Research field (2)：
Cultural anthropology and folklore
, Conservation science (plants)
Research keywords (5)：
Rice
, Agricultural history
, Ethnobotany
, Plant ecology
, Weed ecology
Research theme for competitive and other funds (9)：
2012 - 2017 Development of practical techniques and horizontal technology transfer towards livelihood improvement and ecosystems conservation in poverty areas of Afro-Eurasia
2013 - 2017 Development of the method for an evaluation of weed tolerance of rice varieties based on inter-variety competition
2008 - 2011 Approaches of technology transfer to prevent desertification in semi-arid West Africa
2007 - 2008 Evolution, diversification and maintenance mechanism of the weediness supergene in pearl millet
2005 - 2006 The structure and function of "weediness supergene" responsible for the crop-weed complex of pearl millet
2001 - 2002 西アフリカのトウジンビエにみられる作物-雑草複合の生態遺伝学的解析
1997 - 1999 Contact of millet farmings with others and agrarian prospect
1994 - 1996 Reappraisal of Indigenous Husbandry and Technology Transfer
1993 - 1993 DNAフィンガープリンティングによる雑草の繁殖様式の解明
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Papers (43)：
Kazutoshi Masuda, Hiroaki Setoguchi, Koki Nagasawa, Shigeru Fukumoto, Masae Iwamoto Ishihara, Rei-ichi Miura, Leiko Mizusawa, Ken-ichi Hiratsuka, Shota Sakaguchi. Identification of management units in threatened populations of <i>Arnica mallotopus</i> Makino (Asteraceae) using novel EST-SSR markers. Genes & Genetic Systems. 2021. 96. 3. 159-164
Reiichi MIURA. Katakago, sumira, mukago - an etymological stroll into Japanese ethnobotany. LIBRARY iichiko. 2019. 144. 24-48
Miura Reiichi. The change of the interpretation of the Japanese agricultural proverb "A good farmer removes weeds before seeing weeds". J. Weed Sci. Tech. 2015. 60. 2. 54-57
Miura Reiichi. The origin of the Japanese agricultural proverb "A good farmer removes weeds before seeing weeds" found in an old Chinese agricultural treatise. J. Weed Sci. Tech. 2015. 60. 2. 50-53
Kaori Ando, Hitoshi Shinjo, Hajime Kuramitsu, Reiichi Miura, Sesele Sokotela, Shinya Funakawa. Effects of cropping and short-natural fallow rotation on soil organic carbon in the Eastern Province of Zambia. AGRICULTURE ECOSYSTEMS & ENVIRONMENT. 2014. 196. 34-41
