Below is a publisher-facing proposal package for Developing Planetary Intelligence, in a form that could be adapted for an agent, an acquisitions editor, a funder, or the Institute’s own founding materials.
Book Proposal Package
Title
Developing Planetary Intelligence
AI, Earth Systems, and the Future of Civilization
Possible subtitle alternatives
- Toward a Life-Centered Intelligence for a Living Earth
- From Fragmentation to Stewardship at Planetary Scale
- How Humanity Can Learn to Sense, Decide, and Care as Part of a Living Planet
1. One-page overview
Developing Planetary Intelligence is a foundational trade book that argues humanity has entered a new civilizational threshold: our collective power is now planetary, but our intelligence remains fragmented, short-term, and dangerously misaligned with the biosphere. We can monitor the atmosphere from space, model climate futures, track deforestation in near real time, and increasingly use artificial intelligence to synthesize immense bodies of knowledge. Yet our institutions, incentives, and public sense-making remain too fractured to respond wisely at the scale of the Earth.
This book proposes a new framework for understanding what is now required: planetary intelligence.
Planetary intelligence, as this book defines it, is not technocratic control over the planet, nor a mystical planetary consciousness. It is a distributed civilizational capacity to sense, interpret, remember, deliberate, coordinate, and care at Earth scale. It joins two elements:
planetary intel — the capacity to know how the planet is doing
wise stewardship — the ethical and institutional capacity to act on that knowledge in service to life
Drawing on James Lovelock and Lynn Margulis’s Gaia hypothesis, Buckminster Fuller’s World Game and design science, contemporary astrobiology, Earth-system science, bioregionalism, and emerging debates over AI, epistemic integrity, and governance, Developing Planetary Intelligence offers a new synthesis for a world in crisis. It argues that climate disruption, ecological overshoot, information disorder, institutional paralysis, and runaway technological acceleration are not separate problems. They are symptoms of a deeper failure: humanity has not yet developed forms of intelligence adequate to the scale of its own consequences.
The book is both conceptual and practical. It explains the intellectual roots of planetary intelligence, defines the field in accessible terms, lays out its core architecture, explores the role of AI as both amplifier and threat, and proposes practical pathways for building planetary intelligence from the ground up through bioregional platforms, trustworthy knowledge systems, participatory governance, and institutions designed for a living Earth.
At once a work of synthesis, diagnosis, and design, Developing Planetary Intelligence will appeal to readers of books on the living Earth, systems change, the future of AI, ecological civilization, and civilizational renewal. It is intended not merely as a book, but as the founding text of an emerging field and the first publication of the Institute for Planetary Intelligence.
2. Proposal narrative
The book’s central argument
Humanity has become a planetary force without becoming a planetary civilization.
That is the central problem this book addresses. Our species now influences the Earth system at every level: atmosphere, oceans, biodiversity, water cycles, nutrient cycles, land cover, chemistry, and increasingly the evolution of intelligence itself through digital and machine systems. We possess extraordinary technical capacities, but we do not yet possess a distributed, legitimate, life-serving intelligence adequate to the scale of these powers.
This is why the concept of planetary intelligence matters.
The phrase has begun to circulate in astrobiology and Earth-system thought, but it has not yet been fully articulated for a broad readership or translated into a framework for action. This book aims to do that. It will argue that planetary intelligence is not simply more data, more computation, or more global governance. It is the emergence of an integrated civilizational capacity to perceive the Earth truthfully, make sense of what is happening, act with foresight and care, and remain aligned with the flourishing of life.
To make that case, the book brings together several streams of thought that are rarely integrated in a single narrative.
First, it draws on James Lovelock and Lynn Margulis, whose work on Gaia transformed the modern understanding of Earth by showing that life helps create the conditions for life. Gaia reframed the biosphere, atmosphere, oceans, and soils as dynamically coupled in a self-modulating Earth system. This provides the ontological foundation for planetary intelligence: the Earth is not dead matter under human management, but a living, evolving system in which intelligence must learn to participate responsibly.
