Excavation: This involves digging up sites to uncover artifacts and other evidence of past human activity.
Geophysics: This is a field of science that uses scientific methods to study the physical properties of the earth and its subsurface. For example, archeologists can use geophysics to locate buried ruins or artifacts.
Archaeological Chemistry: This is the application of chemistry to the study of archaeological materials. For example, archeologists can use archaeological chemistry to identify the origin of artifacts or to date them.
Archaeozoology: This is the study of animal remains found at archaeological sites. Archeozoologists can use these remains to reconstruct past environments, learn about diets of past populations, and track migratory patterns.
Archaeobotany: This is the study of plant remains found at archaeological sites. Archaeobotanists can use these remains to reconstruct past environments, learn about agricultural practices, and track the history of plant domestication.
Dendrochronology: This is the study of tree rings to date archaeological sites and track climate patterns.
Isotope Analysis: This is the analysis of isotopic ratios in materials to date artifacts and identify the source of raw materials.
Remote Sensing: This is the use of sensors to collect data on archaeological features and landscapes. These sensors can be mounted on satellites, airplanes, or drones.
In addition to these scientific methods, archaeologists also use historical research, ethnography, and other social science techniques to understand past human cultures and societies. By combining these methods, archeologists are able to paint a vivid picture of the past and gain a deeper understanding of our human heritage.