A community in rhythm
with its watershed.
Water as circulation. Energy as metabolism. Architecture as a living framework. Atlas explores how a community can belong to the ecosystem that sustains it.
C6060 vertices · 90 bonds
Observe the watershedBegin with the living landscape.
Design within itConnect shelter, water and habitat.
Measure & recalibrateModel, test and revise in public.
“You never change things by fighting the existing reality. To change something, build a new model that makes the existing model obsolete.”
Atlas takes this as a design brief: make another way of living tangible enough to examine, inhabit and improve. A better model earns its place through the lives it supports, the resources it preserves and the freedom it gives people to shape their common world.
Atlas begins with a political diagnosis: we live in a specialist oligarchy. Knowledge is divided into professions, while the power to commission, finance and coordinate their work remains concentrated. The public encounters the fragments; those controlling the budgets can set the direction of the whole. In this arrangement, money becomes a governing authority: what can earn a return receives an advocate, while a watershed must justify its continued health. Lobbying makes one mechanism visible. The OECD documents how unequal access and weak safeguards can bend policy toward organized interests at the public’s expense. Lobbying and public integrity ↗
Specialization is indispensable. Its danger emerges when responsibility ends at the edge of the discipline and the comprehensive view becomes a privilege of ownership. A financier can count a profitable mine, an engineer an efficient plant, and a regulator a permitted discharge while the community inherits the combined damage. Each account can appear successful as the living system deteriorates. An economy that consumes the conditions of its own survival has become a rogue system, however respectable its balance sheet.
Atlas values enterprise, invention and voluntary exchange. Capitalism organizes investment through private ownership and the pursuit of profit; competitive markets can give people room to build, trade and improve what exists. That freedom requires a living world in which to operate. When a transaction leaves its pollution, depletion or repair bill with someone else, its price conceals part of its cost. A profitable exchange can still be a loss to the community that makes it possible.
The monetary machinery deserves equally clear language. Modern dollars are fiat currency: they are not redeemable for a fixed quantity of gold. Their usefulness rests on public institutions, trust and acceptance in payment. Legal tender describes a currency’s legal status for paying debts and other obligations; it does not mean that every dollar in someone’s pocket is a personal debt owed to a private banker. Federal Reserve · currency and gold ↗ · Legal tender explained ↗
Debt nevertheless plays a central role. Commercial banks create much of the money used in modern economies when lending: a new loan creates a matching deposit, while repayment of principal extinguishes deposit money. The deposit is the bank’s liability; the loan is the borrower’s debt. This is purchasing power created through accounting, subject to capital, liquidity, risk and monetary-policy constraints. It can finance useful production, but the act of issuing credit does not itself create a house, fertile soil or clean water. Bank of England · how money is created ↗
In severe downturns, central banks have also created reserves to purchase financial assets through quantitative easing. These interventions can lower borrowing costs and support employment, while higher asset prices increase the wealth of those who own them. Their distributional effects depend on both channels. Crisis is not a requirement of fiat money, and expansion can be reversed; the political question is whose security receives urgent support and how public institutions are held accountable for the result. Atlas asks why the capacity to stabilize finance is not matched by an equally durable commitment to housing, care and ecological repair. QE, its effects and its reversal ↗
A repayment schedule does not wait for a forest to regrow. Debt service and return targets can press enterprises toward faster turnover and greater extraction when the costs of depletion remain outside the contract. UNEP’s resource assessment documents the scale of extraction and the unequal material footprints of affluent and poorer countries. Atlas therefore places an ecological condition on financial ambition: expected profit cannot be the sole judge of whether a project should proceed. Watershed limits, habitat protection, labor rights, independently checked accounts and funded repair obligations must have authority even when a damaging activity remains profitable. UNEP · the resource account ↗
The human account matters just as much. An economy can report growth while households live from bill to bill, carrying costs they had little power to choose. When earning enough to remain housed consumes the time needed to learn, organize and question decisions, participation becomes a privilege of those with time to spare. Atlas treats the ability to thrive as a design obligation: secure essentials, meaningful work, time for care and learning, and a fair share of the value people help create. A public cannot govern the whole if survival leaves it no room to look up.
Buckminster Fuller challenged over-specialization because it weakens adaptability and conceals relationships. His comprehensivism asks people to connect disciplines, follow consequences and return specialized knowledge to a shared purpose. Atlas carries that warning into the present: a culture can become extraordinarily capable at extracting, processing and selling while losing the ability to recognize what it is consuming. Expertise needs a public horizon. The capacity to assemble the picture must be available to the people who live inside it. Fuller’s comprehensive design science ↗
Fuller’s synergy names the behaviors that emerge when parts form a whole and cannot be predicted by examining those parts in isolation. A forest makes the principle tangible: roots, fungi, leaves, organisms, soils and moving water participate in processes no isolated tree can perform alone. Nature includes competition and disturbance as well as cooperation; the lesson is interdependence. The creative capacity lies in the relationships. Fuller’s World Game · synergy ↗
A society that cannot safeguard its watershed cannot fully govern its own future.
