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| American Buddhist Protection of Stones in Terms of Climate Change on Mars and Earth | ||
| 作者 | Capper, Daniel (著) |
|---|---|
| 出處題名 | Contemporary Buddhism: An Interdisciplinary Journal |
| 卷期 | v.21 n.1-2 |
| 出版日期 | 2020 |
| 頁次 | 149 - 169 |
| 出版者 | Routledge |
| 出版者網址 | https://www.routledge.com/ |
| 出版地 | Abingdon, UK [阿賓登, 英國] |
| 資料類型 | 期刊論文=Journal Article |
| 使用語言 | 英文=English |
| 附註項 | Daniel Capper, PhD, professor at the University of Southern Mississippi, is a specialist within religious studies on Buddhism, science and the environment. With degrees from the University of Virginia and the University of Chicago, he has published the books Guru Devotion and the American Buddhist Experience and Learning Love from a Tiger: Religious Experiences with Nature and has finished a forthcoming manuscript, Roaming Free like a Deer: Buddhism and the Natural World. Currently, he is working on a research project regarding American Buddhist environmental ethics in space, as evidenced by his website www.buddhismandspace.org. |
| 摘要 | A number of scientific writers have proposed manipulating the ecology of Mars in order to make the planet more comfortable for future immigrants from Earth. However, the ethical acceptability of such ‘terraforming’ proposals remains unresolved. In response, in this article I explore some of these scientific proposals through the lens provided by Buddhist environmental ethics that are quantitatively expressed by practitioners in the ethnographic field of the United States. What I find is that contemporary Buddhists combine philosophical notions of interconnectedness with moral considerations not to harm others and then creatively extend this combined sensibility to the protection specifically of abiotic features of Mars. In so doing, these Buddhists significantly reject proposals to alter the Martian ecology planet-wide as beyond the ethical right of humans. Along the way these Buddhists also, importantly, provide an innovative basis for enriching Buddhist environmental ethical protection of abiotic locations, and this strengthening can assist in mitigating climate change on Earth. |
| ISSN | 14639947 (P); 14767953 (E) |
| DOI | https://doi.org/10.1080/14639947.2020.1734733 |
| 點閱次數 | 240 |
| 建檔日期 | 2022.12.09 |
| 更新日期 | 2022.12.09 |
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