PROJECT HIGHLIGHT
Fodder oats in Nepal
In the Terai and Mid-hills regions of Nepal lack of winter feed has always been one of the major problems in livestock raising and the need for fodder to cover the winter-spring gap from September to April (and especially December to April) has been a considerable constraint to livestock development. Malnutrition over this part of the year reduces the condition of the animals and adversely affects production levels. As there is a shortage of land, fodder growing mostly has to follow paddy rice in irrigated areas. There is scope for sowing winter fodder, which can grow through the cool season and be off the land before it has to be prepared for the following rice season. Oats (Avena sativa L.) is among the crops, which suit this purpose.
FAO through project TCP/NEP/2901 “Capacity Building for Fodder Oat Technologies in Nepal” has worked with researchers and extension officers in the National Agricultural Research Council (NARC) and the Department of Livestock Services (DLS) and selected smallfarmer cluster groups to introduce new multi-cut oat cultivars and technology packages. The work undertaken was participatory with researchers, extensionists and farmers working together at all stages of the project, with farmers and researchers fully sharing results and their cultivar preferences and the reasons for their selections and farmers sharing their records of milk production before and during project implementation so that the impact of the new technologies could be evaluated.

Altogether some 100 new oat cultivars were introduced into Nepal over the 2 year project period. Initially the 10 best bet cultivars were selected and tested at 8 locations in 5 districts using a farmer participatory approach. Others were introduced, tested and selected during the project lifetime. By project end specific oat cultivars were selected for specific sites and this is the first time that this has been achieved in Nepal. The recommended cultivars by site: Banke 83INC-19G3, NZ92169,01, Kent-Nepal; Inaruwa Awapuni, NZ92176,03, Canadian; Pokhara Kent-Nepal, Canadian, 83INC1943; Dhading Awapuni, NZ9217302, NZ9217603; Kavre Awapuni, Canadian, Kent-Nepal; Bhorle Awapuni, Hokonui, Longford; Dhaibung Awapuni, Stampede, NZ92169,01. Training and the adoption of better techniques resulted in yields of green fodder oats being raised from the Nepal average of 12 tons to 41 tons/hectare. However, sustainability of cropping systems will require more attention to legumes and soil building practices.

Beyond the outputs are the important OUTCOMES and IMPACTS of the project. After only 2 years what measurable impact did the project have on poor farmers’ livelihoods?
As well as introducing new technologies and the very comprehensive training programme the project carried out a survey among the cooperating farmers. While data remain to be fully analyzed results to date show that the net additional income of participating farmers using fodder oats for winter feeding is NRs 1,400-2010 per month per buffalo (per farmer) with an additional 2 litres of milk per day. As an example – see Table 1 – in Riyale the additional income was NRs 1,470 (US$21). Costs of concentrate inputs have been reduced by 50% because of the availability of good quality green feed. Where small bag silage (an additional simple technology that was added to the project and which farmers have quickly adopted) is used in the diet this is shown to give a net profit of NRs 1350 per animal per month. Also, there are many other very significant but less apparent benefits such as:

- with cultivated fodder now produced much closer to farmers’ homes there is a reduction in labour of up to 3.5 hours daily required by women householders to find and harvest fodder for feeding their livestock;
- women therefore have more time for child minding and vegetable growing for home use and cash sales, and maybe some rest;
- a reduction in the number of disputes arising from competition between fodder seekers on common areas;
- improved animal health;
- improved animal fertility;
- greater consistency in milk yield throughout the lactation;
- cultivar integrity and seed quality maintained because of the NARC seed buy-back system;
- better seed availability as farmers can trade seed or save seed for their own use. This should ensure that seed of new promising cultivars should be more readily available.

This was a very successful project with direct impact on farm family livelihoods. The work is on-going through NARC and DLS.


Table 1. Economic benefit from oats
Cost of milk production and net income from oats in Riyale (2001-2004).

Feed Stuffs

Without Oats

With Oats

Straw/Stover

11 kg = Rs. 55

10 kg = Rs. 50

Green fodder other than oat

38 kg = Rs.28

38 kg = Rs.28

Dhuto ( Rice bran)

2 kg = Rs.14

1 kg = Rs.7

Concentrate

3 kg = Rs.33

1.5 kg = Rs.16

Oat fodder

-

13 kg = Rs.10

Total feed costs

Rs.130

Rs.121

Milk Production per buffalo/day

8 Litre = Rs.160

10 Litre = Rs. 200

Cost per litre of milk

Rs. 16.25

Rs. 12.10

Net income/month

Rs. 900 = US$ 13

Rs. 2370 = US$ 34

 

Links:

More information
Field projects