REWILDING BABYLON REGENERATIVE LANDSCAPE FUTURES—A BIOMIMETIC AND CLIMATE-RESILIENT FRAMEWORK FOR ARID MEGACITIES IN THE ANTHROPOCENE

As the global climate crisis escalates, arid megacities face unprecedented socio-ecological vulnerabilities. This paper explores rewilding—a regenerative, biomimetic strategy—for reimagining urban design in hyper-arid contexts like Baghdad (Babylon). We propose a framework that blends ecological restoration, traditional hydrological wisdom, and climate-adaptive technologies to build resilience in megacities under stress. Drawing from six foundational works in regenerative urbanism, climate adaptation, and biomimicry, we develop a layered, modular model applicable across similar bioclimatic zones. Empirical visualizations and comparative case tables are used to demonstrate the projected impact of rewilding strategies on urban microclimates and social systems.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-06-07
DOI
https://doi.org/10.5281/zenodo.15612746
Primary Topic
Work-Family Balance Challenges
Type
article
Field-Weighted Citation Impact
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article

REWILDING BABYLON REGENERATIVE LANDSCAPE FUTURES—A BIOMIMETIC AND CLIMATE-RESILIENT FRAMEWORK FOR ARID MEGACITIES IN THE ANTHROPOCENE

Zenodo (CERN European Organization for Nuclear Research)
Work-Family Balance Challenges
article

REWILDING BABYLON REGENERATIVE LANDSCAPE FUTURES—A BIOMIMETIC AND CLIMATE-RESILIENT FRAMEWORK FOR ARID MEGACITIES IN THE ANTHROPOCENE

article en

Abstract

As the global climate crisis escalates, arid megacities face unprecedented socio-ecological vulnerabilities. This paper explores rewilding—a regenerative, biomimetic strategy—for reimagining urban design in hyper-arid contexts like Baghdad (Babylon). We propose a framework that blends ecological restoration, traditional hydrological wisdom, and climate-adaptive technologies to build resilience in megacities under stress. Drawing from six foundational works in regenerative urbanism, climate adaptation, and biomimicry, we develop a layered, modular model applicable across similar bioclimatic zones. Empirical visualizations and comparative case tables are used to demonstrate the projected impact of rewilding strategies on urban microclimates and social systems.

Zenodo (CERN European Organization for Nuclear Research)
Climate action
Openalex Percentile: Top 44%
Work-Family Balance Challenges
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