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Cargill has a business arrangement with Saatvik Agro, which has established this dedicated production facility for starch derivatives with an initial output capacity of 500 tonnes per day

Cargill announced that the company has opened its new corn milling plant in Gwalior, with set up by Saatvik Agro Processors, to cater to the growing demand from India’s confectionery, instant formula and dairy sectors.

Cargill has a business arrangement with Saatvik Agro, which has established this dedicated production facility for starch derivatives with an initial output capacity of 500 tonnes per day that can be expanded to 1,000 tonnes per day.

This facility combines Cargill’s global product capabilities, customer network and market access opportunities with local manufacturing capabilities and operational know-how of the Indian partner to bring a consistent supply of safe, high-quality solutions to Cargill’s food manufacturing customers in India, the company said in a statement.

This will further increase Cargill’s production capacity in India while creating supply chain efficiencies that food manufacturers rely on to meet growing consumer demand. The expansion will also enable Cargill to serve customers across North, Central and Western India more effectively, reducing dependence on supply from the South, optimising both costs and logistics. While the facility will cater primarily to domestic demand, in future Cargill will also evaluate export opportunities to expand its market reach through this plant.

The plant was inaugurated by John Fering, Group President, Food APAC, Cargill and Simon George, President Cargill India and Managing Director Food South Asia.

While commenting on the new corn milling plant Simon George said, “This Gwalior plant allows us to strengthen our manufacturing network in India to serve customers from North and West India more competitively while enhancing supply chain efficiencies that benefit the entire food ecosystem. By increasing our access to local manufacturing capabilities, we are reducing supply timelines, increasing cost-effectiveness and ensuring a more stable supply of essential food solutions that food manufacturers need to meet evolving consumer preferences.”

Cargill has a business arrangement with Saatvik

The collaboration will expand the current integration of Planet’s advanced satellite imagery into Syngenta’s Cropwise platform, giving farmers a powerful tool in their precision agriculture arsenal.

Farmers around the world will have comprehensive access to near-daily satellite imagery of their fields thanks to a new partnership signed between Syngenta, a leading global agriculture technology company, and Planet Labs PBC (NYSE: PL), an important provider of global, daily satellite imagery and geospatial solutions.

The multi-year expansion of their strategic partnership enables farmers to remotely monitor crop health, detect pest infestations, and identify disease outbreaks. The high-resolution, commercially available satellite imagery is delivered to farmers globally as part of Syngenta’s Cropwise digital agriculture platform.

Satellite imagery today plays an essential role in precision agriculture, allowing farmers to monitor plant growth across large areas, identify signs of stress earlier and manage their crops to deliver better yields and outcomes.

The collaboration will expand the current integration of Planet’s advanced satellite imagery into Syngenta’s Cropwise platform, giving farmers a further powerful tool in their precision agriculture arsenal.

As a result of this agreement, Syngenta Cropwise users can benefit from 3-meter resolution, daily capture satellite imagery of their farms from Planet’s Dove satellite constellation, providing frequent visibility and next level agronomic insights even in cloudy areas.

“This partnership will add a new dimension to Syngenta’s digital offering for customers”, said Jeremy Groeteke, Global Head of IT & Digital Strategy at Syngenta. “We will build on top of its already popular remote sensing product set providing key solutions like Variability Index, Productivity Zones, NemaDigital, and Anomaly Detection”.

“Syngenta is a pioneer in agricultural innovation, providing security and assurance to farmers around the world,” said Planet President and CFO Ashley Johnson. “We are excited about this multi-year collaboration and expansion. With our unique satellite data capabilities and Syngenta’s ag-tech expertise, we’re looking forward to enabling new applications for agronomists across the industry.”

Syngenta will gain expanded access to Planet’s high-resolution tasking data, their PlanetScope near-daily satellite data and the Planet Insights Platform to build new applications for broad area management and enable novel research and development initiatives in precision agriculture.

“The challenges that farmers face today are complex, from pest infestations to drought,” said Feroz Sheikh, Chief Information and Digital Officer of Syngenta. “We are building sophisticated AI and machine-learning algorithms to help farmers deal with this complexity. At the same time, we are committed to protecting farmers’ data rights, ensuring they maintain control over their information. By expanding this collaboration with Planet, we will be able to offer the most up to date, high-frequency satellite data to help farmers make better data driven decisions”.

This partnership between Syngenta and Planet represents a significant step forward in digitally driven precision agriculture, offering farmers powerful tools to improve crop yields, increase efficiency, and promote sustainable farming practices worldwide.

The collaboration will expand the current integration

Record production of Rice, Wheat, Maize, Groundnut and Soybean has been achieved.

The Ministry of Agriculture and Farmers’ Welfare has released Second Advance Estimates of production of Major Agricultural Crops (Kharif & Rabi) for the year 2024-25. The Kharif foodgrain production is estimated at 1663.91 LMT, and Rabi foodgrain production is estimated at 1645.27 LMT. Kharif Rice production is estimated at 1206.79 LMT as compared to 1132.59 LMT in 2023-24, showing an increase of 74.20 LMT. Production of Rabi Rice is estimated at 157.58 LMT. Production of Wheat is estimated at 1154.30 LMT, which is higher by 21.38 LMT as compared to previous year production of 1132.92 LMT.

