Page 14 - 地质灾害治理及生态环境修复研究
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第六章 地质灾害监测预警与信息化技术 ·············································· 123
第一节 遥感与 GIS 技术在地质灾害监测中的应用 ···························· 123
第二节 物联网与大数据驱动的动态预警系统 ·································· 131
第三节 人工智能在灾害风险评估中的创新实践 ······························· 138
第七章 政策法规与管理机制 ····························································· 147
第一节 国内外地质灾害防治政策体系比较 ····································· 147
第二节 生态修复的法规标准与责任划分 ········································ 154
第三节 政府、企业与社区协同管理机制 ········································ 162
第四节 公众参与与环境教育的重要性 ··········································· 170
第八章 典型案例分析与实践 ····························································· 179
第一节 中国汶川地震灾后生态修复工程 ········································ 179
第二节 日本滑坡灾害综合治理经验 ·············································· 184
第三节 欧洲矿区生态修复技术创新 ·············································· 189
第四节 发展中国家地质灾害治理挑战与对策 ·································· 195
第九章 国际合作与全球视野 ····························································· 201
第一节 国际地质灾害治理技术交流平台 ········································ 201
第二节 联合国可持续发展目标（SDGs）下的生态修复行动 ··············· 207
第三节 气候变化对地质灾害与生态修复的新挑战 ···························· 213
第十章 未来发展趋势与前沿技术 ······················································· 221
第一节 地质灾害治理的智能化与无人化技术 ·································· 221
第二节 基于自然解决方案（NbS）的生态修复新方向 ······················ 227
第三节 碳中和背景下的生态修复路径探索 ····································· 233
第四节 跨学科融合推动治理理论创新 ··········································· 239
参考文献······················································································· 245
