Andhra farmers taste success with Zero Budget Natural Farming

Monday 08 January 2018

Ensuring food security, producing more with less resources and building the resilience of smallholder farmers are important towards creating a food-secure future

Quick Read
  • The Andhra Pradesh government’s unique initiative to improve farmers’ livelihood through zero budget natural farming (ZBNF) is the right solution to fight climate change
  • Districts like Anantapur, Prakasam, Kadapa, Kurnool and Chittoor have traditionally been drought-prone
  • There is a plan to cover an estimated 6 million farmers by 2025-26
  • Besides reduced input cost, farmers practising Zero Budget Natural Farming gets higher yields

As climate is changing, creating resilient food systems has become the need of the hour. Across the world, agriculture is facing multiple setbacks, be it in the form of extreme weather events like floods and droughts or factors such as soil degradation, soil salinity and water shortage.

To feed the global population of 9.6 billion by 2050, as projected by a United Nations report, scaling up food production is important. But ensuring food security, producing more with less resources and building the resilience of smallholder farmers are also important in creating a food-secure future.

Natural all the way

The Andhra Pradesh government’s unique initiative to improve farmers’ livelihood through zero budget natural farming (ZBNF) is the right solution to fight climate change in the drought-prone Rayalaseema region.

Districts like Anantapur, Prakasam, Kadapa, Kurnool and Chittoor have traditionally been drought-prone. The only advantage Kurnool has is the occurrence of black cotton soils over a greater portion of the district that can retain moisture for a longer period of time. However, the western part of the district has dry, red soil. There are villages in Kurnool which witness dry spells for over a month. For such villages, ZBNF has come as the right solution.

ZBNF was initially launched in September 2015 under the Centre’s Rashtriya Krishi Vikas Yojana. Initially, 50 villages across 13 districts of the state were selected for the pilot project. It has been so successful that the government wants to scale it up, according to T Vijay Kumar, who is in charge of the project. Last year during the Kharif season, work started in 704 villages to bring farmers under this practice. There is a plan to cover an estimated 6 million farmers by 2025-26.

The main aim of ZBNF is elimination of chemical pesticides and promotion of good agronomic practices. Many farmers, who were initially reluctant to take up ZBNF, have been practising it for two seasons now. There are some who switched over last year and has witnessed good results.

Increased crop yields

In Yerraguntla village’s Dhone mandal, around five farm ponds supply water to farmers’ fields during dry spells. These ponds, a vital component under ZBNF, measure 10 metres (m) in length; have a width of eight m and a depth of two metres. As fighting drought is one of the main objectives of ZBNF, the farm ponds store water for use in adverse conditions.

In Yerraguntla village’s Dhone mandal, around five farm ponds supply water to farmers’ fields during dry spells
Credit: Adithyan PC

In rain-fed agriculture, it is important to make water available in the form of moisture, says Bhagyalaxmi, programme manager at Watershed Support Services and Activities Network. By practising composting on the farm itself, soil organic matter increases. There is a greater need to make organic matter available in rain-fed areas, she says.

Intercropping is an important feature of ZBNF. Towards this end, Yerraguntla farmers grow pearl millet, red gram, foxtail millet, along with chilies and tomatoes. Out of 300 farmers in the village, around 225 are doing ZBNF. Giddaiya, a local farmer, has been practising ZBNF since last year on 2.02343 hectares (ha) after thorough government training. He grows tomatoes, red gram and pearl millet. When asked about the advantage of practising natural farming, he said his cultivation cost has come down from Rs 15,000 to Rs 5,000. Marappa Naidu has 4.04686 ha of land. Right now, he is practising ZBNF on five acres. To increase the yield, he is also following the navdhanya concept where nine types of crops are grown. “It is a traditional rain-fed area practice. Under this we grow multiple crops along with groundnut, the main crop. Pulses and oilseeds are also grown by farmers as part of Navdhanya. Under this several rows are created containing different crops,” adds Bhagyalaxmi.

Intercropping is an important feature of ZBNF. Towards this end, Yerraguntla farmers grow pearl millet, red gram, foxtail millet, along with chilies and tomatoes
Credit: Adithyan PC

Besides reduced input cost, farmers practising ZBNF gets higher yields. In Anantapuram district, there has been a 136 per cent higher yield in groundnuts under natural farming. Naidu gets five quintals (1 quintal is 100 kg) of red gram under ZBNF compared to three quintals under non-ZBNF.

In Gosanipalli village, around 150 farmers are practising ZBNF. Ramajaneyulu, a local farmer, has 0.809371 ha of land on which he has been practising ZBNF for two years. He has witnessed nine quintals of groundnut as compared to six or seven under non-ZBNF. Besides groundnuts, he also grows onions, tomatoes, carrot and red gram.

According to Harish Kumar of Agricultural Technology Management Agency, it is possible to reduce the cost of cultivation under ZBNF. Farmers use bio fertilizers and that make the soil fertile, thus giving higher yields. Like for the groundnut crop, Kumar says the pods are always filled up as there is no deficiency of calcium.

The Food and Agriculture Organization (FAO) of the United Nations advocates environmentally-friendly farming methods that can take us to a more sustainable future. “We need a global transition to a more resilient and sustainable agriculture that is less dependent on agrochemicals and draws more on natural biological and ecosystem processes,” FAO’s deputy director of plant production and protection division William Murray told Down To Earth earlier.

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  • Natural farming is an ecological farming approach established by Masanobu Fukuoka (1913–2008), a Japanese farmer and philosopher, introduced in his 1975 book The One-Straw Revolution. Cho Han Kyu, or Cho Han-kyu, born in 1935 in Suwon, Gyeonggi Province, Korea, invented the Korean Natural Farming method.Korean Natural Farming (KNF) takes advantage of indigenous microorganisms (IMO) (bacteria, fungi, nematodes and protozoa) to produce fertile soils that yield high output without the use of herbicides or pesticides. A result is improvement in soil health, improving loaminess, tilth and structure, and attracting large numbers of earthworms. KNF also enables odor-free hog and poultry farming without the need to dispose of effluent. This practice has spread to over 30 countries, and is used by individuals and commercial farms.
    The trouble with ‘natural farming’ is its scalability. While the present natural farming concentrates on ‘farming’, the ‘consumers’ are the one who can make it successful. One tall claim by Mr. Subash Palekar is “One Desi Cow can meet the requirements of 30 acres. This is absurd. We own 50 cattle and we buy extra animal dung for our Mango and Coconut farm. The trouble with Mr. Subash Palekar’s natural farming is it has to meet the scientific proof. He only makes vague claims which are not acceptable by scientific community. On the other hand I have had been adopting natural methods since decades. We use calotropis(care-free growth plant) with Biogas slurry for putrification and use it as green manure. Since latex in Calotropis is antibiotic,it will serve the twin purposes .
    Dr.A.Jagadeesh Nellore(AP)

    Posted by: Anumakonda Jagadeesh | 6 months ago | Reply
    • The above story is the example and there are many more examples of ZBNF. If scientific community doesn't agree how does it matter? It is helping many farmers to decrease costs.

      -- Jai

      Posted by: Jai Prakash | 3 months ago | Reply
  • This is an excellent example. Natural farming has a lot of argumentes in favour, and it could be taken more seriously if combined with simple calculations to truly assess the benefits of the creative match of agriculture and ecology, as recently found by researchers: https://www.researchgate.net/publication/323467217_Conceptualization_modeling_and_environmental_impact_assessment_of_a_natural_rubber_techno-ecological_system_with_nutrient_water_and_energy_integration

    Posted by: Yu Huo | 4 months ago | Reply
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