Waiting on a mule deer crossing…
This is one of 12 scenarios the Centennial Campaign 2027 explores. It is an AI-generated planning artifact, not a forecast or an RMBL institutional commitment. The contingencies it depends on are named in its plausibility-caveats and (where applicable) upside or downside conditions sections. See the browse page for the full set, including the alternative scenarios.
Centennial Cross-Mountain assumes the campaign comes in near the upper end of what RMBL might raise, and that the institution makes a deliberate bet on becoming a networked anchor among mountain field stations across western North America and beyond. The basin's longest records — the marmot study now in its eighth decade, the meadow phenology series, and the snowmelt-driven plant work — continue without lapse, and serve as the basin's distinctive contribution to a wider comparative science. A larger in-house data team builds shared tools and protocols that peer stations can use, and reads a century of basin records at scales prior generations could not attempt. The campaign also builds the savings and broader funding base that protect RMBL's independence. The scenario forgoes broad community co-production work, large mechanistic experiments outside the basin, and a major build-out of the East River as a permanent watershed observatory. It asks whether a place-based field station can strengthen rather than dilute its identity by anchoring a network.
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At target magnitude, the campaign's central bet is that the basin's distinctive contribution requires positioning RMBL as a deliberately networked node — sharing data infrastructure, methods, and protocols with peer mountain field stations across western North America and beyond. The scenario asks whether RMBL's identity as a place-based institution can coexist with — and be strengthened by — a network- anchor role.
This scenario assumes the campaign comes in near the upper end of what RMBL might raise, and that the institution chooses to spend much of that range on becoming a networked anchor rather than a self-contained field station. The bet is specific: the basin's distinctive contribution to mountain science in the coming decades comes less from what happens in this valley alone than from what happens when basin records, protocols, and tools are shared with peer stations across western North America and beyond.
The operating environment is the contracted federal funding base that has shaped the past several years, with continued pressure on individual researchers to diversify their support. Some federal-adjacent institutions face restrictions on inquiry that RMBL, as an independent nonprofit, does not. Both conditions make a networked role more valuable: peer stations need a partner that can build shared infrastructure without strings, and researchers need places where comparative work can happen freely.
The campaign protects the basin's longest records — the marmot study now in its eighth decade, the meadow phenology series, the snowmelt-driven plant work — as the basin's contribution to that comparative science. It grows RMBL's data and geospatial team substantially, with explicit responsibility for tools and protocols that travel beyond the basin. It funds the coordination work that sustains formal collaboration agreements with peer mountain stations, and the savings that protect RMBL's independence as other institutions come to depend on the shared infrastructure RMBL maintains. The scenario is asking whether place identity and network identity can reinforce each other rather than compete.
The campaign closes near the upper end of what RMBL might raise. The first hires expand the data and geospatial team, with two new positions explicitly responsible for shared infrastructure that peer stations will use. By 2028, RMBL signs formal collaboration agreements with three peer mountain field stations in western North America, with a shared data platform as the first concrete deliverable. The basin's long records continue without lapse; protocol stewardship is reorganized so that documentation is legible to outside collaborators from the start. Digitization of a century of field notebooks begins in earnest in 2027. RMBL365 is renovated by 2029, with space configured for cross-station working meetings and visiting-scientist hosting rather than primarily local community programming. The first cross-station visiting researcher cohort arrives in summer 2029. SAIL has wound down by this phase; the basin does not attempt to make its instruments permanent, which is the scenario's defining tradeoff and is visible in this phase as the choice not taken.
The shared data platform is in routine use by 2032 across the founding partner stations, with formal collaboration agreements adding a fourth North American partner and the first international partner — most likely a long-running European alpine station whose records run nearly as long as RMBL's. Guest scientists begin to publish comparative work that would not have been possible without harmonized protocols. The marmot study passes its seventy-fifth year in this phase, marked as a seventy-fifth-year milestone for basin science rather than a basin-only event; peer stations contribute their own long-record reflections. The in-house data team makes a century of digitized basin records available in machine-readable form by 2034, with parallel work underway to ingest comparable records from partner stations. The campaign's savings cover the operating costs of the shared infrastructure when one partner station loses its core federal grant in 2033 — the first concrete test of whether RMBL can carry the network through funding shocks elsewhere.
By the late 2030s the network has its own identity — joint working groups, shared graduate training, cross-station synthesis papers — and RMBL is recognized within it as the institutional anchor. The basin's long records are routinely read in comparative context with parallel records from a half-dozen peer sites. Guest scientists move between stations using shared protocols and data tools that the basin team built and maintains. The in-house data team is roughly twice its 2026 size, with a clear split between basin-facing and network-facing responsibilities. The savings and broader funding base have weathered at least one further federal shock. RMBL365 is established as a year-round venue for cross-station working meetings, and several international partner stations send researchers there each winter. By 2040 the question the scenario set out to test — whether place identity and network identity can reinforce each other — has a working answer in the form of an active network whose anchor is a small Colorado field station with a century of records and the tools to share them.
