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16 November｜09:30〜12:30 ｜lang. Jp
Ecology in the Age of Big Data & Open Data
Ecology in the Age of Big Data & Open Data
Aim TBA
Opening Remark
Opening Remark
Dr. KONDOH Michio (Tohoku University)
Abstract TBA
"Open" eases the barrier of speciality
"Open" eases the barrier of speciality
Dr. OSAWA Takeshi (Tokyo Metropolitan University)
The word “Open Data” is already penetrate into academia. However, the idea “Open” has more broad significances such as enhancing collaboration with other field, attract for citizen scientists. The most important point is "Open is enjoyable". In this talk I would like to share my experiences which “Open” provide me many benefits, new interests, and invite you to join any activities for “Open”.
Species occurrence data from citizen science project “Hanamaru-Maruhana national census (Bumblebee national census)”
Species occurrence data from citizen science project “Hanamaru-Maruhana national census (Bumblebee national census)”
Dr. OHNO Yukari (Tohoku University)
Environmental DNA surveys can collect large amounts of species occurrence data in a relatively easy way, and some surveys are conducted by researchers and citizens. To consider the potential of citizen science monitoring using environmental DNA, I would like to introduce our citizen science project "Hanamaru-Maruhana national census (Bumblebee national census in English)." "Hanamaru-Maruhana national census" is a citizen science monitoring of collecting bumblebee photographs taken by citizens for investigating their distributions. I explain the important points of citizen science monitoring, and the characteristics of species occurrence data from citizen science monitoring. I would like to consider the potential of citizen science monitoring using environmental DNA with audiences.
Implementing biodiversity big data in environmental assessment and conservation planning
Implementing biodiversity big data in environmental assessment and conservation planning
Dr. KUBOTA Yasuhiro (University of The Ryukyus)
Mobilizing biological information accumulated in natural history dramatically advances biodiversity science. Taxonomic and spatial scale of the analysis is comprehensive and full-range, thus promoting generalized discussion. This also contributes to bridging the gap between basic and applied research: fundamental issues in evolutionary ecology and policy issues related to biodiversity conservation planning may be argued on the same level. I would like to talk about the future prospects.
Panel Discussion
Panel Discussion
Dr. OSAWA Takeshi, Dr. OONO Yukari, Dr. KUBOTA Yasuhiro
Dr. KONDOH Michio as a facilitator
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