While traditional historical narratives attribute the classic Maya 'collapse' in the ninth century CE to a sudden, catastrophic drought, recent paleoclimatological analyses of lake sediment cores present a more nuanced picture. These studies indicate that precipitation declines were highly regionalized rather than uniform, with some agricultural centers experiencing only moderate drying. Furthermore, archaeological evidence reveals that many Maya cities adapted to localized water scarcity by engineering sophisticated micro-watersheds and shifting trade networks to wetter coastal zones. Rather than depicting a singular, society-wide societal demise, this research suggests that the Maya response to environmental stress was heterogeneous and marked by local adaptation and demographic redistribution.
Which choice best states the main idea of the text?
- APaleoclimatological studies of lake sediment cores are the most reliable method for understanding how historical societies survived periods of environmental stress.
- BThe classic Maya civilization completely avoided agricultural decline during the ninth century CE by moving all its crop production to wet coastal zones.
- Recent scientific and archaeological research suggests that the classic Maya response to drought was varied and adaptive, rather than a uniform societal collapse.Answer
- DSophisticated water engineering systems allowed classic Maya cities to prevent any long-term demographic shifts when regional trade networks collapsed.