Why in the news?

Efforts of fertilizer companies in supporting a Central government program aimed at training women to operate drones for spraying pesticides.

Context-

This initiative represents a broader trend of encouraging women’s entrepreneurship in India and empowering them to participate in traditionally male-dominated sectors such as agriculture and technology.
The involvement of fertilizer companies in funding and facilitating this program underscores the importance of public-private partnerships in driving social and economic development initiatives.

Scheme Details-

Under the Namo Drone Didi scheme, 15,000 women-led Self-Help Groups (SHGs) will receive agricultural drones to assist in crucial tasks such as crop monitoring, fertiliser spraying, and seed sowing.

Costs to companies-

Financial Commitment by Fertilizer Companies: Fertilizer companies such as Indian Farmers Fertiliser Cooperative Limited (IFFCO) and Coromandel International Limited (CIL) are shouldering significant costs for the “drone didi” program.
IFFCO is investing ₹42 crore to support the training and equipment for 300 drone didis, while CIL is backing another 200.
Expense Breakdown: The approximate cost per woman participating in the program is ₹14 lakh. This covers expenses like the drone, four battery sets, a generator, and an electric autorickshaw for transportation.
IFFCO has categorized this expenditure as “benefits to farmers” in its financial records.
Contribution of Other Companies: Several additional fertilizer companies, including Krishak Bharati Cooperative (KRIBHCO), Indian Potash Limited (IPL), Matix, Indorama India Private Limited, Brahmaputra Valley Fertilizer Corporation Limited, and National Fertilizers Limited, are collectively providing an extra 500 drones.
Funding Arrangement: The Ministry of Agriculture and Farmers Welfare has agreed to provide financial assistance of up to ₹8 lakh for each set of equipment. The remaining ₹2 lakh is to be sourced by the participating Self-Help Groups (SHGs).

Farmer trials-

Online Portal Enrollment: Haryana’s Agriculture Department, along with fertilizer companies, introduced online enrollment via the Meri Fasal Mera Byora portal to encourage farmers to apply for crop spraying through drones.
Subsidized Nano Urea Bottle: Farmers are offered a 1-litre nano urea bottle at ₹100, discounted from the market price of ₹225. This nano urea, when mixed with water, serves one acre.
Manual vs. Drone Spraying: Farmers weigh the costs of the manual application, which include subsidized granular urea and labor costs, against the higher charges of drone didis.
Viability for Small Landholders: Small landholders express concerns about the affordability and practicality of drone services due to limited financial resources and smaller land holdings.
Usefulness of Drones: Drones are seen as more cost-effective for larger plantations like coffee, tea, or sugarcane, rather than smaller-scale agricultural operations.
Financial Constraints: Farmers highlight financial constraints, including the inability to afford necessities like housing, education, and farm equipment, which diminishes the feasibility of investing in drone technology.

The women’s challenges-

Fuel Costs: significant daily expenses (₹500 to ₹600) on fuel to run the generator required to charge the battery sets for the drone, raising concerns about the economic feasibility of the job in the long run.
Battery Set Limitations: Each day, exhausts one charged battery set after covering three acres with the drone. This necessitates simultaneous charging of another set in her electric vehicle (EV) to continue her work, resulting in additional time and fuel costs.
Economic Viability: Despite the potential earnings mentioned on paper, there are doubts about the economic viability of the job due to high fuel costs, the need for additional assistance, and uncertainties regarding the longevity of the scheme’s benefits
Safety Concerns and Need for Assistance: There is safety concerns while operating the drone and the necessity of having an assistant to drive the electric autorickshaw and assist with unloading and handling the heavy drone equipment.
Lack of Provision for Helpers: There is no provision for hiring assistants or helpers in the scheme, leading to additional expenses

Limitation of this scheme-

Current Urea Usage and Subsidy: India uses 3.5 lakh metric tonnes (MT) of granular urea annually, with a significant portion subsidized by the government to make it affordable for farmers. Liquid nano urea, an alternative, is produced in limited quantities.
Government’s Vision for Nano Urea Production: The government aims to increase the production capacity of liquid nano urea to reduce dependence on expensive imported granular urea. The goal is to produce 48.5 crore bottles annually by 2026-27.
Limitations of Nano Urea: While liquid nano urea can supplement traditional granular urea, it cannot entirely replace it due to specific requirements in different stages of crop growth.
Ownership and Earnings Concerns: There are uncertainties regarding the ownership of drones and the distribution of earnings from drone operations among individuals, Self-Help Groups (SHGs), village organizations (VOs), or cluster-level federations (CLFs).
Need for Clarity and Coordination: Questions are raised about the lack of clarity on ownership, earnings distribution, and coordination among stakeholders involved in drone operations.
Challenges with Previous Proposals: Issues regarding the implementation of previous drone-related schemes, such as the procurement of drones under Krishi Vigyan Kendras (KVKs), and concerns about competition from individual farmers purchasing their drones are highlighted.

To overcome the challenges outlined regarding drone operations and nano urea production, several measures can be considered:

Clarity in Ownership and Earnings Distribution: Establish clear guidelines and agreements on drone ownership and revenue sharing among individuals, SHGs, VOs, and CLFs. Ensure transparency in decision-making processes and consult all stakeholders involved.
Enhanced Coordination: Facilitate better coordination among government agencies, agricultural organizations, and drone operators to streamline operations, address concerns, and ensure effective implementation of schemes. Regular meetings, feedback mechanisms, and communication channels can aid in coordination efforts.
Capacity Building: Provide training and capacity-building programs for drone operators, farmers, and other stakeholders to enhance their skills in drone operation, maintenance, and data interpretation. This can improve the efficiency and effectiveness of drone-based agricultural activities.
Promotion of Nano Urea: Invest in research and development to improve the efficacy and availability of liquid nano urea. Conduct awareness campaigns to educate farmers about the benefits and proper usage of nano urea, emphasizing its role as a supplement to traditional fertilizers.
Policy Reforms: Review existing policies related to drone operations, urea subsidy, and agricultural initiatives to address loopholes and inconsistencies. Introduce new policies or amendments to support the expansion of nano urea production and drone technology adoption in agriculture.
Collaborative Partnerships: Foster partnerships between government agencies, private companies, research institutions, and farmer groups to leverage expertise, resources, and innovation in addressing challenges related to drone operations and urea production.
Monitoring and Evaluation: Implement robust monitoring and evaluation mechanisms to assess the impact of drone-based agricultural initiatives and nano urea production efforts. Collect data on key performance indicators and stakeholders’ feedback to identify areas for improvement and make informed decisions.

Conclusion-

The initiative to train women as “drone didis” for agricultural tasks faces challenges of economic viability, ownership clarity, and coordination. Solutions include clear guidelines, capacity building, policy reforms, and collaborative partnerships to ensure sustainable implementation and overcome limitations in nano urea production.

Mains PYQ-

Q- The Self Help Group (SHG) Bank Linkage Program (SBLP), which is India’s own innovation , has proved to be one of the most effective poverty alleviation and women empowerment programme. Elucidate.(UPSC IAS/2015)

Get an IAS/IPS ranker as your 1: 1 personal mentor for UPSC 2024

Attend Now