{"id":79,"date":"2026-04-22T14:43:29","date_gmt":"2026-04-22T18:43:29","guid":{"rendered":"https:\/\/institutepi.org\/?page_id=79"},"modified":"2026-04-22T14:43:29","modified_gmt":"2026-04-22T18:43:29","slug":"prospectus","status":"publish","type":"page","link":"https:\/\/institutepi.org\/?page_id=79","title":{"rendered":"Prospectus"},"content":{"rendered":"

Absolutely. Here is a book prospectus<\/strong> for Developing Planetary Intelligence<\/strong> as the founding publication of the Institute.<\/p>\n

Developing Planetary Intelligence<\/h1>\n

AI, Earth Systems, and the Future of Civilization<\/h2>\n

One-paragraph overview<\/h2>\n

Developing Planetary Intelligence<\/strong> argues that humanity has entered a civilizational threshold: our collective power is now planetary, but our intelligence remains fragmented, short-term, and dangerously misaligned with the biosphere. Drawing on Gaia theory, Earth system science, Buckminster Fuller\u2019s whole-Earth design vision, recent astrobiology work defining \u201cplanetary intelligence\u201d as collective knowledge integrated into coupled planetary systems, and contemporary debates over AI and governance, the book proposes a new framework for civilizational maturity. It defines planetary intelligence as the marriage of planetary intel<\/strong>\u2014the capacity to sense and understand Earth\u2019s condition\u2014and wise stewardship<\/strong>\u2014the ethical, institutional, and practical capacity to act on that knowledge in service to life. The book positions this concept not as abstraction, but as a field of inquiry and action, with direct implications for AI, bioregional governance, epistemic integrity, and the design of institutions fit for a living planet. Lovelock\u2019s Gaia hypothesis and later Novacene<\/em> speculation, Fuller\u2019s World Game, and the recent planetary-intelligence framework advanced by Adam Frank, David Grinspoon, and Sara Walker provide key intellectual anchors. (Cambridge University Press & Assessment<\/a>)<\/p>\n

Two-to-three-page overview<\/h2>\n

Human beings now influence the atmosphere, oceans, forests, ice, soils, nitrogen cycle, biodiversity, and even the future trajectory of intelligence itself. We possess satellites, global sensor networks, machine learning systems, climate models, genomic tools, and digital infrastructures that allow us, for the first time, to perceive many dimensions of the Earth as an integrated whole. Yet our institutions remain fractured, our incentives remain extractive, and our political imagination remains largely trapped within national, market, and disciplinary silos. We have achieved planetary power without planetary wisdom.<\/p>\n

This book begins from the claim that the next great civilizational challenge is not simply decarbonization, biodiversity protection, AI safety, or democratic renewal taken separately, important though all of these are. It is the development of a distributed capacity to sense, interpret, remember, deliberate, coordinate, and care at Earth scale. That capacity is what this book calls planetary intelligence<\/strong>.<\/p>\n

The phrase has emerged recently in astrobiology and Earth-system thought. In their 2022 paper \u201cIntelligence as a Planetary Scale Process,\u201d Adam Frank, David Grinspoon, and Sara Walker define planetary intelligence as the acquisition and application of collective knowledge operating at planetary scale and integrated into the function of coupled planetary systems. Their framework is both scientific and civilizational: it asks what it would mean for an inhabited world to develop intelligence adequate to its own long-term flourishing. (Cambridge University Press & Assessment<\/a>)<\/p>\n

But the roots of this idea run deeper. James Lovelock and Lynn Margulis transformed the modern understanding of Earth by showing that life does not merely adapt to planetary conditions; it helps create them. Gaia theory reframed the biosphere, atmosphere, oceans, and soils as dynamically entangled, with self-regulating feedbacks emerging from distributed living processes. Lovelock\u2019s later book Novacene<\/em> extended this vision into speculation about electronic or hybrid forms of intelligence that may follow humanity, while Buckminster Fuller\u2019s World Game anticipated the need for whole-Earth accounting, shared information, and design science aimed at making the world work for all life. Together, these traditions provide the deep background for planetary intelligence as a serious intellectual and practical project. (MIT Press<\/a>)<\/p>\n

Developing Planetary Intelligence<\/strong> will synthesize these traditions and extend them into a new framework for the age of AI, ecological overshoot, and institutional fragility. It will argue that planetary intelligence is neither technocracy nor mysticism. It is not centralized command over the Earth. Nor is it a vague invocation of planetary consciousness. Rather, it is a distributed, multi-scalar capacity grounded in accurate sensing, shared epistemic infrastructure, democratic legitimacy, ecological literacy, and life-centered design.<\/p>\n

The book introduces a simple formulation:<\/p>\n

planetary intelligence = planetary intel + wise stewardship<\/strong><\/p>\n

\u201cPlanetary intel\u201d refers to the growing ability to know how the planet is doing: through Earth observation, ecological indicators, climate science, public-interest data systems, bioregional monitoring, indigenous and local knowledge, historical memory, and AI-assisted modeling. \u201cWise stewardship\u201d refers to the capacity to use that knowledge responsibly: through institutions, ethics, governance, legitimacy, care, restraint, justice, and a willingness to design with the Earth rather than merely upon it.<\/p>\n

This distinction matters because modern civilization is already awash in data. The bottleneck is not sensing alone. It is the conversion of sensing into trustworthy shared understanding and life-serving action. A civilization can be extraordinarily \u201csmart\u201d in narrow, instrumental ways while remaining systemically foolish. It can optimize logistics, advertising, and extraction while undermining the biosphere that makes all optimization possible. The core problem of the twenty-first century is not only a lack of information, but a failure of integration.<\/p>\n

That is where AI enters the story. Artificial intelligence can increase humanity\u2019s capacity to monitor ecosystems, synthesize research, model scenarios, support translation and deliberation, and coordinate complex responses across scales. But AI can also intensify surveillance, propaganda, extraction, militarization, and concentration of power. The question is not whether AI will matter. It already does. The question is whether AI will be developed as part of a broader architecture of planetary intelligence, aligned with biospheric flourishing and democratic accountability, or whether it will become the leading edge of a competitive technosphere that deepens fragmentation and ecological harm. Recent Earth-system scholarship has also emphasized that digital and AI infrastructures themselves carry ecological impacts, even as they are increasingly used in environmental monitoring and management. (Royal Society Publishing<\/a>)<\/p>\n

The book\u2019s distinctive contribution is that it will bridge several domains usually treated separately:<\/p>\n