by Agrisnip Reporter | Jul 20, 2026 | Agri News, Farming
Soil tests have emerged as a key driver of sustainable agriculture, enabling farmers to make informed decisions on nutrient management, improve crop yields, and protect long-term soil health.
Healthy soil is the foundation of productive agriculture, yet millions of Indian farmers continue to cultivate crops without knowing the true condition of their fields. Recognizing this challenge, Dr. Reddy’s Foundation is significantly expanding its soil testing initiative, aiming to analyze up to one lakh soil samples before the 2026 rabi season.
The initiative is expected to help farmers make informed decisions about nutrient management, improve crop productivity, and promote sustainable farming practices across India.
Expanding Soil Testing Capacity
The Hyderabad-based Soil Testing Resource Centre, launched by Dr. Reddy’s Foundation in 2025, is scaling up its operations after a successful first year. The laboratory plans to process between 75,000 and 1,00,000 soil samples before the upcoming rabi season, more than doubling the number of samples tested during its initial year.
The facility is equipped with advanced analytical technology capable of examining more than 18 soil parameters, including macro and micronutrients, organic content, pH levels, salinity, and heavy metal presence. This comprehensive analysis enables farmers to receive accurate, crop-specific recommendations instead of relying on generalized fertilizer practices.
Why Soil Tests Matter
Continuous cultivation, excessive fertilizer use, and changing climatic conditions have contributed to declining soil health in many agricultural regions. Poor soil fertility often leads to lower crop yields, higher input costs, and reduced farm profitability.
Although India introduced the Soil Health Card Scheme in 2015 to encourage scientific nutrient management, experts believe that the country’s soil testing capacity still falls short of demand. Dr. Reddy’s Foundation aims to complement existing government efforts by providing accessible, reliable, and timely soil analysis that helps farmers optimize fertilizer application while reducing environmental impact.
Supporting Climate-Resilient Agriculture
The foundation’s initiative extends beyond laboratory testing. It is working with research institutions and technology partners to improve soil management practices and promote climate-resilient agriculture.
As part of this effort, Dr. Reddy’s Foundation is collaborating with ICAR-Indian Institute of Soil Science (ICAR-IISS) to develop a digital soil health repository. This database is expected to support data-driven advisory services, enabling farmers to receive more precise recommendations based on local soil conditions.
The organization is also partnering with agricultural startups focused on biological soil amendments that improve soil fertility while reducing dependence on chemical inputs. These initiatives align with the broader goal of restoring soil health and enhancing long-term agricultural sustainability.
Benefits for Farmers
Scientific soil testing offers several advantages for farmers:
- Improved fertilizer efficiency through balanced nutrient application.
- Reduced cultivation costs by avoiding unnecessary fertilizer use.
- Better crop yields and improved produce quality.
- Healthier soils capable of sustaining long-term productivity.
- Lower environmental impact through responsible nutrient management.
By understanding the nutritional status of their land, farmers can make informed decisions that improve profitability while conserving natural resources.
Looking Ahead
With its ambitious target of testing one lakh soil samples before the 2026 rabi season, Dr. Reddy’s Foundation is strengthening efforts to make scientific agriculture more accessible.
As climate challenges and soil degradation continue to affect Indian farming, initiatives that combine technology, research, and farmer-focused advisory services will play an increasingly important role in ensuring sustainable food production. The expansion of soil testing services represents an important step toward healthier soils, resilient farming systems, and improved livelihoods for farmers across the country.
Conclusion
As Indian agriculture faces growing challenges from soil degradation, rising input costs, and climate uncertainty, scientific soil testing is becoming more important than ever. Dr. Reddy’s Foundation’s goal of testing one lakh soil samples before the 2026 rabi season reflects a proactive approach to improving farm productivity through data-driven nutrient management.