Scientists working on basin frontiers during this period get something they have not had before: routine comparative range. A researcher studying snowmelt phenology in the basin can pull parallel records from peer stations using the same data tools, compare patterns across mountain systems, and ask which dynamics are general and which are local. A researcher whose home institution faces restrictions on inquiry can come to the basin and find an unrestricted venue with shared infrastructure that connects their work to a wider network. Visiting cohorts move between stations using common protocols. The basin's long records are no longer read only as basin records; they are read as one mountain system's contribution to a larger comparative science. What is less available in this scenario is dedicated support for new basin-specific instrumentation outside the shared-protocol effort.
RMBL becomes a small institution with an outsized role in a wider field. Working at RMBL in the 2030s means working at a place that other mountain field stations depend on for shared infrastructure, that hosts cross-station working meetings year-round in town, and that is recognized in mountain science as the network's anchor. The technical core roughly doubles, with a clear split between basin-facing and network-facing work. Staff find themselves in regular contact with peers at other stations. The basin's identity as a place-based field station is not weakened but reframed: the basin is where the longest records live, the meetings happen, the tools are built. The institution carries new responsibility — other stations depending on RMBL means that funding shocks at RMBL ripple outward — and the campaign's savings exist partly to absorb that.
A contribution to this campaign joins an effort to give a small Colorado field station a role it could not have on its own: anchoring a network of mountain field stations across western North America and beyond. Your contribution is part of protecting the basin's longest records as one mountain system's contribution to a wider comparative science, of building the shared data tools and protocols that let researchers move between basins, and of sustaining the savings that let RMBL carry shared infrastructure through funding shocks. It is part of building the conditions under which a small independent nonprofit can be the connective tissue that a wider science needs. The work is quieter than visible expansion. What it asks of you is the belief that place identity and network identity can reinforce each other — that a hundred years of basin records become more valuable, not less, when they are read alongside parallel records elsewhere.
This scenario assumes several things that could fail. It assumes peer mountain field stations will accept RMBL — a small Colorado nonprofit — as a network anchor rather than coordinating among themselves or under a larger institution. There is no guarantee of this. Several peer stations are embedded in universities or national laboratories with more institutional weight than RMBL has, and could plausibly view a federated network as competition rather than infrastructure. It assumes that shared data standards and protocols can be agreed across stations whose research traditions developed independently for decades. Protocol harmonization is genuinely hard and often fails. It assumes that international partner stations can join under data-sovereignty arrangements compatible with U.S. law, which is increasingly fraught. It assumes that RMBL's independence — important here because partners are trusting RMBL with shared infrastructure — remains protected through the period.
The characteristic failure mode of this scenario is specific: the network coordination work absorbs more institutional energy than expected, and the basin's place-based science thins as staff and leadership attention flow outward. A field station that becomes mostly a coordinator stops being a field station. The scenario's bet is that place and network identity reinforce each other, but the genuine risk is that they compete and the place loses. A structural blind spot worth naming: this scenario assumes that comparative mountain science is the question the next two decades will most need answered. If the basin's distinctive value turns out to lie in depth rather than breadth — in coupled atmosphere-to-bedrock observation of one watershed, or in mechanistic ecology of one community — the scenario will look like a wrong bet in hindsight even if it executes well.
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Speculative. Lower resolution than the primary horizon.
By 2050, if the scenario's bet has paid off, the basin's century-and-a-quarter of records are read routinely alongside parallel records from a network of mountain stations spanning western North America and at least two other continents. RMBL is recognized as the network's anchor — a small Colorado nonprofit whose distinctive contribution to mountain science is connective tissue as much as observation. The marmot record, the meadow phenology series, and the snowmelt-driven plant work are still continuous, and are now part of a comparative library that has changed what mountain science can ask. Researchers move between basins using tools the basin team built. Place identity and network identity reinforce each other; the basin is where the longest records live and where the meetings happen. If the bet has failed in the ways the caveats name, the basin still has its records and its data team, but the wider network is thinner than hoped, and the next campaign horizon asks a different question.
In 2040, RMBL matters because the basin's century-long records are read in comparative context with other mountain sites globally, RMBL's data infrastructure is shared with peer stations, and the network of mountain field stations is itself stronger because the basin chose to anchor it. Place identity and network identity reinforce rather than compete.