Second, it draws on Buckminster Fuller, whose World Game and design-science vision anticipated the need for whole-Earth accounting, coordinated resource intelligence, and global design for the benefit of all life. Fuller saw that once humanity becomes a planetary presence, it must learn to think and act in planetary terms.
Third, it incorporates recent planetary-intelligence thinking in astrobiology and complex systems, which asks what it would mean for collective knowledge to become functionally integrated into the long-term behavior of a planet-scale civilization.
Fourth, it addresses the role of artificial intelligence, which greatly raises the stakes. AI can help humanity synthesize knowledge, model scenarios, monitor ecosystems, and support coordination. But it can also magnify surveillance, disinformation, militarization, ecological burden, and concentration of power. AI therefore becomes a crucial test case: can advanced intelligence be aligned with life, or will it deepen the fragmentation and destructiveness of the technosphere?
The book’s distinctive contribution is to define planetary intelligence in a form that is both memorable and operational:
planetary intelligence = planetary intel + wise stewardship
That formulation makes two points. First, sensing and knowing are essential. We need robust Earth observation, public-interest data systems, bioregional indicators, transparent models, and trustworthy knowledge infrastructures. Second, these are not enough. Intelligence requires wisdom: ethics, legitimacy, restraint, institutions, memory, interpretation, and practical judgment. A civilization can be highly “smart” in instrumental terms and still profoundly foolish in systemic terms.
The book therefore insists that planetary intelligence must be:
- ecological, not merely technological
- distributed, not centralized
- participatory, not technocratic
- trustworthy, not manipulative
- bioregionally rooted, not abstractly global
- aligned with life, not merely with efficiency or power
Why now
This book is timely because several lines of concern are converging.
The first is the worsening planetary predicament itself: climate instability, biosphere degradation, information disorder, political fragmentation, and institutional failure.
The second is the mainstreaming of AI, which has brought questions of intelligence, alignment, and governance into broad public discourse.
The third is the increasing visibility of living-Earth and planetary-intelligence frameworks, which offer a larger conceptual frame than “climate” or “technology” alone.
The fourth is the growing hunger for integrative work. Many readers, practitioners, and funders sense that the current conversation is too fragmented. Climate, AI, governance, ecological restoration, epistemic crisis, and local resilience are still too often treated as separate domains. This book offers a coherent frame that can hold them together.
Why this book is needed
There are books on the living Earth. There are books on AI. There are books on systems collapse, regeneration, democracy, and complexity. But there are very few books that do the following at once:
- explain why intelligence is now a civilizational question
- link Gaia, Earth systems, AI, and governance
- move from planetary diagnosis to institutional design
- insist that planetary intelligence must be grounded in place, bioregion, and civic practice
- offer a field-defining framework rather than a single-issue analysis
This book fills that gap.
The book’s practical aim
This is not only a book of ideas. It is a design brief for a long-term project.
It proposes that the development of planetary intelligence will require:
- public-interest knowledge infrastructure
- trustworthy epistemic systems
- life-aligned AI
- bioregional intelligence platforms
- polycentric and participatory governance
- educational and cultural transformation
- institutions capable of convening and accelerating this work
That is why the book also serves as the ideal founding text for the Institute for Planetary Intelligence.
3. Target readership
This book is intended for:
- educated general readers interested in the future of civilization
- readers of big-idea nonfiction on Earth, ecology, systems, AI, and society
- climate and ecological thinkers looking for a larger civilizational frame
- technologists, AI researchers, and governance practitioners open to ecological and ethical questions
- scholars and students in systems thinking, environmental studies, futures studies, Earth-system science, governance, and the humanities
- civic and philanthropic leaders interested in institution-building for a regenerative future
This is a crossover book: intellectually ambitious enough to shape discourse, but accessible enough for a broad serious readership.
