Shooting the RapidsNavigating Transitions to Adaptive Governance of Social-Ecological Systems

Picture a stretch of whitewater. Not the metaphor yet — the actual thing. The current accelerates, the channel narrows, and the rules of calm water stop applying. A skilled paddler doesn't fight it. They read the river, and they move. Olsson and colleagues, a team spanning Sweden, the United States, Thailand, and Australia, used that image deliberately. Shooting the rapids is what it looks like when a society tries to fundamentally change how it governs an ecosystem. However, most societies, they found, capsize. The reason most governance systems fail ecosystems comes down to a basic mismatch. Most governance regimes are designed for stability — to produce efficiency, reliability, and predictability. But as Olsson and colleagues argue, attempting to lock a system into a stable configuration ultimately increases its vulnerability to unexpected change. Human societies and ecosystems are deeply coupled. The rules, institutions, and practices people use co-evolve with ecosystem dynamics. When that coupling is ignored, environmental feedback gets masked, and systems drift toward degradation or collapse. The term for this coupled reality is social-ecological systems or SESs. Adaptive governance is the alternative. It relies on polycentric institutional arrangements — nested, quasi-autonomous decision units operating at multiple scales — connected by networks that link individuals, organizations, agencies, and institutions. It balances decentralized and centralized control, emphasizes learning and experimentation, and is sometimes called adaptive co-management. Transformability, defined by Walker and colleagues and invoked throughout this paper, is the capacity to create a fundamentally new system when existing conditions become untenable. This is not incremental tinkering — it is a genuine reconfiguration of the defining variables and cycles of governance. To find out what makes such transformations possible, Olsson and colleagues compared five Resilience Alliance regional case studies: Kristianstads Vattenrike in Sweden, the Northern Highlands Lake District in Wisconsin, the Florida Everglades, the Mae Nam Ping Basin in Thailand, and the Goulburn-Broken Catchment in Australia. What they were looking for were the social ingredients — the human factors — that allowed some systems to shift toward adaptive governance while others stalled or collapsed. The first thing they found is the one most likely to be invisible to outsiders. Before any transformation becomes visible, there is a preparation phase — slow, cumulative, relational work that can unfold over decades. The consistent signature of this phase is the emergence of what the authors call shadow networks: informal groups operating outside official channels, experimenting with alternative ideas, building expertise, and assembling the knowledge and relationships needed to act when the moment arrives. These are skunkworks by another name. In Kristianstads Vattenrike, a self-organized network emerged in the mid-1980s, linking local environmental groups, farmers' associations, and the Bird Society of Northeastern Scania with actors at the county and national levels, including WWF Sweden and a national research council. That networking produced new ecological inventories that, as Olsson and colleagues put it, constituted the basis for later action. In the Everglades, successive shadow networks stretching back to 1939 synthesized understanding through modeling workshops, demonstrated that vegetation trends and wildlife declines were reversible, and fed a 1992 colloquy that extended their ideas into management and political arenas. Shadow networks do more than generate ideas. They build trust, perform sense-making, manage conflict, and serve as reservoirs of collective knowledge and memory. The time horizon here is long — Olsson and colleagues advise assessing these processes across at least thirty to fifty years. That is why the preparation phase looks like nothing is happening. It is the load-bearing structure for everything that follows. Then a window opens. John Kingdon's three-stream framework describes how policy change happens: a problem stream, a solution stream, and a politics stream each flow independently until they converge. Olsson and colleagues apply this directly to social-ecological transitions. A window of opportunity opens when an ecological or social crisis makes the problem undeniable, a prepared network already has an ecosystem-based solution ready, and the political moment permits action. All three streams must couple, and that coupling requires leaders who can span arenas. In Kristianstads Vattenrike, declining bird populations, worsening water quality, and the overgrowth of lakes made the problem visible. Sven-Erik Magnusson connected ongoing projects, framed an ecosystem approach, and brought it to two municipal politicians who acted as policy entrepreneurs, persuading the Municipality Executive Board to support the idea. Eventually, Kristianstads Vattenrike was designated a UNESCO Man and the Biosphere area in June two thousand five. In the Everglades, ecological signals like algae blooms in Lake Okeechobee triggered parallel state and federal planning processes. Scientific networks promoted solutions through expert panels and legal action — the U.S. federal government sued the State of Florida in nineteen eighty-seven — and those coupled streams culminated in state and federal legislation in two thousand authorizing eight billion dollars for restoration. Different scales, different actors, same structural logic: crisis meets prepared solution meets political moment. Olsson and colleagues are clear that these windows are brief. If entrepreneurs fail to act or the political moment shifts, the window closes. That makes the identification of policy entrepreneurs — specific leaders who recognize the opening and move quickly — one of the paper's most practical findings. Then comes the actual shooting of the rapids. The transition phase is turbulent and uncertain in a way the preparation phase is not. Here, Olsson and colleagues use the adaptive-cycle metaphor to distinguish front-loop dynamics — actions aimed at efficiency and stability — from back-loop dynamics, which emphasize resilience and reconfiguration. Successful navigation means moving innovations developed in the preparation phase through the front loop and into the back loop, where genuine reorganization becomes possible. The Everglades, they note, underwent four distinct management transformations across the twentieth century. Each reoriented its governance era. That is what successful navigation looks like across long time scales. The Mae Nam Ping Basin in Thailand shows what impeded navigation looks like. Olsson and colleagues, drawing on work by Lebel and colleagues, describe a basin in a late phase of the adaptive cycle with high potential for collapse — where small changes in supply or demand could trigger major economic repercussions. Earlier governance responses failed to address social and ecological problems at the basin level, repeatedly framing them to serve other political and development agendas. Proposed solutions, like a Thai water grid involving interbasin transfers from Burma and Laos, reinforced centralized supply-side fixes rather than reconfiguring governance to match ecological scales. The shadow network's alternative ideas never propagated into regional policy. They remained peripheral. The window passed. What separated the cases that navigated from those that didn't comes down to four factors Olsson and colleagues identify across the full comparison. First, shadow networks incubated novel ideas during the preparation phase. Second, visionary leadership performed specific functions: trust-building, sense-making, compiling and communicating knowledge, mobilizing support, spanning scales, and orchestrating networks. Third, windows of opportunity were either recognized or created by leaders. Fourth, cross-scale linkages and bridging organizations played crucial roles. In Kristianstads Vattenrike, the Ecomuseum KV played exactly that bridging role, channeling resources and linking actors. In the Goulburn-Broken Catchment, a similar organization became a barrier instead, masking feedback rather than enabling it. The authors also flag a risk that runs through several cases: over-reliance on a small number of leaders. They call this vulnerability to accidents of history. If transformation depends on one or two individuals, the loss of those individuals ends the transformation. Designing resilient processes means distributing leadership and maintaining a portfolio of projects that can await opportunities rather than betting everything on a single window. There is a warning embedded here too. Not all transformations are desirable. Ecological systems can transform toward degradation just as easily as toward sustainability. The capacity to shoot the rapids is not inherently good; it is the capacity to change fundamentally, for better or worse. That is why cultivating transformability requires not just shadow networks and entrepreneurial leaders, but an awareness of which direction the current is running. In a world of accelerating environmental change, that capacity matters. The quiet years of preparation, the trust built in informal networks, the leader who recognizes the window and moves — these are not background conditions for governance. They are the mechanism. The rapids will come. The question Olsson and colleagues spent these five cases answering is whether anyone in the boat has been learning to read the water. This lecture was created by ennepō. Go to https://ennepo.ai to Discover, Create and Follow the latest research in your field. Read when you can. Listen when you want to.