Krishnagiri district, with nearly 45,000 hectares under millet cultivation, holds immense potential for millet-based enterprise development and value addition. As consumer demand for nutritious, traditional, and organic millet products steadily rises across Tamil Nadu and India, the district is strategically positioned to become a hub for millet processing and rural women entrepreneurship. However, despite abundant raw material availability, many farm women face challenges due to limited exposure to scientific processing methods, preservation techniques, shelf-life enhancement practices, branding, packaging, and structured marketing strategies. To bridge this gap, the Krishi Vigyan Kendra, Krishnagiri initiated focused capacity-building programmes aimed at empowering rural women through millet value addition training. The interventions covered preparation of Ready-to-Eat (RTE) and Ready-to-Use (RTU) products, food safety standards, FSSAI licensing procedures, entrepreneurship development, and market linkage strategies. These initiatives were further strengthened through institutional convergence with ICAR – Indian Institute of Millets Research under the Scheduled Caste Sub Plan (SCSP), which supported women entrepreneurs with essential millet processing machinery. One inspiring outcome of this initiative is the success story of Mrs. S. Girija, a 49-year-old farm woman from Mathur block. With education up to the 9th standard and limited income opportunities, she initially earned around Rs. 5,000 per month, struggling to support her family. After undergoing structured millet processing and entrepreneurship training at KVK, she acquired hands-on skills in producing millet health mixes, chapathi mix, dosai mix, adai mix, puttu mix, millet poha, traditional rice varieties, dehydrated food powders, moringa-based products, papads, herbal mixes, and pickles. With an initial investment of just Rs. 5,000, she established her enterprise under the brand name Giri Traditional Shop, securing FSSAI Certification (No. 22424103000090). Supported with destoner, dehuller, and pulveriser machines under the ICAR–IIMR SCSP scheme, her production capacity increased significantly from 20 kg to nearly 300 kg of millet-based products per month. Scientific preservation methods improved product quality and shelf life, strengthening consumer trust and repeat sales. Today, her organic outlet located on the Mathur Highway (Thiruvannamalai NH, Krishnagiri) serves as a recognized center for organic millet products in Tamil Nadu. Through direct marketing and diversified product development, her income has grown remarkably to approximately Rs. 55,000–75,000 per month during 2025–26. Her website (www.giritraditional.com) and direct customer engagement strategies further enhanced business visibility and market reach. Beyond income growth, the enterprise has generated sustainable livelihood opportunities for ten associated women and inspired more than 200 rural women to explore millet-based small-scale business models. Mrs. Girija now serves as a Master Trainer, guiding farmers, FPOs, line departments, and institutions including RRS Paiyur, thereby multiplying the impact of millet value addition training across the district. Her achievements have been recognized by the Krishnagiri District Administration during the 29th Mango Exhibition (Organic Women FPO stall), as well as by institutions such as the Asia International Cultural Organization and the Indian Red Cross Society. With continued mentorship from KVK, she has approached NABARD to establish a dedicated millet marketing hub in Krishnagiri town, aiming to expand women-led agro-enterprises further. This success story clearly demonstrates that women empowerment through millet enterprise development is not merely about income generation—it is about building confidence, leadership, technical competency, and long-term economic resilience. The convergence of scientific training, institutional support, processing infrastructure, and market linkage has created a replicable model for rural women entrepreneurship in millet value addition. Krishnagiri’s experience stands as a scalable and sustainable model for strengthening millet-based livelihoods, promoting organic food enterprises, and transforming rural women into successful agripreneurs across India

