This paper aims to clarify the process of industrial development and factors regarding industrial agglomeration in the state of Himachal Pradesh, India. In 2003, the central government announced its "New Industrial Policy and other concessions for the states of Uttaranchal and Himachal Pradesh." This policy intended to promote possible tax incentives and subsidies for those industries that strove to reduce the environmental load in specified industrial areas or estates. On the other hand, the Himachal Pradesh state government launched its "Industrial Policy 2004." This policy aimed to promote new business facilities in backward areas of the state. As a result of these policies, the state was successfully industrialized, although this industrialization was not state-wide. Rather, it was specifically concentrated in flat areas such as the Baddi Area. As of the 2000s, industrial investment in Himachal Pradesh has accelerated. Most investment was in large- and medium-scale units, the majority of which were concentrated in the Baddi Area. In the Baddi Area, development of industrial estates/areas began in the 1960s, and since then, industrial sites have grown intermittently. The primary types of firms are pharmaceutical firms and their related industries as well as firms in the electrical/electric industry. The main reasons for industrial agglomeration in the Baddi Area are as follows. First, the central and state governments' industrial policies attracted many larger firms to the state. Second, the development costs of industrial estates/areas and operational costs of factories in the Baddi Area, which is located in the flat area of the state, is lower than that in the mountainous area of the state. In addition, the Baddi Area is closer to Chandigarh, which is one of North India's large economic and political cities. Consequently, industrial agglomeration and industrial development have especially been promoted in the Baddi Area.

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2013年、名古屋大学トランスフォーマティブ生命分子研究所（WPI-ITbM）が名古屋大学でスタートした。あれから5年、分野や専門言語の異なる研究者が価値観を共有し、分野を超えた研究を自由闊達に展開できるITbM研究棟では、これまでに糸口すらなかった科学の難題に解決の道筋をつける研究成果が出ている。本稿ではその代表例として、アフリカで猛威をふるう寄生植物ストライガに対する分子科学アプローチとダーウィン以来の謎とされるオーキシンの生理活性制御の2つの研究について紹介したい。

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This paper, the author makes a literature survey and interview survey on the experience and architectural activities of architect Sugita Saburo, and clarifies Sugita Saburo practical architectural activities and its role in the reconstruction of Hiroshima.

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 におけるBCP（事業継続計画）の導入は，そのの被害軽減効果だけではなく，地域社会全体の被害軽減や環境問題軽減に資する可能性を秘めている．本研究では，雨水利用を例として取り上げ，環境負荷軽減（節水効果）や地域の洪水軽減（貯留効果）を同時に考慮したBCPモデルについて検討を行った．まず，実在するを対象に，各効果の経済評価の方法を整理し，これらの便益を最大にする貯水タンク容量の決定問題を定式化した．さらに，社屋の規模，が有するビオトープの蒸発散量，過去数年の近隣アメダスの降雨量データなど，現実的な設定条件の下でのケーススタディを実施した．これにより，事業としての成立性を判断するための最適タンク容量や，有効水利用率の年ごとのばらつきなどの試算結果を得た．この結果は，より精度の高い手法を検討するための判断材料を提供しているほか，水害に対する地域全体の事業継続計画への発展や雨水利用以外の事業継続計画を考える上で有用な事例として活用可能である．

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日本の都市地理学において研究蓄積が少ないのは，発展途上国をフィ−ルドとした研究である。インドはリサ−チビザの取得が難しく，地域調査が難しい。本報告の目的は，インドの都市研究を展望し，インドでの数次にわたる都市調査経験から，著者自身が試行錯誤した調査手法が，次世代のインドの都市研究の参考となるように地理学による海外都市研究の意義と課題について検討することである。

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Developing clinically relevant synthetic agents that are capable of modulating protein-protein interactions (PPIs) has been recognized as a central goal in the Post-Genomic era. Specific control of the large and flexible PPI interfaces requires multivalent large agents. Mid-sized molecules provide a promising scaffold for designing PPI inhibitors, however, their large size often limits cell permeation, and the requirement of appropriate spatial distribution of many functional groups leads the issue of chemical tractability. In an effort to explore a new methodology of designing mid-sized PPI inhibitors to target intracellular targets, we have studied the strategy based on assembling small module compounds to create multivalent mid-sized agents. Herein, I describe three particular approaches based on the module assembly; metal-coordination-based ligand assembly, assembly of two modules for a pocket and a local surface, and intracellular assembly to generate an inhibitor in cells. These agents were shown to possess abilities to recognize targeted protein surfaces selectively and inhibit their PPIs in cells. This strategy may open a general approach that are applicable for regulation of intracellular PPIs by synthetic molecules.

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Automation Committee members had an opportunity to travel Finland for twelve days of July to August, 1995 by the support of Valmet Automation. We could experience a lot of things about advanced Finnish instrumentation technology in visiting paper mills and other facilities.

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本研究では，韓国の政策決定過程の特徴と利害関係者間のパートナーシップに注目し、韓国の自動車リサイクル法が成立するまでの議論を環境部、環境政策評価研究院、廃車協会、自動車市民連合、環境資源公社、現代・起亜自動車などのヒアリング調査を通して整理分析し、各主体に関係、今後の課題について基礎的な考察を行った。

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