A fork in the road to Rio: Nepal

Surya and Saraswati Adhikari in their farm. Photo: Bioversity/B. Saugat

Surya and Saraswati Adhikari in their farm. Photo: Bioversity/B. Saugat

This is the first in a new series of farmer stories 'A fork in the road' to mark our Rio+20 campaign trail - On the Road to Rio. Read more about our campaign and meet other farmers here  [1].

Meet Surya Adhikari

Set against an imposing Himalayan backdrop, in the Kaski district of Nepal, Surya Adhikari and his wife, Saraswati Adhikari, manage their farm. They grow 152 varieties of plant species including medicinal herbs, fuelwood, grass, orange, coffee, and lemons. Surya’s farm has become a model for visitors from all over the world who come to find out how mixing agricultural biodiversity, the laws of nature and scientific knowledge together can benefit their own farming practices. Future plans include an agricultural college in the local area to encourage young people to follow in Surya's footsteps.

Smallholder farming in Nepal

More than 80% of the people in Nepal are engaged in agriculture, which represents 41% of the GDP. Many of these are smallholder farmers who work in often marginal conditions, across the country’s eight different climatic zones that vary in scope from tropical to alpine conditions.

Nepal is a hotspot for agricultural biodiversity but the dominant agricultural systems are dependent on a small number of staple crops such as rice, wheat, sugarcane and maize, with many traditional varieties disappearing fast.

Smallholder farmers here are often economically impoverished. Further pressures on their ability to produce food and generate income are being felt through increased instances of droughts and floods caused by climate change. Political instability is also an important factor.

But Surya’s story does not start here. Like many smallholder farmers in Nepal, Surya’s family has been engaged in farming from the time of his forefathers. Facing financial difficulties, exacerbated by steep medical bills after his wife was bitten by a snake, Surya had to sell precious farming land, leaving him and his wife with just 3 ropani (1 ropani = 500 square meters) of difficult wet terrain to cultivate. A mixture of hard work and applying knowledge about how to use agricultural biodiversity and plant breeding methods more effectively, has slowly turned the land into a profitable and productive enterprise.

An eagerness to better understand how science and nature can work together led Surya to take part in a participatory plant breeding and diversity management programme, run by Bioversity International with partners. This programme helped enhance his already extensive knowledge of local crops, and enabled him to use local diversity to breed new crop varieties, and pass this knowledge on to others. A recent trip saw him travelling as far afield as Skrang in Sarawak, Malaysia, to speak to local farmers about the importance of participatory plant breeding for improving rice varieties.

Surya kindly agreed to talk to us about how his involvement with this programme has helped him and his local community.

Saraswati breeding rice. Photo: Bioversity/B. Saugat

Saraswati breeding rice. Photo: Bioversity/B. Saugat

Q: How important is the exchange of knowledge between farmers and scientists?

A: The relationship between farmers and scientists is like that of rock and soil - we are dependent on each other. Working with the scientists, we have learnt to modify our traditional knowledge to get the most from our land. The land near my house is very fertile but waterlogged. Everybody in my neighborhood used to think I was insane to start farming there, but now the land has become very productive and I have been able to commercialize orange, coffee and lemon farming. I use traditional organic manure techniques, such as worm farming and collecting the urine and dung of cows and buffaloes. You need to respect the land and follow nature’s rules – you cannot go wrong if you do that.

We have also come to understand how to improve traditional crop varieties. Through training, I have developed from a farmer into a breeder. 

Surya showing wild rice plants in his farm. Photo: Bioversity/B. SaugatQ: How has gaining more in-depth knowledge about plant breeding helped you?

A: As part of a project to empower communities to manage agricultural biodiversity on the farm, I was introduced to the wild rice ‘Nabo’, the ancestor of modern rice varieties which grows naturally at Rupa Lake.  After training with the scientists, we tried to cross the wild rice with locally cultivated landraces to produce new varieties to withstand swampy and marshy lake lands. Crossing wild rice with improved varieties allows you to take the good characteristics (such as water logging resistance) and replace negative ones (such as low production). Success depends not only on me but on nature and knowledge. If nature is on our side and if we get help from scientists then we will probably succeed. 

Two new varieties I am working on, ‘Biramphool’ and ‘Mansara’, have become very popular. Biramphool is valued for its taste and high cooking quality, while Mansara has a good adaptive trait under low fertility, low moisture conditions. We are continuing our research on these and also working on two new varieties - Ghaiya and Kathe Kurdi.

