About This Research
This site began as a history research project exploring how Cold War "Frontier Mentality" created today's orbital debris crisis. What started as a classroom question — can international policy evolve faster than debris multiplies? — became an independent research project connecting historical decision-making, orbital physics, and international law.
Research Methodology
How data was collected, cross-checked, and integrated across orbital disciplines.
Primary Data Sources
Orbital debris statistics drawn from ESA Annual Space Environment Report and the Space-Track.org satellite catalog. Data cached via Space-Track.org API.
Policy Documents
Treaty text and legal analysis sourced from UNOOSA original documents, FCC ruling records, and UN COPUOS reports.
Academic Papers
Physics calculations validated against Kessler & Cour-Palais (1978) and updated with NASA Orbital Debris Quarterly News data.
Journalism & Context
Background context drawn from Wall Street Journal, Ars Technica, and The Planetary Society, cross-referenced with primary sources.
The Code Behind It
For anyone who wants to verify the logic itself, not just the results.
When I began this project, I thought the issue of space debris was mainly a technical one and that the technology needed for debris removal did not yet exist. Instead, I discovered that the technology for removing debris already exists. Technologies such as robotic capture arms, magnetic docking systems, and electrodynamic tethers have already been successfully demonstrated. The technology is already in place and continues to improve. The obstacle is not scientific in nature but instead lies in a clause of the 1967 Outer Space Treaty. That realization completely changed how I viewed the problem. Rather than waiting for better technology, the real challenge is determining whether international law can adapt quickly enough to address problems it was never designed to handle.
What I would most like to know is whether growing public awareness of orbital debris has any meaningful impact on shaping space policy. While public opinion may play a role, industry lobbying, bilateral agreements, and regulatory pressure may influence policy independently of what the public knows or cares about. For example, the FCC’s Five-Year Rule was adopted with little public attention, and the 1967 Outer Space Treaty was negotiated exclusively between governments. If that pattern continues, awareness campaigns alone may not be enough to drive legal reform. Instead, it may be more important to understand which institutional levers shape space legislation and who has access to them. To answer that question, I would like to study the history of the FCC’s decision in greater detail, including who advocated for the rule, which arguments proved most persuasive, and whether a similar approach could be applied at the international level.
Full Source Library
Academic bibliography of references and catalogs used in this project.
Primary Data & Satellite Catalogs
- European Space Agency (ESA)Annual Space Environment Report. Space Debris Office. Published annually.
- Space-Track.orgSatellite Catalog (SATCAT) API. Joint Force Space Component Command (JFSCC). Cached daily.
- NASA Orbital Debris Program OfficeOrbital Debris Quarterly News. NASA Johnson Space Center. Periodic reports.
- LeoLabs Inc.Public Conjunction and Collision Avoidance Analytics. Web data dashboard.
Treaties & Policy Documents
- United Nations Office for Outer Space Affairs (UNOOSA)Treaty on Principles Governing the Activities of States in the Exploration and Use of Outer Space, including the Moon and Other Celestial Bodies (1967). Resolution 2222 (XXI).
- United Nations (UNOOSA)Convention on International Liability for Damage Caused by Space Objects (1972). General Assembly Resolution 2777 (XXVI).
- Inter-Agency Space Debris Coordination Committee (IADC)Space Debris Mitigation Guidelines. Report IADC-02-01. Formulated 2002.
- Federal Communications Commission (FCC)Mitigation of Orbital Debris in the New Space Era. Second Report and Order (FCC 22-74), 2022.
Academic Papers & Handbooks
- Kessler, Donald J. and Burton G. Cour-Palais"Collision Frequency of Artificial Satellites: The Creation of a Debris Belt." Journal of Geophysical Research, Vol. 83, No. A6, pp. 2637–2646 (1978).
Foundational paper establishing the mathematical basis for collision cascades (Kessler Syndrome) in LEO.
- Liou, J.-C., et al."Active Debris Removal: Stabilization of the LEO Environment." NASA Orbital Debris Research and Science Reports (2021).
Modeled minimum ADR rate required to stabilize LEO — key source for the Policy Simulator.
- European Space AgencySpace Debris User's Handbook. ESOC. Technical Reference Document.
Journalism & General Context
- The Wall Street Journal"Space Debris: Houston, We Have a Trash Problem." WSJ Tech Explainer Series (2021).
- Ars TechnicaSpace flight and orbital physics reporting. Eric Berger, Lead Editor.
- The Planetary SocietySpace policy analysis and orbital sustainability blogs. Casey Dreier, Chief Advocate.
- New York Academy of Sciences"Trashing the Final Frontier: The Geopolitics of LEO Cleaning." Science and Society Journal (2023).
Explore the Space Commons
Re-examine the live low Earth orbit environment and active debris trackers. Return to the home dashboard to analyze other pillars.