Fig. 4.0.1.F: Eco-effective Building as A Multiplier of Biodiversity (Referenced by Stefano Boeri’s Bosco Verticale) Fig. 4.0.2.A : Types of Trees and Shrubs in Chicago. Types of Trees in Chicago, Referenced by Chicago Regional Trees Initiative http://chicagorti.org/ & Nowak, David (2013). Urban Trees and Forests of the Chicago Region, USDA Fig. 4.0.2.B : Chicago Urban Tree Species Composition, (2010). Nowak, David (2013). Urban Trees and Forests of the Chicago Region, USDA Fig. 4.0.3.A : A greywater filtration system (used with water that has gone down the sink or shower) ensures the trees are adequately watered. Fig. 4.0.4.A : Diagrammatic representation of varying types of green walls. CTBUH Technical Guide Green Walls in High-Rise Building Fig. 4.0.4.B : Patrick Blanc’s Vertical Garden system. Image Source from University of Washington - Gardens That Grow on Walls Kristina Shevory - https://www.nytimes.com/2010/05/06/ garden/06vertical.html Fig. 4.0.4.C : Vertical Garden at Aboukir, Paris by Patrick Blanc. Sculptural Elements in Landscape and Garden Design, Tanya Wilson - http://matthewmurrey.com/sculptural-elementslandscape-garden-design/ Fig. 4.0.5.A : Green Roof System. https://greenerheights.wordpress.com/category/greenroofs/ Fig. 4.0.6.A : Ordinary households can store and use solar energy freely. Solarglass Roof: Tesla. https://www.tesla.com/solarroof Fig. 4.0.6.B : Tesla Solar Roof, and PowerWall 2, a battery that stores electricity. Кровля С Солнечными Батареями От Илона Маска. Автором Kornelik- Kornelik - http://integralrussia. ru/2016/11/04/krovlya-s-solnechnymi-batareyami-ot-ilona-maska/ Fig. 4.0.6.C : Tesla’s Solarglass Roof has four designs - uscan, Slate, Texture, and Smooth. Solarglass Roof: Tesla. https://www.tesla.com/solarroof Fig. 4.0.6.D : Freiburg Town hall’s innovative solar module louver system on building facade, Germany Fig. 4.0.7.A : Solar Wind Bridge. Efficient Reuse Of Highways - Evolo: Architecture Magazine - http://www.evolo.us/solar-wind-bridge-efficient-reuse-of-highways/ Fig. 4.0.7.B : Building’s design helps to enhance its sustainability by reducing its energy dependency. http://amaay.com/our-services/building-integrated-wind-turbines/ Amaay! provides solutions to public and private organizations to help them enhance their sustainability through state of the art consultancy and research across Europe. Fig. 4.0.7.C : Anara Tower: Dubai’s Titanic Turbine-shaped Superstructure - http://grinhome.blogspot.com/2011/03/anara-tower-dubais-titanic-turbine.html Fig. 4.0.7.D : Killa, Shaun (2008) Harnessing Energy in Tall Building: Bahrain World Trade Center and Beyond. https://global.ctbuh.org/resources/papers/download/464-harnessing-energy-in-tall-buildings-bahrain-worldtrade-center-and-beyond.pdf Fig. 4.0.7.E: Pearl River Tower and deployed wind turbines installed on two levels, Guangzhou, China designedby SOM. Pearl River Tower – Sustainable Design. https://www.som.com/projects/pearl_river_tower__sustainable_design
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