4. Author positioning
Jonathan Cloud is a systems thinker, regenerative strategist, and nonprofit leader whose work has long focused on sustainability, ecological finance, community resilience, and the design of systems aligned with life. He is the Executive Director of the Center for Regenerative Community Solutions, a nonprofit platform for initiatives in regenerative finance, bioregional intelligence, and planetary stewardship. He has worked for decades at the intersection of sustainable development, policy, finance, and whole-systems change, including advocacy around C-PACE financing and broader efforts to connect ecological restoration, civic renewal, and structural transformation.
Cloud is also the author of the in-progress book Possible Planet: Pathways to a Habitable Future, and has developed a substantial body of thought around bioregional intelligence, AI in service to life, and the emerging framework of planetary intelligence. His work is distinguished by its ability to synthesize across disciplines and scales: from Earth systems and philosophical questions about intelligence to practical tools, institutions, and local-to-planetary implementation pathways.
This book emerges not from a single academic niche, but from a long engagement with the real-world challenge of how human systems can become more coherent, ethical, and regenerative.
5. Platform and reach
The author’s platform can be described in several mutually reinforcing ways:
- leadership of nonprofit and mission-driven initiatives related to regeneration, finance, and planetary futures
- active development of public-facing ideas and materials through websites and essays related to Possible Planet, planetary intelligence, and bioregional intelligence
- a network spanning regenerative thinkers, ecological practitioners, systems designers, climate advocates, and mission-aligned institutions
- the possibility of tying the book directly to the launch and programming of the Institute for Planetary Intelligence
- suitability for talks, essays, dialogues, webinars, podcasts, institutes, and salons
The book is especially strong as a platform-building text because it does not only communicate ideas. It can anchor a broader ecosystem of programming:
public dialogues, fellows programs, a “State of Planetary Intelligence” review, bioregional pilots, teaching materials, and collaborative research.
6. Annotated comparable titles
These are not duplicates; they help position the book.
Ferris Jabr, Becoming Earth
A beautifully written and scientifically grounded account of how life transformed the Earth. This book shares the living-Earth sensibility and some of the Gaia-related background, but Developing Planetary Intelligence goes in a different direction: toward civilizational intelligence, AI, governance, and institutional design.
James Bridle, Ways of Being
Relevant for its expansion of intelligence beyond narrow human exceptionalism and its interest in ecological and machine entanglements. Bridle is more philosophical and cultural; Developing Planetary Intelligence is more explicitly systemic, civilizational, and action-oriented.
Mustafa Suleyman, The Coming Wave
Important for its framing of AI and synthetic biology as waves of transformative power that threaten to outrun institutions. Suleyman focuses on containment and governance of powerful technologies; Developing Planetary Intelligence places those questions inside a larger Earth-system and life-centered frame.
James Lovelock, Novacene
A key antecedent because it raises the possibility of posthuman or electronic forms of intelligence and situates humanity as transitional. Developing Planetary Intelligence treats Lovelock as a major precursor, but offers a broader and more grounded synthesis.
Buckminster Fuller / World Game materials
Fuller’s work is an important ancestor for the whole-Earth, design-science, and coordinated-resource perspective. This book extends Fuller into the age of AI, public-interest data systems, and regenerative governance.
Potential adjacent shelf
The book may also sit near works on ecological civilization, systems collapse and renewal, long-term futures, democratic renewal, and the philosophy of intelligence.
7. Full chapter outline with proposal-style summaries
Introduction. The Need for Planetary Intelligence
The opening frames the central paradox of our time: humanity can increasingly observe the whole Earth yet remains unable to govern itself wisely at that scale. The introduction defines the book’s key term, distinguishes it from both technocracy and mysticism, and argues that the core challenge of the twenty-first century is the development of a distributed intelligence adequate to a living planet.
Part I. The Planetary Predicament
Chapter 1. A Planet in Human Hands
A wide-angle view of the current condition: climate disruption, biodiversity loss, pollution, social fragmentation, conflict, and technological acceleration. The argument is that these are not isolated crises but signs of a stressed coupled human-Earth system.
Chapter 2. Why Intelligence Matters Now
Why use the word “intelligence” at all? This chapter broadens the term beyond IQ or computation to include sensing, learning, memory, anticipation, coordination, adaptation, and care. It distinguishes instrumental intelligence from mature, systemic intelligence.
