A holistic microclimate model

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examples:start [2021/03/10 11:45] – enviadminexamples:start [2021/03/10 11:49] – enviadmin
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 <WRAP column 100px>\\ [[examples:vegetation|{{ ::examples:veg_pic.png?nolink |}}]] <WRAP column 100px>\\ [[examples:vegetation|{{ ::examples:veg_pic.png?nolink |}}]]
 </WRAP> </WRAP>
-//**Vegetation Vitality and local microclimate**//+//**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 box left 43%> <WRAP box left 43%>
 <WRAP column 100px> \\ [[examples:airpollution|{{ ::examples:ap_ozone_3d.png?nolink |}}]] </WRAP> <WRAP column 100px> \\ [[examples:airpollution|{{ ::examples:ap_ozone_3d.png?nolink |}}]] </WRAP>
-//**Air Pollution: Simulating Ozone in an urban area**//+//**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>
-//**Influence of Precipitation on Vegetation and natural surfaces**//+//**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 box left 43%> <WRAP box left 43%>
 <WRAP column 100px> \\ [[examples:whitestreets|{{:examples:modelarea_whitestreets.jpg?nolink |}}]] </WRAP> <WRAP column 100px> \\ [[examples:whitestreets|{{:examples:modelarea_whitestreets.jpg?nolink |}}]] </WRAP>
-//**Heat Mitigation: 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...]]