Technology Missions in Agriculture, Objectives, Schemes, Challenges

Technology Missions in Agriculture are particular authorities programmes designed to enhance farming by utilizing trendy science and know-how. These missions deal with rising agricultural manufacturing, enhancing the standard of crops, and serving to farmers earn higher incomes. They promote the usage of higher seeds, irrigation strategies, equipment, and superior farming strategies. By doing so, Technology Missions goal to make agriculture extra environment friendly, sustainable, and able to assembly the rising meals wants of the inhabitants.

Major Technology Missions in Agriculture

1. Technology Mission on Oilseeds, Pulses, and Maize (TMOPM)

• Launched in 1986, this mission aimed to extend the manufacturing of oilseeds, pulses, and maize in India. It was primarily launched to cut back the nation’s dependence on imported edible oils and to satisfy the rising meals demand.
• Main goals:
  • Increase manufacturing utilizing improved seeds, fertilizers, and trendy strategies
  • Ensure availability of high quality inputs at cheap costs
  • Reduce post-harvest losses via higher storage and processing
  • Promote analysis to develop high-yielding and disease-resistant varieties

2. National Mission on Edible Oils (NMEO)

• The National Mission on Edible Oils (NMEO) is a authorities initiative geared toward making India self-reliant in edible oil manufacturing underneath the imaginative and prescient of Atmanirbhar Bharat. It focuses on decreasing the nation’s dependence on imported edible oils by rising home manufacturing of oilseeds and edible oils. Two Main Components of NMEO
• NMEO – Oil Palm (NMEO-OP)
  • Focuses on rising oil palm cultivation and manufacturing of crude palm oil.
  • Approved in 2021 as a Centrally Sponsored Scheme.
  • Aims to convey 6.5 lakh hectares underneath oil palm by 2025-26.
  • Targets 28 lakh tonnes of crude palm oil manufacturing by 2029-30.
  • Also promotes establishing nurseries and seed gardens for high quality planting materials.
• NMEO – Oilseeds
  • Focuses on enhancing manufacturing of conventional oilseed crops like mustard, soybean, groundnut, sunflower, and many others.
  • Approved in 2024 for 7 years (2024-25 to 2030-31).
  • Aims to extend manufacturing to 69.7 million tonnes.
  • Promotes higher seeds, cluster-based farming, and improved processing and advertising.
  • Also works on extracting oil from secondary sources like cottonseed, coconut, and rice bran.

3. National Mission on Sustainable Agriculture (NMSA)

• Started in 2010, National Mission on Sustainable Agriculture focuses on selling sustainable agriculture and coping with the challenges of local weather change.
• Main goals:
  • Increase productiveness whereas conserving soil, water, and different assets
  • Promote climate-resilient practices like drought-resistant crops
  • Improve soil well being via natural and balanced nutrient use
  • Strengthen worth chains to extend farmers’ revenue

4. National Livestock Mission

• Launched in 2014, National Livestock Mission  goals to enhance livestock productiveness and help farmers who depend upon animal husbandry.
• Main goals:
  • Improve breeding, feeding, and administration of livestock
  • Strengthen animal well being companies like vaccination and remedy
  • Provide coaching to farmers in trendy livestock practices
  • Improve market entry and promote value-added livestock merchandise

5. Mission for Integrated Development of Horticulture (MIDH)

• Mission for Integrated Development of Horticulture was launched in 2014 to advertise the expansion of horticulture, together with fruits, greens, and flowers.
• Main goals:
  • Increase manufacturing and productiveness of horticultural crops
  • Encourage crop diversification to cut back dangers
  • Reduce losses via higher storage, chilly chains, and processing
  • Promote exports and enhance market linkages
  • Develop infrastructure and help farmer coaching

6. National Mission on Food Processing (NMFP)

• This mission focuses on growing the meals processing sector so as to add worth to agricultural produce.
• Main goals:
  • Increase worth addition to farm merchandise
  • Create employment alternatives in rural areas
  • Develop infrastructure like chilly storage and transport amenities
  • Improve meals high quality, security, and export potential

7. Mission for Cotton Productivity 

• The Mission for Cotton Productivity is a authorities initiative geared toward enhancing cotton manufacturing, high quality, and sustainability in India. It additionally helps the textile business and works in direction of making India self-reliant in the cotton sector. The mission follows the “5F vision” – Farm to Fibre to Factory to Fashion to Foreign, linking farming with international markets.
  • Improving Seeds and Productivity: Promotes high-yielding, pest-resistant, and climate-resilient cotton seeds to extend manufacturing.
  • Modern Farming Practices: Encourages strategies like high-density planting and higher crop administration to enhance yields.
  • Focus on Better Quality Cotton: Special deal with producing high-quality and extra-long staple cotton to cut back imports.
  • Upgrading Processing Units: Modernisation of ginning and processing factories to enhance cotton high quality.
  • Reducing Contamination: Promotes higher harvesting, storage, and processing to provide clear and high-quality cotton.
  • Better Quality Testing: Develops trendy testing techniques to make sure international requirements and dependable high quality checks.
  • Branding and Global Recognition: Promotes “Kasturi Cotton Bharat” to make Indian cotton a trusted international model.
  • Digital Market Integration: Connects mandis digitally for clear pricing and higher market entry.

