Incorporating Culture into Landscape Management for Sustainable Outcomes

Every landscape tells two stories at once. One is written by rivers, soil, climate, and the species that live there. The other is written by people, through farming, worship, harvesting, and the rules communities create to govern shared land. For a long time, landscape management treated these stories separately, focusing on ecology while sidelining the human practices that shaped the land in the first place. That separation is now seen as a mistake. Integrating cultural knowledge into landscape management has become central to building ecosystems that are both sustainable and resilient. This post explains what biocultural landscapes are, why management must work across multiple scales, and how communities have used cultural knowledge to keep land healthy for generations.

What makes a landscape biocultural 🔗

A biocultural landscape is one shaped by the interaction of natural and cultural processes over time. The idea rejects the older view that nature and culture are opposites. Instead, it treats human activity as a force that has continuously influenced ecosystems, just as ecosystems have shaped human life. The European landscape, for example, is described as a predominantly biocultural and multifunctional space because economic, social, cultural and environmental processes have been woven together across time and space. The same is true almost everywhere people have farmed, grazed animals, or fished for long periods.

This matters because it changes what we count as worth protecting. If you only measure trees and species, you miss the knowledge, customs, and institutions that allowed those species to survive. Landscapes rich in biological diversity are very often the ones managed by small farmers, pastoralists, and traditional fishing communities. Their practices are not separate from biodiversity; they are part of how that biodiversity came to exist.

The layers of biocultural heritage 🔗

Researchers have tried to break down exactly what is being managed when we talk about cultural knowledge in a landscape. One useful framework identifies several connected elements of biocultural heritage. These include the physical traces humans leave in ecosystems, the built and organised features of the land such as settlements and field boundaries, and the intangible knowledge passed down through generations in the form of place names, oral traditions, skills, and beliefs. The framework also stresses stewardship, meaning the ongoing activity of using this stored knowledge to guide future management.

The key insight is that intangible knowledge is as real a part of the landscape as the soil. When a community forgets why a certain slope was never cleared, or why a particular harvesting season was observed, the ecological logic embedded in that custom is lost too. Cultural memory functions like an instruction manual for keeping the land productive.

Why this view changes management goals 🔗

Once you accept that landscapes are biocultural, conservation stops being about freezing a place in time. The goal shifts toward sustaining the relationship between people and land. This is why purely technical, top-down approaches often fail. They protect a forest on paper but break the social systems that actually maintained it. A biocultural approach instead asks how to keep both the ecosystem and the cultural practices alive together.

Managing landscapes across scales 🔗

A landscape is not one thing. It is a set of nested systems, from a single grove or field up to an entire watershed or region. Biodiversity itself is multi-scalar, meaning it can be measured from genes and small ecological patches all the way up to broad regions. Cultural influence operates across these same scales. A household decides what to plant; a village decides how to share grazing land; a state sets forest policy. Effective management has to account for all of these at once.

Why a single scale falls short 🔗

Managing only at the local level can leave communities powerless against pressures coming from outside, such as large infrastructure projects or invasive species. Managing only at the national level produces rigid, uniform rules that ignore local realities. The solution lies in connecting scales. Strong arguments for multi-level governance suggest that community-based management works best when it is linked to regional and national systems, when scientific and traditional knowledge are brought together, and when there is genuine sharing of information and dialogue about goals. This kind of arrangement builds the capacity to adapt to change and to manage for resilience rather than for a fixed end state.

Adaptive and dynamic strategies 🔗

Adaptive management treats every action as an experiment to learn from, rather than a permanent solution. Because biocultural landscapes are always changing, both ecologically and socially, management plans must be flexible enough to respond. Forest governance in India illustrates this need clearly. Critics argue that uniform national planning codes are poorly suited to community forests, and that contextual, adaptive, and locally prepared plans should replace one-size-fits-all frameworks. Communities adopt innovative and sustainable measures based on their deep understanding of the land, something a distant bureaucracy cannot replicate. Recognising local knowledge and giving communities real authority is, in this view, the foundation for building resilient forests.

Case studies in integrated management 🔗

The strongest evidence for integrating cultural knowledge comes from places where it has been practised for centuries. The following examples show how cultural systems have delivered measurable ecological benefits.

