A holistic microclimate model

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examples:start [2021/03/10 11:40] – enviadminexamples:start [2021/03/11 08:27] – enviadmin
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 </WRAP> </WRAP>
 //**German Foreign Embassy Berlin**// //**German Foreign Embassy Berlin**//
-(empty) +This example model file will come with the TreePass in the next release! 
 + 
  
 [[examples:start|Enter...]] [[examples:start|Enter...]]
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 <WRAP column 100px> \\ [[examples:thermalcomfort|{{ ::examples:thermal_pic.png?nolink |}}]] </WRAP> <WRAP column 100px> \\ [[examples:thermalcomfort|{{ ::examples:thermal_pic.png?nolink |}}]] </WRAP>
-//**Case Study: Thermal Comfort**//+//**Improving Outdoor Thermal Comfort**//
 The Thermal Comfort Case Study is a small (200 x 190 x 30 Grids) model that was used to analyze minimal invasive climate adaptation strategies to mitigate urban excess heat. The Thermal Comfort Case Study is a small (200 x 190 x 30 Grids) model that was used to analyze minimal invasive climate adaptation strategies to mitigate urban excess heat.
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 <WRAP column 100px>\\ [[examples:vegetation|{{ ::examples:veg_pic.png?nolink |}}]] <WRAP column 100px>\\ [[examples:vegetation|{{ ::examples:veg_pic.png?nolink |}}]]
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-//**Case Study: Vegetation**//+//**Vegetation Vitality and Microclimate**//
 The Vegetation Case Study is a small (100 x 60 x 30 Grids) model that was used to analyze the influence of different microclimates onto the tree vitality. The Vegetation Case Study is a small (100 x 60 x 30 Grids) model that was used to analyze the influence of different microclimates onto the tree vitality.
 [[examples:vegetation|Enter...]] [[examples:vegetation|Enter...]]
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 <WRAP column 100px> \\ [[examples:windflow|{{ ::examples:wf_area.png?nolink |}}]] </WRAP> <WRAP column 100px> \\ [[examples:windflow|{{ ::examples:wf_area.png?nolink |}}]] </WRAP>
-//**Case Study: Windflow**//+//**Windflow in the City of Phoenix**//
 The Windflow Case Study is a complex (300 x 300 x 25 Grids) model that was used to analyze windflow within the city of Phoenix. The Windflow Case Study is a complex (300 x 300 x 25 Grids) model that was used to analyze windflow within the city of Phoenix.
 [[examples:windflow|Enter...]] [[examples:windflow|Enter...]]
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 <WRAP column 100px>\\ [[examples:solarradiation|{{ ::examples:rad_simgebiet.png?nolink |}}]] <WRAP column 100px>\\ [[examples:solarradiation|{{ ::examples:rad_simgebiet.png?nolink |}}]]
 </WRAP> </WRAP>
-//**Case Study: Solar Radiation**//+//**Solar Radiation and Solar Access in Manhattan**//
 The Solar Radiation Case Study is a complex (1778 m x 1512 m x 784 m) model of Manhattan that was used to analyze solar access within the city. The Solar Radiation Case Study is a complex (1778 m x 1512 m x 784 m) model of Manhattan that was used to analyze solar access within the city.
 [[examples:solarradiation|Enter...]] [[examples:solarradiation|Enter...]]
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 <WRAP column 100px> \\ [[examples:airpollution|{{ ::examples:ap_ozone_3d.png?nolink |}}]] </WRAP> <WRAP column 100px> \\ [[examples:airpollution|{{ ::examples:ap_ozone_3d.png?nolink |}}]] </WRAP>
-//**Case Study: Air Pollution**//+//**Air Pollution: Simulating Ozone in an Urban Area**//
 The Air Pollution Case Study is a complex (2000 x 1200 x 90 m) model that was used analyze the concentration and distribution of O3 in an urban area. The Air Pollution Case Study is a complex (2000 x 1200 x 90 m) model that was used analyze the concentration and distribution of O3 in an urban area.
 [[examples:airpollution|Enter...]] [[examples:airpollution|Enter...]]
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 <WRAP column 100px>\\ [[examples:precipitation|{{ ::examples:prec.png?nolink |}}]] <WRAP column 100px>\\ [[examples:precipitation|{{ ::examples:prec.png?nolink |}}]]
 </WRAP> </WRAP>
-//**Case Study: Precipitation**//+//**Influence of Precipitation on Vegetation and Natural Surfaces**//
 The Precipitation Case Study is a small model that was used to analyze the influence of precipitation onto vegetation and natural surfaces. The Precipitation Case Study is a small model that was used to analyze the influence of precipitation onto vegetation and natural surfaces.
 [[examples:precipitation|Enter...]] [[examples:precipitation|Enter...]]
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 <WRAP column 100px> \\ [[examples:facades|{{ ::examples:facades_pic.png?nolink |}}]] </WRAP> <WRAP column 100px> \\ [[examples:facades|{{ ::examples:facades_pic.png?nolink |}}]] </WRAP>
-//**Case Study: Facade Research**// +//**Analysing Facade Materials**// 
-The Vegetation Case Study is a small (50 x 50 x 30 Grids) model that was used analyze the different behaviors of a variety of façade materials.+This example is a small (50 x 50 x 30 Grids) model that was used analyze the different behaviors of a variety of façade materials.
 [[examples:facades|Enter...]] [[examples:facades|Enter...]]
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 <WRAP column 100px>\\ [[examples:insideoutside|{{ ::examples:bp_simgebiet.png?nolink |}}]] <WRAP column 100px>\\ [[examples:insideoutside|{{ ::examples:bp_simgebiet.png?nolink |}}]]
 </WRAP> </WRAP>
-//**Case Study: Connecting Inside and Outside**//+//**Connecting Inside and Outside**//
 In the Connecting Inside & Outside Case Study, a small (40 x 40 x 30 Grids) model was used to analyze the different behaviors of a variety of façade materials and their influence on the building inside air temperature. In the Connecting Inside & Outside Case Study, a small (40 x 40 x 30 Grids) model was used to analyze the different behaviors of a variety of façade materials and their influence on the building inside air temperature.
 [[examples:insideoutside|Enter...]] [[examples:insideoutside|Enter...]]
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 <WRAP column 100px> \\ [[examples:whitestreets|{{:examples:modelarea_whitestreets.jpg?nolink |}}]] </WRAP> <WRAP column 100px> \\ [[examples:whitestreets|{{:examples:modelarea_whitestreets.jpg?nolink |}}]] </WRAP>
-//**Case Study: Painting LA streets white**//+//**Heat Mitigation: Painting LA Streets White**//
 One adaption strategy to mitigate the Urban Heat Island effect is coating streets with a high albedo material to decrease surface temperatures of streets. In this case study, one of LA’s oldest neighborhoods, Angelino Heights, was simulated in order to analyze changes caused by different surface materials. One adaption strategy to mitigate the Urban Heat Island effect is coating streets with a high albedo material to decrease surface temperatures of streets. In this case study, one of LA’s oldest neighborhoods, Angelino Heights, was simulated in order to analyze changes caused by different surface materials.
 [[examples:whitestreets|Enter...]] [[examples:whitestreets|Enter...]]