By providing farmers with accurate soil health insights and personalized recommendations, the initiative can help reduce unnecessary fertilizer use, lower cultivation costs, and improve crop yields. Such collaborative efforts between the private sector, research institutions, and farmers are essential for building resilient agricultural systems and ensuring long-term food security while promoting sustainable farming practices across India.
by Agrisnip Reporter | Jul 13, 2026 | Agri News, Farming
The first rain arrived like a promise. Farmers who had spent weeks scanning the sky finally watched dark clouds gather over their fields. Dry soil slowly softened, tractors returned to work, and seeds that had been waiting in storage found their place in the earth. Across many agricultural regions, the revival of the monsoon brought relief and renewed optimism for the kharif season.
Yet, experienced farmers know that agriculture is never decided by a few days of rainfall. A good beginning does not always guarantee a successful harvest. Weather patterns remain unpredictable, and climate events continue to influence crop production in ways that are difficult to forecast. As India moves deeper into the growing season, hope walks alongside caution.
A Fresh Start for Farmers and the Kharif Season
The improvement in rainfall has revived agricultural activities across several states, allowing farmers to resume sowing after an anxious start to the season. Crops such as paddy, maize, soybean, pulses, and cotton depend heavily on timely monsoon rains, making every spell of precipitation significant.
Improved soil moisture has helped fields recover from earlier dryness, reducing immediate concerns about delayed planting. This positive shift also supports rural employment, demand for farm inputs, and overall confidence within agricultural communities.
Markets often respond positively when sowing progresses on schedule because healthy crop establishment increases the possibility of stable production later in the season. While this revival has generated optimism, farmers continue to monitor weather forecasts closely, understanding that consistent rainfall throughout the crop cycle matters far more than a single period of heavy showers.
Why Climate Risks Still Demand Attention
Despite encouraging rainfall, agricultural experts continue to warn against becoming overly confident. Large-scale climate patterns, including the possibility of El Niño-related influences, can still alter rainfall distribution during critical crop growth stages.
Even if total seasonal rainfall appears normal, long dry spells between rain events or sudden episodes of intense rainfall can reduce crop yields. Such irregular weather affects irrigation planning, nutrient absorption, pest management, and harvesting schedules.
Farmers today are increasingly aware that climate variability has become a recurring challenge rather than an occasional event. Scientific forecasting, weather advisories, and resilient farming practices are becoming essential tools alongside traditional agricultural knowledge.
Preparing for changing conditions allows farming communities to respond more effectively instead of relying solely on favourable weather.
Building Resilience Beyond This Monsoon
India’s agricultural future depends not only on rainfall but also on strengthening resilience across the farming ecosystem. Expanding irrigation infrastructure, promoting climate-resilient crop varieties, improving water conservation, and providing timely weather information can reduce the impact of uncertain seasons.
Digital agriculture platforms, satellite monitoring, and precision farming technologies are helping farmers make informed decisions based on real-time conditions. Government support through crop insurance, access to quality seeds, and efficient market systems further strengthens confidence during unpredictable years.
As climate patterns continue to evolve, collaboration among researchers, policymakers, agritech companies, and farmers will become increasingly important. The revival of the monsoon has certainly renewed hope, but long-term agricultural success will depend on preparation, innovation, and sustainable farming practices that can withstand both abundant rainfall and unexpected climatic challenges.
What government is suggesting to this
The government is encouraging farmers to adopt climate-resilient farming practices to reduce the impact of unpredictable weather during the monsoon cropping season. It has advised states to ensure the timely availability of quality seeds, fertilizers, and other agricultural inputs while promoting contingency crop plans in regions vulnerable to rainfall variability.
Farmers are also being urged to use weather-based advisories, conserve water through efficient irrigation methods, and choose crop varieties that can better withstand dry spells or excess rainfall.
Alongside these measures, the government continues to strengthen support through crop insurance, irrigation projects, and agricultural extension services, aiming to improve farm resilience and safeguard food production against climate-related uncertainties.
Conclusion
The returning monsoon has offered India a much-needed boost at the beginning of the kharif season, bringing renewed energy to farms and rural communities. However, agriculture remains closely tied to an increasingly unpredictable climate.