Sacred groves as living conservation networks 🔗

Sacred groves are patches of forest protected by communities through religious belief, ritual, and taboo rather than by formal law. They exist across the country, with surveys recording many thousands of such groves spread over very different climates and terrains. Globally, they are understood as biocultural landscapes where myth, ritual, and traditional ecological knowledge act as informal conservation mechanisms, functioning as biological refugia that shelter biodiversity while preserving cultural identity. The same research notes that they support local livelihoods through non-timber forest products and eco-tourism, showing that protection and use can coexist.

Their ecological value is well documented. Studies of groves in regions such as the Western Ghats, Meghalaya, and Tamil Nadu have found that they often harbour rich plant diversity, including medicinal and endemic species that have disappeared from surrounding areas. In the Pachmarhi Biosphere Reserve, groves managed by Gond and Mawasi communities are each named after a guarding deity and tied to specific customs, and they preserve a wide range of useful and rare species. The deity is not just symbolic; the belief system is the management tool that keeps the forest standing.

Community forest rights and adaptive co-management 🔗

India’s Forest Rights Act of 2006 created a legal route for recognising the authority of forest-dwelling communities over their customary lands. Scholars argue that incorporating traditional knowledge into forest law advances participation, social justice, and sustainable development, because people who live on the land hold detailed knowledge of how its ecosystems function. Where communities have secured these rights, several have successfully protected their forests from deforestation and carried out restoration. Researchers studying the law’s wider impact suggest that forest dwellers adopt creative, locally grounded measures rather than the standard methods used by forest departments, strengthening both ecological resilience and climate adaptation.

A long-term experiment in the temperate Himalaya shows what this looks like on the ground. A mixed tree, bamboo, and medicinal-herb plantation built on the principle of adaptive co-management was used to restore a degraded community forest, with biodiversity, carbon storage, and economic returns tracked over two decades. When early losses occurred, the broader system absorbed them, and local people chose to maintain and expand the effort once it became economically worthwhile. The combination of community ownership, traditional crop knowledge, and flexible management produced lasting recovery.

Shifting cultivation and grassland commons 🔗

In the northeast, shifting cultivation, known as jhum, has long been tied to the social and cultural life of tribal communities, with much of the land held as common village property. Studies frame this as an adaptive, climate-smart land system whose resilience comes from collective tenure and traditional crop management. Treating it merely as backward agriculture, and converting it without understanding its logic, can damage both the ecology and the community.

The risks of ignoring local knowledge are visible elsewhere too. In landscapes such as the Banni grasslands, outside intervention that introduced an invasive species displaced native grasses and shrubs that local communities depended on. Advocates argue that restoration should instead follow communities’ traditional wisdom and needs, channelled through their own decision-making bodies. The pattern is consistent across all these cases: when cultural knowledge is respected and resourced, landscapes tend to recover; when it is overridden, both people and ecosystems suffer.

What do you think? If a community’s belief system has protected a forest more effectively than formal law, how should modern policy support that without turning it into another rigid rule? And in your own region, which local practices might already be quietly sustaining the landscape in ways official planning overlooks?

References

1. https://link.springer.com/article/10.1007/s10531-015-1003-8
2. https://www.sciencedirect.com/science/article/abs/pii/S2213305419300062
3. https://dlc.dlib.indiana.edu/dlc/items/a82c39e0-1818-4a90-a908-201755853a2c
4. https://compass.rauias.com/current-affairs/challenges-forest-governance-in-india/
5. https://www.sciencedirect.com/science/article/abs/pii/S1617138126001044
6. https://link.springer.com/article/10.1007/s11676-014-0429-2
7. https://link.springer.com/chapter/10.1007/978-981-97-4206-6_10
8. https://rightsandresources.org/blog/effective-implementation-of-the-forest-rights-act-can-help-india-secure-a-just-and-sustainable-pathway-to-climate-change-mitigation-and-adaptation-new-study-says/
9. https://link.springer.com/article/10.1007/s11629-024-8872-9
10. https://www.researchgate.net/publication/280717706_Community_Land_Tenure_and_Adaptive_Landscape_Management_as_Climate_Smart_Options_Arguing_Resilience_of_Alternate_Land_Systems_in_Nagaland_India
11. https://globalforestcoalition.org/community-conservation-india/