(Last updated : 2026-02-02 15:30:35)
  OKUDA Kei
   Hiroshima shudo University  The Faculty of Human Environmental Studies
   Professor
■ Present specialized field
●Specialized field
Wildlife Ecology, Wildlife Management, Radioecology, Basic Biology 
●Keyword
Wildlife management, Ecology, Biological interaction, Mammal, Bird 
●The main research themes
●Capable of joint research and research consultation content
■ Academic background
1. 2010/04~2013/03 Tokyo University of Agriculture and Technology 〔Doctoral course〕 Completed
■ Business career
1. 2018/04~2020/03 Hiroshima shudo University The Faculty of Human Environmental Studies Assistant Professor
2. 2020/04~2024/03 Hiroshima shudo University The Faculty of Human Environmental Studies Associate Professor
■ Book and thesis
1. Book Radiocesium Dynamics in a Japanese Forest Ecosystem (Collaboration) 2019/10
2. Thesis Associational effects of closely related insect galls on rodent predators mediated by predator learning (Collaboration) 2025/12
3. Thesis Seed deposition patterns reflect the foraging behavior and food habits of mammalian seed dispersers (Collaboration) 2025/09
4. Thesis Movement ecology of a large ungulate following human abandonment of areas contaminated by the Fukushima Dai-ichi nuclear acciden (Collaboration) 2025/06
5. Thesis Fundamentals of wildlife dosimetry and lessons learned from a decade of measuring external dose rates in the field (Collaboration) 2024/09
All display(28)
■ Academic conference presentation
1. 2025/02 帰還困難区域とその周辺における内的・外的要因が野生イノシシの腸内細菌叢に与える影響
2. 2024/08 Seed community in the feces constructed by disperser: Does mammalian foraging behaviour detemine the situation of seedling competition? (8th Frugivores & Seed Dispersal Symposium)
3. 2022/09 Radiocesium accumulation in wild boar from Fukushima and construction of dose-response curves to evaluate radiation exposure by dicentric chromosome analysis (日本放射線影響学会65回大会)
4. 2022/03 Introgression of invasive pig genes into wild boar following the Fukushima events in 2011 (The 7th Annual Symposium of the IER)
5. 2021/10 Wild boar gut microbiome dynamics are driven by gut site location and radiation dose in the Fukushima Difficult-to-Return Zone (IER international symposium)
All display(12)
■ Subject
1. Directed Research
2. Environmental Project
3. Environmental Research Program a
4. Environmental Research Program b
5. Field Observation Methodology
All display(9)
■ Activity in society
1. 2019/03 (新聞等の記事等への対応)The Times: Eight years after the Fukushima disaster, homes are occupied by hordes of radioactive boar
■ E-Mail Address
  kyoin_mail