農学部研究紹介英語版2019-2020
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24 Laboratory for Landscape Architecture Misato UEHARA Associate Professor, Ph.D. •Landscape planning, •City Planning, •Natural Disaster, •Resilience, •Design Science Scientific knowledge on the design I will contribute to sustainable environmental design. Since landscape architecture relates art and science, the basic goal is to develop the creative landscape architecture able to resolve potential contradictions between different requirements, while giving form to the society's and the individual's environmental needs. Possible to learn the following viewpoint ・History of cultural form and an understanding of design as a social art ・Theory and methodologies in design and planning ・Landscape design, management, planning and science at all scales and applications A B C D A B C Application work of Ian McHarg's landscape planning process for rehabilitation planning operation in a disaster area of the 2011 eastern Japan great earthquake The sharing land use model submission which contributes to protection of Japanese Satoji-Satoyama and resident's health promotion using British public foot path mode. My laboratory research plan theory of environmental design successful model. In addition, we research these theory applicability in Japan. Graduate's work Landscape management:Tokyo Metropolitan Government, Nagoya-city and Yokohama city, Nagano-prefecture and a local municipality Researcher: Tokyo University of Agriculture, Osaka University of Arts, Minami Kyushu university and Iida city natural museum. Environmental Symbiosis Science Division Laboratory of Rural Environment and Engineering Jun SUZUKI Associate Professor, Ph.D. Irrigation engineering Agricultural Meteorology Roadway Meteorology Environmental- Rehabilitation The natural environmental factors, such as air, water, radiations and the others, formed in the agricultural rural area are mostly suitable for our life. In addition, as for the agricultural production have been arid out under the environment at the site. However there are some concerns are not suitable to our life and agricultural production. Our themes are improving the agricultural production environment and natural environment by assessing accurate monitoring and engineering knowledge. Energy budget in crop fields with physical canopy conditions A B C D A B C Leaf Area Index and plant height influence on the crop coefficient and energy budget in a maize field Sand-dust concentration by self-made dust sampler and proposing the solution to prevent dust emission Energy budget on bridge road surface in colder region Characteristics Energy, water and CO2 budget in a level forests surrounding the CO2 generates sources Solution development and rule analysis of sand-dust emission from upland field Environmental Symbiosis Science Division

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