What is EarthsDB
EarthsDB Open Knowledge Forever
Unlike a conventional data centre, EarthsDB does not depend on enormous buildings filled with thousands of energy-intensive computers. It is being developed as a distributed and accessible knowledge system that can operate using ordinary computers, open standards, carefully structured records, and transparent verification methods.
The idea is simple but ambitious: meaningful knowledge infrastructure should not belong exclusively to governments, universities, corporations, or large technology companies. Individuals, families, researchers, educators, communities, and independent observers should also be able to preserve discoveries, document local conditions, examine evidence, and contribute responsibly to humanity’s shared understanding of Earth.
EarthsDB is guided by a central principle:
Knowledge should be preserved, examined, connected, and made accessible—not hidden behind unnecessary barriers.
A Living Knowledge Network
EarthsDB is more than a website and more than a conventional database. It is an interconnected knowledge network covering subjects such as:
plants and botany;
fungi and mycology;
animals and zoology;
microorganisms and microbiology;
human health and anatomy;
food and nutrition;
soil and sustainable agriculture;
water, climate, and ecosystems;
geology, minerals, and chemistry;
physics and technology;
history, language, and culture;
traditional and community knowledge;
field observations and environmental reports;
philosophy, consciousness, and human development.
These subjects are often separated into different institutions, databases, and academic disciplines. EarthsDB seeks to connect them because the natural world itself is not divided into isolated categories.
A plant is connected to soil, fungi, insects, water, climate, food, medicine, culture, and human history. A watershed is connected to geology, forests, agriculture, wildlife, communities, and public policy. Understanding one part of Earth often requires understanding many others.
For this reason, EarthsDB describes itself as The Living Knowledge Network of Earth.
Open and Accessible Knowledge
EarthsDB was created to help democratize access to reliable information. Its purpose is not simply to accumulate data, but to make knowledge understandable and useful to ordinary people.
A student should be able to explore biology without encountering a paywall. A gardener should be able to investigate soil health and plant nutrition. A forager should be able to examine identification information and safety warnings. A community observer should be able to document changes in a local watershed. A researcher should be able to trace the source and history of a digital record.
EarthsDB supports open access while also recognizing the importance of attribution, cultural respect, privacy, responsible documentation, and intellectual honesty.
Open knowledge does not mean that every statement should be accepted without examination. It means that evidence, sources, methods, uncertainty, and corrections should be visible whenever possible.
Verification Through the EDB Axiom
EarthsDB is designed around an evolving verification framework known as the EDB Axiom.
The Axiom process examines a knowledge artifact for factors such as:
source quality;
internal consistency;
scientific plausibility;
appropriate attribution;
factual accuracy;
safety considerations;
unsupported or exaggerated claims;
distinction between evidence and interpretation;
transparency about uncertainty.
EarthsDB aims to clearly distinguish among:
established scientific evidence;
historical documentation;
traditional or cultural knowledge;
direct field observations;
experimental findings;
philosophical interpretation;
hypotheses that still require testing.
This distinction is essential. Traditional knowledge should not automatically be misrepresented as laboratory-confirmed science, and scientific findings should not be presented as permanent truths when evidence remains incomplete or contested.
Verification is not a claim of infallibility. Knowledge evolves, new evidence appears, and mistakes can occur. A responsible knowledge system must therefore allow records to be reviewed, corrected, updated, and improved while preserving their history.
Digital Artifact Identifiers
EarthsDB is developing a system of Digital Artifact Identifiers, or DAIs, to help identify, authenticate, and reference individual knowledge artifacts.
A digital artifact may include:
a research publication;
a plant or fungal profile;
a field observation;
an environmental report;
a dataset;
an educational resource;
an image or media record;
a preserved historical document.
A DAI can connect an artifact with structured metadata, authorship, dates, subject classifications, licensing information, verification status, cryptographic hashes, and revision history.
Cryptography cannot determine whether an original claim is scientifically correct. However, cryptographic hashes can help reveal whether a digital file has been altered after it was recorded. When combined with transparent sourcing and human review, this provides a stronger foundation for integrity, traceability, and long-term preservation.
Knowledge Without Enormous Infrastructure
Modern information systems often rely on massive centralized data centres that consume substantial electricity, water, land, equipment, and other resources.
EarthsDB is exploring a different approach.
Rather than attempting to predict or generate every answer through continuous large-scale computation, EarthsDB focuses on retrieving, connecting, and presenting knowledge that has already been collected, structured, and reviewed. This can allow comparatively modest computers to perform useful knowledge work without recreating the infrastructure of a major commercial data centre.