Every settlement depends on conditions beyond its property lines: upstream land use, groundwater recharge, living soils, seasonal flows and the communities downstream. Responsibility must extend across those connections through shared authority, enforceable protections and public knowledge. Governing a watershed means governing our demands on it, with respect for ecological limits and the rights of its inhabitants. A boundary on a map cannot make a damaged source of water someone else’s problem.
Biodiversity is the variety of genes, species and ecosystems through which life persists and adapts. Losing it can weaken the functions and resilience on which a settlement depends. Remove streamside vegetation, simplify habitats and disrupt food webs, and losses can propagate through water temperature, soil retention, species survival and food supply. There is no universal countdown to collapse; the danger is that accumulating damage can undermine several supporting systems together. Long-running grassland experiments, for example, show that plant diversity can sustain more stable productivity over time. Biodiversity and stability · 17-year experiment ↗
Extraction must therefore answer for the relationships it severs, the recovery it makes possible and the burdens it leaves behind. A restored balance sheet cannot stand in for a restored aquifer. Atlas takes the renewal of life as an ethical starting point: civilization should strengthen the conditions through which living communities can continue, diversify and flourish. Ecological integrity must have authority over an accounting system that can otherwise reward its destruction.
The industrial revolution left a warning about productive power advancing ahead of responsibility: workers and living environments can be made to absorb the costs of expansion. The documented exploitation of factory children is one stark part of that history. AI and automation bring a different reorganization of labor, including exposure in skilled and professional work. The ILO’s 2025 assessment points chiefly toward changing tasks and occupations, with substantial uncertainty about eventual job losses. Atlas argues that this transition calls for paid learning, multidisciplinary education and workers with a voice in how technology reshapes their lives. The factory record ↗ · ILO · AI and work ↗
Compute belongs within the same physical account as a factory or a farm. Its electricity, cooling water, material demands and rejected heat have places of origin and consequences. Cooling strategies can trade water savings against energy use; those effects must be evaluated together. Atlas calls for efficient systems, suitable siting, cleaner power, heat recovery where practical and transparent limits tied to the watershed. Intelligence should help a place remain habitable. Berkeley Lab · data-center energy and water ↗
Synarchy, as Atlas uses the term, means shared rule grounded in shared understanding. AI could help people cross disciplinary boundaries, compare alternatives and interrogate complex proposals. It could also concentrate control in those who own the models, infrastructure and data. The outcome depends on institutions: open accounts, accessible tools, independent scrutiny, accountable representatives and meaningful public participation. Everyone should have the opportunity to understand the whole; no one should have to pass an expertise test to deserve a voice.
This is Atlas’s civic proposition: distribute the capacity to understand, and make power answerable to the life it affects. The virtual settlement is an instrument for practicing that proposition. Its inhabitants should be able to trace a decision from a budget to a roof, a working day, a stream and the generations who inherit the result.
Cities commonly measure parts of their water systems, yet data and responsibility are often divided among utilities, drainage districts, landowners and regulators. Atlas asks whether precipitation, withdrawals, use, treatment, reuse, discharge, runoff and aquifer change can be reconciled on one public account. That account must make consequences understandable and responsibilities enforceable across the watershed.
Every settlement can be read through two ledgers: the ledger of throughput — what is extracted, transformed, consumed and discharged — and the ledger of return — what is safely reused, restored, repaired or cycled back to soil, water, habitat and the commons. Here, return also asks what prosperity gives back to people: secure housing, health, fair compensation and time beyond survival. Financial profit belongs in the account alongside these outcomes. A system that rewards throughput while leaving the costs of return to households, public budgets and future generations has mistaken circulation of money for renewal of wealth.
Atlas would make both ledgers public: who receives the income, who performs the work, who carries the risk, and whether the living conditions are improving. Growth earns its place by that fuller account. Circularity must be measured, and a promised benefit must reach the people and places named in it. The Water-Bearer's Codex, a companion project, develops the water side of this inquiry in full.
Fuller’s Critical Path adds a further test: civilization’s physical capability can change faster than the institutions organizing it. The inherited question is often “Can we afford it?”; the critical-path question comes first: do the resources, energy, knowledge, sites, and organization physically exist, and under what constraints? That does not make every need already solved. It makes feasibility something to test against an inventory of reality before financial scarcity is accepted as the final verdict.
Atlas is a model for making those accounts visible. It treats a settlement as an interdependent organism — water flows as circulation, energy carriers and storage as metabolism, shells and foundations as structure, and a digital twin as a nervous system. The aim is to recover useful flows wherever doing so is safe and efficient. Treated discharge can remain necessary; the measurable target is to minimize avoidable loss without crossing public-health or ecological boundaries.
