Graduate School of Agriculture
生物環境学専攻
日本語
Update date：2025/01/15
Professor
Takeyama Emi

Affiliation

  1. Ehime UniversityFaculty of Agriculture Department of BioresourcesProfessor
  2. Ehime UniversityFaculty of Agriculture Department of BioresourcesAssociate Professor

Education

  1. Kyoto University19921996
  2. Kyoto University19961998
  3. 京都大学大学院20002003

Degree

  1. 博士（農学）

Research Areas

Research Projects

  1. 松山市令和2年度鳥獣に強い集落作り支援モデル集落等支援業務2020/05-2021/03
  2. Japan Society for the Promotion of ScienceGrants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B)Optimization of "Irrigation network including reservoirs and canals" considering natural disastersGrant-in-Aid for Scientific Research (B)2020/04-2024/03
  3. 独立行政法人環境再生保全機構環境研究総合推進費イノシシの個体数密度およびCSF感染状況の簡易モニタリング手法の開発2020/04-2023/03
  4. 日本学術振興会科学研究費助成事業 基盤研究(C)農作業死亡事故を抑止するための情報収集・活用システムの構築に向けた課題の解明基盤研究(C)2019/07-2022/03
  5. 日本学術振興会科学研究費助成事業 基盤研究(B)大規模災害へのレジリエンスを考慮した臨海農業集落の存続可能性評価軸の創成基盤研究(B)2019/04-2023/03
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Books and Other Publications

  1. 農村地域計画学渡辺 紹裕 星野 敏 清水 夏樹12章 農村地域の鳥獣害対策朝倉書店2020/049784254445039
  2. 獣害対策の設計・計画手法―人と野生動物の共生を目指して (農村計画学のフロンティア)九鬼 康彰 武山 絵美 農村計画学会農林統計出版2014/104897323061
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Papers

  1. Effect of Habitat Fragmentation and Isolation for Reducing Damage by Wildlife:― Empirical research on a "corridor blockade fence" as a countermeasure against wild boars ―2021TAKEYAMA Emi MASAMOTO Yasuyuki HAMANO Hiroyuki SASAYAMA Shinsei YOSHIMOTO JunkiTransactions of The Japanese Society of Irrigation, Drainage and Rural Engineering89/ 2, I_299-I_307Research paper (scientific journal)10.11408/jsidre.89.I_299The Japanese Society of Irrigation, Drainage and Rural Engineering<p>We applied the installation of a "corridor blockade fence" based on the analysis of agglomeration and connectivity of wild boar habitat to the site and verified its damage countermeasure effect. As a result, abandoned cultivated land may improve the agglomeration of habitats even if the area is small, but if a "corridor blockade fence" is installed in the part where the largest cluster of habitat can be effectively divided, habitat connectivity can be reduced. In addition, as a result of verifying the effects of "corridor blockade fence" by wild boar haunting frequency surveys using sensor cameras, captured wild boar population surveys, questionnaires and interview surveys, the synergistic effect of the "corridor blockade fence" and capture has significantly reduced the damage and infestation frequency of wild boars. It was also confirmed that even if the number of captured individuals are decreasing, the effect of suppressing the damage and infestation frequency throughout the site is continuously.</p>
  2. The Effects of Implementing Judgement as Non-Farmland in Area of Agricultural Land on the Maintenance and Management of Farmland:A Case Study in Matsuyama City, Ehime Prefecture2021FUJIWARA Chisato TAKEYAMA EmiJournal of Rural Planning Studies1/ 1, 40-47Research paper (scientific journal)10.2750/jrps.1.1_40The Association of Rural Planning<p>Judgement as Non-Farmland involves the designation system of Non-Farmland applied to nonrenewable abandoned farmland (Class B) provided by the Agricultural Committee. The purpose of this study was to clarify the details on how Judgement as Non-Farmland operates at the level of municipal government in the Area of Agricultural Land and why Judgement as Non-Farmland for the area is used by farmland owners. In accordance with the above purpose, we considered the effects of implementing Judgement as Non-Farmland in Area of Agricultural Land on the maintenance and management of farmland. Our investigation revealed that management policy of Judgement as Non-Farmland differs between the national and municipal levels. This difference might arise from the perception of local government in the area that the introduction of Judgement as Non-Farmland may promote the increase of class B farmland as Area of Agricultural Land in their location. Second, we pointed out that some owners have received a Judgement as Non-Farmland designation for their farmland on mountainside slopes and among the mountains in the Area of Agricultural Land due to ⑴ difficulty associated with converting land with low demand for development and ⑵ dues required by the Land Improvement District and the burden imposed by the municipal property tax. Thus, we indicated that implementation of Judgement as Non-Farmland in the Area of Agricultural Land may lead to the following unwanted outcomes : ⑴ deterioration of the Land Improvement District, ⑵ detrimental effects on surrounding farmland, and ⑶ difficulties associated with consolidation.</p>
  3. Reasons Why Landowners Agree to and Renters Participate in the Project of Orchard Improvement by Farmland Consolidation Project Related Cropland Intermediary Management Institution:— Case study of citrus orchard in Matsuyama City, Ehime Prefecture —2021TAKEYAMA Emi NISHIKUBO ErikaTransactions of The Japanese Society of Irrigation, Drainage and Rural Engineering89/ 1, I_201-I_208Research paper (scientific journal)10.11408/jsidre.89.I_201URLThe Japanese Society of Irrigation, Drainage and Rural Engineering<p>This study clarified the factors that facilitate consensus in a farmland improvement project through investigating the area where Farmland Consolidation Project related Cropland Intermediary Management Institution has been implemented since 2018. The method of project implementation was assessed with an interview survey, land use survey, and questionnaire survey to be employed to identify intentions of both landowners and renters. The study area is an orchard located on a slope—it is particularly difficult to gain landowners' agreement for a land improvement project. This is primarily due to the increased local financial burden from higher earthwork volume and the extended nonprofit period associated with felling citrus trees. The investigation revealed that the following three factors facilitate the project. Firstly, there is a consensus in the intentions of landowners who want to protect the area from landslides and the renters who wish to manage and operate farmland in favorable conditions. Secondly, the Farmland Consolidation Project imposes zero financial burden, and there is a minimum financial risk to landowners. Thirdly, there is a sense of security based on the guaranteed long-term loan agreement between landowners and renters provided by the intermediation of the Japan Agriculture Cooperatives and the Cropland Intermediary Management Institution.</p>
  4. Damage to Agricultural Infrastructure in Ehime Prefecture Resulting from the Heavy Rain Event of July 2018 : Focusing on Damage to Orchard Fields and Irrigation Tanks2021/01Izumi Tomoki Takeyama Emi Sato Yoshinori Kobayashi NoriyukiJournal of rainwater catchment systems26/ 2, 15-25Research paper (scientific journal)URL雨水資源化システム学会事務局
  5. How the Abolition of the Urbanization Adjustment Area Zoning Affected the Conversion of Agricultural Land into Housing Sites:― Case study from Saijo-city, Ehime, Japan ―2020TAKEYAMA Emi SAINO Yuki TOSHINO SakiTransactions of The Japanese Society of Irrigation, Drainage and Rural Engineering88/ 2, I_271-I_27910.11408/jsidre.88.I_271The Japanese Society of Irrigation, Drainage and Rural Engineering<p>This case study was conducted to clarify the primary factors that contributed to the continuous conversion of agricultural land into residential housing sites in the 12 years following the abolition of the Urbanization Adjustment Area (UAA) zoning by the City Planning Act. The effects of demands concerning agricultural land conversion were examined on both developers and agricultural landowners in the former UAA of Saijo-city in Ehime, Japan, while focusing on the relationships among housing types, location of conversion, and zoning for agricultural sites. Integrated size of the area and the location emerged as important factors that led to continuous conversion after the period needed for both parties to reach agreement on terms and conditions. Agricultural land was particularly converted into built-for-sale houses and apartments for rent very shortly after zoning abolition. The existence of a White Area Zoned for Agricultural Use around the Urbanization Area (UA) prevented wanton development or commercial land sprawl by confining housing just around the UA and helped to preserve the surrounding rural area. Furthermore, intentions of agricultural landowners seemed to take precedence over potential developmental needs when selecting the location of conversion for a general dwelling house.</p>
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Presentations