Production of Shree Anna (Kharif) is estimated at 137.52 LMT and Shree Anna (Rabi) is estimated at 30.81 LMT. Further, Production of Nutri /Coarse Cereals (kharif) is estimated at 385.63 LMT and Production of Nutri /Coarse Cereals (Rabi) is estimated at 174.65 LMT. Production of Tur and Gram is estimated at 35.11 LMT and 115.35 LMT, respectively and the production of Lentil is estimated at 18.17 LMT.

The production of Kharif and Rabi Groundnut is estimated at 104.26 LMT & 8.87 LMT, respectively. Kharif Groundnut production is higher by 17.66 LMT as compared to previous year Kharif groundnut production of 86.60 LMT. The production of Soybean is estimated at 151.32 LMT which is higher by 20.70 LMT as compared to previous year’s production of 130.62 LMT and production of Rapeseed & Mustard is estimated at 128.73 LMT. The production of Cotton is estimated at 294.25 Lakh Bales (of 170 Kg each) and production of Sugarcane is estimated at 4350.79 LMT.

Union Minister of Agriculture & Farmers’ Welfare and Rural Development Shivraj Singh Chouhan, while approving and releasing the data on major agricultural crops, stated that under the leadership of Prime Minister Shri Narendra Modi, the Central Government is continuously working towards the development of agricultural sector. He highlighted that the Ministry of Agriculture is providing assistance and encouragement to farmers through various schemes, resulting in a record increase in agricultural crop production.

The crop area received from the States have been validated and triangulated with information received from Remote Sensing, Weekly Crop Weather Watch Group and other agencies. Further, Department of Agriculture and Farmers’ Welfare (DoA&FW) took the initiative of Stakeholder consultation with representatives from the industry and other Governmental Departments to receive their opinion, views and sentiments for the kharif & Rabi season. These have also been considered while finalising the estimates. Further, the yield estimates are based on Crop Cutting Experiments (CCEs), previous trends and other contributing factors.

The details of production of various crops (Kharif & Rabi) are given as under:

Kharif Foodgrains – 1663.91 LMT/ Rabi Foodgrains (Excluding Summer) – 1645.27 LMT

Kharif Rice – 1206.79 LMT (Record); Rabi Rice (Excluding Summer) – 157.58 LMT

Wheat – 1154.30 LMT (Record)

Kharif Maize – 248.11 LMT (Record); Rabi Maize (Excluding Summer) – 124.38 LMT

Kharif Shree Anna– 137.52 LMT; Rabi Shree Anna – 30.81 LMT

Tur – 35.11 LMT

Gram – 115.35 LMT

Lentil – 18.17 LMT

Kharif Oilseeds – 276.38 LMT / Rabi Oilseeds (Excluding Summer) – 140.31 LMT

Kharif Groundnut – 104.26 LMT (Record); Rabi Groundnut (Excluding Summer) – 8.87 LMT

Soybean – 151.32 LMT (Record)

Rapeseed & Mustard – 128.73 LMT

Sugarcane – 4350.79 LMT

Cotton – 294.25 Lakh Bales (170 Kgs. each)

Jute – 83.08 Lakh Bales (180 Kgs. each)

While preparing the kharif crop production estimates the Crop Cutting Experiments (CCEs) based yield has been considered. Further, CCEs of few crops viz., Tur, Sugarcane, Castor etc. is still ongoing. The Rabi crop production is based on the average yield and are subject to change in the successive estimates on the receipt of better yield estimates based on CCEs. The production of various summer crops will be included in the forthcoming third advance estimates.

These estimates have been primarily prepared on the basis of information received from States. The Second Advance Estimates covers Kharif and Rabi Season, the summer season shall be incorporated in the Third Advance Estimates.

Record production of Rice, Wheat, Maize, Groundnut

BioFun-6, company’s second biocontrol program showed excellent efficacy against Botrytis and powdery mildew in fruits and vegetables.

Biotalys (Euronext Brussels: BTLS), an Agricultural Technology (AgTech) company developing protein-based biocontrol solutions for sustainable crop protection, announced strong performance from initial field trials with one of its lead candidates for BioFun-6, the company’s second biocontrol program against Botrytis and powdery mildew in fruits and vegetables.

The trial results demonstrated that the BioFun-6 AGROBODYTM candidate is an effective tool to protect crops against these key pathogens, at significantly lower dose rates than currently applicable for EVOCA™*, the company’s first biofungicide.

Kevin Helash, CEO of Biotalys, said: “We are very pleased with the outcome of these promising field trials, which further validate the potential of our AGROBODY technology platform to deliver highly effective protein-based crop protection solutions. The data support BioFun-6’s efficacy in controlling fungi at significantly reduced dosage rates, — a key milestone toward our goal of offering cost-effective, sustainable products to growers across diverse crops and pathogens. I’m incredibly proud of what our team has achieved and grateful for their dedication, bringing us closer to monetizing our portfolio while creating value for our growers, partners, and shareholders.”

The trials were commissioned by Biotalys and conducted in Europe and the U.S. by external contract research organisations (CRO’s). The BioFun-6 AGROBODY candidate was tested at different dose rates in grapes against Botrytis (grey mold), and in cucumbers and tomatoes against powdery mildew. BioFun-6 was compared with synthetic and biological solutions, both in a standard spray rotation program and as a stand-alone treatment.