8. Jute Technology Mission (JTM)

• Started in 2015, this mission goals to develop the jute sector and promote eco-friendly merchandise.
• Main goals:
  • Improve manufacturing and high quality of uncooked jute.
  • Promote analysis for higher jute merchandise.
  • Provide coaching and talent growth to farmers.
  • Encourage use of jute as an alternative choice to plastic and artificial supplies.

9. Technology Mission on Coconut

• Launched in 2014, this mission helps coconut farmers and promotes higher manufacturing practices.
• Main goals:
  • Increase productiveness and revenue from coconut cultivation.
  • Promote sustainable and scientific farming strategies.
  • Support analysis and growth for higher varieties.
  • Encourage entrepreneurship in coconut-based industries.

10. National Saffron Mission (NSM)

• Launched in 2010, this mission focuses on enhancing saffron cultivation, primarily in appropriate areas like Jammu & Kashmir.
• Main goals:
  • Increase saffron manufacturing and enhance high quality.
  • Promote trendy cultivation strategies.
  • Conserve saffron genetic assets.
  • Support farmers via coaching and monetary help.

11. National Agriculture Market (e-NAM)

• The National Agriculture Market (e-NAM) is an internet buying and selling platform that connects completely different APMC mandis throughout India to create a single nationwide marketplace for agricultural produce. It is absolutely funded by the Central Government and carried out by the Small Farmers Agribusiness Consortium (SFAC) underneath the Ministry of Agriculture and Farmers’ Welfare.
• The major goal of e-NAM is to assist farmers get higher costs by giving them entry to extra patrons and markets. It additionally makes the buying and selling course of extra clear, environment friendly, and farmer-friendly. Through this platform, farmers can verify costs, promote their produce, and obtain funds straight in their financial institution accounts.

Digital Agriculture Mission (DAM)

• The Government of India accepted the Digital Agriculture Mission in September 2024 to modernize the agriculture sector utilizing digital know-how.
• The major goal of this mission is to create a robust Digital Public Infrastructure (DPI) for agriculture, which can assist in constructing a linked and environment friendly digital ecosystem for farmers throughout the nation.
• It focuses on making farming extra data-driven, clear, and farmer-friendly, in order that farmers can get well timed and dependable data associated to crops, climate, and authorities companies. Key Components of Digital Agriculture Mission:

1. AgriStack (Digital Infrastructure for Agriculture)

• AgriStack is the spine of the mission and acts as a digital database system for agriculture.
• It contains three major registries developed and managed by State Governments and Union Territories:
  • Farmer Registry
  • Crop Sown Registry
  • Geo-referenced Village Maps
• These databases assist in creating a whole digital report of farmers, their land, and crops, making it simpler to ship companies and advantages.

2. Farmer Registry

• It shops detailed details about farmers, akin to private particulars, land possession, and crops grown.
• Farmers get a digital identification, which helps them simply entry companies like:
  • Agricultural credit score
  • Crop insurance coverage
  • Government schemes and procurement techniques
• It additionally helps farmers in becoming a member of the digital economic system, permitting them to purchase inputs and promote produce on-line in a protected and dependable method.

3. Digital Crop Survey (DCS)

• The Digital Crop Survey system collects real-time and correct knowledge in regards to the crops grown on every agricultural plot.
• It replaces conventional guide surveys, making the method quicker, extra dependable, and clear.
• This helps the federal government in higher planning and decision-making associated to agriculture.

4. Krishi Decision Support System (Krishi-DSS)

• Krishi-DSS brings collectively several types of knowledge akin to:
  • Satellite pictures
  • Weather knowledge
  • Soil data
  • Crop patterns
  • Water assets like reservoirs and groundwater
• It supplies helpful outputs like:
  • Crop maps and soil maps
  • Automated crop yield estimation
  • Monitoring of droughts and floods
• This system helps the federal government take higher, evidence-based choices and in addition helps analysis and innovation in the agriculture sector.