Chapter 3. Fragmented Minds, Fragmented Systems
A diagnosis of civilizational fragmentation: silos, epistemic chaos, national-interest politics, extractive economics, media distortion, and institutional lag. The chapter explains why modern societies can possess enormous quantities of information while remaining incapable of wise collective action.
Part II. What Planetary Intelligence Is
Chapter 4. Gaia and the Living Earth
Lovelock and Margulis reappear here as foundational figures. The chapter explains Gaia in its most useful form: not as a mystical super-organism but as a living Earth system with emergent self-regulating properties arising from distributed feedbacks.
Chapter 5. From Gaia to Planetary Intelligence
This chapter makes the conceptual move from living-Earth science to the planetary-intelligence framework. It asks what it would mean for collective knowledge to become integrated into the long-term behavior of a civilization at planetary scale.
Chapter 6. Whole-Earth Knowing: Fuller and the World Game
A chapter on Buckminster Fuller as visionary precursor. Whole-Earth accounting, design science, global resource intelligence, and the ambition to make the world work for all life are treated as early expressions of planetary-intelligence thinking.
Chapter 7. Planetary Intel and Wise Stewardship
The conceptual heart of the book. The chapter introduces the core formula and unpacks both halves. It asks what kinds of sensing, modeling, memory, and knowledge-sharing count as planetary intel, and what kinds of governance, ethics, legitimacy, and restraint count as wise stewardship.
Part III. How It Can Be Developed
Chapter 8. The Architecture of Planetary Intelligence
A structural chapter laying out the main components:
sensing, interpretation, memory, modeling, deliberation, coordination, action, feedback, and learning. This creates a usable framework for the rest of the book.
Chapter 9. The Role of AI: Promise, Peril, and Alignment
A major chapter on artificial intelligence as both amplifier and threat. It examines AI’s potential contributions to ecological monitoring, public knowledge, translation, synthesis, and scenario modeling, alongside its risks: surveillance, propaganda, concentration, extraction, militarization, and ecological cost.
Chapter 10. Epistemic Integrity and the Infrastructure of Trust
The book argues that planetary intelligence requires trustworthy shared reality. This chapter focuses on provenance, transparency, uncertainty, claims-tracing, methods disclosure, and the systems needed to support public trust in an AI-saturated world.
Chapter 11. Scales of Intelligence: Personal, Local, Bioregional, Planetary
A chapter on nested scales. Planetary intelligence cannot exist only “at the top.” It must be rooted in persons, organizations, communities, watersheds, and bioregions. The chapter explores how intelligence becomes stronger when scale is nested rather than flattened.
Part IV. Institutions, Practices, and Pathways
Chapter 12. Bioregional Intelligence as the Ground of Planetary Intelligence
One of the book’s most original contributions. The argument is that planetary intelligence becomes tangible and democratic only when grounded in place: watersheds, foodsheds, ecosystems, local culture, and community stewardship. This chapter introduces the idea of bioregional dashboards, scenario rooms, and civic knowledge commons.
Chapter 13. Designing Institutions for a Living Planet
This chapter turns toward institutional design: polycentric governance, commons-based systems, public-interest platforms, scientific and civic coordination, and the role of an Institute for Planetary Intelligence.
Chapter 14. Possible Futures: Symbiosis, Technosphere, Novacene, Collapse
A future-scenarios chapter drawing partly on Lovelock’s Novacene and partly on current technological and ecological trajectories. It contrasts life-aligned futures with extractive, competitive, posthuman, and collapse pathways.
Chapter 15. A Practical Agenda for Developing Planetary Intelligence
The closing action chapter. It proposes concrete next steps:
bioregional pilots, public-interest AI tools, epistemic-integrity standards, periodic reviews of the field, educational programs, research networks, and institutional collaboration.
Conclusion. Toward a Civilization Worthy of a Living Planet
A stirring but sober conclusion. The book ends by arguing that the central issue is not whether intelligence increases, but whether it learns to serve life.