The results showed that the BioFun-6 AGROBODY biocontrol can achieve the same level of performance as EVOCA at significantly lower dosage rates, highlighting the increased potency of the new candidate. When applied at 2/3 the dose rate of EVOCA, the tested BioFun-6 candidate proved to be a valid substitution to leading chemical products against Botrytis in grapes. Applied at half the dose rate of EVOCA, the tested candidate maintained the same disease suppression as EVOCA against powdery mildew in cucumber and outperformed a standard biological fungicide. ** The first set of trials in tomatoes showed similar results.

Biotalys’ BioFun-6 program is addressing a current market of more than USD billion 1.2 in Europe and the US combined. The global market for biofungicides and bioinsecticides is expected to grow by approximately 12% per year, reaching more than USD 17 billion in 2030, representing nearly a quarter of the total market for fungicides and insecticides. *** Biotalys plans to test various BioFun-6 AGROBODY lead candidates in the field throughout 2025, while further assessing their producibility and scalability.

BioFun-6, company’s second biocontrol program showed excellent

The NFDP Mobile Application was launched during the Fisheries Startup Conclave 2.0 to expand access to Pradhan Mantri Matsya Sampada Yojana (PM-MKSSY) benefits.

The Department of Fisheries, under the Ministry of Fisheries, Animal Husbandry, and Dairying (MoFAH&D), organized the Fisheries Startup Conclave 2.0 today in Hyderabad, Telangana. The event was inaugurated by Union Minister Rajiv Ranjan Singh, Ministry of Fisheries, Animal Husbandry (MoFAH&D) & the Ministry of Panchayati Raj, along with Minister of State Prof. S.P. Singh Baghel (MoFAH&D and Ministry of Panchayati Raj) & Prof Ramesh Chand, Member NITI Aayog.

The Department of Fisheries organized the Startup Conclave 2.0 to promote innovation in the fisheries sector. As part of this initiative, the Fisheries Startup Grand Challenge 2.0 was launched to support startups in manufacturing and related areas. The program aims to foster entrepreneurship, technological advancements, and sustainability in fisheries and aquaculture, enhancing production and efficiency. Through the Fisheries Startup Grand Challenge 2.0 support will be extended to 10 winning startups with Rs 1 crore in funding. Each winning proposal will receive structured incubation support from ICAR (ICAR-Central Institute of Fisheries Technology), (National Fisheries Development Board) NFDB, or other affiliated institutions under the Department of Fisheries. These incubators will play a crucial role in mentoring startups, offering capacity-building programs, and providing access to manufacturing infrastructure to help them scale their solutions effectively.

The NFDP Mobile Application was launched during the Fisheries Startup Conclave 2.0 to expand access to Pradhan Mantri Matsya Sampada Yojana (PM-MKSSY) benefits. The launch was led by Rajiv Ranjan Singh,Minister of Fisheries, Animal Husbandry & Dairying and Panchayati Raj other dignitaries, and participating startups.

 The NFDP mobile app has been developed and is now available on the Google Play Store. The app offers a seamless interface for users particularly startups to navigate various modules and avail scheme benefits.

Developed under the scheme Pradhan Mantri Matsya Samridhi Sah-Yojana (PM-MKSSY), the NFDP serves as a platform for creating digital work-identities for fishers, fish farmers, vendors, and processors, enabling their seamless integration into formal financial and welfare systems. The mobile application simplifies access to various government schemes, offering a user-friendly interface for navigating multiple modules and avail scheme benefits. The NFDP mobile app has transformed the fisheries sector by enabling digital registration and providing access to the PM-MKSSY scheme, financial aid, insurance, and training programs. It offers Rs 100 for self-registration and Rs 76 for registration via VLEs of CSCs. The app strengthens cooperatives, improves traceability, and enhances market linkages, benefiting over 19 lakh registered users. Special awareness and registration camps are boosting participation, making this initiative a major step toward digital inclusion and financial empowerment in the fisheries sector.

The NFDP Mobile Application was launched during

The partnership will focus on biofortification and innovative nano-enabled inputs to benefit farmers with cost-effective, high-yield solutions.

Biofactor, a leading agricultural biotechnology company, has signed an MoU with the School of Engineering Sciences & Technology, University of Hyderabad (UoH), to develop nanotechnology-driven solutions for sustainable farming. The MoU was signed by Dr Devesh Nigam, Registrar of UoH and Dr. Laxmi Narayana Reddy, CEO of Biofactor in the presence of Prof. B J Rao, Vice Chancellor, UoH; Prof. Samrat Sabat, Director, R&D at UoH and faculty members.

This collaboration aims to enhance crop productivity, precision nutrient delivery, and eco-friendly nanopesticides, ensuring better resource efficiency and reduced chemical dependency. The partnership will focus on biofortification and innovative nano-enabled inputs to benefit farmers with cost-effective, high-yield solutions.

The broad areas of collaboration under this MoU are:

a. To conduct comprehensive research on the synthesis of novel nanoparticles with versatile applications across diverse sectors.

b. To collaborate on research focused on toxicity assays of nanoparticles. ensuring safety and environmental compatibility.

c. To provide specialized training for scientists and technical staff in the synthesis, toxicity evaluation, and application of nanotechnology.

d. To undertake academia-industry collaborative research projects, fostering innovation and translational outcomes in nanotechnology.

