Challenges Farmers Face with Current ALC Systems

Fixing Agriculture’s Core Issue: Market Linkage and Policy Bias!! Farmers feed the world, yet many struggle to access markets that fairly value their produce. This market linkage gap, combined with policies prioritizing cheap food for consumers, traps farmers in poverty, threatens food security, and stifles agricultural progress. With smallholders producing 70% of global food, solving this is urgent. Why It Matters Poor market access costs farmers billions—40% of produce in sub-Saharan Africa alone rots before reaching buyers. Meanwhile, policies like price caps and subsidies keep basic commodities like grains and rice affordable for consumers but depress farmgate prices, penalizing farmers. This dual challenge demands bold solutions. Key Barriers Weak Infrastructure: Poor roads and storage cause massive post-harvest losses. Information Gaps: Farmers lack real-time market data, leaving them vulnerable to exploitative value chains. Limited Networks: Smallholders miss out on large markets due to scale and connections. Financial Constraints: No credit means no investment in quality or technology. Policy Bias: Price controls and consumer-focused subsidies undervalue farmers’ work, as seen in systems like India’s MSP, which often favor select crops. Solutions That Work Tech Platforms: Apps today connect farmers to buyers, boosting incomes by 30%. Better Infrastructure: Public-private investments in roads and cold chains cut losses. Cooperatives: Models like Kenya’s Tea Agency show collective bargaining unlocks global markets. Value Addition: Training in processing or certifications opens premium markets. Fair Policies: Shift from price controls to income support and market diversification to balance consumer needs with farmer livelihoods. The Way Forward Low consumer prices shouldn’t come at farmers’ expense. Bridging market gaps and reforming biased policies can slash waste, boost incomes, and ensure resilient food systems. The impact—thriving farmers, stronger economies, and sustainable agriculture—is worth fighting for. Join the Conversation What’s working in your region to improve market access or fix policy imbalances? Share your ideas below—let’s build a fairer future for agriculture.

Farmers are ready for the transition to regenerative agriculture. Many are already making the shift. But the system keeps pulling them back. Let's look more deeply into the case of subsidies. Take a Spanish olive and sheep farmer I spoke with. There’s funding for cover crops in olive groves in his area - great. But to prove the cover crops were planted and terminated, he needs to submit an agricultural diesel invoice. He doesn’t use the tractor to terminate though. He uses sheep, a better solution for the soil and carbon cycle. But because there’s no invoice for grazing, he risks losing the subsidy. Or the cases where planting trees on farmland for an agroforestry system backfires. In some areas, the land classification shifts from “agricultural” to “forest,” cutting off access to key subsidies and financial tools. Good for the ecosystem, bad for the farmer’s balance sheet. These aren’t edge cases. This is how the system works. The hectare-based payment is a problem. The practice-based Greening Schemes are well-intentioned, but in their bureaucracy and narrow set-up, they put a lot of pressure on farmers and keep them from engaging in the practices they already know to make more sense. The CAP (Common Agricultural Policy) was designed to support farmers, but its rigid structures often ends up keeping the farm alive, while preventing it from thriving. It funds compliance, not outcomes. It forces farmers into specific practices instead of incentivising soil health, biodiversity, and resilience. There’s a better way. The EARA | European Alliance for Regenerative Agriculture has proposed a performance-based CAP model that shifts incentives toward agroecosystem health. Instead of requiring farmers to follow prescribed methods (and submit diesel invoices to prove compliance), payments would be based on easily measurable outcomes. Farmers would be rewarded for results, not bureaucracy. A performance-based CAP could reduce paperwork and administrative burdens, create a level playing field for different regenerative approaches and align financial support with long-term resilience rather than short-term metrics. Farmers are ready. The system isn’t. Time to change that. (link to the CAP proposal in the comments)