The project explores whether small, comprehensible micro-communities can become working centers of ecological research: watershed restoration, soil building, low-carbon shelter, resilient energy, food, and public learning. Atlas is proposed as one such prototype, born virtual so assumptions can be tested before any site is chosen. A physical version would require site selection, engineering, environmental review, public participation, permits, financing, and measured validation.
The epistemology is inherited. What Fuller pursued was a world that works for everyone, run on honest physical accounts: do ever more with ever less; make the whole visible through instruments such as the Geoscope and World Game; measure what exists; identify the true constraints; and act at the point of highest leverage before a crisis arrives. What Fresco pursued was the city as a serviced organism, with logistics coordinated across the whole and everyday needs placed close enough that distance and waste are not designed into daily life.
Atlas brings both ambitions to the water. Its concentric plan studies rings of function around a harbor core, with canals imagined as part of a broader mobility, stormwater, landscape, and thermal system. Potable water, non-potable reuse, navigable water, wastewater, and habitat are separate engineering and public-health problems; the exhibit connects their ledgers without pretending they are one interchangeable supply.
The hydraulic program deliberately separates established devices from proposals. Hydraulic ram pumps can trade part of a suitable source flow for lift; elevated reservoirs can store energy; electrolysis can convert surplus electricity into hydrogen, with substantial conversion losses and safety requirements. Civic-scale resonators, bored hydraulic works, compressed-granite storage, and other unconventional concepts remain experimental until calculations and prototypes establish their performance. The energy system is presented as a research program, not a finished plant.
The land is treated with the same whole-systems attention: agroforestry, food-forest belts, soil building, nutrient recovery, compact mobility, and habitat connectivity are studied together rather than added as decorative layers. The doctrine stays short: publish assumptions, keep units and boundaries visible, distinguish context from models and targets, test proposals, and revise them in public. Atlas does not claim a result before it has one; it builds the instrument by which a result could be judged.
The philosophy the settlement runs on: what Fuller and Fresco each solved, what each left unsolved, and the synarchic amendment that completes them. Inside — a century of the idea on an interactive timeline, the twelve-point doctrine sorted into adopted, adapted, and refused, the two-ledgers simulation running live, and the six-book library it all descends from.
The shell grammar of the city — hemispherical and spherical geodesics crowning mostly buried, earth-tempered foundations, from growing halls with rivers running through them to residence courts, the bathhouse, and the omnidirectional band shell. Inside — a drag-to-spin shell explorer up to 6V, a metered 50-foot dome for testing structural and energy assumptions, and the twelve pentagon nodes that distinguish the topology.
The metabolism: water movement, energy conversion, storage, and thermal continuity. Proven devices such as hydraulic ram pumps and elevated reservoirs sit beside proposals for electrolysis, thermal storage, and experimental hydraulic works, each labeled by evidence status. Inside — a hydraulic-head concept simulator and an animated electricity-to-hydrogen-to-heat pipeline with its assumptions exposed.
The complete inventory of what must run for a city to be called alive — twenty-one systems across water, energy, food and nutrient, matter, mobility, and signal, each with its strategy, its place in the whole organism, and the single governing number it answers to. Inside — the clickable works registry, the all-metrics dashboard, and islanding: the master metric that sits above them all.
The ground truth: why Superior, why the Midcontinent Rift bedrock, and how the masterplan lays concentric canal rings over permaculture zones made municipal — harbor core, civic ring, canal districts, cultivation and agroforestry belts, and the wild margin that teaches them all. Inside — the interactive ring map with flowing canals, the rendered visions of the shore, and the two-season city with no off-season.
Fuller proposed a planetary inventory in 1961 and first played the World Game in 1969. Atlas translates that lineage into a VR-walkable civic instrument where proposals can be modeled before construction, predictions remain on the record, and difficult operating scenarios are rehearsed before they become emergencies. Inside — the documented lineage, model boundaries, and the stress deck.
Who decides — answered, not evaded. Quantities are estimated through published models and stated assumptions; purpose remains a human decision for named, rotating councils; the twin records what both predicted and compares it with later evidence. Inside — a decision router, a distributed-governance stress test, four rehearsed constitutional failures, and the six lines the framework lives by.
A dome, a waterworks and a garden become a community through what passes between them. Atlas asks each module to account for those connections: where a flow begins, what makes it useful, who maintains it and what receives the remainder.
The watershed is already working before a building arrives. Atlas would map seasonal flow, soils, wetlands and habitat before locating foundations or canals. The design question is how to meet human needs while keeping those relationships intact, with room for floods, ecological flows and the life downstream.
Study the shelter and its energy system together: first the comfort required and heat lost, then the supply and storage. A proposed heat exchange earns its connection only when temperature, distance and seasonal demand align. Insulation, equipment, growing spaces and maintenance all belong in that same decision.
