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Introductory lecture about computer graphics given by Wolfgang Hürst at Utrecht University in 2007/2008, period 2.
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Nature-based solutions are interventions designed to use the properties of nature to address multiple sustainability challenges. They are increasingly used across cities and their surrounding rural and coastal areas. In the NATURESCAPES project, we are exploring how nature-based solutions are adding up on the ground from a landscape perspective. In this podcast mini-series, we talk with a range of participants from the project about nature-based solutions. Can we work with multiple nature-ba ...
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Meet Harriet Bulkeley from Utrecht University. “My hope is that we can develop the transformative potential of nature-based solutions for social justice together.”Kes McCormick
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Jennifer Lenhart from WWF. “My hope is that the project fosters learning from and accelerating the implementation of urban nature-based solutions across diverse landscapes and cultures.”Kes McCormick
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Meet Rob McDonald from The Nature Conservancy. “My hope is we identify the best practices to create and govern entire landscapes of nature-based solutions, and then replicating those best practices elsewhere.”Kes McCormick
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Olivia Bina from Lisbon University. “My hope is that the project will be able to usher new powerful imaginaries of urban landscapes that are life celebrating spaces and places.”Kes McCormick
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Meet Laszlo Pinter from Central European University. “My hope is that we can tell some powerful stories, supported by evidence, about the transformative power of nature-based solutions.”Kes McCormick
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Meet Carmen Lacambra Segura from Grupo Laera. “My hope is that we can share our findings and inspire actions.”Kes McCormick
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Closing remarks [MOV, 24.7MB]Wolfgang Huerst, Utrecht University
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Shadows [MOV, 52.4MB]Wolfgang Huerst, Utrecht University
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Radiosity, part 2 [MOV, 25.1MB]Wolfgang Huerst, Utrecht University
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Radiosity, part 1 [MOV, 40MB]Wolfgang Huerst, Utrecht University
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A full graphics pipeline, part 2 [MOV, 25.9MB]Wolfgang Huerst, Utrecht University
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A full graphics pipeline, part 1 [MOV, 38.9MB]Wolfgang Huerst, Utrecht University
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Texture mapping, part 2 [MOV, 46.3MB]Wolfgang Huerst, Utrecht University
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Texture mapping, part 1 [MOV, 46.4MB]Wolfgang Huerst, Utrecht University
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Ray tracing, part 2 [MOV, 31.2MB]Wolfgang Huerst, Utrecht University
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Ray tracing, part 1 [MOV, 34.0MB]Wolfgang Huerst, Utrecht University
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Triangle rasterization, part 2 [MOV, 53.6MB]Wolfgang Huerst, Utrecht University
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Triangle rasterization, part 1 [MOV, 31.3MB]Wolfgang Huerst, Utrecht University
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Hidden surface elimination, part 2 [MOV, 45.7MB]Wolfgang Huerst, Utrecht University
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Hidden surface elimination, part 1 [MOV, 49.0MB]Wolfgang Huerst, Utrecht University
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Perspective projection, part 2 [MOV, 32.8MB]Wolfgang Huerst, Utrecht University
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Perspective projection, part 1 [MOV, 30.4MB]Wolfgang Huerst, Utrecht University
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Linear and affine transformations, part 2 [MOV, 49.3MB]Wolfgang Huerst, Utrecht University
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