While healthy rainfall has improved immediate prospects, long-term success will depend on careful planning, resilient farming practices, and continuous adaptation to changing weather conditions.
The season has begun with optimism, but its final outcome will be determined by how well farmers and the agricultural ecosystem respond to whatever nature brings next.
by Agrisnip Reporter | Jun 29, 2026 | Agri News, Farming
More than 140 million hectares of land are cultivated during India’s kharif season, making every monsoon a defining moment for millions of farmers. This year, the country has enough quality seed to meet demand, offering hope for a productive season.
But a successful harvest depends on more than just abundant supplies. The real challenge lies in ensuring these inputs reach farmers before the narrow sowing window closes. As weather uncertainties persist, timely delivery may prove just as important as seed production in shaping India’s agricultural future.
The Countdown to Kharif Begins
As dark clouds begin gathering over India’s farmlands, millions of farmers wait for the first reliable showers before sowing their crops. Every monsoon tells a different story, and this year is no exception. While concerns over El Niño and delayed rainfall continue to dominate agricultural discussions, there is an encouraging development behind the scenes.
India’s input industry has prepared well, producing enough quality seeds to meet demand and even maintaining surplus stocks. Yet, as the planting season approaches, one question becomes more important than production itself. Can these seeds reach the farmers who need them before the narrow sowing window closes?
Planning Ahead for an Uncertain Kharif
Unlike years when seed shortages created panic, 2026 has begun with confidence. Private companies have built an additional buffer of 20 to 30 percent seed stock after a successful production season for crops such as rice, maize, and millets.
Government-certified seed availability is also higher than the estimated national requirement. This preparation offers reassurance, especially if farmers need to replant because of poor rainfall.
However, abundant inventories alone cannot guarantee a successful season. Agriculture depends as much on timing as it does on availability, making distribution the next critical challenge.
The Last Mile Makes All the Difference
Imagine a warehouse filled with high-quality seeds while a farmer hundreds of kilometres away struggles to find the right variety before the rains arrive. This is the reality of last-mile delivery.
Industry experts believe that India’s biggest challenge this season is not producing enough quality sowing material but ensuring it reaches vulnerable districts quickly. Around 70 percent of India’s seed supply moves through an extensive network of retailers, making logistics, transportation, and local coordination crucial. Even a short delay can force farmers to miss the ideal sowing period, affecting yields for the entire season.
Preparing Crops for an Uncertain Future
With El Niño expected to weaken rainfall in several regions, farmers may need to rethink their crop choices. Agricultural experts recommend shifting towards short-duration and climate-resilient varieties of sowing material if monsoon delays continue.
These varieties mature faster and help reduce production risks during shortened growing seasons. Farmers may also need to adjust fertiliser application and field management practices to suit changing weather conditions. The focus is gradually moving beyond simply providing seeds to ensuring farmers receive the right seeds for the conditions they are likely to face.
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Conclusion: Every Sowing Material Matters Only When It Is Sown
India’s seed ecosystem has demonstrated remarkable preparedness by maintaining surplus stocks ahead of the kharif season. However, the journey of a sowing material does not end inside a warehouse.
Its true value is realised only when it reaches a farmer’s field at the right time. As climate uncertainty becomes more frequent, efficient supply chains, local planning, and rapid last-mile delivery will be just as important as seed production itself.
This season is a reminder that agricultural resilience is built not only through innovation but also through timely execution, ensuring every prepared seed has the opportunity to become a successful harvest.
by Agrisnip Reporter | Jun 25, 2026 | Agri News, Farming
Nearly 55% of India’s net sown area still depends on monsoon rainfall, making weather patterns a decisive factor for the country’s $300 billion agricultural economy. As El Niño threatens to weaken rainfall and raise temperatures, concerns are mounting across India’s farm supply chain.
From delayed sowing and lower crop yields to rising food prices and pressure on rural incomes, the climate phenomenon could trigger disruptions far beyond the fields. The emerging challenge highlights a critical reality: India’s agricultural resilience increasingly depends on its ability to prepare for and adapt to climate-driven uncertainties.