5. Soil Resource Mapping

• A nationwide soil mapping challenge is being carried out by the Soil and Land Use Survey of India (SLUSI).
• It makes use of high-resolution satellite tv for pc pictures and subject knowledge to create detailed soil maps on the village stage.
• These maps assist in:
  • Understanding soil well being
  • Planning appropriate crops
  • Promoting correct land use and sustainable farming

• Per Drop More Crop (PDMC) Scheme
  • The Per Drop More Crop (PDMC) scheme has been carried out since 2015-16 to enhance water use effectivity in agriculture.
  • It promotes micro-irrigation techniques akin to:
    • Drip irrigation
    • Sprinkler irrigation
  • These strategies assist in:
    • Saving water
    • Reducing fertilizer use (via fertigation)
    • Lowering labour and enter prices
    • Increasing farmers’ general revenue
• Financial Assistance underneath PDMC
  • The Government supplies monetary help for putting in micro-irrigation techniques:
    • 55% subsidy for small and marginal farmers
    • 45% subsidy for different farmers
  • State Governments may additionally present further subsidies from their very own budgets.
  • The help is given for a most space of as much as 5 hectares per farmer.

National Mission on Agricultural Extension and Technology (NMAET)

• The National Mission on Agricultural Extension and Technology (NMAET) was launched in 2014 by the Ministry of Agriculture & Farmers Welfare.
• It is a Centrally Sponsored Scheme geared toward enhancing the agricultural extension system in India.
• The mission focuses on making agricultural companies extra farmer-driven, sensible, and accessible, in order that farmers can simply be taught and undertake new applied sciences and higher farming practices.
• It works underneath the framework of the Agriculture Technology Management Agency (ATMA), which helps in implementing extension actions on the native stage.
• The scheme primarily advantages farmers by offering them with data, coaching, and entry to trendy instruments and strategies. Key Components (Sub-Missions)

1. Sub Mission on Agricultural Extension (SMAE)

• This element focuses on creating consciousness amongst farmers about new and improved agricultural applied sciences.
• It helps farmers undertake higher farming practices in agriculture and allied sectors like horticulture and livestock.
• It promotes coaching, demonstrations, and knowledge-sharing actions.

2. Sub Mission on Agricultural Mechanisation (SMAM)

• This element promotes the usage of trendy machines and instruments in farming.
• It supplies monetary help to arrange:
  • Custom Hiring Centres (CHCs), the place farmers can lease machines at reasonably priced charges
  • Hi-tech hubs with superior agricultural gear
• It helps scale back labour prices and improves farming effectivity.

3. Sub Mission on Seed and Planting Material (SMSP)

• This element ensures the supply of excellent high quality seeds and planting supplies to farmers.
• It contains programmes like:
  • Seed Village Programme to provide seeds regionally
  • Establishment of seed processing and storage amenities
  • Creation of a National Seed Reserve
• It helps in enhancing crop productiveness and high quality.

4. Sub Mission on Plant Protection and Plant Quarantine (SMPP)

• This element focuses on defending crops from pests, illnesses, and dangerous organisms.
• It contains monitoring, regulation, and capability constructing to forestall the entry and unfold of international pests (biosecurity threats).
• It helps farmers in sustaining wholesome crops and decreasing losses.

