# Regenerative Systems **Domain:** Environmental Science & Systems Design **Doc Type:** Concept Node **Classification:** Infrastructure Concept **Maturity:** emerging **Related:** [[Planetary Stewardship]], [[Ecological Restoration]], [[Sustainable Agriculture]], [[Natural Capital]], [[Biomimicry]] --- ## Definition **Regenerative Systems** denotes economic and ecological arrangements designed to **restore, enhance, and continuously improve environmental health and productivity** rather than simply minimizing harm. Regenerative approaches operate according to **natural cycles, feedback loops, and biological processes** to create systems that increase soil health, water quality, biodiversity, and carbon sequestration as beneficial byproducts of human activity. Regeneration goes beyond sustainability (maintaining status quo) to active ecological restoration. --- ## General Context In ecology and sustainable design, regenerative thinking emerges from recognition that many ecosystems can recover and even improve under appropriate human stewardship. It combines ecological science, indigenous land management practices, and systems design to create productive systems that enhance environmental health. --- ## Ecological Systems Context Regenerative systems operationalize [[wiki/Planetary Stewardship|planetary stewardship]] through localized restoration of soil, water, and biodiversity systems. --- ## Key Insight Regenerative systems align human economic activity with natural regenerative capacity. They require longer time horizons and different success metrics than extractive systems but create durable prosperity. --- ## See Also [[Regenerative Agriculture]], [[Regenerative Design]], [[Ecological Restoration]], [[Natural Capital Accounting]], [[Biomimicry]]