  1. 農地法による非農地通知制度の運用実態と地域特性による影響-愛媛県全20自治体を対象として-第76回農業農村工学会中国四国支部講演会Oral presentation(general)
  2. 農振農用地区域における非農地判断制度の導入が農地の維持管理に及ぼす影響-愛媛県松山市を事例に-令和3年度農村計画学会秋期大会2021/12Oral presentation(general)
  3. 移入後10年が経過した島嶼におけるイノシシの生息個体数「野生生物と社会」学会第26回大会2021/11Poster presentation
  4. 農地を守るための地域主体のイノシシ捕獲戦略「野生生物と社会」学会第26回大会2021/11Oral presentation(invited, special)
  5. 重心制御による急傾斜地での農作業ロボット走行性能の安定化第79回農業食料工学会年次大会2021/09Oral presentation(general)
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Awards

  1. 2017/04平成28年度ベストペーパー賞瀬戸内海における海を越えたイノシシの生息拡大プロセス－愛媛県松山市全有人島を対象とした聞き取り調査に基づく考察－
  2. 2014/08Incentive award野生動物との共存を図る農地・農村空間設計手法の研究
  3. 2006/04Poster awardドイツの減反農地におけるエネルギー作物栽培支援策とその利用システム
  4. 2005/08Incentive award山間農業集落における土地利用から見た獣害発生状況と対策
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Allotted Class

  1. 2024Advanced Rural Engineering
  2. 2024Advanced Rural Engineering
  3. 2024Research Presentation Ⅱ
  4. 2024Advanced Seminar on Rural Planning
  5. 2024Advanced Seminar on Rural Planning
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Professional Memberships

  1. 野生動物と社会学会
  2. 農村計画学会
  3. THE JAPANESE SOCIETY OF IRRIGATION, DRAINAGE AND RURAL ENGINEERING
  4. 2021/06-present日本哺乳類学会
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Committee Memberships

  1. 2021/09-2022/03内閣府盛土による災害の防止に関する検討会
  2. 2020/11-2021/03中国四国農政局国営等事業管理委員会に係る補助事業再評価技術検討会委員
  3. 2020/05-present農林水産省農村振興局，環境省自然環境局野生動物管理教育プログラム検討会委員
  4. 2020/05-2021/03中国四国農政局中国四国農政局事後評価技術検討会委員
  5. 2019/11-present農業農村工学会研究委員会
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