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This comprehensive collection titled “Microclimate Monitoring, Mitigation, and Adaptation in Deltas” explores the escalating vulnerabilities of global deltaic and coastal ecosystems. It addresses microclimatic information, stretching from West and East Africa to the Middle East, South Asia, and Europe. The microclimate of these regions suffers from the dual pressures of changing meteorological condition and anthropogenic stressors. As these regions face intensified hydroclimatic instability, land degradation, and urban heat island (UHI) effects, this book synthesizes multi-disciplinary research to advance frameworks for microclimate monitoring, mitigation, and adaptation. An integrated methodological approach, combining remote sensing (RS) and geographic information systems (GIS) with advanced cloud computing (Google Earth Engine) and artificial intelligence (AI), including deep learning models like gated recurrent unit (GRU) and Transformer models, can be employed to analyze long-term environmental microclimates. Key findings highlight the critical role of microclimatic variables, such as land surface temperature (LST), humidity, and wind, in driving wildfire frequency, air quality degradation (e.g., PM2.5), and shifts in agricultural productivity. Additional chapters evaluate sustainable intervention strategies, including nature-based solutions (NbS), such as mangrove restoration and conservation agriculture, in small areas, like gardens, forest patches, or urban blocks. Other chapters represent technological innovations in material science for urban cooling and decentralized renewable energy models, impacting human comfort and building energy use over time. By bridging the gap between high-resolution satellite data and grassroots indigenous knowledge, this book provides a scalable roadmap for policymakers and stakeholders (e.g., providing resilience against broader climate shifts). Ultimately, the work advocates for integrated, community-centered land and water management to enhance ecosystem resilience and ensure socio-economic stability in the world’s most susceptible landscapes.

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Recommendations and Concluding Remarks for Microclimate Monitoring, Mitigation, and Adaptation in Deltas

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  • 发表日期：

    2026年

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  • Mahmoud Nasr

摘要

This comprehensive collection titled “Microclimate Monitoring, Mitigation, and Adaptation in Deltas” explores the escalating vulnerabilities of global deltaic and coastal ecosystems. It addresses microclimatic information, stretching from West and East Africa to the Middle East, South Asia, and Europe. The microclimate of these regions suffers from the dual pressures of changing meteorological condition and anthropogenic stressors. As these regions face intensified hydroclimatic instability, land degradation, and urban heat island (UHI) effects, this book synthesizes multi-disciplinary research to advance frameworks for microclimate monitoring, mitigation, and adaptation. An integrated methodological approach, combining remote sensing (RS) and geographic information systems (GIS) with advanced cloud computing (Google Earth Engine) and artificial intelligence (AI), including deep learning models like gated recurrent unit (GRU) and Transformer models, can be employed to analyze long-term environmental microclimates. Key findings highlight the critical role of microclimatic variables, such as land surface temperature (LST), humidity, and wind, in driving wildfire frequency, air quality degradation (e.g., PM2.5), and shifts in agricultural productivity. Additional chapters evaluate sustainable intervention strategies, including nature-based solutions (NbS), such as mangrove restoration and conservation agriculture, in small areas, like gardens, forest patches, or urban blocks. Other chapters represent technological innovations in material science for urban cooling and decentralized renewable energy models, impacting human comfort and building energy use over time. By bridging the gap between high-resolution satellite data and grassroots indigenous knowledge, this book provides a scalable roadmap for policymakers and stakeholders (e.g., providing resilience against broader climate shifts). Ultimately, the work advocates for integrated, community-centered land and water management to enhance ecosystem resilience and ensure socio-economic stability in the world’s most susceptible landscapes.