Blue Marble Space Institute of Science is a non-profit research institute with an interdisciplinary approach to studying the relationship between Earth system science, space exploration, and the future of humanity. Our affiliates constitute a distributed network of scientists across the world that integrate research across disciplinary boundaries and facilitate scientific conversations with the public in traditional and innovative ways.
Specific areas of research include: planetary habitability · origin of life · space biology · climate change · sustainable development · human spaceflight · solar system exploration · remote space exploration · global catastrophic risk
Our research scientists engage in interdisciplinary research using virtual communication tools to collaborate and share ideas. We publish our research in academic journals, and we engage the public in thinking about science by sharing our research through our seminar and publications podcast series as well as through the SAGANet social network. We pursue scientific, historical, philosophical, and transdisciplinary perspectives of questions such as:
- How did life on Earth originate, and how long will Earth remain habitable for humans?
- What environmental analogues on Earth can help us understand the environments of other planets?
- How do human civilization and the Earth system co-evolve?
- What technologies allow the human civilization to co-exist with a dynamic planet?
- What human spaceflight models will be effective in short-term transportation of humans into low-Earth orbit as well as long-term travel to the Moon, Mars, and beyond?
- Has life ever developed on another planet in the Solar System?
- How unique is Earth among other planets in the galaxy.
Our science is funded through a combination of government grants, private grants, sponsored research, and private donations. As a non-profit, any donations will support our research and public outreach, and contributions may be tax deductible. We welcome you to contact us if you have any questions or if you are interested in partnering with us!
Blue Marble Space Institute of Science
1001 4th Ave, Suite 3201
Seattle, WA 98154 USA
Our researchers are located all over the world.
More about Blue Marble Space
Blue Marble Space (BMS) operates with a 10% overhead rate, which is comparably lower than other research institutes and universities. Our low 10% overhead rate on grants received through the organization is enabled by our lean management costs, scalable cloud-based technology infrastructure, custom administrative software, and the geographic distribution of our affiliates. This low overhead rate also gives us flexibility to support the efforts of our various initiatives.
Any projects we undertake, including any grant funding, align with our organizational values and our code of ethics, which reflect our mission to promote and enable international unity through space exploration. Accordingly, all research or education grants submitted through our organization either include a robust education and public outreach (EPO) strategy or commit to creating or using tools through BMS for broader dissemination of research results and communication with the public. All of our research scientists actively engage in EPO as an integral part of their career, which reflects our institute’s commitment toward bridging the gap between scholarly and public knowledge. Our recruitment process reflects our effort to build a culture of scientists committed to EPO, enabled by the flexibility and low cost of our geographically distributed organization.
Blue Marble Space Institute of Science is an initiative of Blue Marble Space, a non-profit public charity organized under section 501(c)(3) of the U.S. Internal Revenue Code. Documents describing our organizational structure or tax exempt status are available on the Blue Marble Space website.
Blue Marble Space Institute of Science is a registered trademark of Blue Marble Space corporation. No claim is made to the exclusive right to use “space institute of science” apart from the mark as shown.