Other areas of collaboration include:

  • Internship opportunities in M/s Biofactor in projects related to application of nanotechnology in agriculture, poultry, fishery etc.,
  • UoH shall provide exposure/training to scientists and technical staff of Mis Biofactor in various areas of expertise available in nanotechnology.
  • Both the institutions will work together to identify need based; demand driven. sustainable programs to be delivered.

“This partnership bridges cutting-edge material science with real-world agricultural needs”, said Dr. Dibakar Das, UoH while Dr. L.N. Reddy, CEO, Biofactor, added, “Leveraging nanotechnology, we aim to empower farmers and enhance global food security.”

Biofactor has previously collaborated with CIRCOT Mumbai, ANGRAU Guntur, IIAR Bangalore, and IIOR Hyderabad.

The partnership will focus on biofortification and

ISB Prof. Co-author Study reveals optimised allocation of the area under rice, switching to alternative cereals, could reduce climate-induced production losses by 11 per cent.

 A new study reveals that shifting from rice cultivation to alternative cereals like millet, maize, and sorghum could significantly reduce climate-induced production losses and simultaneously increase farmer incomes in India.

The open access study, published in the journal Nature Communications highlights that farmers’ decisions regarding which crops to plant are heavily influenced by price fluctuations. The study suggests that economic incentives can play a crucial role in encouraging a shift from rice towards more climate-resilient crops.

The joint study has been authored by Dongyang Wei, Department of Geography and Spatial Sciences, University of Delaware, USA; Leslie Guadalupe Castro, Department of Ecology, Evolution, and Environmental Biology, Columbia University, New York, USA; Ashwini Chhatre, Associate Professor and Executive Director, Bharti Institute of Public Policy, Indian School of Business, Hyderabad, India; Marta Tuninetti, Department of Environment, Land and Infrastructure Engineering, Politecnico di Torino, Italy; and Kyle Frankel Davis, Department of Geography and Spatial Sciences, University of Delaware, Newark, USA.

Advocating the switch from rice to alternative cereals, the study pinpoints that Indian farmers have always preferred rice for its economic viability. However, rice production is disproportionately affected by climate change. On the other hand, cereals such as millets, maize, and sorghum are climate-resistant and stand to be economically viable too, in the long run.

The study emphasises the optimised allocation of the area under rice, favouring alternative cereals, could reduce climate-induced production losses by 11 per cent. Further, the study points out that shifting to alternative cereals can increase farmers’ net profits.

Touching upon the price sensitivity aspect, the study reveals that farmers’ planting decisions for alternative cereals are highly sensitive to price changes, thus, offering a lever for policy intervention.

The lead author, Dongyang Wei, Department of Geography and Spatial Sciences, University of Delaware, USA, states, “Our research demonstrates that by strategically reducing rice cultivation and increasing the cultivation of alternative cereals, India can achieve greater stability in cereal production and improve farmer profitability. This can be achieved without compromising the overall calorie production”.

Ashwini Chhatre, Associate Professor and Executive Director, Bharti Institute of Public Policy, Indian School of Business, says, “This research highlights the need for policymakers to consider the economic factors influencing farmers’ decisions and to implement policies that promote the cultivation of climate-resilient crops”.

The study also emphasises the importance of addressing current pricing structures, which often favour rice cultivation due to government support policies. The researchers suggest that well-crafted crop pricing schemes and incentives for climate-resilient crops could be effective tools for promoting a more sustainable agricultural system.

The findings of the study offer valuable insights for policymakers given India’s heavy reliance on rice as well as the need to enhance the resilience of India’s food system in the face of increasing climate variability.

ISB Prof. Co-author Study reveals optimised allocation

Exports high quality Indian grapes to Europe, North America, China and Southeast Asia.

Mahindra Agri Solutions Limited (MASL), part of Mahindra & Mahindra Ltd. and a leading exporter of table grapes from India, today announced the completion of 20 years of export from India to global markets. With Mahindra’s first shipment of grapes exported to Europe in 2005, MASL caters to customers across North America, Europe, China, Southeast Asia, and others with the highest level of quality, safety standards and sustainable practices.

MASL exports a wide variety of White Seedless grapes called Thomson and Sonaka, Red seedless grapes called Flame and Crimson and Black Seedless grapes called Jumbo and Sharad under the Saboro and Frukinz brands.

Featuring world-class technologies in the post-harvest management of grapes, MASL’s grape business is supported by a ‘state-of-the-art’ grape pack house in Nashik. Inaugurated in 2019, the pack house is used for the sorting, packaging and cold storage of table grapes, ensuring end-to-end process integration while maintaining freshness of the crop along the supply chain and enabling product traceability.

An integral part of the region’s agricultural landscape, MASL’s Grapes business works closely with over 500 farmers in Nashik, Baramati and Sangli sourcing high quality table grapes from these farmers, while providing them expertise in grape production and crop care. This includes improving their irrigation and cultivation practices and reducing the usage of chemical inputs and water, leading to a reduction in carbon footprint related to the crop, while also significantly enhancing grape grower incomes.

Besides redefining the way table grapes are grown and managed, MASL plays an active role in supporting the local community through employment generation, as well as social welfare initiatives. MASL has enabled farmers to improve their exportable yields by 3X (from 2.5 MT per acre to 7.5 MT per acre).

