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Entries for Prof. Dr. Yasushi Kondo
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| Academic degree: | Prof. Dr. |  | | Last name: | Kondo | | First name: | Yasushi | | Responsible for: | | | Organization/Institute: | Waseda University | | Department: | Faculty of Political Science and Economics | | Position: | Professor of Econometrics | | Street, Number, POB: | Nishi-waseda 1-6-1 | | Postal code, City: | 169-8050 Shinjuku-ku, Tokyo | | State: | | | Country: | JAPAN | | Phone: | | | Fax: | | | E-mail address: | ykondo@waseda.jp | | Url: | http://www.f.waseda.jp/ykondo/en/ | | Curriculum vitae: | Yasushi Kondo is a professor of econometrics at Waseda University since 2006. He is a board member of The Institute of Life Cycle Assessment, Japan and the editor-in-chief of The Journal of Life Cycle Assessment, Japan. | | Areas of interest: | | material flow analysis | | life cycle costing | | waste management | | sustainable consumption patterns | | industrial ecology | | input-output analysis (IOA) | | |
| | Articles: | 13 LCA (7) 605-608 (2008), The collaboration between Int J Life Cycle Assess and J LCA Jpn
13 LCA (2) 168-171 (2008), The Collaboration between Int J LCA and J LCA Jpn
13 LCA (1) 10-11 (2008), The Collaboration between Int J LCA and JLCA Jpn - Three abstracts (research articles) are presented here which were published (in Japanese) in JLCA Jpn Vol. 3, No. 4
12 LCA (7) 547-549 (2007), The Collaboration between Int J LCA and JLCA Jpn - Five abstracts are presented here which were published (in Japanese) in JLCA Jpn Vol. 3, No. 3 (July 2007)
12 LCA (6) 348-350 (2007), Announcing the Collaboration between Int J LCA and J LCA Jpn (The Journal of Life Cycle Assessment, Japan)
11 LCA (5) 354-360 (2006), Application of Markov Chain Model to Calculate the Average Number of Times of Use of a Material in Society. An Allocation Methodology for Open-Loop Recycling. Part 1: Methodology Development (7 pp)
11 LCA (5) 305-314 (2006), Hybrid LCC of Appliances with Different Energy Efficiency (10 pp)
9 LCA (4) 236-246 (2004), Evaluating Alternative Life-Cycle Strategies for Electrical Appliances by the Waste Input-Output Model (11 pp)
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