In the coconut-growing landscapes of Krishnagiri district, Tamil Nadu, where nearly 15,000 hectares are under coconut cultivation, farmers have long struggled with a critical challenge — the shortage of skilled coconut climbers. Traditional climbing methods were risky, physically demanding, and time-consuming. At the same time, wages were rising and many rural youth were unaware that coconut climbing, when combined with modern technology and proper training, could become a profitable and respectable enterprise.This was the situation when Mr. Ramasamy from Thanampatti village began his journey — a journey that would not only transform his own life but also inspire hundreds of rural youth Life Before the Turning Point In the heart of Thanampatti village, Mr. Ramasamy depended on his 5-acre farm, along with two cows and about 15 goats and sheep, to support his family. However, agriculture alone did not provide assured income. Like many others, he struggled with uncertainty and financial instability.To supplement his earnings, he used to climb coconut trees manually. With great effort and risk, he climbed 20 to 30 trees per day and earned only ₹300 to ₹450. The work was exhausting, hazardous, and the income was barely sufficient to meet his family’s needs.He knew he needed a better opportunity — but he did not know where to find it KVK Intervention: A Life-Changing Opportunity In 2012, Mr. Ramasamy approached ICAR – Krishi Vigyan Kendra (KVK), Krishnagiri, seeking guidance. Recognizing the growing demand for skilled coconut climbers and the potential for rural entrepreneurship, KVK, in collaboration with the Coconut Development Board (CDB), Regional Office, Chennai, organized specialized skill training programs on the use of coconut tree climbing machines. KVK Conducted 20 batches of residential and non-residential trainings covering 400 rural youthdeveloped 20 Master Trainers.Provided vocational training to 60 SC youth under the SCSP scheme.Supplied climbing machines and insurance support to trainees.These interventions aimed not just to train climbers, but to create entrepreneurs.Mr. Ramasamy enrolled in a six-day residential training program at KVK — a decision that would redefine his future. Transformation Through Skill and Technology After completing the training and receiving a coconut tree climbing machine, Mr. Ramasamy’s productivity and income increased dramatically. Instead of climbing 20–30 trees manually, he could now climb up to 50 trees safely and efficiently.His daily earnings increased to: ₹1,000 per day locally ₹1,500 to ₹2,000 per day in outstation work His average annual income reached around ₹2,00,000. He also started working in other districts and states, including Mandya and Mysore in Karnataka, where he worked for 15–20 days per month and earned up to ₹30,000 per month. For the first time in his life, he experienced financial stability and dignity in his profession. From Trainee to Master Trainer Mr. Ramasamy’s success did not stop with personal progress. With his dedication and expertise, he became a Master Trainer under KVK.He trained more than 180 youth in various KVKs, including: Tirunelveli Tiruvannamalai Ariyalur He not only trained them but also helped them secure climbing machines and guided them to start their own businesses. He created employment opportunities for many rural youth, often taking them along for climbing work and sharing his income with them. His journey became a source of hope and empowerment for others Impact of KVK Skill Training Programs The coconut climber training program of KVK, Krishnagiri, created a remarkable impact in the district: This intervention not only solved the labour shortage but also created sustainable rural livelihoods. A Beacon of Hope for Rural Youth Today, Mr. Ramasamy earns ₹1,500 to ₹2,000 per day and lives with dignity and confidence. What once was a struggle has now become a successful enterprise.Speaking about his journey, Mr. Ramasamy expresses heartfelt gratitude to KVK, Krishnagiri and the Coconut Development Board: “The training completely changed my life. I moved from uncertainty to stability. Today, I am not only supporting my family but also helping many rural youth build their future.” Climbing Towards a Better Future Mr. Ramasamy’s story is a powerful example of how skill training, technology, and institutional support can transform lives. From an uncertain farmer struggling for income to a successful entrepreneur and Master Trainer, his journey truly represents “Climbing Towards Success.” His story continues to inspire hundreds of rural youth, proving that with the right opportunity, guidance, and determination, even the tallest challenges can be climbed.