Technology Missions in Agriculture Benefits

• Increase in Agricultural Productivity
  • Technology missions have helped farmers use improved seeds, trendy machines, and scientific farming strategies.
  • Because of this, crop manufacturing has elevated considerably throughout many areas of India.
  • Better irrigation, well timed farming practices, and improved crop administration have helped in attaining greater yields from the identical land.
• Improvement in Crop Quality and Farmer Income
  • These missions focus not solely on producing extra meals but in addition on enhancing the standard of crops.
  • Better high quality produce fetches greater market costs, which straight will increase farmers’ revenue.
  • Improved high quality has additionally helped Indian agricultural merchandise develop into extra aggressive in worldwide markets, rising export potential.
• Efficient Use of Natural Resources (Water, Soil, Inputs)
  • Modern instruments like sensors, drones, and good irrigation techniques assist farmers use assets extra fastidiously.
  • Water, fertilizers, and pesticides are utilized in the correct amount on the proper time, decreasing waste. This results in decrease enter prices and better effectivity in farming.
  • It additionally helps in defending soil fertility and water assets for the long run.
• Digital and Technological Transformation of Farming
  • Initiatives just like the Digital Agriculture Mission (AgriStack) have created a robust digital system for farmers.
  • Farmers can now entry necessary companies like authorities schemes, insurance coverage, loans, and advisories extra simply.
  • Technologies like AI, knowledge analytics, and satellite tv for pc monitoring assist in higher decision-making.
• Better Market Access and Fair Prices
  • Platforms like e-NAM (digital National Agriculture Market) enable farmers to promote produce on-line.
  • This reduces dependence on middlemen, who usually take a big share of income.
  • Farmers are in a position to join straight with patrons and get higher and extra clear costs.
• Promotion of Sustainable and Eco-Friendly Farming
  • Technology missions encourage farmers to undertake environment-friendly agricultural practices.
  • There is much less dependence on dangerous chemical compounds and extra deal with natural and balanced farming strategies.
  • These practices assist shield soil well being, water high quality, and biodiversity.
• Protection from Climate Risks and Uncertainty
  • Modern applied sciences assist monitor climate patterns, rainfall, droughts, and floods in advance.
  • Farmers obtain early warnings and advisory messages, serving to them put together higher.
  • This reduces crop harm and improves resilience towards local weather change and pure disasters.
• Growth of Specialized Agricultural Sectors
  • Missions like MIDH (Mission for Integrated Development of Horticulture) have boosted manufacturing of fruits, greens, and flowers.
  • These crops usually give greater revenue in comparison with conventional grains.
  • This has inspired farmers to diversify their farming and scale back danger.
• Employment Generation and Skill Development
  • Technology missions have created new alternatives in areas like agri-tech companies, meals processing, and farm equipment companies.
  • Farmers and rural youth are being educated via capacity-building programmes and talent growth initiatives.
  • This has helped in producing rural employment and self-employment alternatives. It has additionally inspired entrepreneurship in agriculture.
• Increase in Agricultural Exports
  • Improved high quality and higher manufacturing techniques have helped India develop its presence in international markets.
  • Products like spices, fruits, tea, and saffron are actually extensively exported.
  • Indian saffron, for instance, has gained robust demand in West Asia and Europe.
  • This has strengthened India’s place in the worldwide agricultural commerce market.

Technology Missions in Agriculture Challenges

• Digital Divide in Rural Areas: Many farmers in distant villages nonetheless lack entry to smartphones, web connectivity, and digital literacy, which limits the usage of digital agriculture companies.
• Low Awareness and Training Gaps: A lot of farmers usually are not absolutely conscious of latest applied sciences or don’t obtain correct coaching to make use of trendy instruments successfully.
• High Cost of Modern Technologies: Advanced instruments like drones, sensors, and precision farming gear are costly, making them troublesome for small and marginal farmers to afford.
• Inadequate Infrastructure: Weak rural infrastructure akin to poor storage amenities, restricted irrigation techniques, and inadequate chilly chains reduces the complete advantage of know-how missions.
• Fragmented Land Holdings: Small and scattered landholdings in India make it troublesome to undertake large-scale mechanization and superior farming applied sciences effectively.
• Data and Privacy Concerns: Digital techniques like AgriStack require giant quantities of farmer and land knowledge, elevating considerations about knowledge safety and privateness.
• Implementation and Coordination Issues: Differences in implementation between central and state governments typically result in delays and uneven progress throughout areas.
• Resistance to Change: Some farmers nonetheless favor conventional farming strategies and are hesitant to undertake new applied sciences because of concern of danger or failure.
• Climate and Environmental Uncertainty: Despite know-how help, unpredictable climate patterns and local weather change nonetheless create dangers which might be troublesome to totally management.
• Limited Access to Credit: Many farmers nonetheless battle to get straightforward and reasonably priced credit score, which limits their skill to take a position in trendy agricultural applied sciences.
• Maintenance and Technical Support Issues: Lack of correct technical help and upkeep companies for superior instruments reduces their long-term usability in rural areas.

Measures to Improve Technology Missions in Agriculture

• Improve Digital Infrastructure: Expand web connectivity and cell community protection in rural areas in order that farmers can simply entry digital agriculture companies.
• Increase Farmer Awareness and Training: Conduct common coaching programmes, workshops, and consciousness campaigns to assist farmers perceive and use trendy applied sciences successfully.
• Provide Affordable Access to Technology: Increase subsidies and promote schemes like Custom Hiring Centres in order that small and marginal farmers can use superior instruments at low price.
• Strengthen Rural Infrastructure: Develop higher storage amenities, chilly chains, irrigation techniques, and transport networks to help trendy agriculture.
• Promote Farmer Producer Organizations (FPOs): Encourage farmers to type teams to allow them to share assets, undertake know-how collectively, and enhance their bargaining energy in markets.
• Ensure Data Security and Transparency: Create robust knowledge safety techniques to keep up farmers’ belief in digital platforms like AgriStack.
• Improve Coordination Between Centre and States: Strengthen coordination and monitoring mechanisms to make sure clean and uniform implementation of schemes throughout areas.
• Encourage Research and Innovation: Invest extra in agricultural analysis to develop region-specific applied sciences, climate-resilient crops, and cost-effective options.