Modeling individual-to-collective behavior in mound-building termites

描述（由申请人提供）：筑丘白蚁提供了复杂社会行为和集体行为的一个伟大的经典例子，这些行为来自于个体的共同行动，它们的数百万个独立的昆虫一起建造大规模、复杂的土丘。然而，白蚁的个体和社会行为，以及这些昆虫规模的行为如何产生集体群体规模的结果，还没有得到很好的理解。一对关系密切的白蚁，行为相似，但惊人

DESCRIPTION (provided by applicant): Mound-building termites provide one of the great classic examples of complex social behavior and of collective behaviors emerging from the actions of individuals working together, with their colonies of millions of independent insects tha together construct large-scale, complex mounds. However, termite individual and social behaviors, and how these insect-scale actions give rise to collective colony-scale outcomes, are not well understood. A pair of closely related termite species with similar behavior but strikingly different mound morphologies, and recent advances in tracking individual insects in experimental settings, provides an opportunity to quantify and model how termites interact with their environment and how these behaviors translate to higher-scale system properties. The goal of this application is to develop quantitative experimental methods and data-driven computational models to relate individual behavior to collective outcomes for this social insect. We will conduct experiments to quantify termite behavior in response to environmental drivers, construct and evaluate simulation models that we hypothesize will capture the behavior of the two species using the same model structure but different parameter values, and systematically explore the parameter space to connect to other species and provide broader insights about connecting behaviors at multiple scales. Insights gained from this study regarding principles of self-organization in complex social systems will potentially be applicable to better understanding of collective systems from bacterial colonies to human institutions. This work is a close collaboration among Justin Werfel and Radhika Nagpal, both experts in modeling complex and emergent systems at Harvard, and J. Scott Turner, expert in termite and mound physiology and behavior at SUNY-ESF. All three PIs collaborated (university seed funding) to conduct preliminary studies for the proposed work, including evaluation of prototype experimental techniques onsite in Namibia.