Why El Niño Could Disrupt India’s Vast Agricultural Value Chain
India’s agriculture sector is once again facing an old but powerful challenge. El Niño, the periodic warming of the tropical Pacific Ocean, is expected to disrupt weather patterns and weaken monsoon rainfall during the crucial kharif season.
Since nearly half of India’s farmland still depends on monsoon rains, even a slight rainfall deficit can create ripple effects across the country’s $300 billion agricultural supply chain.
Experts warn that reduced rainfall, delayed sowing, and lower crop productivity could influence food prices, rural incomes, and agricultural exports in the coming months. Recent weather reports also indicate rising concerns over rainfall deficits and food inflation risks.
El Niño Matters for India’s Agriculture
For millions of Indian farmers, the monsoon is more than a season. It determines sowing decisions, crop health, and annual income. During El Niño years, large parts of India often experience warmer conditions and lower-than-average precipitation.
This can delay planting activities and reduce soil moisture during the most critical stages of crop growth. Crops such as rice, pulses, sugarcane, maize, and cotton are particularly vulnerable because they require adequate and timely rainfall.
Historical studies have shown that major kharif crops often witness noticeable yield declines during El Niño years, making the phenomenon a significant risk for agricultural planning and food security.
How Farm Disruptions Spread Across India’s Agri Value Chain
The impact of El Niño does not stop at farms. A weaker harvest affects the entire agricultural value chain. Lower crop production means reduced availability of raw materials for food processors, millers, exporters, and agri-input businesses.
Transportation networks, storage facilities, and commodity markets also experience disruptions as supply becomes uneven. Rural demand weakens because farm incomes decline, affecting spending on seeds, machinery, and consumer goods.
Food inflation can then rise as supply shortages push up prices of cereals, pulses, and vegetables. Economists believe that erratic monsoons remain one of the biggest risks to India’s inflation outlook and rural economy.
Collaborative Efforts to Safeguard Agriculture from Climate Shocks
Recognising the growing threat, the government has begun preparing contingency plans for vulnerable districts and strengthening financial safety nets for farmers. Banks and insurance providers are being encouraged to improve access to crop insurance and credit support.
Several states are also preparing district-level response strategies to manage rainfall deficits and protect standing crops. Meanwhile, food inventories and buffer stocks are expected to provide some cushion against immediate shortages.
Experts argue that better irrigation systems, climate-resilient farming practices, and efficient supply chain management will be essential to reduce the long-term economic impact of recurring weather disruptions.
The Road Ahead for Indian Agriculture
El Niño is a reminder that climate events can influence every stage of India’s agricultural ecosystem. The challenge is no longer limited to crop production alone. It now involves protecting supply chains, stabilising food prices, and safeguarding rural livelihoods.
As weather patterns become increasingly unpredictable, India’s agricultural sector must invest in resilience through technology, data-driven forecasting, diversified cropping systems, and stronger risk management frameworks.
The ability to adapt quickly will determine how effectively the country’s $300 billion farm economy withstands future climate shocks and continues feeding one of the world’s largest populations.
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Conclusion
El Niño is more than a weather event; it is a test of India’s agricultural resilience. Its impact extends from farms to food processing units, commodity markets, and consumers’ kitchens.
As climate variability becomes more frequent, the country can no longer rely solely on favourable monsoons to sustain agricultural growth. Investing in climate-smart farming, expanding irrigation coverage, strengthening crop insurance, and improving supply chain efficiency will be essential.
The ability to anticipate and adapt to climate disruptions will determine how effectively India’s $300 billion farm economy protects farmer livelihoods, ensures food security, and sustains long-term economic stability.
by Agrisnip Reporter | Jun 1, 2026 | Agri News, Farming
Introduction
Orphan crops, often referred to as neglected and underutilized crops, are traditional food crops that have received limited attention from agricultural research, policymakers, and commercial markets despite their significant nutritional and environmental benefits.
