Forest fire governance is shifting from a narrow suppression model towards a broader prevention-and-resilience approach, and this is where a pan-global lens becomes highly relevant. The Mediterranean region faces many of the same pressures seen in Himalayan forest systems, such as recurring forest fires, prolonged drought, land degradation, fragmented governance, and growing stress on rural livelihoods. In both contexts, forests are not only ecological assets but also critical infrastructure for water security, biodiversity, carbon storage, and local economies. A comparative frame therefore strengthens the case for prevention, community stewardship, and gender-inclusive planning.
Women and community stewardship
Women’s roles are central to fire prevention, because they are often the primary users and managers of forest biomass, fuelwood, fodder, and household natural resources (Pant, 2026). Their daily knowledge of local vegetation, seasonal risk, and resource-use patterns can improve early warning, fuel-load reduction, and post-fire recovery (Mishra et al., 2025). In many forest landscapes, however, women remain underrepresented in formal institutions, technical decision-making, and benefit-sharing systems. A stronger governance model must therefore recognise women not only as beneficiaries, but as active stewards, monitors, and leaders in fire-risk reduction and forest restoration (Pant et al., 2026).
Prevention through governance and technology
A fire-smart governance framework should prioritise prevention over emergency response. This means integrating fire-risk assessment into environmental impact assessment, land-use planning, infrastructure approval, and watershed management. It also means restoring and strengthening local institutions, such as community-managed forests and community forest user groups, while linking them to formal agencies through clear mandates and rapid-response protocols. Technology can support this shift when it is simple, affordable, and locally usable: satellite-based alerts, mobile reporting systems, GIS fuel mapping, and biomass-tracking tools can all improve preparedness without replacing community action (Sharma & Pant, 2017). The goal is not technology alone, but technology embedded in equitable institutions.
A shared regional lesson
The main lesson from this experience is that forest fire resilience depends on landscape governance, not only on fire suppression. Fire-smart landscapes are created through fuel management, the restoration of traditional stewardship practices, inclusive institutions, and stable financing for prevention. For the state of Uttarakhand in India, this means treating forest fire as a governance debt that can be reduced through women-led participation, community-based biomass economies, and legal reforms that place prevention at the centre of planning (Pant, 2026). The same logic applies across Mediterranean forest systems, where long-term resilience will depend on aligning ecological restoration with social inclusion, local knowledge, and cross-sector coordination.
References
- Pant, H. (2026). Forests on fire: governing Uttarakhand’s forest fire crisis: a governance-debt framework for transformative reform. https://doi.org/10.13140/RG.2.2.10712.46087
- Pant, H., Mishra, A., & Upadhyaya, P. (2026). Forest-based climate solutions in the Indian Himalayas: a community-centric pathway to carbon neutrality. In H. Singh (Ed.), Forestry for a carbon-neutral and sustainable future. Sustainability Solutions. Springer, Cham. https://doi.org/10.1007/978-3-032-06427-1_21
- Sharma, S., & Pant, H. (2017). Vulnerability of Indian Central Himalayan forests to fire in a warming climate and a participatory preparedness approach based on modern tools. Current Science, 112(10), 2100–2105.
- Mishra, A., Sekar, K. C., & Pant, H. (2025). Women protecting forests in Uttarakhand, India. Women as stewards of forests, 146.
This piece was contributed by Dr Harshit Pant, PhD (Forest Ecology), Scientist at the Centre for Socio-economic Development (CSED), G.B. Pant National Institute of Himalayan Environment (GBP-NIHE), Almora, Uttarakhand, India (see profile here).
