著者
蛭田 眞平 角井 敬知
出版者
日本動物分類学会
雑誌
タクサ:日本動物分類学会誌 (ISSN:13422367)
巻号頁・発行日
vol.29, pp.19-30, 2010-08-20 (Released:2018-03-30)
参考文献数
4

Personal computers (PCs) are now indispensable to any field of study, and it is important to master efficient ways to compose documents, analyze data, and manage literature. This is especially true of illustrations, which take much time and repeated editing prior to use in publications, posters, presentations, and so on. Although some reports exist on techniques for making digital illustrations there has been rapid progress in the development of new PC hardware and software, so that some types of previously intractable digital graphical processing methods are now feasible and even routine. In this report, we introduce an easy and efficient way to make digital illustrations based on recent progress in software development. Using as an example small arthropods, our main study subject, we demonstrate a digital illustration method implemented in Adobe^[○!R] Illustrator CS3^[○!R], and describe the use of CombineZ, a focus stacking software.
著者
蛭田 眞平 角井 敬知
出版者
日本動物分類学会
雑誌
タクサ : 日本動物分類学会誌 (ISSN:13422367)
巻号頁・発行日
no.29, pp.19-30, 2010-08-20

Personal computers (PCs) are now indispensable to any field of study, and it is important to master efficient ways to compose documents, analyze data, and manage literature. This is especially true of illustrations, which take much time and repeated editing prior to use in publications, posters, presentations, and so on. Although some reports exist on techniques for making digital illustrations there has been rapid progress in the development of new PC hardware and software, so that some types of previously intractable digital graphical processing methods are now feasible and even routine. In this report, we introduce an easy and efficient way to make digital illustrations based on recent progress in software development. Using as an example small arthropods, our main study subject, we demonstrate a digital illustration method implemented in Adobe^[○!R] Illustrator CS3^[○!R], and describe the use of CombineZ, a focus stacking software.
著者
島野 智之 蛭田 眞平 富川 光 布村 昇 寺山 守 平野 幸彦 馬場 友希 西川 勝 鶴崎 展巨 佐藤 英文
出版者
首都大学東京小笠原研究委員会
雑誌
小笠原研究年報 (ISSN:03879844)
巻号頁・発行日
no.41, pp.137-144, 2018-07-31

小笠原諸島のうち、弟島3地点、父島8地点、母島6地点、合計17地点から、192個体あまりの土壌節足動物が得られた。同定の結果37種と判別され、このうち、学名が確定したりあるいは未記載種でも種レベルで同定が行われたりしたものは、26種であった。特筆すべきは、グンバイウデカニムシCheilidium aokii Sato, 1984の2例目の記録、アシジロヒラフシアリTechnomyrmex brunneus Forel, 1895の弟島からの初記録、また、アサヒヒメグモEuryopis perpusilla Ono, 2011も母島初記録であった。外来種であるホソワラジムシPorcellionides pruinosus(Brandt, 1833)は、父島と母島から見いだされた。