In India, crops such as horse gram, winged bean, grass pea, bambara groundnut, and several indigenous millets once played an important role in local farming systems and diets.
However, the Green Revolution’s focus on rice and wheat gradually pushed many of these nutrient-rich crops to the margins of agriculture. Today, as India faces challenges related to protein deficiency, climate change, and sustainable food production, orphan crops are gaining renewed attention.
Now , What it is Actually
Rich in protein, dietary fiber, vitamins, and minerals, these crops offer a promising solution for improving nutritional security while supporting climate-resilient agriculture. Their ability to thrive in low-input conditions makes them particularly valuable for smallholder farmers and rain-fed regions.
Reviving orphan crops could help India diversify its food basket, strengthen protein security, and build a more sustainable agricultural future.For decades, India’s food security strategy has revolved around two staple crops: rice and wheat.
While this approach helped the country overcome food shortages and achieve self-sufficiency, it has also created a nutritional imbalance. As concerns about protein deficiency, climate change, and sustainable agriculture continue to grow, experts are urging India to revisit a group of indigenous crops that have long been overlooked, often referred to as “orphan crops.”
Orphan crops are traditional crops that receive limited attention from research institutions, policymakers, and commercial markets despite their nutritional and environmental benefits.
These include crops such as horse gram, winged bean, grass pea, bambara groundnut, indigenous pulses, and several varieties of millets. Many of these crops were once common in Indian farming systems but gradually disappeared as rice and wheat became dominant.
One of the strongest arguments for reviving orphan crops is their potential to strengthen India’s protein security.
A significant portion of India’s population relies on cereals for protein intake, but cereals often lack essential amino acids required for balanced nutrition. In contrast, many orphan crops are naturally rich in protein, dietary fiber, vitamins, and minerals.
Their inclusion in diets can help address hidden hunger, a condition where people consume enough calories but remain deficient in essential nutrients. The need for diversification is becoming increasingly urgent as climate change threatens agricultural productivity.
Orphan crops are generally more resilient to drought, poor soils, and extreme weather conditions than conventional crops. Because they evolved in local agro-climatic conditions, they often require fewer inputs such as water, fertilizers, and pesticides.
This makes them particularly suitable for rain-fed regions where smallholder farmers face increasing climate risks. Beyond nutrition and climate resilience, these crops can also contribute to sustainable farming systems.
Growing a wider variety of crops improves soil health, enhances biodiversity, and reduces dependence on monoculture farming. Crop diversification can create new income opportunities for farmers while making agricultural systems more resilient to market and environmental shocks.
Recent studies have highlighted the untapped commercial potential of orphan crops. Researchers and industry experts believe that indigenous legumes and protein-rich crops could support India’s emerging plant-based food sector and reduce dependence on imported protein ingredients.
Developing value chains around these crops could create new markets while promoting local agricultural biodiversity.However, bringing orphan crops back into mainstream agriculture will require coordinated efforts.
Investments in research, improved seed systems, processing infrastructure, market linkages, and consumer awareness are essential. Government procurement programs, nutrition schemes, and public distribution systems can also play a significant role in encouraging both cultivation and consumption.
India’s future food security cannot depend solely on increasing the production of rice and wheat. Building a nutritious, climate-resilient, and sustainable food system requires embracing the country’s rich agricultural heritage.
By reviving orphan crops, India has an opportunity to improve nutrition, support farmers, conserve biodiversity, and create a more resilient protein supply for future generations. The forgotten crops of the past may well become th e nutritional heroes of tomorrow.
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Conclusion
India’s journey toward food security must now evolve into a mission for nutritional and protein security. While rice and wheat have played a crucial role in feeding the nation, relying heavily on these crops alone is no longer sufficient in the face of climate change, malnutrition, and growing food demand.
Reviving orphan crops offers a practical and sustainable solution. These indigenous crops are rich in nutrients, resilient to harsh environmental conditions, and capable of supporting farmer livelihoods while preserving biodiversity.
