Introduction and Background
Phoxing Village is located in Khilung Deurali, corresponding to Wards 6-7 of Bheerkot Municipality in Syangja District, Gandaki Province, Nepal. This mid-hill region experiences a subtropical to lower temperate climate depending on elevation and slope. Many farmers in Syangja are already cultivating citrus (especially oranges) on large scales. The district has expanded orange orchards to more than two thousand hectares under the Orange Superzone program, and in recent years Syangja has produced oranges worth over one billion Nepalese rupees. These facts show that high-value horticulture is already viable here, and that there is institutional support for horticultural expansion.
Electricity is present in many rural areas, and certain nearby places are served by internet service providers offering fiber or high-speed connectivity. There are agricultural extension services, cooperative groups, and local government bodies that have supported farmers through subsidies, training, and infrastructural programs. The Cooperative Act of Nepal (2074) provides legal infrastructure for cooperatives, and recent amendments and ordinances are strengthening cooperative regulation, including transparency, savings protection, and governance.
In Phoxing Village the terrain is hilly, slope gradients vary, soil conditions are mixed, and water availability is seasonal. Many households engage in subsistence farming, some cultivate cash crops, and traditional knowledge exists among farmers. But there is a gap between what is possible and what has been scientifically optimized; especially for new crops, post-harvest processing, digital agriculture, biodiversity, and combining tourism with agro-innovation.
Vision
The vision is to establish a fully non-profit research, development, and enterprise hub in Phoxing Village that integrates sustainable agriculture, climate-resilient research, digital tools and remote work training, biodiversity conservation, and community-led eco-tourism, operating under a legally registered cooperative which ensures shared ownership among the local residents. The model will be replicable and documented, and will aim for financial sustainability through sale of research, information, trainings, and income from tourism and value-added agricultural products. Abroad researchers are invited to collaborate, contribute expertise, and live in the hub with free accommodation; they only cover basic living expenses (food, clothing, travel) in support of shared, non-profit goals.
Research & Development Goals
These goals are grounded in local realities and existing institutional frameworks in Syangja. The R&D hub will focus on:
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Establishing baseline data in Phoxing for soil composition, micro-climate, water availability, slope and sun exposure. These data will guide which crops grow best in each micro-zone.
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Pilot trials of high-value cash crops suited to the location, likely including coffee, citrus (like oranges and lemons), avocado, and possibly indigenous fruit species. Trials will include testing different varieties, shade levels, fertilizer inputs, and organic or low-chemical methods.
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Post-harvest processing research so that value is added locally: for example better drying, storage, packaging, quality grading so that fruit or coffee can fetch higher prices.
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Biodiversity and ecosystem services research: mapping insect pollinators and pests, forest health, erosion and landslide risk, water catchment, and studies of agro-forestry combinations that can help both conservation and crop yield.
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Digital agriculture tools: deploying sensors for soil moisture, temperature, humidity; developing predictive models for yields, weather patterns, disease risk; building simple software or apps to help farmers track production, quality, market demand and cooperative management.
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Eco-tourism and homestay development that connects visitors with the research process: people can come, stay, learn about planting, processing, biodiversity, climate, digital tools. This experience gives them a reason to visit, and also helps share knowledge.
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Cooperative governance, training, capacity building: ensuring that local people are trained in farm science, digital skills, cooperative financial management, environmental monitoring, hospitality. Ensuring the cooperative structure works legally, transparently, and benefits all members.
Requirements & What Must Be Done
To make this proposal real and feasible, several necessary steps must be taken and resources identified:
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Formally register the cooperative under Nepal’s Cooperative Act 2074. Confirm number of members, draft bylaws, secure necessary approvals. This gives legal identity, allows fund applications, agreed profit sharing, financial transparency.
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Collect local data: soil tests (pH, organic matter, nutrient levels), rain and temperature records, water sources mapping; survey land slopes, sun exposure; inventory of existing cash crops and forest cover in Phoxing.
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Assess local connectivity: check actual internet service in Phoxing, distance to fiber nodes, mobile network coverage, reliability of power supply; plan for backup power (solar, batteries) and possible infrastructure extension if needed.
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Secure small land plot(s) for R&D trials, homestay construction, sensor station, processing space. Confirm land tenure and local community support.
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Build essential infrastructure: trial farm plots, small lab or workspace, homestay building, guest accommodation, simple processing facilities.
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Train local people: in agronomy, digital literacy, hospitality, environmental monitoring. Possibly partner with local agricultural extension services, NGOs.
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Seek small grants initially: for baseline survey work, soil testing, sensor equipment, trial inputs, construction of minimal accommodation. Use existing programs (agrarian development, climate, conservation). Leverage cooperative registration to qualify.
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Create documentation plan: record everything, publish findings (reports, articles), share best practices. This builds credibility for larger funding and replication.
Reality Constraints & Risk Mitigation
Because Phoxing is a remote mid-hill village, the following challenges must be acknowledged and planned for:
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Dry season water scarcity: must plan for irrigation or water storage.
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Difficult access during monsoon: roads may become muddy, slippery; transportation of inputs and products may be disrupted. Need to choose sites accessible year-round, build storage to buffer.
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Limited budgets: must prioritize low-cost, high-impact interventions first: soil.tests, varieties that have higher chance of success, minimal infrastructure to start.
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Market linkage: even if you produce high quality crop, getting it to market, storing, packaging, transport can eat margins. Need to research markets and possibly form partnerships with buyers.
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Community buy-in: local acceptance matters. Trainings, shared ownership, fairness in benefit sharing must be built in to avoid conflicts.
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Regulatory compliance: cooperatives, land use, forest / biodiversity regulations must be followed. Local government must be involved.
Call for Abroad Collaboration
We are seeking collaborators from around the world who can offer expertise, support, or partnership. You may be a researcher, student, grant writer, environmental scientist, agronomist, software or AI engineer, eco-tourism expert.
What we offer to you: free stay in Phoxing Village, access to land, workspace, internet (as available), support from local community, opportunity to live and work in rural Nepal, contribute to non-profit research with real impact. Your expenses for food, clothing, and travel will be your responsibility.
What we hope you can bring: scientific or technical expertise, help with data collection and analysis, helping write research reports or grant proposals, help design or build small tools (sensors, apps), assistance in organizing community-training or workshops, working with post-harvest processing, help with eco-tourism design.
Conclusion
Phoxing Village, Khilung Deurali, has the climate, local farming base, and institutional environment to become a model R&D hub for sustainable rural development. With realistic baseline data, carefully selected crops, capacity building, digital tools, conservation research, and community ownership under a cooperative, it is possible to build a fully non-profit hub that benefits locals, produces publishable research, attracts collaboration, and generates sustainable livelihoods.
Abroad experts and organizations are invited to join this journey. Even modest contributions of knowledge, time, or small funding can accelerate reality.