Livestock farming plays a crucial role in the rural economy of Krishnagiri district. However, for many years, farmers have been facing persistent challenges such as low livestock productivity, rising feed costs, and limited awareness about scientifically proven fodder crops. Recognizing these constraints, ICAR–Krishi Vigyan Kendra (KVK), Krishnagiri, initiated long-term, science-based interventions to transform livestock feeding systems through what can be termed “Forage Intelligence.” The Challenge: Low Productivity and High Feed Costs Livestock farmers in the district traditionally depended on limited and seasonal fodder resources. The lack of awareness about multi-cut perennial legume and cereal forage crops, coupled with increasing dependence on costly commercial feeds, resulted in reduced profitability for dairy farmers and small ruminant rearers. Addressing this gap required a systematic approach combining technology demonstration, capacity building, and institutional convergence. KVK Interventions: From Demonstration to Adoption From 2011 to 2025, KVK Krishnagiri implemented a comprehensive fodder development strategy centered on farmer participation and field-level validation.A total of 10 Front Line Demonstration (FLD) programmes were conducted, covering 145 demonstrations, to showcase the performance of improved fodder technologies under real farming conditions. These demonstrations served as live learning platforms for farmers to compare traditional practices with improved forage systems.To strengthen knowledge dissemination, KVK organized extensive training and awareness programmes on feed and fodder management, scientific dairy farming, and Integrated Farming Systems (IFS). During this period, 53 KVK-organized trainings benefitted 1,055 farmers, while 35 convergence-based trainings reached 1,600 farmers. Additionally, 7 sponsored training programmes supported by institutions such as NABARD–CAT, Aavin, ICAR–NIVEDI, ATMA, and the Vanthudhu Kattuvom Project (TNRTP) benefitted 216 farmers.KVK also leveraged mass media outreach to amplify its impact, delivering three television talks through DD and Makkal TV, and four radio talks via All India Radio (AIR). Continuous advisory services, farm visits, and farmer exposure visits to KVK further strengthened adoption. Technology Interventions: Building Sustainable Fodder Systems KVK promoted a diversified and location-specific fodder production model to ensure year-round availability of quality feed. The interventions included mixed fodder cultivation and TANUVAS 10-cent fodder production models for smallholders.Improved fodder varieties such as Cumbu Napier Hybrid (CO 4 and CO 5) and Guinea Grass (COGG 3) were promoted as grass-type fodders. Fodder Sorghum varieties (COFS 29 and COFS 31) addressed cereal fodder needs, while Hedge Lucerne (CO 2) served as a high-protein perennial legume. Tree fodders like Agathi and Subabul were introduced to enhance sustainability and resilience.Innovative practices such as fodder intercropping in coconut gardens and mango orchards helped farmers utilize available space efficiently while improving soil health and fodder availability. Outcomes: Expanding Fodder Area and Farmer Reach The sustained efforts of KVK from 2015 to 2025 resulted in significant fodder area expansion across Krishnagiri district. Approximately 295 hectares were brought under perennial legume and cereal fodder crops such as Hedge Lucerne and Fodder Sorghum (CO 31). An additional 225 hectares were covered under other forage crops including Agathi, Anjan grass, Stylo, Fodder Maize, and Cumbu Napier, resulting in a total fodder area expansion of 520 hectares.Through these initiatives, 1,873 farmers were directly benefitted, while an additional 2,500 farmers benefitted indirectly through departments and institutions. Institutional Convergence and Outreach KVK Krishnagiri played a key role in supplying fodder seeds and tree saplings to several institutions and organizations. These included the Cattle Breeding and Fodder Development (CBFD) wing of the Animal Husbandry Department, District Livestock Farms, multiple KVKs, and NGOs such as BAIF (Hosur), National Agro Foundation (Krishnagiri), and MYRADA. The outreach extended across districts including Krishnagiri, Vellore, Tiruvallur, Villupuram, Nagapattinam, Ramanathapuram, Tiruppur, and Tirunelveli. Impact on Livestock Productivity and Farm Income The adoption of improved forage-based feeding systems led to measurable improvements in livestock performance. Sheep and goats fed with legume forages recorded a 15–20% increase in body weight gain. Dairy farmers experienced a 10% reduction in feed costs, significantly improving net income.The economic impact has been substantial. Small ruminant farmers generated an additional income of ₹1.25 crore per year, while dairy farmers achieved feed cost savings of ₹3.10 crore per year. Over the period 2015–2025, KVK generated approximately ₹26 lakhs through the sale of fodder seeds and tree saplings, including ₹23.42 lakhs from fodder seed sales and ₹2.11 lakhs from the supply of 9,420 fodder tree saplings to CBFD and the Animal Husbandry Department. Conclusion: A Sustainable Path Forward The experience of KVK Krishnagiri demonstrates that forage intelligence—combining scientific fodder technologies, farmer capacity building, and institutional convergence—can transform livestock farming. By reducing feed costs, enhancing animal productivity, and improving farm incomes, these interventions have laid a strong foundation for sustainable and climate-resilient livestock systems in the district.

