Modeling of Archaeomagnetic Anomaly Maps

Introduction
Contents
1 Auxiliary Materials
	1.1 Basic Concepts in Magnetics
	1.2 Components of the Geomagnetic Field
	1.3 Magnetic Anomalies of Model Sources
2 Historical Background
	2.1 Survey Area
		2.1.1 Geological Structure of the Study Area
		2.1.2 Stratigraphic Structure of the Study Area
		2.1.3 Active Fault Lines of the Region
	2.2 Previous Archaeological Studies on the Amasya Oluz Mound Site
	2.3 Magnetic Data Sets
	2.4 Synthetic Model
		2.4.1 Theoretical Anomalies
3 Detection of Inclination and Declination Angles from Total Magnetic Anomaly Maps on Archaeological Sites
	3.1 Dannemiller and Li Method
	3.2 Synthetic Model Applications
	3.3 Field Applications
	3.4 Conclusions
4 Quantitative Analysis of Total Magnetic Anomaly Maps on Archaeological Sites—Edge Detection
	4.1 Data Enhancements
		4.1.1 Upward Continuation Method
		4.1.2 Reduction to Pole Method
	4.2 Detection of Horizontal Boundaries
		4.2.1 Tilt Angle Method
		4.2.2 Automatic Gain Control (AGC) Method
	4.3 Synthetic Model Applications
	4.4 Field Applications
		4.4.1 Magnetometer Measurements
		4.4.2 Analysis of Magnetic Data
	4.5 Conclusions
5 Quantitative Analysis of Total Magnetic Anomaly Maps on Archaeological Sites—Depth Calculation
	5.1 Depth Calculations
		5.1.1 Tilt Angle Depth (TAD) Method
		5.1.2 Source Parameter Imaging Method (SPI)
		5.1.3 Improved Source Parameter Imaging Method (iSPI)
		5.1.4 Synthetic Model Applications
		5.1.5 Field Applications
	5.2 Conclusions
References
Index