Speaking about MASL’s milestone of 20 years of grape exports, Ramesh Ramachandran – Managing Director & CEO, MASL said, “At MASL we are extremely proud of what we have achieved through our grapes business in the last 20 years. Having set out to sustainably enhance the quality, productivity and profitability of farming through a high value fruit crop like grapes, this milestone is a perfect reflection of our commitment to transform farming across the complete agriculture value chain. The result of our efforts can be seen in the significant improvement in how Indian table grapes are produced and exported from India to other parts of the world. We are also privileged to have been able to positively impact the lives of many hundreds of growers in the region.”

Ramesh further added, “With state-of-the-art sorting, packaging, and storage facilities, our grape packhouse in Nashik sets new industry benchmarks. The facility is renowned for its systematic approach to maintaining the highest standards of quality, taste and traceability ensuring that each despatch from the packhouse meets the exacting standards of global customers.”

Exports high quality Indian grapes to Europe,

Green Papaya from Odisha has a significant competitive advantage in export markets owing to its nutritional value, distinct flavour, availability, and low cost of production.

In a significant milestone on International Women’s Day, 1 metric ton (MT) of locally grown premium quality Green Papaya from Dhenkanal, Odisha was flagged off for export to London, United Kingdom at Netaji Subhash Chandra Bose international airport, Kolkata. The green papayas were grown by women farmer members of Saptasajya Agro Producer Company Ltd., Dhenkanal. With support from the Department of Agriculture and Farmers’ Empowerment, Government of Odisha, Agricultural and Processed Food Products Export Development Authority (APEDA), and Palladium Consulting India Private Limited, the FPO successfully facilitated the first-ever shipment of Green Papaya to London. Green Papaya from Odisha has a significant competitive advantage in export markets owing to its nutritional value, distinct flavour, availability, and low cost of production.

The virtual flag-off ceremony was attended by dignitaries including Abhishek Dev, IAS, Chairman, APEDA, Nikhil Pavan Kalyan, IAS, Director of Horticulture, Department of Agriculture and Farmers’ empowerment, Government of Odisha, Bibhuti Bhushana Dash, IOFS, Special Secretary, Department of MSME, Govt. of Odisha, Dr Sudhanshu, Secretary, APEDA,  Sitakanta Mandal, Regional Director, east-zone, APEDA, Mrs. Nimeshika Natarajan, Assistant Director, World Trade Centre Bhubaneswar,  Geetashree Parhi, DDH Dhenkanal,  Amit Patjoshi, CEO, Palladium and Mrinal Sinha, from M/s DMR Green Valley Agro Fresh Pvt. Ltd., Kolkata.  The Board of Director member of Saptasajya agro FPC, Sudiptaranjan & women farmer members of the FPC shared their experience of supplying premium quality green papaya to London while they acknowledged the necessary handholding support on the post-harvest management practices by Palladium.

During the event, Abhishek Dev, IAS, Chairman, APEDA, highlighted that “The export of fresh produce from Odisha over the past year has led to a significant increase of over 40 per cent in price realization for farmers and Farmer Producer Organizations (FPOs) in the state. In the coming months, APEDA will intensify its efforts to promote the export of fresh horticultural produce, including organic products, from Odisha by identifying key products with export potential. Further, APEDA’s commitment to enhancing market linkages for farmers and FPOs will also include extending the necessary infrastructural and logistical support as well as market connect facilitation to ensure greater access to high-value international markets.”

Congratulating on successful export of Green papaya to London, Nikhil Pavan Kalyan, IAS, Director of Horticulture, DA&FE, Govt. of Odisha stated that “In this financial year, we have successfully facilitated the export of fresh produce from Odisha to international markets, in collaboration with APEDA and Palladium. Recognizing the immense potential in agri-exports, we recently organized a stakeholders’ meet to address existing challenges and identify a strategic way forward. Building on the insights gathered, we are now focused on developing a comprehensive roadmap to significantly boost the export of fresh fruits and vegetables from the state. The Department remains committed to fostering a robust ecosystem that will empower farmers and enhance Odisha’s presence in global agricultural markets.”

Highlighting the growing momentum in agri-exports from the state, Bibhuti Bhushana Dash, IOFS, Special Secretary, Department of MSME, noted that Odisha, once primarily recognized for its metal and metallurgy exports, is now making significant strides in diversifying its export basket with fresh agricultural produce. He acknowledged the pivotal role played by Palladium in enabling this shift, emphasizing that the increasing export of fruits and vegetables is opening new avenues for the state’s farmers, thereby strengthening Odisha’s presence in global markets. Nimeshika Natarajan, Assistant Director, World Trade Centre, Bhubaneswar also addressed the participants and highlighted the role of World Trade Centre in facilitating agri-exports.

Speaking at the event, Amit Patjoshi, CEO of Palladium Consulting India Private Limited, highlighted the significance of this achievement. “This export of Green Papaya to London is a testament to the hard work and resilience of our farmers. Palladium remains committed to enabling FPOs to tap into high-value global markets, ensuring better price realization and economic growth for smallholder farmers,” he stated.

Green Papaya from Odisha has a significant

Currently, 16000 acres are under HDPS cultivation in Maharashtra, with nearly 6664 farmers participating through PPP in the special project on cotton initiative involving CICR, 10 private seed companies.