8. Marketing and publicity angles
This book has several strong publicity hooks:
Big-idea relevance
It engages directly with some of the largest public questions of the moment:
AI, climate, civilization, collapse risk, governance, and the future of intelligence.
Fresh conceptual frame
“Planetary intelligence” is memorable, timely, and still relatively open as a field-defining phrase.
Cross-disciplinary reach
The book can speak to climate audiences, AI audiences, systems thinkers, ecological practitioners, governance circles, and spiritually or philosophically inclined readers without being reducible to any one of those markets.
Institutional launch potential
Because it can serve as the founding publication of an Institute, it has built-in opportunities for events, dialogues, symposia, essays, and educational programming.
Essay and excerpt potential
Likely excerpt or spin-off essay topics include:
- What is planetary intelligence?
- Why AI needs a biospheric frame
- Gaia and the future of civilization
- Buckminster Fuller in the age of AI
- Why planetary intelligence must begin in the bioregion
- From data to stewardship
- Can intelligence learn to serve life?
9. Sample 10–15 page chapter plan
For proposal purposes, I would recommend drafting either:
Option A: Introduction + opening of Chapter 1
Best if the goal is to show narrative force, urgency, and readability.
Option B: Chapter 7, “Planetary Intel and Wise Stewardship”
Best if the goal is to show conceptual originality and the book’s central framework.
Option C: Chapter 12, “Bioregional Intelligence as the Ground of Planetary Intelligence”
Best if the goal is to show the book’s most distinctive practical contribution.
My recommendation is Option B, possibly opening with Lovelock/Gaia and then moving into the central formulation. That gives the sample chapter both intellectual depth and conceptual clarity.
10. Sample proposal-style opening for the manuscript
Here is a tighter, slightly more polished version of an opening you could use in the proposal or as the first page of a sample chapter:
We live at a moment when humanity can observe the whole Earth and still fail to govern itself wisely. We can watch storms form from space, measure atmospheric chemistry in exquisite detail, track forest loss almost as it happens, model climate futures, and increasingly use artificial intelligence to synthesize knowledge at extraordinary speed. Our tools of observation and analysis have become planetary. Our institutions, our politics, and our moral imagination have not.
This is the paradox at the heart of the twenty-first century: we have developed planetary power without planetary wisdom.
Human beings now alter the composition of the atmosphere, the chemistry of the oceans, the distribution of species, the course of rivers, the condition of soils, the integrity of forests, and increasingly the informational environments through which societies make sense of reality. We have become participants in Earth-system feedbacks at a scale that would once have seemed impossible. And yet we continue to think, govern, and compete largely as if the world were divided into separate compartments: economy over here, nature over there; nation here, planet there; technology here, ethics there.
What name should we give to the capacity we lack?
I believe we should call it planetary intelligence.
By this I do not mean an all-seeing planetary authority, nor a mystical supermind floating above the Earth. I mean something at once more practical and more demanding: a distributed civilizational capacity to sense, interpret, remember, deliberate, coordinate, and care at the scale of a living planet.
That capacity does not yet fully exist. But the need for it has become unmistakable.
11. Suggested next documents to prepare
To move from this package toward actual outreach, I would prepare three follow-on documents.
A. Agent/editor query letter
A sharp one-page letter introducing the book, the author, the concept, and why it matters now.
B. Full proposal document
A cleaner 10-20 page proposal including overview, market, comps, bio, chapter summaries, and sample chapter description.
C. Sample chapter
A polished 3,000-5,000 word chapter or chapter excerpt.
12. My recommendation on sequencing
Here is the sequence I’d suggest:
First, draft the query letter.
Second, draft the full proposal in a standard publishing format.
Third, write the sample chapter, probably Chapter 7 or the Introduction.
Fourth, create a short Institute-facing variant of the proposal for funders and advisors.
That way the same core material serves publishing, fundraising, and institution-building.
I can draft the query letter and full formal proposal next.