The Official Journal of the Pan-Pacific Association of Input-Output Studies (PAPAIOS)
From: Construction of a multi-regional input-output table for Nagoya metropolitan area, Japan
Types of RIO | Authors | Table name | Sectors | Estimation of commodity flow |
---|---|---|---|---|
1) Inter-prefectural MRIOT for the specific region within Japan | Kansai Institute for Social and Economic Research (2008) | 2000 Kansai Interregional IOT | 7 prefectures/100 sectors | Special survey data on commodity flow (METI) |
Asia Pacific Institute of Research (2012) | 2005 Kansai Interregional IOT | 7 prefectures/104 sectors | RAS method with the survey statistics of domestic net freight flows (MLIT) and employees’ commuting flow of the Census (MIC), and others | |
Tohoku Region Advancement Center (2011) | 2005 Tohoku Region MRIOT | 6 prefectures/43 sectors | Special survey data on commodity flow (METI) | |
Yamada (2010) | 2000 Tokai Region MRIOT | 3 prefectures/185 sectors | RAS method with the special survey data of commodity flow (METI) | |
Chubu Regional Institute for Social and Economic Research (2011) | 2005 Chubu Region MRIOT | 10 prefectures/95 sectors | RAS method with the survey statistics of domestic net freight flows (MLIT ) | |
2) Inter-prefectural MRIOT covering Japan overall | Ishikawa and Miyagi (2003) | 1995 MRIOT for Japan | 47 prefectures/45 sectors | RAS method with the survey statistics of domestic net freight flows (MLIT ) |
Hitomi (2008) | 2000 MRIOT for Japan | 47 prefectures/59 sectors | Gravity model using the freight flow data of MLIT and the commodity flow data of METI | |
Hagiwara (2012) | 1990-2000-2005-linked MRIOT | 47 prefectures/59 sectors | Extended-RAS method with the net freight flow of MLIT, employees’ commuting flow of the Census, and the communication traffic data of MIC | |
3) Intra-prefectural MRIOT for the specific prefecture | Tsubouchi (1991) | 1988 multi-regional IOT of Ehime Prefecture | 6 areas/50 sectors | Special survey data on the commodity flow in Ehime |
Takahata (1992) | 1985 multi-regional IOT of Hokkaido Prefecture | 4 areas/61 sectors | Statistics on the freight flow and passenger flow | |
Yamada (1996) | 1985 Mie Prefecture MRIOT | 5 areas/84 sectors | RAS method with the survey data of freight flows | |
Ishikawa (2004) | 1995 Aichi Prefecture MRIOT | 3 areas/46 sectors | Location Quotient (LQ) method | |
Nakano and Nishimura (2007) | 2000 MRIOT for Aichi Prefecture | 3 areas/46 sectors | Gravity model estimated using the commodity flows of METI MRIOT | |
Nomura et al. (2011) | 2000 a MRIOT for Yamaguchi Prefecture | 3 areas/104 sectors | Location Quotient (LQ) method | |
2005 Aichi Prefecture MRIOT | 4 areas/186 sectors | Gravity-RAS method |