Nepal’s fuel dependency crisis exposes structural fragility amid global oil shocks and regional power asymmetries

Indigenous Nepalese communities have historically relied on decentralized, low-energy systems such as solar drying (*sukuti*), biogas from agricultural waste, and community-managed forests for fuelwood. These systems were disrupted by colonial-era forest policies and later by neoliberal energy reforms that prioritized centralized, fossil-fuel-based grids. Traditional knowledge of seasonal fuel cycles (e.g., *Bisket Jatra* fire rituals) could inform adaptive strategies to mitigate shortages. However, indigenous voices are systematically excluded from national energy planning.

Nepal’s fuel dependency traces back to the 1950s, when India gained monopoly control over fuel imports via the 1950 Indo-Nepal Treaty of Trade and Transit. Structural adjustment programs in the 1980s-90s forced Nepal to privatize its energy sector, dismantling public refineries and pipelines. The 2015 Indian blockade, which crippled Nepal’s fuel supply for months, revealed the fragility of this dependency. Historical parallels include Sri Lanka’s 2022 collapse due to similar import reliance and Zambia’s copper-dependent crises in the 1980s.

Across the Global South, nations with similar fuel dependencies (e.g., Bangladesh, Pakistan) have turned to regional hydropower cooperation (e.g., Bhutan’s surplus) or decentralized solar grids to reduce vulnerability. Indigenous communities in the Andes and East Africa have long used *qhatu* (traditional fuel-saving stoves) and *solar dehydrators* to mitigate fuel scarcity. In Nepal, the *Community Forestry Programme* (1993) demonstrated how local governance can sustainably manage fuelwood resources. These models contrast with Nepal’s current top-down, import-dependent approach.

Studies show that Nepal’s fuel crisis is exacerbated by its 98% reliance on imported petroleum, with 80% coming from India, leaving it vulnerable to geopolitical shocks. Research from the *International Energy Agency* (2023) highlights that decentralized renewable energy (e.g., micro-hydro, solar) could meet 60% of rural energy needs by 2030. The *Nepal Energy Research Centre* has documented that 70% of fuelwood consumption could be replaced by biogas from agricultural waste. However, policy implementation lags due to lack of investment and regulatory barriers.

In Nepalese culture, fuel is not merely an economic input but a sacred element—used in *puja* rituals, cremation fires, and agricultural ceremonies like *Maghe Sankranti*. Artists like *Suman Shakya* have used folk music to critique energy dependency, while Buddhist monasteries in Mustang have pioneered solar-powered *stupas*. The *Mithila* tradition of *madhubani* art often depicts fuel-gathering as a communal act, reflecting resilience. These cultural practices offer symbolic and practical pathways to reimagine energy use.

Scenario modelling by the *Nepal Energy Commission* suggests that diversifying imports (e.g., LNG from Qatar, hydropower from Bhutan) could reduce dependency by 40% by 2035. A *circular economy* approach—converting agricultural waste to biogas—could create 50,000 rural jobs while cutting fuel imports by 25%. Regional energy grids (e.g., SAARC power exchange) could stabilize supply but require political will. Without intervention, Nepal’s fuel crisis will deepen with climate change, as erratic monsoons reduce hydropower output.

Rural women, who spend 3-5 hours daily collecting fuelwood, are disproportionately affected by shortages, yet their labor is invisible in policy debates. Dalit and indigenous communities, who rely on forest-based livelihoods, face discrimination in accessing alternative energy programs. Migrant workers in Gulf countries, who remit fuel costs, are blamed for exacerbating shortages but are excluded from solutions. Grassroots groups like *Alternative Energy Promotion Centre* advocate for women-led biogas initiatives, but lack funding and political support.