGIS Desktop 10.8

Description

Hello,The weights and effects of 11 different layers were calculated for the Groundwater Potential Zone  analysis with the Weighted Overlay Analysis method. The use of Geographic Information Systems (GIS) in different type of  analysis studies is increasing day by day. Geographic Information Systems are used to collect, process and analyze existing data in order to identify potential groundwater areas. In this study, groundwater potential areas of the district of Uckerland where its located in Germany The Groundwater analysis was determined by GIS and Remote Sensing techniques. In the modeling phase, the Weighted Overlay Analysis method was applied and digital maps such as Elevation, Slope, TWI, NDVI,Linemant Density,  Precipitation, Land Use and Landcover , distance to stream,Geomorphology and Soil maps were produced. You will learn from where and how the data to be used in the analysis is downloaded, what geographical processes it goes through and how it is prepared for analysis. Raster and vector data how to be prepared one by one, projection conversion operations, adding fields and the shortcuts that will speed up your process when converting from raster to vector and from vector to raster will be especially useful for you. Based on this study, it has been prepared as a resource for you to do a similar study about any part of the world. By sharing the data I used throughout the study with you, I allow you to practice.

Overview

Section 1: İntroduction

Lecture 1 İntroduction of the course

Section 2: How to create raw raster datas and vectoral datas (11 Criteria)/Preparing Phase

Lecture 2 How to download study area's boundary

Lecture 3 How to define reference system(coordinate system)

Lecture 4 How to create elevation raw raster

Lecture 5 How to create slope raw raster

Lecture 6 Rainfall(1.video)

Lecture 7 Rainfall (2.video)/Precipication raw raster

Lecture 8 How to download Global Soil data/ SWAT Database

Lecture 9 How to download LULC tif and how to prepare LULC raw raster

Lecture 10 How to create Geomorphology raw raster

Lecture 11 Hydrology Analysis

Lecture 12 How to create drainage density raw raster

Lecture 13 How to create Linemant Density raw raster

Lecture 14 How to create NDVI raw raster/How to download Landsat 9 (Band 4 and Band5)

Lecture 15 How to create TWI raw raster

Lecture 16 How to create distance to streams raw raster

Section 3: Reclassification Method (2.phase)

Lecture 17 Lets understand concept of the reclassification method

Lecture 18 Lets Reclassify all raw rasters as randomly

Section 4: Weighted Overlay Analysis(3.phase)

Lecture 19 Concept of Overlay Analysis

Lecture 20 Weighted Overlay Analysis Process

Section 5: Printing Final Map and Calculating

Lecture 21 Printing

Lecture 22 Calculating Areas as Sq Km

Surveying Engineers,Geological Engineers,Hydrology Engineers,Land Managers,Students who related with GIS