Infrastructure is sustained by people who operate, repair, teach, grow and care. Atlas must ask how housing, shared meals, workshops, quiet places and accessible routes support that daily life. Its public account should reveal who does the work, who receives the benefit and who can challenge a decision.
The frame comes from Fuller's Comprehensive Anticipatory Design Science: understand the larger setting, trace the relationships and design toward a preferred future. These connections are Atlas's proposed application of that method.
In 1961, Fuller stood before the world’s architects in London and proposed something no government had attempted: inventory the whole planet — resources, capacities, needs, trends — before choosing any ideology. Out of that inventory grew the World Game: war-gaming inverted. Keep the military planner’s total logistics, discard the objective of defeat, and ask instead how everything humanity has could be organized so that everyone wins. It was proposed for the Expo 67 dome and turned away; it was first actually played in New York in 1969, on a great Dymaxion map, by students moving the world’s resources by hand.
Atlas plays it at city scale, with the instrument Fuller never had. The rules survive intact — inventory before ideology; success measured by distribution, never by aggregate; first things first; and no strategy accepted that solves one place by hiding damage in another. A move that wins on average and loses for anyone is a losing move.
Every World Game model has ten parts. Select any of them — the second line is how Atlas builds it.
The ten parts are the model; Critical Path supplies the order of moves through it — determine physical reality, find the true constraints, map the dependencies, locate the bottleneck, act at highest leverage, design before crisis, prototype, measure, redesign, scale. The full sequence is played out step by step inside the Codex module.
Atlas is a design study, not a built settlement. Every number below carries a status, boundary, source, period, and uncertainty. Published regional context is not site data; an illustrative calculation is not measured performance; a target is not a result.
The lake is not an aesthetic backdrop. Its volume, shoreline, cold climate, drainage basin, and long nominal retention time define a demanding regional envelope for any shore-based proposal.
| Lake | Volume (km³) | Share |
|---|---|---|
| Superior | 12,100 | 53.3% |
| Michigan | 4,920 | 21.7% |
| Huron | 3,540 | 15.6% |
| Ontario | 1,640 | 7.2% |
| Erie | 484 | 2.1% |
Source · U.S. EPA, Physical Features of the Great Lakes. The 191-year figure is a hydraulic retention estimate, not the age of every parcel of water or a pollutant-removal time.
A transparent first-pass calculation turns a climate normal into a design question. For a 1,000-square-foot roof, Marquette’s 30.20-inch annual precipitation normal is equivalent to about 18,826 gallons before any losses.
Method · 1 acre-inch is approximately 27,154 gallons, scaled to 1,000 ft². Sources · USGS Water Science School and the NOAA normal shown below.
Marquette’s 1991–2020 normals provide a representative regional reference: a 42.6°F annual mean, 30.20 inches of annual precipitation, and 102.0 inches of annual snowfall. They are not a substitute for a project-site weather record, microclimate study, or engineering design condition.
| Month | High °F | Low °F | Precip. in | Snow in |
|---|---|---|---|---|
| Jan | 24.6 | 12.4 | 1.86 | 25.1 |
| Feb | 26.9 | 12.5 | 1.47 | 20.9 |
| Mar | 35.3 | 21.0 | 1.59 | 14.2 |
| Apr | 45.8 | 31.0 | 2.74 | 8.4 |
| May | 58.7 | 40.8 | 2.90 | 0.3 |
| Jun | 67.9 | 50.1 | 3.05 | 0.0 |
| Jul | 74.6 | 57.7 | 3.11 | 0.0 |
| Aug | 74.3 | 58.1 | 2.31 | 0.0 |
| Sep | 67.3 | 51.6 | 3.34 | 0.0 |
| Oct | 53.9 | 40.0 | 3.43 | 0.9 |
| Nov | 40.6 | 28.5 | 2.42 | 11.1 |
| Dec | 30.2 | 18.6 | 1.98 | 21.1 |
Source · NOAA NCEI, 1991–2020 U.S. Climate Normals, Marquette station USW00014838. Geography · Marquette, Michigan. Period · 1991–2020. Updated · source normal release.
The exhibit now uses one public chain for every proposed performance number. A value moves to the right only when its source, units, boundary, method, date, and uncertainty travel with it.
Artifact over argument · energy as the honest ledger · ephemeralization as procurement law · the World Game as governing instrument · cybernation of everything measurable · the comprehensivist citizen.
Fresco's ring-city topology mapped onto a Venetian canal fabric · manufactured buildings, amended to demountable bolted kits — a building unbolted is a material bank · the trim tab as institutional method.
Fuller's anti-politics and Fresco's silence on power · full abolition of money — the dual ledger runs indefinitely · the single central brain, replaced by a federated tensegrity of computation.