In recent years, Natural Farming and Organic Farming practices in Krishnagiri district have shown a steady upward trend. This positive shift is largely driven by increased public awareness, health consciousness after the COVID-19 pandemic, and continuous efforts by extension agencies to promote sustainable agriculture Impact of the COVID-19 Pandemic on Food Choices The Corona pandemic acted as a major turning point in people’s food habits. During and after the pandemic, people became more concerned about health, immunity, and food safety. This led to a growing preference for chemical-free, pesticide-free, and organically produced food. Consumers started understanding the long-term health impacts of excessive chemical residues in food, which increased demand for organic and natural farm produce. Growing Awareness Among Consumers and Farmers With rising awareness, people are now ready to pay a better price for organic food, recognizing its nutritional value and health benefits. This change in consumer behavior has motivated farmers to rethink their conventional farming practices. Even though some farmers initially experienced slightly lower yields during the conversion period from chemical farming to organic/natural farming, many of them realized the long-term benefits such as: ✓ Reduced cost of cultivation ✓ Improved soil health ✓ Better water-holding capacity ✓ Sustainable and eco-friendly productionAs a result, more farmers are gradually converting from chemical-based farming to natural and organic farming systems Increase in Area Under Natural and Organic Farming Earlier, natural farming was practiced only in small pockets and limited areas. Now, the area under natural and organic farming is steadily increasing from low to moderate and further towards higher coverage across villages in Krishnagiri district. Farmers are adopting these practices either on a part of their land initially and later expanding it based on results and confidence. On-Farm Preparation and Use of Bio-Inputs A significant development in Krishnagiri district is that farmers are now preparing bio-inputs on their own farms, reducing dependency on external chemical inputs. Commonly prepared and used bio-inputs include: ✓ Vermicompost ✓ Jeevamirtham ✓ Panchagavya ✓ Pootchiviratti (botanical pest repellents) ✓ Other plant- and cow-based formulationsThese bio-inputs are applied to crops for nutrient management and pest control. By adopting these practices, farmers are: ✓ Avoiding chemical fertilizers and pesticides ✓ Reducing the number of pesticide spray rounds ✓ Lowering input costs ✓ Protecting beneficial insects and soil microorganisms Role of Extension Agencies The growing awareness and adoption of natural and organic farming in Krishnagiri district did not happen overnight. Krishi Vigyan Kendra (KVK), Department of Agriculture, and Department of Horticulture have played a crucial role in this transformation. Through regular training programmes, field demonstrations, exposure visits, farmer meetings, and on-field guidance, these institutions have: ✓ Created awareness on the ill effects of chemical farming ✓ Demonstrated the preparation and application of bio-inputs ✓ Built confidence among farmers to adopt natural farming technologies ✓ Encouraged sustainable and climate-resilient farming practices Way ForwardThe upward trend in natural and organic farming promotion in Krishnagiri district clearly indicates a shift towards sustainable agriculture. With continued support from extension agencies and increasing consumer demand, natural farming is expected to expand further, ensuring healthy food for consumers, improved income for farmers, and protection of natural resources.