Are Carbon Markets Really Helping Farmers? Or Just Creating New Middlemen? After working with thousands of farmers at Terrablu Climate Technologies, I’ve seen a troubling pattern emerge in India’s agricultural carbon credit ecosystem. The promise is beautiful farmers adopt sustainable practices, sequester carbon, earn credits, fight climate change. Everyone wins. The reality? Not so simple. Our recently published analysis reveals some hard truths: ∙ Carbon credit companies often underreport yield losses during transition periods. Farmers bear the economic risk while intermediaries pocket the carbon revenues. ∙ Biochar is being pushed aggressively, but its effectiveness varies wildly across India’s diverse soil types and climates. We’re making assumptions that don’t hold up at scale. ∙ India generates the world’s highest dairy methane emissions, yet our carbon programs ignore this completely. We’re chasing easy credits, not actual impact. ∙ Market structures prioritize financial efficiency over farmer welfare. Without transparent contracts, yield protection, and fair revenue sharing, we’re just building another extractive system. We’ve laid out 8 concrete recommendations - from mandatory revenue transparency to context-specific methodologies for dairy methane reduction. The question is: will the industry listen? Carbon credits can be powerful tools for climate action. But only if we design them for farmers first, not finance first. Article now published 👉🏻 https://lnkd.in/dx4rf5_8 👉🏻https://lnkd.in/dDtsp-FJ Thoughts? Have you seen similar patterns in other sustainability markets? Arshish Maneckji Priya (Motwani) Bahirwani Uday Krishna Vinod Menon Abinash Mohanty, Ing K Nagaraju Shivaprakash Richard N. Bright Anil Jauhri Manish Dabkara Sarthak Ahuja Ishan Ranjan Ayush Bajpai Ashish Natkut 🇮🇳 Rajeev M Joshi Jagdish Belwal Dr. Jai Singh Marwaha Saurabh Diddi Ravindra Ghate Pitambar Chowdhury Shiv Kumar Mahesh Pathak Sahyadri Farms Omnivore Viiveck Verma Chandrasekhar Padmasola Vinod Raghavan Sunil Khairnar Verra Gold Standard Kishor Rajhansa IPE Global Limited #CarbonMarkets #ClimateChange

Farmers in India have already experienced the adverse impacts of climate change or are worried about it, Vishwanath Kulkarni reports for businessline, citing a global survey by market research firm Kynetec. Pest attacks leading to crop losses is the top concern for two in five Indian farmers. Other concerns include energy and seed costs, price income volatility, fertiliser costs, education about new techniques, and access to information, the survey shows. While most farmers in India practise “regenerative agriculture” focused on renewing soil health, one in three are unaware of the term, which is hindering wider adoption. There is strong interest in including new technologies, but larger investments and accessibility remain key challenges, the survey shows further. “Farmers want innovation to help them do their jobs better, and an environment in which they can increasingly turn towards regenerative practices, making food systems more resilient,” says Rodrigo Santos, Member of the Board of Management of Bayer AG and President of the Crop Science Division. The survey was conducted among 2,000 farmers across countries like India, Australia, Brazil, China, Germany, Kenya, Ukraine, and the United States, adds the report. Source: businessline - https://lnkd.in/gNK8menZ ✍: Abhiraj Ganguli 📷: Getty Images #Agriculture #CropYields #ClimateChange

The Real Struggles Behind Our Food: A Farmer’s Fight Farming in Maharashtra is not just hard work—it's a battle against multiple challenges. Despite their relentless efforts, farmers continue to face: 1️⃣ Unpredictable Weather & Unseasonal Rain 🌧️ Climate change has made farming highly uncertain. Untimely rain, hailstorms, and storms often destroy standing crops, causing heavy financial losses. 2️⃣ Water Scarcity & Poor Irrigation Infrastructure A large number of farmers still rely solely on rainfall. Lack of reliable irrigation systems directly affects productivity and crop survival. 3️⃣ Rising Costs of Inputs 💵 The prices of fertilizers, seeds, electricity, and labor have gone up drastically. But market prices for crops often don’t cover even the basic costs. 4️⃣ Debt & Mental Stress Due to limited access to formal credit, many farmers depend on private lenders. This leads to cycles of debt, financial burden, and in severe cases, farmer suicides. 5️⃣ Wild Animal 🐗🐒Threats to Crops Wild boars, deer, monkeys, and leopards frequently damage crops, especially at night. These attacks not only affect livelihoods but also increase fear and stress among farmers. 🌱 Support. Awareness. Action. Our farmers deserve better systems, stronger support, and real solutions—not just sympathy. #FarmingChallenges #AgricultureIndia #SupportFarmers #MaharashtraFarmers #ClimateImpact #LinkedInForGood #RuralIndia #GroundReality

