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中央帕默斯顿地区计划
图1。研究区域3图2。计划显示当前土地使用分区5图3。土地使用视觉图7图4。darwin区域的热量映射与中央帕默斯顿的插入物8图5。混合用途和商业计划10图6。体积研究的信息为目标2.2 12图7。街头正面计划，该计划为目标2.5 15图8。服务商业和轻型工业计划18图9。移动和运输计划20图10。绿色链接计划，该计划为目标4.5 23图11。社会和基本基础设施计划24图12.城市设计计划31图13。焦点区域A 32图14。焦点区域B 34图15。焦点区域C 38
帕默斯顿湖管理计划
表2-1。 帕默斯顿湖泊物理特征，湖水填充水源和环境状况。 ................................................................................................................................................................................................................................................................ Quarterly water quality monitoring trends summary....................................................................10 Table 2-3. DO survey results summary.......................................................................................................13 Table 3-1. 所有湖泊的当前功能和所需的优先函数。 ............................................................................................................................................................................................................................................................................................................................................. 湖1a策略。 .......................................................................................................................17 Table 4-2. 湖1B策略。 .......................................................................................................................17 Table 4-3. 湖3策略。 .........................................................................................................................18 Table 4-4. Lake 4 strategy..........................................................................................................................19 Table 4-5. Lake 5 strategy..........................................................................................................................19 Table 4-6. 湖6策略................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 20表4-7。 Lake 7a, 7b and 7c strategy ......................................................................................................20 Table 4-8.表2-1。帕默斯顿湖泊物理特征，湖水填充水源和环境状况。................................................................................................................................................................................................................................................................Quarterly water quality monitoring trends summary....................................................................10 Table 2-3.DO survey results summary.......................................................................................................13 Table 3-1.所有湖泊的当前功能和所需的优先函数。.............................................................................................................................................................................................................................................................................................................................................湖1a策略。.......................................................................................................................17 Table 4-2.湖1B策略。.......................................................................................................................17 Table 4-3.湖3策略。.........................................................................................................................18 Table 4-4.Lake 4 strategy..........................................................................................................................19 Table 4-5.Lake 5 strategy..........................................................................................................................19 Table 4-6.湖6策略................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 20表4-7。Lake 7a, 7b and 7c strategy ......................................................................................................20 Table 4-8.Lake 8 strategy..........................................................................................................................21 Table 4-9.Lake 9 strategy..........................................................................................................................21 Table 4-10.Lake 10a and 10b strategy ......................................................................................................22 Table 4-11.Sanctuary Lakes A, B and C strategy ......................................................................................22 Table 4-12.马洛泻湖策略................................................................................................................................................................................................................................................................................................................................................................... 23表5-1。Salvinia Control方法（改编自CRC Weed Management，2003）........................................................................ 25表5-2。推荐的尺寸和帕默斯顿湖泊的曝气系统数量来自Ecoz建议信，2020年7月。..............................................................................................................................29 Table 6-1.监视站点位置详细信息。..................................................................................................32 Table 6-2.监视程序采样频率和参数。..........................................................35 Table 6-3.Documents and records summary .............................................................................................37 Table 7-7-1.纠正措施持续改进。在
Palmers-Road-Corridor-Flora-and-fauna--和...
Palmers Road Corridor项目将通过创建一条主要的南北动脉道路，连接Point Cook和Calder Park，来减轻墨尔本西部郊区现有运输基础设施的压力。整个Palmers Road走廊从库克角的Dunnings Road延伸到Calder Park Freeway约25公里。Dunnings Road和Western Freeway之间的Southern Corridor部分已接受了已批准的计划计划修正案。在2009年11月，规划部长确定根据《环境效应法》（EES）1978年的环境效应声明（EE）（EE法案）是西部高速公路和Calder Freeway之间的剩余北部部分。2013年7月，维多利亚州运输，规划和地方基础设施（DTPLI）发布了最终的EES范围范围要求。被威胁物种的栖息地丧失以及生态社区的去除或退化被确定为要考虑的关键问题。该文档提供了以下生物多样性评估目标：