Groundwater Potential Zones GIS Complete Project ArcGIS

Groundwater Potential Zones GIS – Complete Project ArcGIS, available at $69.99, has an average rating of 4.6, with 42 lectures, based on 326 reviews, and has 1457 subscribers.

You will learn about Successfully identify Groundwater Potential Zones Also Drought prone Area analysis Flood Risk map Working with Rainfall Data Generate Soil Map and identify Soil Properties Delineate Watershed Drainage Density and Drainage Maps Mosaic of Digital Elevation Model Area Calculation from Pixels Data Interpolation Adding Data from Excel to GIS Environment Perform GIS data calculations Tool used for Site suitability analysis Working with CDF file and data Extraction, Map Generation, Calculation, Data Reclassification Generate Fluctuation maps to identify Good Aquifer. Data Reproject Calculation with Raster Data Data management in GIS This course is ideal for individuals who are GIS Student or GIS Professionals or Professors or Scientists or Master Student of Remote Sensing and GIS or PhD Research Scholars or Groundwater Exploration Engineers or Irrigation Engineers or Water Resource Engineers or Students of WRDM or Govt Policy Makers or Ministry of Earth Science It is particularly useful for GIS Student or GIS Professionals or Professors or Scientists or Master Student of Remote Sensing and GIS or PhD Research Scholars or Groundwater Exploration Engineers or Irrigation Engineers or Water Resource Engineers or Students of WRDM or Govt Policy Makers or Ministry of Earth Science.

Enroll now: Groundwater Potential Zones GIS – Complete Project ArcGIS

Summary

Title: Groundwater Potential Zones GIS – Complete Project ArcGIS

Price: $69.99

Average Rating: 4.6

Number of Lectures: 42

Number of Published Lectures: 42

Number of Curriculum Items: 42

Number of Published Curriculum Objects: 42

Original Price: $34.99

Quality Status: approved

Status: Live

What You Will Learn

Successfully identify Groundwater Potential Zones

Also Drought prone Area analysis

Flood Risk map

Working with Rainfall Data

Generate Soil Map and identify Soil Properties

Delineate Watershed

Drainage Density and Drainage Maps

Mosaic of Digital Elevation Model

Area Calculation from Pixels

Data Interpolation

Adding Data from Excel to GIS Environment

Perform GIS data calculations

Tool used for Site suitability analysis

Working with CDF file and data Extraction, Map Generation, Calculation,

Data Reclassification

Generate Fluctuation maps to identify Good Aquifer.

Data Reproject

Calculation with Raster Data

Data management in GIS

Who Should Attend

GIS Student

GIS Professionals

Professors

Scientists

Master Student of Remote Sensing and GIS

PhD Research Scholars

Groundwater Exploration Engineers

Irrigation Engineers

Water Resource Engineers

Students of WRDM

Govt Policy Makers

Ministry of Earth Science

Target Audiences

GIS Student

GIS Professionals

Professors

Scientists

Master Student of Remote Sensing and GIS

PhD Research Scholars

Groundwater Exploration Engineers

Irrigation Engineers

Water Resource Engineers

Students of WRDM

Govt Policy Makers

Ministry of Earth Science

This course covers everything from basic to final results. It starts from Google Search data Download and process data till last result. it also covers the  use of  available  online data sources to prepare Groundwater. It covers all Practical aspects till final results. Only you need to have land use map  ready before starting of this course.  Rest of things covered in this course from basic. You no need to go anywhere outside of you room to run this project. But if you have observation data then you can generate fluctuation map also, that is optional part of this project. By using GIS it is also possible to generate groundwater maps without groundwater data also. But this data is not easily available. So, while performing groundwater potential zone analysis we not used observed data it is optional. Observed data covered in other section of this course for fluctuation map analysis. The data, which used for Groundwater analysis, same data can be used for other analysis also, like Flood risk, Drought prone area analysis. So this analysis are also performed in this course. Because data is same just difference of value.  You will also learn data plotting. This project also covers watershed Delineations.  If your study area is not watershed, just use study area boundary and skip watershed delineation.  Therefore, it covers more than it specified. You by taking this course you not only learn groundwater, you will learn many more advanced task of GIS also, Like DEM mosaic, Data Re-Project , Cutting of study area, soil map generation etc. Therefore, This is complete project from scratch. Feel free to ask me question in Q&A Section. I assumed you know very basic of GIS to perform this analysis.  This is Expert level work.

This course is in Full HD 1080p for better Experience use Setting to HD and headphones.

Only take this course if you know basic of GIS. You must have landuse landcover file before processing to this course.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Download DEM update

Lecture 3: Downloading DEM

Chapter 2: Dem Preparation

Lecture 1: Mosaic DEM

Lecture 2: Identifying UTM Zone and Reproject

Chapter 3: Watershed Delineation

Lecture 1: Fill and Understanding

Lecture 2: Flow Direction and flow accumulation

Lecture 3: Drainage line Generation

Lecture 4: Giving outlet manually

Lecture 5: Watershed delineation and conversion of Data

Chapter 4: Study Area Preparation

Lecture 1: Cut Drainage and Dem

Chapter 5: Generation of Required Surface Datasets

Lecture 1: Slope

Lecture 2: Drainage Density

Lecture 3: Understanding Landuse

Chapter 6: Rainfall Map Preparation

Lecture 1: Rainfall map intro

Lecture 2: Monthly Rainfall Data Download

Lecture 3: Rainfall Data Extraction and cutting

Lecture 4: Band Separation rainfall data

Lecture 5: Sum Rainfall Months and Re – Project

Lecture 6: Final Rainfall Map Generation

Chapter 7: Data Arrangement and Soil Data Preparation

Lecture 1: Arranging Data

Lecture 2: Soil Data Download and Preparation

Chapter 8: Data Reclassification

Lecture 1: Understanding Data Reclassification

Lecture 2: Classification Methods and Classifying DEM

Lecture 3: Reclassify all Prepared data

Lecture 4: Managing data

Chapter 9: Performing Groundwater Analysis

Lecture 1: Understanding concept of Overlay

Lecture 2: Groundwater Potential Zones

Lecture 3: Area calculation of Potential zones from pixels

Chapter 10: Flood Risk and Drought from same data

Lecture 1: Flood Risk Intro

Lecture 2: Flood risk zone identification analysis using same data

Lecture 3: Drought intro

Lecture 4: Drought Zone identification from same data

Chapter 11: Groundwater Fluctuation from Observed data

Lecture 1: Understanding fluctuations

Lecture 2: Prepare Excel sheet for GIS

Lecture 3: Plotting Excel data to use in ArcGIS and Map Generation

Lecture 4: Generating fluctuation Map

Chapter 12: Tips for Better Analysis

Lecture 1: Few Tips for Better Research

Lecture 2: The last Video

Chapter 13: Expired Videos

Lecture 1: Downloading DEM

Chapter 14: What is next

Lecture 1: Do and Donts in GIS

Lecture 2: Bonus Lecture

Instructors

Lakhwinder Singh
Advanced GIS and Machine Learning

Rating Distribution

1 stars: 3 votes

2 stars: 3 votes

3 stars: 33 votes

4 stars: 119 votes

5 stars: 168 votes

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