The traditional farming model isn't just losing its essence—it's drifting away from its core fundamentals, making it vulnerable to modern challenges. Yes it's true that, → Soil health is deteriorating while water scarcity worsens every year. → Crop yields are stagnating, and input costs keep rising, eroding farmer profits. → Climate change is disrupting traditional practices, making farming increasingly unpredictable. The system is under immense strain: → Soil-dependent methods are depleting critical resources like nutrients and water. → Knowledge gaps limit innovation and adoption of smarter practices. → Conventional techniques fail to keep up with modern demands. But here’s where it gets tricky: There’s nothing wrong with traditional farming if the fundamentals are applied correctly. The problem is that the rationale behind many traditional methods has faded, leaving only rituals. Think about it: Why do some believe blowing a conch improves lung health or vibrations? It might have merit, but people often do it without understanding its core purpose. In farming, the same logic applies. Traditional practices hold value, but when left unexamined, they risk becoming obsolete in the face of today’s challenges. Take technology, for example: 1. Drone spraying : Sure, it saves time, but the capex is high, battery management is complex, and hiring someone for daily wage spraying is often simpler and more economical. 2. Blockchain for supply chains : Logical on paper, but for the average farmer? What they care about is financing, lower input costs, higher yields, and better prices. 3. IoT and automation : Cameras for farm security might sound great, but they rarely prevent theft, they just alert you after the fact. However, using cameras for attendance and work tracking? That’s actionable The real game-changer is blending modern tech with traditional fundamentals. For instance: Farmers know capsicum needs colder temperatures to thrive. But knowing the exact range (15-32°C) through modern tech allows precise, informed decisions. Soil testing can reveal critical parameters like nitrogen, phosphorus, potassium, and organic carbon—enabling the right crop choices and better decision making. Let me know what you think?

Modern agriculture thrives on mechanization, but it also comes with its own set of challenges. One of the biggest? The endless cycle of innovation. Every year, new machines are introduced faster, smarter, more efficient. While this sounds great on paper, it creates a silent pressure on farmers, especially those practicing modern or commercial farming. Most of the best farm machines are tractor-mounted and come with a high price tag. Then there’s the upgrade trap: Take maize processing as an example. A simple manual corn thresher works perfectly; its only limitation is time. But the moment a multipurpose corn collector + thresher enters the market doing the same job faster and “better” the farmer who owns the manual one suddenly feels outdated. So what happens? More spending. More upgrades. More financial strain. Instead of fully enjoying the value of existing machines, farmers keep chasing the next innovation not always because they want to, but because competitive farming almost demands it. Innovation is important, but we must also recognize that constant upgrades can become a barrier to sustainable farming, especially for small and medium-scale farmers. Mechanization should empower farmers, not pressure them into endless investments. It’s time we start talking about this. How can we promote innovation without making existing machinery feel obsolete too quickly? #Farm_Machinery #ModernFarming #Commercial_Agriculture #Innovations

Most agricultural companies' supply chains that are demanding regenerative agriculture are, in reality, not capable of managing it. Based on my experience of working closely with supply chains in recent years, the problem becomes apparent immediately. "Regenerative" is made mandatory without clear operational standards. What is required, at what level it is required, and what the definition of its implementation is — all of this is often unclear or missing. For example: One farmer reduces tillage and takes soil samples, another farmer uses fertilizer based on soil and shifts to 'no-till' (farming without plowing), while a third farmer grows cover crops and consistently implements these practices. All three can claim to be "regenerative." Without standards, there is no way to distinguish between levels or show progress. Meanwhile, monitoring is expected to fill this gap. But most supply chains lack effective monitoring tools designed for "regenerative" agriculture. The data exists: soil tests, audits, declarations, and occasional observations. But without any standard to connect these data points, and without tools to track practices over time, monitoring cannot prove implementation or improvement. If regenerative practices are becoming a requirement, then two foundations are non-negotiable: define the standard, and build the monitoring system around it. For me, this is the baseline. Without it, everything else is merely interpretation."

