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• 丹麦哥本哈根圣凯耶兹广场和布吕格万根大街设计范围^[10]
• 项目建成前后对比，显示了交通环岛和布吕格万根大街交界处铺装面积的减少^[10]
• 交通环岛和布吕格万根大街交界处的种植和步道^[12]
• 圣凯耶兹气候街区所在的伊德雷·奥斯特布罗分支的暴雨管理方案示意^[17]
• 雨水汇入种植区概念剖面图
• 晴天和雨天将径流引入处理区域的进水口^[12]
• 当地Utterslev湿地自然区域的景观方案，SLA设计
• 茂盛且生物多样性丰富的植被提供沉浸式的自然体验^[13]
• 荷兰尼维尔达尔格罗斯特街项目位置（9-1）、洪涝原因（9-2）及重点区域平面图（9-3）
• 格罗斯特街改造前和改造后
• 道路中央的水渠在管理街道径流的同时分隔空间并创造休闲娱乐机会
• 水景成为受欢迎的聚集场所
• 生物洼地的斜面与道路、步行区的水平面形成鲜明对比
• 英国谢菲尔德由灰至绿一期和二期工程范围^[25]
• 水流入和流经生态洼地单元组件^[29]
• 水很容易流入可持续城市排水系统渠道和拦水坝，后者减缓流向下一段的水流^[30]
• 一期种植区5月和8月的景色充分展现了植物配置的全季节视觉趣味^[30]
• 丹麦科克达尔气候适应项目总平面图^[31]
• 浮冰花园的两景，该花园实为一个种植滞留池，边界摆放多种形状的混凝土块，孩子们喜欢在上面攀爬^[33]
• Bølgepladsen——多用途干滞留池范例^[33]
• 摩洛哥花园可滞留水，重要的是，其设计灵感来自居民的参与过程^[31]
• 居民沿“自然合页”栈道穿越河漫滩^[31]
• Scope of Skt. Kjelds Square and Bryggervangen, Copenhagen, Denmark^[10]
• Before and after views showing reduction of paved surfaces at the junction of the traffic circle and
• The plantings and paths at the junction of the traffic circle and Bryggervangen^[12]
• Schematic of the cloudburst management solution for branch “Ydre Østerbro” where the Skt. Kjelds Climate District is located^[17]
• Conceptual section perspective of stormwater entering a planting area
• Stormwater inlet on a sunny day and while admitting runoff into a treatment area^[12]
• The landscape scheme of Utterslev Marsh, one of the regional natural areas from which SLA designers drew their inspiration and planting palette^[13]
• Dense and biodiverse plantings provide immersive nature experience^[13]
• Grotestraat Nijverdal project location (9-1), reason for street flooding (9-2), and plan of focal area (9-3), the Netherlands
• The Grotestraat before and after the renovation
• The wadi in the center creates space separation and recreation opportunities while managing street runoff
• The water features are a popular gathering place
• The slanted plane of the bioswale area stands out against the horizontal surfaces of the road and pedestrian zone
• Scope of phases 1 and 2 of the Grey to Green project, Sheffield, United Kingdom^[25]
• Water flowing into and through the components of a bioswale cell^[29]
• Water easily flows into the SuDS channel and the check dams that slow the flow from one section to another^[30]
• A Phase 1 planting area shown in May and August highlights the plant palette’s visual interest throughout the seasons^[30]
• Kokkedal Climate Adaptation project plan, Kokkedal, Denmark^[31]
• Two views of the Ice Floe Garden, a planted detention basin outlined with concrete shapes that children enjoy climbing on^[33]
• The Bølgepladsen, an example of a multi-use dry detention feature^[33]
• The Moroccan Garden detains water and, importantly, came out of the engagement process with residents^[31]
• Residents traverse the river floodplain on the “Nature Hinge”^[31]