XiaoMi-AI文件搜索系统
World File Search System基线噪声
附录A15.1-基线噪声和振动监控报告
l天是ISO 1996-2中定义的A加权长期平均声音水平，在一年中的所有一天中确定。12小时的白天期间为07:00至19：00小时。l晚上是ISO 1996-2中定义的A加权长期的平均声音水平，在一年的所有晚上确定。4小时的傍晚时期在19:00至23：00小时之间。l Night是ISO 1996-2定义的A加权长期平均声音水平，在一年的所有夜晚确定。8小时的夜间时间在23:00至07：00小时之间。2.6调查程序噪声测量是根据ISO 1996中包含的指南进行的：声学 - 描述测量和评估以及环境噪声。第1部分：基本数量和评估程序（2016年）和第2部分：确定声压水平（2017）。
环境影响评估（EIA）报告
图4.30。Global conservation status overview of species recorded within project study area ........................................................................................................................................... 82 Figure 4.31.Location of species of local and global conservation value vis-à-vis habitat types ........................................................................................................................................... 82 Figure 4.32.保护受计划的井眼作品影响的重要植物群................................................................................................................................................... 98图4.33。Conservation significant flora affected by planned borehole, manhole and trench works ................................................................................................................................ 101 Figure 5.1.新加坡的集水区（公共事业委员会，2019年）.................................................................................................................................................................................................................................................................................................在2011 - 2021年期间在荣获西风站的年度降雨量..... 111图5.3。自然流在项目研究区域的位置............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................. 112图5.4。照片显示了项目研究区域内的各种流..................................... 113图5.5。流动特征调查点的位置.........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................项目研究区域中地表水质采样点的位置........... 127图5.7。Surface water sampling activities .................................................................... 127 Figure 5.8.Project boundary, including original footprint (magenta) and revised footprint (cyan) ......................................................................................................................................... 137 Figure 6.1.基线噪声监测设备的设置................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................. 150图6.2。项目研究区域内基线噪声监测站的位置......... 151图6.3。基线LEQ在一个星期内在N1站进行5分钟监测结果... 152图6.4。基线LEQ在一周内在N2站进行5分钟监测结果... 153图6.5。基线LEQ在一个星期内在N3站进行5分钟监测结果... 154图6.6。基线LEQ在一个星期内在N4站进行5分钟监测结果... 155图6.7。基线LEQ在一周内在N5站进行5分钟监测结果... 156图6.8。Predicted daytime noise level from Area 1 & 2 activities without mitigation measures .......................................................................................................................... 161 Figure 6.9.Predicted night-time noise level from Area 1 activities without mitigation measures ......................................................................................................................................... 162 Figure 6.10.Predicted daytime noise level from Area 3 activities without mitigation measures ......................................................................................................................................... 163 Figure 6.11.Predicted night-time noise level from Area 3 activities without mitigation measures ......................................................................................................................................... 163 Figure 6.12.通过缓解措施预测区域1和2的白天噪声水平……165图6.13。通过缓解措施预测区域1处的夜间噪声水平................................................................................................................................................................................................................................................... 165图6.14。Predicted day-time noise level at Area 3 with mitigation measures ................ 166 Figure 6.15.通过缓解措施预测区域3的夜间噪声水平............................................................................................................................................................................... 167图7.1。基线环境空气质量监测设备的设置........................................................................................................................................................................................................................................... 175图7.2。基线环境质量监测站的位置在项目区域内................................................................................................................................................................................................................................................................................. 175图8.1。基线接地振动监控设备的设置....................................................................................................................................................................................................................................................................................................................................................................... 189项目区域内的环境振动监控站的位置............................................................................................................................................. 189。在夜间调查期间观察到的CCKWW设施的人造光196图9.2。Artificial lighting observed along Dunbar Walk ................................................. 197 Figure 9.3.Example of light shielding ................................................................................ 199 Figure 9.4.Example of hedge planting using Murraya paniculata ..................................... 201 Figure 13.1.环境发生率报告流程图............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 237图13.2。Directional Clearance 1 ................................................................................. 243 Figure 13.3.Directional Clearance 2 ................................................................................. 244 Figure 13.4.Directional Clearance 3 ................................................................................. 245