This manuscript was written based on a presentation given for the symposium "Challenging information gaps in conservation science" at the 63rd annual meeting of the Ecological Society of Japan.
This manuscript is a pre-print of the paper below that has already been published in Japanese Journal of Conservation Ecology. Please note that the information provided in this version has not been peer-reviewed and the published version below, not this manuscript, should be cited.
Amano, T. (2017) Information gaps in conservation science and three potential approaches. Japanese Journal of Conservation Ecology. 22: 5-20.
How science can contribute to halting ongoing biodiversity loss is a crucial question in conservation. Conservation science usually collects data, derives scientific knowledge from them and applies the derived knowledge to conservation practices and policies. There exists, however, a number of “gaps” in this process of information use, representing barriers between science and conservation. This paper first reviews the detail of these gaps in conservation science. For example, the amount of existing data varies greatly over space, time, taxa and data types. This is mainly because survey efforts are determined by, not only demands in conservation, but also a variety of other factors, such as the ease of data collection, scientific interests, and other constraints. The research-implementation gap, i.e., science not being used in conservation practices and policies, is another well-known type of gaps in conservation science. This gap results from, for example, a difference between knowledge provided by scientists and that required by practitioners and policy makers, and inaccessibility to scientific information for those decision makers. Finally, this paper lists three types of potential solutions: increasing the amount of scientific data, using statistical modelling to make the best use of imperfect data, and transcending barriers between science and practices.
Funding
European Commission Marie Curie International Incoming Fellowship Programme (PIIF-GA-2011-303221) and Isaac Newton Trust