Collective action

Nepal’s strong sense of community and collective action has enabled community leaders, like Surya Adhikari to become catalysts for change, spreading knowledge about the conservation and use of local agricultural biodiversity to improve farmer livelihoods. Projects by Bioversity International, carried out with local implementation partners such as Local Initiatives for Biodiversity Research and Development  [2] (LI-BIRD) and the Nepal Agricultural Research Council  [3] (NARC) have tapped into strong local networks to combine scientific knowledge with local knowledge of Nepal’s diverse plant heritage in order to find ways to mitigate risks to farmer income and productivity.
The project was funded by Canada’s International Development Research Centre  [4] (IDRC) and the Government of the Netherlands.

Q: Why is agricultural biodiversity important to smallholder farmers in Nepal?

A: Agricultural biodiversity is an important part of our tradition and has a significant role in the livelihoods of the local community. If the plant varieties we have today keep on disappearing then our lands may become barren in the future. This will adversely affect everyone in Nepal as it will have a negative impact on the food security system of the nation. If all the seeds and saplings are used up then we might be unable to do any farming or research at all.

Another thing to consider is that each and every variety of plant has its own unique value, for example, medicinal value or taste and fragrance. Due to the presence of such diverse features in different plant varieties, it is important to continue and preserve agricultural biodiversity.

Q: What is the biggest challenge facing smallholder farmers in this region at the moment?

Natural challenges such as extreme weather events - hailstorms and heavy rainfall – and climate change are major issues for farmers today. Recently, for example, a few days of heavy rainfall at the time we were storing rice meant farmers had to face heavy loss as everything was ruined. A year’s hard work went in vain.

Poster outside Surya's home. Photo: B. Saugat / Bioversity

Q: You have become well-known in your local area and further afield, spreading knowledge about how to use agricultural biodiversity on the farm for sustainable production and improved livelihoods. Why is it important to you to pass on what you have learnt?

A: My interest has always been in sharing knowledge to empower the community. We teach the breeding methods we have learnt to those who are interested whether from our local communities here in Nepal or to international visitors. We have a local Participatory Plant Breeding Group of 27 members including 8 women, as well as other groups like the women’s association, where we learn from each other.

I feel that programmes that can improve the livelihoods of poor and marginalized people dependent on agriculture should be initiated and promoted especially those that recognize individual farmers’ problems at the community level and that ‘one size does not fit all’.  Community-based programmes that have the active participation and involvement of farmers are a must.

We also encourage visitors to the farm. We are part of a home stay programme through World Wide Opportunities on Organic Farms  [5] which we joined around 7 years ago. Around 80 to 90 people come to stay every year to learn about how to farm organically and grow crops like coffee.

A big worry is the lack of young people’s interest in the agricultural sector here in Nepal. They prefer to go abroad or migrate towards city areas in search of money, even if they have to leave their land barren.  We would like to establish an agricultural college in Lekhnath (a municipality in the Kaski District) to help shift attitudes of younger people towards agriculture.  If there was at least one agricultural college in each district, then the younger generation of our country, would change their views.

Read more

 Policy initiative helps Nepal to protect crop diversity (74 KB)  [6]

 Farmer variety officially approved in Nepal (105 KB)  [7]

 Modern crop varieties can increase local genetic diversity (78 KB)  [8]

 On-farm conservation of agricultural biodiversity in Nepal Vol.1 (4.4 MB)  [9]

 On-farm conservation of agricultural biodiversity in Nepal Vol.2 (2.0 MB)  [10]

Acknowledgements

Thank you to LI-BIRD  [2] for conducting this interview with Surya on behalf of Bioversity International and translating the original text. Thanks also to Surya Adhikari and his family for taking the time to share his story. Mr Adhikari has also worked with other NGOs in Nepal.

Similar posts:

Filed under: Sustainable agriculture  [14], Conferences & Events  [15]See also: Agricultural Biodiversity  [16], Asia  [17], Climate Change  [18], Home gardens  [19], Nepal  [20], On farm conservation  [21], Plant Breeding  [22], Rice  [23], Rio+20  [24], smallholder farmers  [25]

Web Address of the page:

http://www.bioversityinternational.org/farmer_stories/a_fork_in_the_road_to_rio_nepal.html?tx_wecdiscussion[sub]=1

Links in this page