 India has about 12 million hectares under cotton cultivation and yet it lags behind in average yield with countries like the US, Brazil, and Australia that leverage biotechnology and precision agronomy. Maharashtra, a key cotton-producing state with an area of 4 million ha, has been particularly struggling with stagnant productivity, prompting experts, industry leaders, and policymakers to push for science-driven solutions.

At the ICAR National Workshop on Cotton Yield Improvement through HDPS in Nagpur, organized by the ICAR-Central Institute for Cotton Research (CICR) with support from the Federation of Seed Industry of India (FSII) and the National Seed Association of India (NSAI), experts stressed the need for adopting the High-Density Planting System (HDPS). This agronomic method increases plant population per acre while enabling mechanization, reducing labour dependency, improving yields and profitability for farmers.

“HDPS is a crucial step towards transforming India’s cotton sector. By enabling higher plant density in low productivity shallow to medium soils and enabling mechanization, it increases yields while reducing labour dependency. The government’s financial incentives reflect a strong push for modernizing cotton farming,” said Dr Y G Prasad, Director, ICAR-CICR, Nagpur.

Currently, 16000 acres are under HDPS cultivation in Maharashtra, with nearly 6664 farmers participating through Public-Private Partnership (PPP) in the special project on cotton initiative involving CICR, 10 private seed companies, and the Union Ministries of Agriculture and Textiles. The central government’s Rs 16,000 per hectare incentive has further encouraged adoption. HDPS boosts productivity by 30-50 per cent per acre, facilitates mechanized harvesting, and integrates modern tools like pneumatic planters, boom sprayers, and mechanical pickers.

Farmers in Maharashtra are also advocating for next-generation cotton varieties, widely used in countries like the US, Australia, and Brazil. As pest resistance evolves, experts warn that India should embrace newer technologies to make cotton cultivation internationally competitive.

“While Bt cotton has sustained productivity, changing pest dynamics demand innovation. The global cotton industry has embraced advanced technologies in cotton pest management, and Indian farmers deserve the same opportunities,” said Dr M Ramasami, Chairman, Rasi Seeds.

Technical Textile Mission (MTTM) of Maharashtra aims to strengthen the state’s cotton value chain, with 30-40 lakh cotton farmers expected to play a crucial role in supplying raw materials for this initiative. Experts emphasized that increasing cotton productivity is critical not just for agriculture but also for India’s textile industry, which has faced raw material shortages since the pandemic.

“HDPS is key to making cotton farming resilient and future-ready. By integrating mechanization and optimizing inputs, it will drive both economic and environmental sustainability,” said Dr C D Mayee, former Chairman, Agricultural Scientists Recruitment Board (ASRB).

The workshop also saw discussions on two years of HDPS trial data compiled in a CICR booklet. Scientists from CICR, CIRCOT, collaborating with the private sector, presented insights on productivity improvements, pest management, and mechanization. Experts also explored ways to enhance fibre quality, improve ginning processes, and keep India’s cotton industry globally competitive.

With continued government investment and industry collaboration, experts agreed that HDPS, backed by scientific advancements, is crucial to ensuring a more productive, sustainable, and globally competitive future for India’s cotton sector.

Currently, 16000 acres are under HDPS cultivation

Banaskantha Dairy’s Dama Semen Center to enable 90% female cattle births with advanced semen doses.

Bhupendra Patel, Chief Minister Gujarat State virtually inaugurated a modern semen production unit, set up by Banaskantha Dairy in Dama village, Deesa Taluka, Banaskantha, via video conferencing from Gandhinagar. This Make in India semen sex sorting machine aims to produce high-pedigree, high-milk-yielding animals for animal husbandry farmers, while also addressing the issue of stray cattle in Banaskantha district.

The Dama Semen Production Unit, operated by Banaskantha Dairy, spans 20 acres and stands as an A-grade semen station. It employs advanced scientific methods such as Genomics Breeding Value, Milk Yield Competition per Animal, Progeny Testing, and Pedigree Selection to identify and breed the best disease-free bulls and calves. As a result, approximately 25 lakh high-quality semen doses will be produced annually. With this cutting-edge technology, Banaskantha Dairy is set to bring a transformative revolution to the animal husbandry sector. Under the Make-in-India and Atmanirbhar Bharat initiatives, NDDB has developed the indigenous GauSort Technology-based Semen Sex Sorting Machine, now fully operational at the Dama Semen Station.

In his virtual address at the inauguration of the semen center, Chief Minister Bhupendra Patel said that the newly inaugurated semen center in Dama, Deesa, is set to bring immense benefits to animal husbandry farmers. As a result of various animal husbandry schemes initiated in Gujarat under the vision of Prime Minister Narendra Modi, milk production in Gujarat has increased by 119.62 lakh metric tons.

Addressing the event, Shankarbhai Chaudhary, Gujarat Legislative Assembly Speaker and Banaskantha Dairy Chairman, announced that the country’s first indigenous semen sorting center is now operational—a groundbreaking milestone for farmers. He expressed his gratitude to the scientists of NDDB (National Dairy Development Board) for developing this Make-in-India technology. With this facility, farmers can now access semen doses at just Rs 100. Given Banaskantha’s vast cattle population of over 28 lakh, genetic enhancement is crucial. The development of high-quality cattle semen is leading to superior offspring and increased milk production. Banaskantha Dairy has also made significant strides in embryo transplant technology, further advancing Prime Minister’s vision. Gujarat is experiencing a revolution in animal husbandry, with the globally acclaimed Amul cooperative model serving as a testament to its success.