Imagine a weather station standing guard over a farm, predicting rain and sunshine, while a soil sensor whispers insights about irrigation and nutrients. For one farmer, these innovations boosted income by 35%. Sounds like the future of farming, right? Yet, he remains the only one in a 30-km radius using such technology. The reasons are a combination of affordability, lack of awareness, and systemic roadblocks. 𝙏𝙝𝙚 𝘼𝙜𝙧𝙞𝙩𝙚𝙘𝙝 𝘿𝙞𝙡𝙚𝙢𝙢𝙖 Agriculture employs 55% of India's workforce yet contributes only 16% to the GDP. With over 90% of farmers managing small plots, the challenge isn’t just innovation—it’s adoption at scale. Startups that once attracted record funding are now struggling. Agritech investments plummeted from $1.2 billion to $706 million in just a year. Many survive on government contracts, but without farmer buy-in, the true impact remains elusive. 𝙒𝙝𝙖𝙩’𝙨 𝙃𝙤𝙡𝙙𝙞𝙣𝙜 𝘼𝙜𝙧𝙞𝙩𝙚𝙘𝙝 𝘽𝙖𝙘𝙠? 1. Cost vs. Benefit: Even a 15% yield boost isn’t enough if the tech remains expensive. Farmers need solutions priced within 10% of their cultivation costs. 2. Mistrust & Education Gap: Most farmers trust word-of-mouth over data, making direct engagement crucial. 3. Scalability Struggles: One-size-fits-all doesn’t work. AgTech must adapt to local climates, soil, and crop diversity. 4. Policy Hurdles: State-controlled agriculture leads to inconsistent policies that reduce incentives for private innovation. 𝙏𝙝𝙚 𝙒𝙖𝙮 𝙁𝙤𝙧𝙬𝙖𝙧𝙙 1. Affordable, pay-per-use models instead of large upfront costs. 2. Localized, vernacular, and community-driven adoption strategies. 3. Partnerships with farmer cooperatives to build trust and awareness. The promise of AgriTech is real, but its success hinges on whether it truly integrates into the farmer’s way of life. #Agriculture #Innovation #AgriTech #FutureOfFarming #ProductManagement

The One Thing That Can Transform India’s Agriculture Industry 👇 At Indian Farmer, we’ve always focused on understanding the real challenges farmers face. Through decentralized surveys and grassroots-level interactions, we’ve identified several key issues that affect productivity and farmer livelihoods. By working with partners and using technology, we aim to create solutions that bring meaningful change to agriculture. Top 4 Challenges Farmers Face & How Plantix Helps: 1️⃣ Challenge: 56% of farmers lack sufficient farming knowledge. Solution: Plantix’s AI photo feature provides instant crop diagnosis and treatment suggestions. Its detailed library offers the knowledge farmers need to improve practices. 2️⃣ Challenge: 41.2% of farmers struggle with high production costs. Solution: Plantix’s crop advisory, and fertilizer calculators help optimize input usage, saving money and increasing efficiency. 3️⃣ Challenge: 39.8% of farmers are affected by unpredictable weather. Solution: Plantix’s weather forecasts help farmers plan better and make smarter decisions about spraying, weeding, and harvesting. 4️⃣ Challenge: 35.6% of farmers face labor shortages and lack access to machinery. Solution: Plantix’s community support connects farmers with 500+ agricultural experts for advice. The Dukaan feature links them to nearby retailers for agro-inputs and machinery. How Plantix Supports Farmers With features like crop diagnosis, helpful advice, and community support, Plantix helps farmers make informed decisions and improve their livelihoods. Looking Ahead Using advanced tools like Plantix in farming can solve major agricultural challenges and build a stronger, more informed farming community. Together, we can transform Indian agriculture, one solution at a time. What are your thoughts on these innovations? Share your ideas in the comments. #TechnologyInFarming #Innovation #AgricultureFuture