Author: John Milne (APWA)
Summary: This working paper introduces an innovative framework called Entropy-Based Resource Management (EBRM), which applies principles from physics—specifically the Second Law of Thermodynamics—to the planning and management of community resources. Developed from decades of public works engineering experience and research, EBRM offers a holistic, cost-effective approach for public agencies to foster sustainable and resilient communities in the face of climate change. The paper outlines how mimicking the efficiency of natural systems can lead to well-ordered infrastructure, improved land use, and integrated water and transportation strategies. Key applications include sustainable land use planning, roadway grid design, and wetland restoration. EBRM also provides guidance for private sector initiatives and advocates for collaborative, interdisciplinary decision-making. This framework aims to shift the focus from isolated "green solutions" to systemic, physically grounded strategies that maximize resource efficiency and minimize unintended environmental impacts.