Additional information
by Robert C. Brears (Author)
Nature-based solutions are no longer an environmental add-on to infrastructure planning. They are infrastructure. Mangroves attenuate storm surge. Wetlands reduce flood peaks. Urban forests cut cooling demand. Watershed forests protect water treatment systems. Soil bioengineering stabilises transport embankments. This book builds the analytical and practical case for deploying ecosystem services as structural components of critical infrastructure strategy across every major sector.
Drawing on peer-reviewed evidence from hydrology, coastal engineering, urban systems, transport ecology, and energy resilience, Nature-Based Solutions for Critical Infrastructure Resilience demonstrates what nature does in quantifiable infrastructure terms - and why the governance, financial, and regulatory systems that should be mobilising NbS at scale have so far failed to do so. The gap is not technical. It is institutional. - Understand the hydrodynamic, thermodynamic, and geotechnical mechanisms through which ecosystems deliver infrastructure services- Analyze the evidence base for NbS cost-effectiveness across water, coastal, urban, transport, and energy infrastructure
- Discover how watershed protection, wetland restoration, and green-grey hybrid drainage systems reduce infrastructure investment needs
- Evaluate biodiversity net gain, payment for ecosystem services, and regulatory frameworks that are mainstreaming NbS
- Examine green bond markets, blended finance structures, and nature-positive insurance instruments financing NbS at scale
- Interpret digital twin, remote sensing, and bioinspired design innovations reshaping NbS monitoring and performance
- Explore the governance barriers and enablers that determine whether NbS reach their infrastructure potential For infrastructure professionals ready to move beyond pilot projects to systematic deployment, this is the authoritative cross-sector reference.
Number of Pages: 82
Dimensions: 0.21 x 9 x 6 IN
Publication Date: June 25, 2026
