Integrated Aeromagnetic And Radiometric Data

For Mapping Potential Minerals Zones Using Analytical Hierarchy Process (AHP).

What you'll learn

Import and grid data using various file formats: .txt, .csv, .grd. etc.

How to look for research topics/previous works.

Choose the right methodology for your research work.

Extract lineaments and Create Rose Diagram.

Grid various datasets in ArcGIS For Reclassification.

Isolates Anomalies in Aeromagnetic and Radiometric datasets.

Using The Analytical Hierarchy Process to estimate weights for factors.

Produce Minerals Potential Using Weighted Overlay Method in ArcGIS.

and so much more.

Requirements

No previous knowledge is required. You will learn everything you need to know.

Description

This is a complete course video series on Integrated Aeromagnetic and Radiometric Data For Minerals Potential Mapping using Analytical Hierarchy Process (AHP). The search for solid minerals is a global phenomenon, and many researchers have used different approaches and techniques at various locations to achieve their aims. Integrating results from multiple variables in mineral exploration can not be overlooked. The spatial forecast of mineral resources is crucial to effective exploration and resource management. Predictions can be made using a range of factors that affect the presence of minerals in a geologic settingTherefore, determining the potential for mineralisation is a geospatial problem that can be solved using a variety of factors favourable for mineralisation. Mapping mineralisation potential is frontier work commonly completed during exploration projects to concentrate following exploration efforts on areas that show promise and where spending time and resources will provide the most exceptional results.Critical models such as the analytical hierarchy process (AHP) in the framework of multicriteria decision analysis are appropriate instruments for mineral potential investigation in a frontier geologic setting. This research aims to map the mineral potential of  parts of the northern Nigerian in an unbiased and reliable manner, taking AHP into account.The study intends to lower systematic ambiguities and improve understanding of the underlying geological control of mineralisation by contrasting and evaluating the significance of each exploration criterion.

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: Getting Started

Lecture 2 Folders Structure

Lecture 3 Mining Sites and Study Area

Lecture 4 Getting Study Area Towns Names

Section 3: Radiometric Data Analysis

Lecture 5 Create Project and Import Grids

Lecture 6 Producing K, Th and U Grids For Study Area

Lecture 7 Creating K , Th and U Maps

Lecture 8 Creating K /Th Ratio Map

Lecture 9 Creating K, Th and U Ternary Map

Lecture 10 Identifying Hydrothermal Alterations Zones

Lecture 11 Edit and Export K /Th Ratio Map in ArcGIS

Lecture 12 Reclassified K /Th Ratio Map Part 1

Lecture 13 Reclassified K /Th Ratio Map Part 2

Section 4: Aeromagnetic Data Analysis

Lecture 14 Create Project and Import Grid

Lecture 15 Study Area TMI Map

Lecture 16 Study Area RTE Map

Lecture 17 Study Area Analytical Signal Map

Lecture 18 Isolate Anomalies in the AS Grid

Lecture 19 Edit and Export AS Map in ArcGIS

Lecture 20 Reclassified AS Map Part 1

Lecture 21 Reclassified AS Map Part 2

Lecture 22 Euler's Solutions Map

Lecture 23 Lineaments Map

Lecture 24 Reclassified Lineaments Density Map

Lecture 25 Create Rose Diagram For Lineaments

Section 5: Integration

Lecture 26 Analytical hierarchy Process

Lecture 27 Weighted Overlay Analysis

Lecture 28 Minerals Potential Map

A student or researcher