Research keywords (9)：
Agricultural product processing
, Information Communication Technology
, Growth forcasting
, Quality
, Shallot
, トマト
, Culture
, Vegetable
, Tomato
Research theme for competitive and other funds (3)：
2002 - 2005 光質制御によるワケギの夏季安定生産技術の確立
高糖度トマト生産技術の開発
(dummy)
Papers (1)：
Kawaguchi Takeyoshi, Fusao Kazuhiro, Ozaki Yukio. Effect of Shading in Suspended Storage under the Eaves on the Quality of Seed Bulbs for Spring-Harvesting Cultivation of Allium × wakegi Araki cv. Kan Shirazu. Horticultural Research (Japan). 2017. 16. 3. 325-331
MISC (14)：
Effect of Heating Temperature and Duration on Growth and Hypertrophy in Seed Bulb Production for Early Summer-Harvesting Cultivation of Allium × wakegi Araki. 2017. 72. 2. 21-26
Effect of Time Zone of Night Break on Growth and Hypertrophy in Seed Bulb Production for Early Summer-Harvesting Cultivation of Allium × wakegi Araki. 2017. 72. 2. 13-19
Effects of planting density, cropping type, number of the crop fruit truss and quantity of substrate on growth and yield in Summer-Autumn Tomato with low node-order pinching and high density planting. 2013. 89. 9-17
Effects of light source and photosynthesis photon flux density in long-day treatment on the bulb growth in Allium × wakegi Araki for early summer production. Bulletin of the Hiroshima Prefectural Technology Research Institute Agricultural Technology Research Center. 2010. 87. 1-7
KAWAGUCHI T., FUSAO K. Effects of shading on the bulb weight, corruption, quantity of breathing and sugar under the eaves of Allium wakegi Araki. 2007. 6. 2. 571-571