Modern Farming Solution Polyhouse cultivation has emerged as a transformative technology in modern agriculture, particularly for farmers engaged in cut flower production. By providing a controlled growing environment, polyhouses protect crops from adverse weather conditions such as heavy rainfall, strong winds, and extreme temperatures, while also reducing pest and disease incidence. This has enabled farmers to cultivate high-value cut flowers like gerbera, rose, carnation, lily, and chrysanthemum with greater confidence and consistency. Premium Flower Quality Maintaining optimum temperature, humidity, and light inside the polyhouse results in superior flower quality. Cut flowers produced under protected conditions have longer stems, larger blooms, vibrant colours, and extended vase life. These quality advantages attract better market demand and fetch premium prices, significantly improving farmers’ income compared to open-field cultivation. Year-Round Income One of the major benefits of polyhouse cut flower cultivation is the ability to grow flowers throughout the year, including during the off-season. Continuous harvesting ensures a steady flow of income and reduces farmers’ dependence on seasonal crops. This regular income pattern provides financial stability and encourages farmers to invest further in advanced agricultural technologies. Reduced Production Risks The controlled environment of the polyhouse minimizes risks associated with climate variability, pests, and diseases. Efficient irrigation and fertigation practices optimize the use of water and nutrients, reducing input costs and crop losses. As a result, farmers experience predictable yields and more reliable returns, making farming less risky and more sustainable. Rural Employment Boost Polyhouse cut flower cultivation generates year-round employment opportunities for rural youth and farm women. Activities such as planting, intercultural operations, harvesting, grading, packing, and marketing require continuous labour. This not only strengthens rural livelihoods but also promotes skill development in modern agricultural practices. Strong Extension Support The success of polyhouse cultivation is further enhanced by technical guidance and extension support from Krishi Vigyan Kendra (KVK). Through training programmes, demonstrations, and regular advisory services, farmers receive scientific knowledge on crop management, pest control, irrigation scheduling, and post-harvest handling, enabling sustainable adoption of protected cultivation. Happy Farming Community Overall, polyhouse cut flower cultivation has transformed traditional farming into a profitable agribusiness. In Krishnagiri district, the favourable agro-climatic conditions, availability of quality water resources, and farmers’ experience in horticulture make the region highly suitable for protected cultivation of cut flowers. The close proximity of Bengaluru, a major metropolitan city with international air cargo facilities, provides excellent opportunities for exporting cut flowers. Flowers such as rose are regularly exported to destinations like Dubai and Malaysia, especially during the peak demand season in February, while other cut flowers are supplied to international markets throughout the year. This strong market linkage has encouraged many progressive farmers, including educated youth and software professionals, to take up polyhouse cultivation of orchid, rose, gerbera, chrysanthemum, gypsophila, and other high-value flowers. Farmers adopting this technology report increased income, improved living standards, and greater confidence in modern farming practices. Their happiness and success clearly demonstrate that polyhouse cultivation holds immense potential for a prosperous and sustainable agricultural future in Krishnagiri district.

Agriculture is the backbone of human civilization, feeding billions across the globe. Yet, farming today faces unprecedented challenges, from climate change and water scarcity to increasing demand and labor shortages. This is where Agricultural Engineering steps in, acting as the unsung hero that integrates technology, science, and design to create sustainable and efficient solutions for the farming community. Agricultural engineers are not just designing tractors; they are the innovators behind every major leap in modern agriculture, ensuring food security and profitability for farmers worldwide Enhancing Efficiency and Productivity Through Advanced Mechanization One of the most visible and impactful contributions of agricultural engineering is the dramatic increase in farming efficiency through sophisticated mechanization. Modern machinery, meticulously designed and optimized by agricultural engineers, allows farmers to plant, cultivate, and harvest crops with incredible speed, precision, and reduced physical strain. This includes everything from autonomous tractors to robotic harvesters. Sustainable Resource Management: Optimizing Water, Soil, and Energy In an era of increasing environmental concern and resource scarcity, agricultural engineers are at the forefront of developing sustainable practices. They design systems and strategies that minimize waste and maximize the longevity of vital agricultural resources. Precision Agriculture: Smart Farming for a Smarter Future The future of farming is smart, and agricultural engineers are building it brick by technological brick. Precision agriculture, often referred to as smart farming, leverages cutting-edge technology to manage fields with unparalleled accuracy and data-driven insights. This leads to healthier crops, reduced input costs, and higher yields. Post-Harvest Technology: From Field to Safe Consumption The work of an agricultural engineer doesn’t stop when crops are harvested; it extends all the way to ensuring food safety and quality until products reach the consumer. They are crucial in designing and improving systems for processing, storing, and transporting agricultural products. Livestock and Aquaculture Management Systems Beyond crop farming, agricultural engineering also plays a vital role in animal agriculture and aquaculture, focusing on animal welfare, efficiency, and environmental impact. Conclusion: The Future of Farming is Engineered and Thriving Agricultural engineering is not merely a supporting role; it is a transformative and indispensable force that empowers farmers to overcome challenges, embrace innovation, and thrive in an ever-changing world. From the smallest seed planted with precision to the largest combine harvester and the most advanced storage facility, their ingenuity ensures that our farming communities remain productive, sustainable, and resilient. Supporting and investing in agricultural engineering is investing in the future of food, the welfare of farmers, and ultimately, the future of humanity.