Benefits of the Semen Center:

•    This technology will help resolve the issue of stray cattle in Banaskantha.

•    With this technology, 90 per cent of newborn cattle will be female, enabling dairy farmers to double their milk production in the future, thus doubling their income.

•    Currently, the cost of semen dose production is Rs 730 per dose, which will be reduced to Rs 280, leading to a saving of Rs 450 per dose.

•    At present, dairy farmers receive semen doses for Rs100 each, which will be further reduced to just Rs 50.

Banaskantha Dairy’s Dama Semen Center to enable

This conversion allows CSMs to use maize and damaged food grains (DFG), ensuring year-round ethanol production and improved efficiency.

To facilitate Cooperative Sugar Mills (CSMs), Department of Food & Public Distribution, Government of India, has notified a scheme for CSMs under modified Ethanol Interest Subvention Scheme for Conversion of their existing sugarcane-based feedstock ethanol plants into multi-feedstock-based plants to use grains like Maize and Damaged Food Grains (DFG).

Under this modified Ethanol Interest Subvention Scheme, Government is facilitating entrepreneurs with Interest subvention @ 6 per cent per annum or 50 per cent of rate of interest charged by banks/financial institutions, whichever is lower, on the loans to be extended by banks/financial institutions is being borne by the Central Government for five years including one-year moratorium.

The sugarcane crushing period is limited to 4-5 months only in a year due to which sugar mills can operate for a limited period of time. This further leads to reduction in their overall operational efficiency and productivity. To ensure the functioning of Cooperative Sugar Mills (CSMs) throughout the year, their existing ethanol plants can be converted into multi-feedstock-based plants to use grains like maize and DFG under the new modified scheme.

The conversion to multi-feedstock-based plants would not only make the existing ethanol plants of CSMs capable of operating when sugar-based feedstocks are not available for ethanol production but will also improve efficiency and productivity of these plants.  As a result, these cooperative ethanol plants will have increased financial viability.

The Government of India has been implementing Ethanol Blended with Petrol (EBP) Programme throughout the country. Under EBP Programme, Government has fixed the target of 20% blending of ethanol with petrol by 2025. The Government has notified various ethanol interest subvention schemes from July 2018 to April 2022.

This conversion allows CSMs to use maize

This project integrates advanced breeding technologies (IVF & ET), a feed mill for internal and external consumption, and bio-methanation for CBG production, ensuring a self-sustaining, eco-friendly model.

BL Agro, India’s leading FMCG company, inaugurated BL Kamdhenu Farms, which will comprise state-of-the art Centre of Excellence for Cow Breeding and Dairy Technology, in Bareilly, Uttar Pradesh. The company will initially invest Rs. 1,000 crores in the project and aims to create a circular economy that would benefit the farmers of Uttar Pradesh.

This pioneering initiative, called Satat Kamdhenu, was inaugurated by Chirag Paswan, Minister of Food Processing Industries, Govt of India, will transform the dairy and livestock industry in Uttar Pradesh by leveraging cutting-edge technology and scientific advancements to improve cattle genetics, milk productivity, and overall herd health. Also present at the occasion were  Ghyanshyam Khandelwal, Chairman, BL Agro, Ashish Khandelwal, Managing Director, BL Agro and Navneet Ravikar, CEO, BL Agro and CMD, Leads Connect Services (Agritech Venture by BL Agro Group).

While BL Kamdhenu will focus on cattle breeding, Leads Agri Genetics will work towards plant and animal genetics like preserving and enhance indigenous livestock breeds and heirloom crop varieties, develop breeds and crop varieties that reduce environmental impact, such as lower methane-emitting cattle and resource-efficient crops. It will also follow bioethics and regulatory standards to ensure genomic selection that aligns with sustainability and animal welfare with a focus on training and supporting farmers, cooperatives, and agribusinesses in leveraging genomic data for better productivity.

Navneet Ravikar, CEO, BL Agro, said, “In the initial stage, BL Kamdhenu will benefit 5000 local farmers in the next 2-3 years and as it scales up its production to full capacity, it would benefit 1-2 lakh farmers in a radius of 20 kilometers around Bareilly.”

BL Agro will sell high milching cows to the local community and provide them with best quality feed and buy back the milk from the farmers. For this purpose, the Centre will also have a field processing unit that would be working with the farming community to source raw material like milk from them. They would also work closely with the farming community to source farm waste for the proposed CBG plant. BL Kamdhenu underscores BL Agro’s commitment to supporting India’s dairy sector and creating a whole ecosystem that aims to commercialize the rural economy.

Commenting on the launch, Ashish Khandelwal, Managing Director, BL Agro said, “We are extremely delighted to share that BL Kamdhenu will serve as the focal point for research, training, and implementation of best practices in cattle breeding and dairy technology. The initial investment in the project is around Rs.1,000 crores and the whole project once it is up to full capacity will cost Rs. 3,000 crores. Our key focus has been to create sustainable and a circular economy that minimizes agri waste and boost the local community. Our state-of-the-art Centre of Excellence for Cow Breeding and Dairy Technology will not only aim to enhance milk production and improve breed quality but also help farmers in achieving greater economic sustainability.”

