Morishima Kaori, Iijima Hayato, Doi Kandai, Komine Hirotaka, Watari Yuya, Makino Shun'ichi, Okabe Kimiko
Sakushin Gakuin University Woman's College. 908, Takeshitamachi, Utsunomiya, Tochigi 321-3295, Japan.
Forestry and Forest Products Research Institution. 1, Matsunosato, Tsukuba, Ibaraki 305-8687, Japan.
Data Brief. 2025 Aug 21;62:112000. doi: 10.1016/j.dib.2025.112000. eCollection 2025 Oct.
We collected original papers, abstracts of academic conference speeches, research reports of university hospitals and private clinics, bulletins of science museums, and reports from prefectural health institutions containing tick sampling information published from 1911 to 2021 using bibliography in journals published by the Japanese Association for Acarology and the Acarological Society of Japan. We also searched such publications through Google scholar using scientific and Japanese names of 46 tick species. We listed the recorded tick names, collected years, prefectures, the islands, survey months, collected month, tick developmental stages (larva, nymph, and adult), collection method (flagging from vegetation or direct sampling from host animal), and host animal species. This dataset may be useful to analyse trend and changes in the distribution of ticks correlated with environmental factors such as land use and climate.
我们利用日本蜱螨学会和日本蜱螨学协会出版的期刊中的文献目录,收集了1911年至2021年期间发表的原始论文、学术会议演讲摘要、大学医院和私人诊所的研究报告、科学博物馆的简报以及包含蜱虫采样信息的县卫生机构报告。我们还通过谷歌学术搜索了这些出版物,使用了46种蜱虫的学名和日文名称。我们列出了记录的蜱虫名称、采集年份、县、岛屿、调查月份、采集月份、蜱虫发育阶段(幼虫、若虫和成虫)、采集方法(从植被上进行拖旗采样或从宿主动物身上直接采样)以及宿主动物种类。该数据集可能有助于分析与土地利用和气候等环境因素相关的蜱虫分布趋势和变化。