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I. | Introduction | |
Chapter 1 | The Opportunities and Challenges of Preservation Technologies | 3 |
Abstract | 3 | |
Introduction | 3 | |
Preservation Technology and Public Policy | 4 | |
Digital Information Technologies | 5 | |
Technology Issues | 10 | |
The Preservation Technology Agenda of the Future | 13 | |
Conclusion | 17 | |
References | 17 | |
II. | Discovery, Documentation, and Analysis | |
Chapter 2 | Remote Sensing Methods | 21 |
Abstract | 21 | |
Introduction | 21 | |
Remote Sensing and Multispectral Digital Imagery | 23 | |
Sensors and Platforms | 29 | |
Multispectral Digital Sensor Systems | 33 | |
Airborne Sensors | 37 | |
Portable Sensors | 41 | |
Image Analysis Software/Hardware | 44 | |
Conclusion | 44 | |
Acknowledgements | 45 | |
Notes | 45 | |
References | 46 | |
Chapter 3 | Near-Surface, High Resolution Geophysical Methods for Cultural Resource Management and Archaeological Investigations | 53 |
Abstract | 53 | |
Introduction | 54 | |
Geophysical Techniques | 55 | |
Example | 65 | |
Summary | 68 | |
References | 72 | |
Chapter 4 | Science-Based Dating Methods in Historic Preservation | 75 |
Abstract | 75 | |
Introduction | 75 | |
Radiocarbon | 77 | |
Dendrochronology | 90 | |
Archaeomagnetic Dating | 91 | |
Obsidian Hydration | 92 | |
Conclusion | 94 | |
Acknowledgments | 94 | |
References | 95 | |
Chapter 5 | Nondestructive Testing of Historic Structures | 97 |
Abstract | 97 | |
Introduction | 97 | |
Operating Principles of NDT Methods | 98 | |
Architectural Archaeometry | 107 | |
Structural Analysis | 109 | |
Materials Characterization | 112 | |
Environmental Conditions | 113 | |
Barriers to Implementation of NDT | 114 | |
Research Needs | 117 | |
References | 117 | |
Chapter 6 | Recent Advances in Underwater Archaeology | 121 |
Abstract | 121 | |
Introduction | 121 | |
Where Are We?: Positioning the Research Vessel | 122 | |
Where Are We?: Underwater Remote Sensing | 125 | |
Joysticks and Sleds: Robotics and Towed Arrays | 129 | |
We Got One ... Now What? Nondestructive Site Documentation | 132 | |
Gettin' It Together: GIS and Underwater Archaeology | 136 | |
Swimming Through History: Diving Technology | 137 | |
Conclusion | 139 | |
References | 140 | |
Chapter 7 | Determination of Provenance | 143 |
Abstract | 143 | |
Introduction | 143 | |
Characterization Through Examination of Structure | 145 | |
Characterization Through Identification of Raw Materials and Inclusions | 150 | |
Characterization Through Multielement Compositional Analysis | 152 | |
Multivariate Statistical Data Handling | 160 | |
Characterization Through Ratios of Stable Isotopes | 164 | |
Conclusion | 168 | |
References | 168 | |
III. | Restoration and Conservation | |
Chapter 8 | Technologies for Wood Preservation in Historic Preservation | 173 |
Abstract | 173 | |
Introduction | 173 | |
Wood Deterioration | 175 | |
Technology for Preservation | 178 | |
Summary | 179 | |
Chapter 9 | Conservation of Cultural Materials from Underwater Sites | 193 |
Abstract | 193 | |
Introduction | 193 | |
Current Conservation Procedures | 194 | |
Conservation of Metals Recovered from Marine Sites | 195 | |
Conservation of Wood | 209 | |
Leather Conservation | 216 | |
Bone, Ivory | 217 | |
Ceramics | 219 | |
Glass Conservation | 222 | |
Conclusion | 223 | |
References | 225 | |
IV. | Management, Maintenance, and Protection | |
Chapter 10 | Geographic Information Systems in Historic Preservation | 231 |
Abstract | 231 | |
Introduction | 231 | |
Automated Cartographic Display | 232 | |
Site or Property Characterization and Inventory | 233 | |
Conclusion | 245 | |
References | 245 | |
Chapter 11 | The Use of Computers in Cultural Resource Management | 249 |
Abstract | 249 | |
Introduction | 249 | |
Software Development in Cultural Resource Management | 250 | |
CRM Computer Applications | 251 | |
Archaeological Applications | 254 | |
Collections Management Applications | 256 | |
Multiple Resource Applications | 258 | |
Conclusion | 262 | |
Table of Sources | 264 | |
Chapter 12 | Cultural Resource Management in Context | 267 |
Abstract | 267 | |
Introduction | 268 | |
The Legal Basis for Cultural Resource Management | 271 | |
Philosophy | 273 | |
Cultural Resource Management Participants | 280 | |
Methods | 282 | |
Summary | 285 | |
References | 286 | |
Chapter 13 | Technologies against Looting and Vandalism | 291 |
Abstract | 291 | |
Introduction | 291 | |
Legal Issues | 299 | |
Additional Advantages of Remote Surveillance | 302 | |
Types of Commercial Monitoring Systems | 303 | |
Hiprotect | 304 | |
Evaluating An Archaeological Resource for a Monitoring System | 304 | |
Long Term Goals and Public Education | 306 | |
References | 307 | |
Chapter 14 | Technologies for In-Place Protection and Long-Term Conservation of Archaeological Sites | 309 |
Abstract | 309 | |
Introduction | 309 | |
Archaeological Sites and A Conservation Ethic | 311 | |
Archaeological Site Protection Technologies and Strategies | 312 | |
Management Guidelines and Strategies | 326 | |
Technology Transfer | 328 | |
Conclusions | 329 | |
References | 329 | |
About the Editors | 333 | |
Index | 335 |
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Add Science and Technology in Historic Preservation, Technology transfer has played an increasingly important role in historic preservation during the latter half of the twentieth century, a situation attested to by the undertaking of an important congressional study in 1986 that assessed the role of federa, Science and Technology in Historic Preservation to the inventory that you are selling on WonderClubX
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Add Science and Technology in Historic Preservation, Technology transfer has played an increasingly important role in historic preservation during the latter half of the twentieth century, a situation attested to by the undertaking of an important congressional study in 1986 that assessed the role of federa, Science and Technology in Historic Preservation to your collection on WonderClub |