919 resultados para Landscape architecture--Wisconsin---Lake Geneva
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[Conceptual Sketches], untitled. Ink sketches with marker coloring on tracing paper, 18 x 28 1/2 inches [from photographic copy by Lance Burgharrdt]
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[Conceptual Sketch], untitled. Ink sketch on tracing paper, 12x24 inches [from photographic copy by Lance Burgharrdt]
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[Conceptual Sketches], untitled. Ink sketches with marker coloring on tracing paper, initialed, 12 x 28 1/2 inches [from photographic copy by Lance Burgharrdt]
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Red, blue, black ink on linen; topo. lines, elevations, distances; note: "original suvey made by James Anderson, Jr., December 16, 1903"; signed. 160x83 cm. Scale: 1"=30' [from photographic copy by Lance Burgharrdt]
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Several pages blank throughout.
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Thesis (Master's)--University of Washington, 2016-04
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In recent years, both architectural historiography and architectural design practice have been characterized by significant shifts. These new perspectives and methodologies did not merely bring about internal changes, but also called into question the boundaries and relations between the two disciplines. This issue of OASE investigates the impact of these changes for both disciplines in a series of dialogues between historians, architects, designers and photographers, exploring themes such as the everyday, the landscape, heritage and visual culture.
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Hydrologic modifications have negatively impacted the Florida Everglades in numerous significant ways. The compartmentalization of the once continuously flowing system into the Water Conservation Areas (WCAs) caused disruption of the slow natural flow of water south from Lake Okeechobee through the Everglades to Florida Bay. The ponding of water in the WCAs, the linking of water flow to controlled water levels, and the management of water levels for anthropogenic vs. ecological well-being has caused a reduction in the spatial heterogeneity of the Everglades leading to greater uniformity in topography and vegetation. These effects are noticeable as the degradation in structure of the Everglades Ridge and Slough environment and associated Tree Islands. In aquatic systems water flow is of fundamental importance in shaping the structure and function of the ecosystem. The organized patterns of parallel orientation of ridges, sloughs, and tear-drop shaped tree islands along historic flow paths attest to the importance of water movement in structuring this system. Our main objective was to operate and manage the LILA facility to provide a broad potential as a research platform for an integrated group of multidisciplinary, multi-agency scientists collaborating on multifunctional studies aimed primarily at determining the effects of CERP water management scenarios on the ecology of tree islands and ridge and slough habitats. We support Everglades water management, CERP, and the Long-Term Plan by defining hydrologic regimes that sustain healthy tree islands and ridge and slough ecosystems. Information gained through this project will help to reduce the uncertainty of predicting the tree island and ridge and slough ecosystem response to changes in hydrologic conditions. Additionally, we have developed the LILA site as a visual example of Everglades restoration programs in action.
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What is the architecture of transience? What role does architecture play in the impermanent context of the nomad? What form does architecture take when our perception of shelter transforms from fixed and static to flexible and transportable? How does architecture react to the challenges of mobility and change? Traditional building forms speak of stability as an important aspect of architecture. Does portability imply a different building form? During the1950s Buckminister Fuller introduced the idea of mobile, portable structures. In the 1960s Archigrams' examples of architectural nomadism made the mobile home an accepted feature of our contemporary landscape. Currently, new materials and new methods of assembly and transportation open opportunities for rethinking portable architecture. For this thesis, a shelter was developed which provides inhabitable space and portability. The shelter was designed to be easily carried as a backpack. With minimum human effort, the structure is assembled and erected in a few minutes. Although this portable shelter needs to be maneuvered, folded and tucked away for transportation, it does meet the demands of nomadic behavior which emphasizes comfort and portability.