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This study aims to bridge the gap between sustainability frameworks and practical, performance-based planning using nature-based solutions.

August 13, 2026Discover EnvironmentOpen Access

An integrative nature-based planning model for sustainable and resilient environments

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This study aims to bridge the gap between sustainability frameworks and practical, performance-based planning using nature-based solutions.
Developed a spatially explicit NbS planning framework for the Shenks Property.
Utilized GIS-based hydrological modeling and InVEST for ecosystem-service assessment.
Analyzed multiple datasets and performed predictive simulations under NOAA sea-level rise projections.
Achieved approximately 40% reduction in annual surface runoff (± 5%).
Projected a 20 m retraction of flood boundaries under future sea-level rise.
Increased carbon-storage capacity by 18–24% and habitat quality index by 15–22% in rehabilitated regions.

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Randomized trial demonstrates ecological improvements in environments utilizing nature-based solutions, indicating long-term resilience benefits.

A 2026 study studied this question.

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Randomized trial demonstrates ecological improvements in environments utilizing nature-based solutions, indicating long-term resilience benefits.