Ingredients for Success Tool
↓ Download as PDFA printable version of this tool to take into the field.
Every community and every ecosystem carries memory: knowledge, practices, and biological designs that have been tested and refined over generations. Social memory lives in elders who remember what the land looked like before decline, in traditional practices that governed how resources were used, in stories and values that shaped how people related to their environment. Ecological memory lives in nature itself: in the evolutionary design of organisms and ecosystems that, given the chance, know how to recover and rebuild. When restoration draws on both kinds of memory together, communities aren't starting from scratch. They're recovering something that already worked.
Recognize It
-
Do community elders or long-term residents remember what the local environment looked like before degradation began?
This memory (of fuller rivers, richer soils, more abundant fish, denser forests) provides a reference point for what restoration might achieve. It also tells you where the ecosystem's potential still exists, even if it's not visible now.
-
Does the community have traditional practices for managing shared natural resources that were in use before the decline?
Traditional fishing methods, agricultural techniques, water management structures, forest use customs: these practices represent generations of local adaptation. Even if they've been abandoned or disrupted, they often remain in living memory.
-
Are there traditional values or principles governing how people relate to nature that could support restoration?
Values like "take only what you need," seasonal restrictions on harvesting, or the idea that the land belongs to future generations as much as to the present: these aren't just cultural artifacts. They are functional rules for sustainable resource use.
-
Does the ecosystem itself show signs it retains the capacity to recover?
Ecological memory is nature's built-in recovery capacity: the seeds still in the soil, the predator species that return once conditions improve, the coral polyps that recolonize a reef given protection. Evidence that recovery has happened elsewhere, or in small pockets locally, is evidence that ecological memory is intact.
-
Is there knowledge of where traditional resource management worked well, or where ecosystem health was strongest in the past?
Knowing where to focus restoration (which reef had the richest coral, which forest had the best watershed function, which fields were most productive) can guide decisions about where to begin.
Amplify It
If social and ecological memory are already present, here are strategies for putting them to work.
Surface and document what people remember
Create opportunities for elders and long-term residents to share what they know: through community meetings, structured interviews, participatory mapping of how the landscape looked in the past. This knowledge is often undervalued until it's explicitly recognized as useful. Making it visible strengthens its legitimacy as a guide for action.
Connect traditional practices to modern approaches
Traditional practices and modern science often reinforce each other. Agroforestry that mimics the structure of a natural forest draws on both. Natural pest management draws on traditional knowledge of plants and predators, backed by ecological science. Looking for these connections avoids the false choice between "traditional" and "modern" and makes both more effective.
Let the ecosystem lead where it can
Ecological memory means that ecosystems, given the right conditions, know how to recover. Where the memory is intact (where soils, seeds, and species still hold the blueprint), the community's job is often to remove the pressure and let recovery begin, rather than to engineer it. This is also the basis of the related ingredient, Letting Nature Do the Work.
Use memory to set realistic and motivating goals
Knowing that the reef was once rich with fish, or that the river once ran year-round, makes restoration concrete rather than abstract. These memories translate into goals the community can recognize and measure: goals that are ambitious enough to matter but grounded in what this specific ecosystem has actually done before.
Build It
If social and ecological memory have been lost or are severely depleted, these strategies can help reconstruct them.
Seek out anyone who remembers
Even in communities with significant population turnover or cultural disruption, there are often individuals (elders, returned migrants, people from neighboring communities) who carry fragments of useful memory. Seek them out deliberately. A single person's recollection of traditional water management practices or fishing customs can be enough to begin.
Look to neighboring communities or ecosystems
If local memory has been lost, adjacent communities or similar ecosystems may preserve it. Communities that maintained traditional practices can serve as models. Ecosystems nearby that were less degraded can show what recovery looks like and what species should return.
Use ecological evidence to reconstruct the past
Old photographs, land records, oral histories from outside the community, scientific surveys from earlier decades: these can help reconstruct what the ecosystem once looked like and what it might become. Even fragmentary evidence helps set direction.
Bring in outside knowledge that connects to local conditions
When internal memory is insufficient, outside experts (scientists, extension workers, practitioners from similar contexts) can help fill the gap. The key is that outside knowledge should be introduced in ways that complement and build on whatever local knowledge remains, not replace it.
Work Around It
When elders have died or left, and traditional knowledge has been lost
Start with ecological evidence and neighboring community practices. Be honest with the community that you're working toward a possible future rather than recovering a known past: but make clear that ecosystems in similar conditions have recovered, and that nature's own memory (its capacity for self-restoration) is still working even when human memory is depleted.
When traditional practices were themselves unsustainable, or contributed to the decline
Not all traditional practices are worth restoring. Where they were part of the problem, the task is to identify which values and principles remain useful (sustainable harvest levels, collective stewardship, respect for natural cycles) while leaving behind the specific practices that caused harm. Outside knowledge may be more important here than in cases where tradition was genuinely sustainable.
When the ecosystem is so degraded that ecological memory is uncertain
Even severely degraded ecosystems often retain more recovery capacity than they appear to. Start small: protect a small area, reduce the key pressure, and watch for signs of recovery. If native species begin to return, if water begins to flow, if soil begins to rebuild, ecological memory is likely intact. Let early results guide how far and how fast to proceed.
Learn More
Learn about systems thinking and how social and ecological memory enables communities to draw on the past to build a sustainable future.