The BL Kamdhenu, is a part of expansion plan of BL Agro, to grow from farm foods to sustainable dairy farming. This project integrates advanced breeding technologies (IVF & ET), a feed mill for internal and external consumption, and bio-methanation for CBG production, ensuring a self-sustaining, eco-friendly model. The project will initially house 5000 indigenous cows, focusing on sustainable dairy farming. This number will increase to 10,000 cows as the project goes forward.

The event also saw BL Agro unveiling its new subsidiary Leads Agri Genetics that will work towards enhancing animal genetics, livestock improvement, plant breeding, crop genomics, and work towards sustainable and ethical breeding.

This project integrates advanced breeding technologies (IVF

By Poorna Pushkala, Corporate Strategy, Samunnati.

It is crucial to recognise the immense yet often overlooked role of women in agriculture, where they make up nearly 80 per cent of the workforce in India. Despite being the backbone of rural economies, their contributions remain underrepresented in policies and decision-making. However, a quiet revolution is unfolding—women-led Farmer Producer Organizations (FPOs) are emerging as powerful drivers of economic and social change, challenging traditional structures and paving the way for a more inclusive agrarian economy.

A New Era of Leadership

Women who once worked as support labour are now leading robust enterprises, transforming the agricultural landscape with innovation and resilience. In one such success story, Vilathikulam FPO in Tamil Nadu, a group of women farmers demonstrated effective utilisation of resources by diversifying their operations from animal husbandry to oil processing and dal milling, significantly increasing its turnover and enabling more women to enter agribusiness.

Similarly, Satpudanchal, an all-women FPO in a tribal community began with vegetable farming during COVID-19 and later shifted to millet cultivation, leveraging natural resources and rain-fed agriculture. Through collective efforts, they built an input supply chain, procured key crops, and secured market linkages with major buyers. With aspirations to expand turnover significantly in the coming years, they are strengthening processing facilities and seeking financial support to scale their impact.

Another women-oriented FPO, Araikkal Agriculture, registered in 2019, is focused on retail branding and export expansion while empowering female entrepreneurs. With a presence in numerous stores and international markets, they aim to scale turnover further through processing, online sales, and market diversification. Their entrepreneurship training programs foster micro-enterprises, reinforcing their mission to integrate women into agribusiness and drive financial independence. This FPO has generated a lot of employment for women in the agri industry which is usually perceived as a male-dominated one. 

These stories highlight how women-led FPOs are not just overcoming barriers but actively shaping a more inclusive, sustainable, and commercially viable agricultural sector.

Women-Led FPOs: Driving Economic and Social Change

The impact of women-led FPOs goes beyond profitability. Studies have shown that over 92 per cent of these organisations generate profitable revenue, with members displaying higher financial participation, stronger business acumen, and greater investment in community well-being.

Traditional enterprises often overlook key segments of holistic and inclusive growth, whereas women-led FPOs prioritize education, health, and sustainability by reinvesting their earnings to enhance the quality of life in rural areas. Their leadership is also linked to higher cropping intensity, greater agricultural diversity, and more efficient resource utilization, showcasing their ability to maximize productivity.

Women-led FPOs are gateways to opportunity, where individual and collective voices are amplified, their skills are valued, and their economic discernment is unlocked. By strengthening inclusive leadership and fair decision-making, these organizations are reshaping economies, ensuring growth and stability.

Addressing the Roadblocks

While the future is promising, challenges persist. Limited land ownership, social barriers, time constraints, and limited access to government schemes continue to obstruct women’s full participation. Currently, only 14% of women own land, creating obstacles in accessing credit and enrolling in FPOs. Additionally, deep-rooted societal norms often limit women’s mobility, decision-making authority, and financial independence, slowing down progress.

However, change is already underway. Various initiatives are being implemented to enhance gender inclusion in FPOs, provide dedicated training for women farmers, and ensure better access to financial resources. Women-centric policies, including increasing the representation of women in governance structures and forming more women-led FPOs, are expected to drive long-term transition.

A compelling example of this transformation is Nisargraj Farmers Producer Company (FPC) in Maharashtra, where women, once restricted by social norms, leveraged capacity-building programs to strengthen their business acumen. By actively participating in decision-making, they established collection centers, secured better prices for their produce, and reinvested profits into their communities. This shift not only empowered them economically but also demonstrated the potential of inclusive policies in breaking long-standing barriers and reshaping the landscape of women-led enterprises in agriculture.

Building an Inclusive Agrarian Economy

To drive continuous progress, targeted interventions are important. Strengthening women-led FPOs in key areas, ensuring at least 33% representation in mixed FPOs, and expanding access to financial resources and training will foster inclusive growth. Gender-sensitive programs in market analysis and financial literacy can empower women to negotiate better, optimise productivity, and lead agricultural enterprises.

The road ahead is one of expansion, innovation, and collective progress. With targeted interventions, empowering policies, and robust institutional frameworks, India’s agrarian economy can be transformed into an inclusive, gender-equal segment where women are not just participants but key decision-makers.

Women in agriculture are no longer just cultivators of crops; they are cultivators of change, prosperity, and empowerment. Their narratives serve as a beacon of hope for a future where equal rights, economic independence, and sustainable livelihoods are a reality for all women.

By Poorna Pushkala, Corporate Strategy, Samunnati.It is