Agriculture and Pollution - Long term Policy

Environment and Ecology Pollution

the issue requires long-term vision and strategic policy interventions.

Reasons for failure for current methods (using Policy of rotation):

The sowing of paddy is incentivised in Punjab and Haryana whereby the share of paddy (rice) in the gross cropped area in Punjab has increased from 6.8% in 1966-67 to almost 36.4 % in recent years, while it has increased from 4.97% to 20% in Haryana.
The policy of minimum support price for crops, in tandem with their assured procurement and input subsidy, have left farmers with no option but to follow this wheat-paddy rotation which has caused the increase at the cost of other crops such as maize, cotton, oilseeds and sugarcane.
Punjab has enacted a water conservation law in 2009 which mandates paddy sowing within a notified period (June instead of earlier practice of May).
A shorter period of sowing days prohibits transplantation before a notified date, which in turn limits the window available for harvesting paddy to between 15 and 20 days.
As a result, farmers who are pressed for time to sow wheat and to maintain crop yield, farmers find stubble burning to be an easy and low-cost solution.
Haryana and Punjab face labor shortage for removal of stubble and therefore find stubble burning an easier option.
The purchase of the ‘happy seeder’ which mechanically removes the paddy stubble adds to the cost incurred by farmers, wherein stubble burning is a much cheaper option.

Happy Seeder: A solution to agricultural fires in north India: A ‘happy’ solution:

A machine called the ‘Happy Seeder’ has been developed in the last few years that can plant the wheat seed without getting jammed by the rice straw.
The Happy Seeder is a tractor-mounted machine that cuts and lifts rice straw, sows wheat into the bare soil, and deposits the straw over the sown area as mulch.
Happy Seeder is a zero-tillage technology. Research shows that Happy Seeder is a viable alternative to conventional tillage.
What is needed for its rapid adoption is a major government push to publicise and popularise the Happy Seeder.
Currently the Happy Seeder machine costs about Rs. 1.3 lakh with a subsidy of 33%.
There is a need to propose at least that the subsidy on Happy Seeder machine be raised to 50% because it would then be significantly more profitable than the conventional practice.
The No Burn Farm campaign is also trying to communicate to farmers that crop burning is not the best method to remove stubble and has negative implications for the food system.
For one, the nutrients present in the stubble are wasted in burning and farmers have to spend on chemical fertilisers to maintain soil quality.

Happy Seeder should not be another burden:

Farmers have already made investments in seed drill machines for sowing wheat after paddy harvest.
Increasing pressure by the government on farmers to purchase the ‘happy seeder’ to abate stubble burning adds to the cost incurred by farmers.
Even if the machine is available at a subsidised rate of nearly ?1 lakh, it would remain idle the whole year and become a liability in terms of maintenance. It is not a viable option for small and marginal farmers who hardly earn ?60,000 in a year.
Imposing a fine for burning straw is again unreasonable. The fine imposed per hectare is much lower than the cost incurred on a ‘happy seeder’.

Way Forward: A road map

A feasible remedy could lie in the setting up of custom hiring centres or inviting companies to make investments for rental purposes.
If the state provides an app-based support system, to rent out tractors and farm implements and earn additional income as there are examples of this in Nigeria and also in Rajasthan, Madhya Pradesh, Gujarat, Uttar Pradesh and Bihar.
It would be akin to the ‘Uberisation of agriculture’. It would avoid stubble burning and at the same time make farming more mechanised, cost effective and a source of employment.
Another far-sighted approach could be in effective use of paddy straw.
Farmers, who have already been sensitised to refrain from burning residue, should be given options such as biomass generation. Now, hardly 20% of straw is managed through biomass power plants, paper and cardboard mills.
The government should use geospatial techniques to identify areas where stubble burning is severe and encourage installation of biomass plants at such locations.
Farmers can also be incentivised to sell the residual for additional income.
The residual has uses, such as in paper, cardboard and packing material making and also hydroseeding (defiberised rice straw can be used in hydroseeding for erosion control).
This will not only reduce transportation costs for the firm or village entrepreneurs but also help the government achieve its target of generating 227GW based on renewable energy sources by 2022.