By investing in research, market development, and policy support for these forgotten crops, India can build a more diverse, climate-smart, and nutrition-focused agricultural system. The revival of orphan crops is not merely about preserving agricultural heritage; it is about securing a healthier and more resilient future for the nation.
by Agrisnip Reporter | May 24, 2026 | Agri News, Farming
For millions of small cotton farmers in India’s rain‑fed heartlands, the old way of farming is no longer enough—agroforestry is turning into a lifeline, not just a land‑use experiment.
Cotton cultivation in India, particularly in rain‑fed areas such as Vidarbha, Telangana, parts of Andhra Pradesh, Gujarat, and western Odisha, is reaching a critical turning point.
Small and marginal farmers, many of whom depend entirely on seasonal rainfall, are caught in a perfect storm: erratic monsoons, rising input costs, and volatile markets. What was once sold as a high‑value commercial crop now often brings crop failure, debt, and distress instead of prosperity.
Climate change is making the situation worse. Delayed rains, prolonged dry spells, sudden heavy showers, heatwaves, and unseasonal storms are messing with cotton’s growth cycle—sometimes stopping germination altogether, sometimes damaging flowering and boll formation. In many areas, yields have become unreliable, even when seeds and chemicals are expensive hybrids and pesticides.
To keep up, farmers have doubled down on chemical‑intensive, mono‑cropped cotton systems. Hybrid and Bt seeds, fertilisers, insecticides, and herbicides have pushed cultivation costs up sharply, while market prices swing in ways that often leave little margin.
Over time, soil health has declined, organic matter has dropped, beneficial insects have disappeared, and pests like pink bollworm have adapted, pushing farmers into a cycle of “spray more, earn less.”
Against this backdrop, cotton‑based agroforestry is emerging as a practical alternative. Instead of growing only cotton in a field, farmers are integrating trees, bamboo, fodder plants, fruit species, and other multipurpose vegetation into the same land. The idea is simple: rely less on one crop and more on multiple, complementary sources of income and ecosystem services.
This diversification does three important things. First, it reduces risk. When cotton fails, trees and other plants continue to grow and, over time, produce timber, fruits, bamboo, fodder, fuelwood, medicinal plants, lac, honey, or other non‑timber products. These become a safety net during droughts, pest attacks, or price crashes.
Second, agroforestry helps heal the land. Trees add organic matter through leaf litter, improve soil structure, reduce erosion, and boost water infiltration and retention—critical benefits in drought‑prone, rain‑fed areas. Nitrogen‑fixing trees such as gliricidia and subabul can cut fertiliser dependence, while wind‑breaking and shade‑giving species buffer crops from heat and storms.
Third, integrated systems can cut chemical dependence. Trees and diverse vegetation create habitats for birds and beneficial insects that naturally control pests, reducing the need for heavy spraying. Fodder trees lower livestock‑feed costs, and timber or bamboo can eventually provide lump‑sum income, helping farmers escape constant borrowing.
For communities in Vidarbha, western Odisha, and similar regions, agroforestry is not just an environmental choice—it is a survival strategy and a step toward dignity, resilience, and long‑term rural development in the age of climate change.
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Conclusion
Agroforestry in India’s cotton belts is more than a “nice‑to‑have” farming practice; it is a practical, climate‑smart response to decades of ecological stress and economic uncertainty. By blending trees, fodder, and sometimes food crops with cotton, farmers are not only protecting their soil and water but also building diversified income streams that can survive a bad season or a market crash.
For policymakers, agri‑input companies, and development organisations, supporting agroforestry means investing in resilience at the grassroots: promoting the right tree species, improving access to seedlings and credit, and designing fair value chains for tree‑based products.
For cotton farmers themselves, it means shifting from a gamble on a single crop to a steady, multi‑layered approach that can withstand the turbulence of a changing climate while still securing livelihoods. In the long run, agroforestry offers one of the clearest pathways toward a more sustainable and equitable cotton sector in India.
