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Affiliation |
IWATE University Faculty of Agriculture Department of Animal Science |
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Position |
Professor |
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Year of Birth |
1959 |
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Laboratory Address |
〒020-8550 3-18-8, Ueda, Morioka |
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Laboratory Phone number |
+81-19-621-6114 |
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Laboratory Fax number |
+81-19-621-6114 |
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Mail Address |
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TSUIKI Mikinori
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Graduating School 【 display / non-display 】
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-1981.03
Kyoto University Faculty of Agriculture Other
Graduate School 【 display / non-display 】
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-1983.03
Kyoto University Graduate School, Division of Agriculture Master's Course Other
Degree 【 display / non-display 】
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Kyoto University - Doctor (Agriculture) 1993.11.01
Campus Career 【 display / non-display 】
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2012.11-Now
IWATE University Faculty of Agriculture Professor [Duty]
Course Subject 【 display / non-display 】
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2005
Introduction of Animal Science
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2005
Grassland Agriculture Laboratory
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2005
Plant Production Seminar
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2005
Grassland Ecology
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2005
Agricultural Botany
Published Papers 【 display / non-display 】
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Soil fertility management and grassland renovation in dairy farms of Japan —a regional difference between Hokkaido and the other prefectures—
Mori A., Michinobu Y., Miyata A., Matsumoto T., Matsuura S., Tsuiki M., Arita T., Shimizu M., Hatano R.
JARQ ( Japan International Research Center for Agricultural Science ) 56 ( 4 ) 349 - 356 2022.12
Academic Journal Multiple authorship
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The cool-season grass productivity estimation model evaluating impact of global warming, and adaptation strategies on global warming
Tarumi E., Tsuiki M., Mori A.
Grassland Science ( Japanese Society of Grassland Science ) 2020.11 [Refereed]
Academic Journal Multiple authorship
Various climate adaptation strategies are being studied for the agricultural sector to address the effects of climate change. Global warming is predicted to have a significant influence on cool‐season grass production in Japan in terms of decreasing grass dry matter yield. The authors have studied adaptation strategies to maintain grass dry matter yield using orchardgrass, a cool‐season grass. However, it may be difficult to adapt to future climate conditions using management methods such as fertilizer application or changing grassland renovation cycles using only one grass species. In this study, a model was constructed formulating the relationship between temperature and yields of the main cool‐season grasses in Japan, and the effects of global warming on grass productivity were predicted. Two models were constructed, and the optimal one was selected using Akaike's information criterion. The selected model was then validated using correlations with observation data. We also compared areas suitable for cultivation at current and higher temperatures, which were produced as maps using the selected model. Bahiagrass, which is a warm‐season grass, was suitable for cultivation in coastal areas in southern Kanto under increased temperature condition. It may be useful, therefore, to convert to heat‐resistant grasses, such as orchardgrass or tall fescue, as temperatures rise.
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イスラム・タマナ，築城幹典
データ科学雑誌 14 ( 1 ) 133 - 148 2016.01 [Refereed]
Bulletin of University, Institute, etc. Multiple authorship
放牧草地における空間放射線量率の空間分布の調査を行った。自己相関やモランの散布図から，空間放射線量率は0.1 m以下の距離で空間的な相関関係を示すことが判明した。
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イスラム・タマナ，築城幹典
環境統計学雑誌 7 ( 2 ) 1 - 14 2015.09 [Refereed]
Bulletin of University, Institute, etc. Multiple authorship
ベキ乗則を用い，植物種の空間不均一性の解析を行った。回帰分析から求めた不均一性指数は，各植物種の空間不均一性を評価する観点において，ベータ二項分布よりも優れていることが明らかとなった。
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Effects of MgCl2 addition on Struvite Precipitation and Ammonia Emission during the Early Stage of Composting
Takeki MAEDA, Masaki SAKUMA, Hiroaki KUDO, Takahiro TATEISHI, Mikinori TSUIKI, Fumihito MIYATAKE, Kazunori IWABUCHI and Kouki MAEDA
The Journal of the Society of Agricultural Structures, Japan 44 ( 3 ) 100 - 106 2013.09 [Refereed]
International Conference Proceedings Multiple authorship
Books 【 display / non-display 】
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Handbook of Remote Sensing for Agriculture
Tsuyosi AKIYAMA, Naoki ISHIZUKA, Satosi UCHDA, Katsuo OKAMOTO, Shigeo OGAWA, Genya SAITO
The Japanese Agricultural Systems Society 2007.01 ISBN: 4-921201-22-7
Scholarly Book
Review Papers 【 display / non-display 】
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Global Warming Assessment Model for Grazing Grassland
68 ( 4 ) 167 - 171 2023.01
Academic Journal