During excavations at Stonehenge, archaeologists discovered red deer antler tools that were used to dig the surrounding ditch. To construct a reliable timeline for the monument, researchers used both stratigraphic analysis of the site's soil layers and radiocarbon analysis of the antler tools. Which of the following best describes the complementary relationship between these two dating methods?
- Stratigraphic analysis establishes a relative sequence of events based on the layering of soil and features, whereas radiocarbon analysis provides absolute dates that anchor this sequence to specific time intervals.Answer
- BRadiocarbon analysis establishes the relative sequence of construction by comparing the styles of the tools, whereas stratigraphic analysis yields the absolute calendar dates of the soil deposits.
- CStratigraphic analysis reveals the specific shamanistic rituals performed in each phase, whereas radiocarbon analysis is primarily used to confirm the astronomical alignment of the megaliths.
- DAnalyzing the structural tension within the post-and-lintel stones provides the absolute date of their erection, whereas radiocarbon analysis of the soil layers determines the weight capacity of the mortise-and-tenon joints.
Answer
Stratigraphic analysis establishes a relative sequence of events based on the layering of soil and features, whereas radiocarbon analysis provides absolute dates that anchor this sequence to specific time intervals.
The correct answer accurately characterizes the difference between the two archaeological methods. Stratigraphy determines the relative order of deposition (older material is at the bottom, younger at the top), establishing which phases of the site occurred first. Radiocarbon dating provides absolute dates by analyzing organic remains (such as the red deer antlers used to dig the ditches), anchoring those relative phases to specific calendar years.
Step-by-Step Solution
Key Concept
Distinguishing between relative dating (stratigraphy) and absolute dating (radiocarbon analysis)
Estimated Time:1m 30s