Towards an antifragility framework in past human-environment dynamics

Scholarship on human-environment interactions tends to fall under two headings: collapse or resilience. While both offer valid explanatory frameworks for human-environment dynamics, both view stress as a net negative that, if unchecked, disrupts systems in equilibrium. Societies either succumb to stress (and collapse) or overcome stress and persist (demonstrate resilience). We re-evaluate the role of stress and advocate for a non-equilibrium approach to the study of past human-environment interactions. We draw inspiration from Nasim Taleb's concept of 'antifragility', which posits a positive role of stress for increasingly complex systems. We apply antifragility as an explanatory framework to pre-Hispanic coastal Peru, where indigenous farmers adapted to the stresses of highly variable El Nino events through a variety of water management systems. Finally, we note that an antifragility approach highlights the beneficial role of stressors, and that avoiding stress altogether makes a system more fragile.