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  • —— 物質フローモデルによる評価 ——
    櫻井 一宏, 高橋 鉄哉, 氷鉋 揚四郎
    地域学研究
    2009年 39 巻 2 号 323-338
    発行日: 2009年
    公開日: 2009/10/30
    ジャーナル フリー
    Edo is the former name of Tokyo, and the Edo period was from 1603 to 1868. In 1603 the Shogunate Government of Edo was formed by Ieyasu Tokugawa, and the Edo period was ruled through a feudal system for all of its 265 years. Edo had high levels of consumption as the center of politics and there were many samurai that were a non-laboring class. Though Edo had the largest population and the highest density in the world in the late Edo period, it appeared to have the most unpolluted water environment because of human waste recycling and the circulation system in the Edo society. Hence, the target period of this study was the end of the Edo period during the 1800's.
    In the early part of the Edo period, Edo was not clarified as a spatially-governed area because it was ruled by feudal policies such as land-owning and class systems. In 1818 the city area of Edo called “Shubiki” was spatially defined by the conference chamber of the Edo government. In this study, based on the “Shubiki” map announced by the Edo government in 1818 and other materials on land-use in Edo, we delimited the spatial area of Edo and analyzed the land-use patterns of the city by digital mapping using GIS. The land use patterns of the city area of Edo were classified into 11 categories, and the area of each category was estimated. The delimited city area of Edo was assumed as the land area discharging water pollutants flowing into the Tokyo bay in the 19th century.
    Next, the socio-economic activities and environmental impacts of Edo city were quantitatively estimated based on documents about the population and the production data of the 19th century. On the basis of collected data such as the delimited area of Edo city, population, economic activity and area of land use, the environmental impacts on Tokyo bay were estimated by the inflow of total nitrogen (T-N) using the material flow model applied to Edo city, taking into account the recycling system of human wastes as an organic fertilizer for farming in the suburbs of Edo city.
    Results of the model showed the T-N inflow into Tokyo bay from the household sector and industry sector of Edo city was 540 tons and 13 tons, taking into consideration the recycling system of human and livestock wastes for farming. The amount of T-N inflow from non-point generation sources was estimated at 156 tons. On the other hand, the total amount of T-N inflow from the Tokyo bay area in 2000 was approximately 87,000 tons, 123 times that during the Edo period.
    In conclusion, this study shows that a quantitative method such as the material flow model for Edo is useful to analyze the historical situation from the viewpoint of socio-economic and environmental aspects. Especially, the estimation of favorable conditions of the water environment in the past should be reflected on as a concrete example of the ideal sea environment and a future vision of marine environment revitalization, for instance in the Tokyo Bay Renaissance Project.

    JEL classification: N95, Q51, Q53, Q56
  • 堀尾 作人, 陣内 秀信
    日本建築学会計画系論文集
    2017年 82 巻 737 号 1839-1846
    発行日: 2017年
    公開日: 2017/07/30
    ジャーナル フリー
     Around 1860-1890, when there was almost no fossil energy nor electric power, a city in Gunma Prefecture, Kiryu, Japan developed itself into an extraordinary city of silk textile industries with a highly specialized urban zone structure to maximize production by harnessing their water resources for industrial power sources.
     Kiryu is located in-between two rivers, Watarase-River and Kiryu-River. Watarase-River runs through the southwest part of Kiryu and Kiryu-River, much smaller than Watarase-River, runs the northeast part of Kiryu, joining the former in its downstream. Two channels were developed to run through Kiryu already before the preindustrial revolution period. One was Ozeki-Channel irrigated from Kiryu-River running through the old city center and the other was Akaiwa-Channel irrigated from Watarase-River running through the west periphery of the old city. However, by now, the most part of the two channels except for some part of Akaiwa-Channel was covered to closed conduits.
     We charted out the channel map for the preindustrial revolution period around 1869, and compared the geographical distribution of the two channels with the distribution of textile industries' waterwheels to make clear that the urban zone structure specialized for each division of the textile industries was developed based on water-power along the two channels.
     Just about the same number of yarn twisting waterwheels was existing around both channels. However, hard yarn twisting with waterwheels, dyeing and weaving were concentrated around only Ozeki-Channel. Since hard yarn twisting, dyeing and weaving were for expensive textile products, those expensive textile productions are supposed to have been performed in the closest area to the city center, Kiryu-Shinmachi, around Ozeki-Channel. This coincides with the fact that the area was the home of Kiryu's industrial leaders since Tokugawa-Government established Kiryu-Shinmachi in 1591 (the early Edo period). Today, although few people recognize Ozeki-Channel, it was once utilized much more heavily than Akaiwa-Channel was.
     The utilization of Akaiwa-Channel increased after the Meiji Reform of 1868 because they needed the larger water-power to produce mass-productions for export.
     Indeed, Akaiwa-Channel area had a much larger potential of expansion than Ozeki-Channel area since water of Akaiwa-Channel was directly supplied from Watarase-River which is much larger than Kiryu-River. Later, in 1887 Nippon-Textile Corporation, the biggest commercial modern factory of that time, was established near Akaiwa-Channel and started modern water-power generation, as the first water-power generation in Gunma Prefecture.
     Although, people in Kiryu today do not know the fact that Kiryu was a textile industrial city developed with harnessing water-power massively in the preindustrial revolution period, Kiryu at that time deserves the name of "water-powered industrial city".
     To construct a scenario for local cities and towns to harness their natural energy resources is becoming more important today for the sustainable future. Revisiting historical processes of local cities, like Kiryu, to see how they harnessed natural energy resources for its development before fossil energy and electric power became popular should give us some important hints for the design of sustainable cities.
  • 久住 武
    心身健康科学
    2018年 14 巻 2 号 98-111
    発行日: 2018年
    公開日: 2018/11/01
    ジャーナル フリー
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