EarthsDB still has an environmental footprint. Every computer, server, network connection, and storage device uses energy and physical resources. We do not claim to operate without impact. Our goal is to keep that impact proportionate, use resources carefully, and demonstrate that valuable public knowledge systems can be developed without unnecessary technological excess.
The project emphasizes:
efficient and lightweight systems;
local-first and offline-capable tools;
structured data that can be searched and reused;
preservation across multiple formats;
transparent revision and verification;
compatibility with ordinary personal computers;
human judgment supported by technology.
The purpose of technology within EarthsDB is not to replace human thought. It is to help people organize evidence, identify connections, preserve records, and make better-informed decisions.
Field Knowledge and Direct Observation
EarthsDB recognizes that valuable knowledge does not originate only in laboratories or institutions. Farmers, gardeners, naturalists, Indigenous knowledge keepers, foragers, caregivers, tradespeople, community historians, and local observers can all hold important knowledge.
Direct observation must still be documented responsibly. A personal observation is not automatically universal proof, but it can become valuable when its location, date, conditions, methods, limitations, and results are recorded accurately.
EarthsDB includes place-based environmental observations from the North Okanagan and the Monashee region of British Columbia. These records may document plants, animals, fungi, water conditions, agriculture, soil, weather, ecological changes, and interactions among living systems.
By preserving local observations over time, communities may become better able to recognize environmental changes that would otherwise be forgotten.
EarthsDB, Qevalon, and QSV–QHL
EarthsDB also provides a home for philosophical and interpretive frameworks, including Qevalon and QSV–QHL—Quantum Stoic Vitalism and Quantum Holistic Living.
These frameworks explore ideas involving awareness, resilience, personal responsibility, interconnected living systems, natural balance, ethics, and human development. They represent a philosophical and symbolic dimension of the wider EarthsDB project.
EarthsDB does not treat philosophical interpretation as interchangeable with established scientific evidence. Instead, it seeks to provide an environment where philosophy, lived experience, traditional knowledge, and science can be explored together while their different foundations remain clearly identified.
This separation allows curiosity and creativity to flourish without weakening standards of evidence.
The Origins of EarthsDB
EarthsDB was founded in 2024 by C. de Jong as an independent effort to preserve and organize knowledge about Earth.
What began as a growing collection of information developed into a much larger vision: a connected archive encompassing biology, ecology, health, agriculture, earth sciences, culture, philosophy, technology, and direct field research.
As of 2026, EarthsDB remains a developing independent project supported by a small number of dedicated contributors. It does not possess the staff, funding, or infrastructure of a major institution. Its growth has instead been driven by persistence, experimentation, open tools, personal research, and the belief that meaningful work can begin with the resources already available.
EarthsDB remains relatively unknown, but its purpose is not determined by popularity. A knowledge archive becomes valuable through the quality, integrity, accessibility, and long-term usefulness of what it preserves.
Our Mission
The mission of EarthsDB is to:
preserve knowledge for future generations;
make reliable information freely accessible;
encourage careful observation and lifelong learning;
connect disciplines that are usually separated;
support environmental awareness and biodiversity;
protect the traceability and integrity of digital artifacts;
provide clear distinctions between evidence and interpretation;
encourage collaboration among individuals and organizations;
empower communities to document their own environments;
develop knowledge systems that can operate on accessible technology.
EarthsDB is not intended to replace universities, libraries, museums, scientific institutions, cultural knowledge holders, or public archives. It seeks to complement them by helping connect information, preserve independent observations, and make knowledge easier to explore.
Knowledge Belongs in the Hands of Humanity
EarthsDB is built upon the belief that knowledge is part of humanity’s shared inheritance.
Information can help communities protect ecosystems, improve agriculture, understand health, preserve culture, recognize environmental change, and make more responsible decisions. However, knowledge can serve these purposes only when people can reach it, understand it, question it, and contribute to its improvement.
The future of knowledge should not be controlled by a single organization, government, ideology, or machine. It should be built through cooperation, evidence, transparency, cultural respect, responsible freedom, and the willingness to correct our understanding when better information becomes available.
EarthsDB aspires to become a living, interconnected resource for understanding Earth in its fullest sense—from its rocks, waters, atmosphere, and ecosystems to its plants, animals, microorganisms, cultures, technologies, and human experiences.
The project will continue to grow one record, observation, artifact, and discovery at a time.
EarthsDB is not merely attempting to store what humanity already knows. It is building a place where knowledge can remain alive—examined, connected, corrected, expanded, and passed forward.
Exploring All Things Known on Earth
The Living Knowledge Network of Earth
EarthsDB Knowledge Network by C. de Jong
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