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Article ? AI-assigned paper type based on the abstract. Classification may not be perfect — flag errors using the feedback button. Tier 2 ? Original research — experimental, observational, or case-control study. Direct primary evidence. Environmental Sources Marine & Wildlife Policy & Risk Sign in to save

Integrated and Sustainable Management of Post-industrial Coasts

Frontiers in Environmental Science 2020 30 citations ? Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count. Score: 35 ? 0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Kate Spencer, Andrew B. Cundy Paul Bardos, Kate Spencer, Andrew B. Cundy Kate Spencer, Andrew B. Cundy Andrew B. Cundy Andrew B. Cundy Raymond D. Ward, Kate Spencer, Kate Spencer, Andrew B. Cundy Andrew B. Cundy Andrew B. Cundy Andrew B. Cundy Kate Spencer, Kate Spencer, Andrew B. Cundy Andrew B. Cundy Raymond D. Ward, Raymond D. Ward, Andrew B. Cundy Andrew B. Cundy Kate Spencer, Kate Spencer, Kate Spencer, Raymond D. Ward, Kate Spencer, Andrew B. Cundy Barbara Maco, Kate Spencer, Barbara Maco, Raymond D. Ward, Raymond D. Ward, Raymond D. Ward, Kate Spencer, Kate Spencer, Andrew B. Cundy Andrew B. Cundy Andrew B. Cundy Andrew B. Cundy Andrew B. Cundy Andrew B. Cundy Andrew B. Cundy Kate Spencer, Kate Spencer, Andrew B. Cundy Andrew B. Cundy Andrew B. Cundy Kate Spencer, Kate Spencer, Andrew B. Cundy Andrew B. Cundy Andrew B. Cundy Andrew B. Cundy

Summary

Post-industrial coastlines face legacy contamination in soils and sediments combined with rising sea levels and climate change. This review proposes integrated risk management frameworks that use low-cost, sustainable approaches to manage coastal pollution.

The sustainable management of post-industrial coasts is a major emerging issue globally. Along such coasts, there may be a significant legacy of both contaminated land (including historic landfills and non-managed waste disposal) and contaminated sediments in and around urban and industrial areas, which require new strategies for cost-effective and integrated risk management under future sea-level rise and climate change scenarios. Here, we review current approaches to managing contamination in post-industrial coastlines, discuss emerging integrated management strategies (building on low input approaches to sustainable brownfields regeneration) and present an approach and framework for assessing and comparing different scenarios for coastal brownfield regeneration to soft re-use and other end-points. This framework can be applied to explore the opportunities for synergy and realisation of wider environmental, economic and societal benefits between coastal protection, dredged material re-use and the management of brownfield land. As such, the approach we propose supports planning and options appraisal to realise maximum benefit and value from integrated coastal management strategies.

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