Rajendrakumar Akhani’s Post

Pure Innovation for the Agriculture Industry The Long-standing Challenge in Agriculture For many years, the quest for increased profitability in agriculture has driven the development of various chemical fertilizers and pesticides. While these innovations have boosted production, they have also depleted soil vitality and stripped crops of essential nutrients. Humans rely on fruits and vegetables for vital minerals. However, the mineral content in produce has declined to one-fifth of what it was 20 years ago. Excessive pesticide use has also left a harmful residue on these crops, posing significant health risks. LONTRA: The Natural Solution LONTRA offers a groundbreaking solution to these challenges with its natural fertilizers and growth enhancers. Made exclusively from natural minerals, LONTRA is safe and effective. When used instead of chemical fertilizers, it revitalizes the soil, replenishes crops with essential minerals, and strengthens their immunity against pests and diseases, resulting in healthier produce. Using LONTRA Mineral Solution can increase crop yields under the same conditions, eliminating the need for chemical fertilizers and pesticides. This allows consumers to enjoy truly organic produce. Real-World Evidence The uploaded video showcases the transformation in crops from actual farms using LONTRA. This evidence highlights LONTRA's applicability not only in traditional farming but also in smart farming environments. Unique Technology LONTRA products are developed using a proprietary technology that extracts, synthesizes, and stabilizes natural minerals without producing any toxic by-products. This unique process ensures that LONTRA products cannot be easily replicated. If you are involved in the agricultural sector, we invite you to contact us. LONTRA will transform your crops into organic produce and significantly increase your yields. This is a revolution in agribusiness. Visit us at: https://lnkd.in/gnrMqZFA Email: [email protected] | [email protected]

Small land holder farmers’ transition to global sustainability and supply chain is crucial (despite initial high cost of organic farming as opposed to commercial farming and chemical fertilizer, pesticides etc.).

BRAZIL: The New World Leader in Cotton Exports In recent years, Brazil has achieved a significant milestone in the agricultural sector: it has become the largest cotton exporter in the world, surpassing even the United States, which historically held this position. This remarkable achievement is the result of a combination of factors including technological advancements and sustainable agricultural practices. The adoption of advanced technologies has been one of the pillars of Brazil's success in cotton production. The use of genetically modified seeds, which are more resistant to pests and diseases, coupled with precision farming techniques, has allowed for a significant increase in productivity. Modern machinery and efficient irrigation systems have also contributed to resource optimization and yield maximization. Sustainability is another factor that has driven the Brazilian cotton industry. Agricultural practices such as no-till farming, crop rotation, and integrated pest management have helped preserve soil and biodiversity, while also reducing the use of agrochemicals. These practices not only improve the quality of the cotton produced but also make production more resilient to climate change. The growth in cotton production and exports has generated significant economic and social impacts in Brazil. Job creation in the agricultural sector and throughout the production chain contributes to the development of rural areas, improving the quality of life for local communities. Additionally, the increase in exports strengthens the national economy, bringing important revenue to the country. The future of cotton production in Brazil is promising. With continued investments in research and development, focusing on new cotton varieties and even more sustainable agricultural practices, the country is well-positioned to maintain its leadership in the global market. The growing demand for high-quality cotton in international markets, especially in Asia, offers additional opportunities for Brazilian producers. Brazil now stands out as the largest cotton exporter in the world, an achievement that reflects the combination of technological innovation, sustainable and effective practices. This success not only strengthens the country's position in the global agricultural scene but also brings significant economic and social benefits to the nation. With an eye towards the future, Brazil continues to pave a path of excellence and leadership in cotton production.

Introducing Rock Phosphate (G4) The Key to Sustainable Agriculture Are you looking for a reliable and sustainable source of phosphorus for your agricultural needs? Our premium Rock Phosphate (G4) is here to deliver. What is Rock Phosphate (G4)? Rock phosphate is a natural mineral source of phosphorus, one of the essential nutrients for plant growth. Our G4-grade rock phosphate stands out for its: High Purity: Ensuring optimal nutrient availability. Eco-Friendly Nature: A natural, non-chemical alternative to synthetic fertilizers. Versatility: Suitable for a wide range of crops and soil types. Why Choose Rock Phosphate (G4)? Improved Soil Fertility: Releases phosphorus gradually, enhancing long-term soil productivity. Cost-Effective: A budget-friendly solution for large-scale farming. Sustainability: Supports eco-conscious farming practices. Applications Ideal for organic farming and soil enrichment. Enhances crop yield in phosphorus-deficient soils. Can be used as a raw material for manufacturing phosphate fertilizers. Ready to Grow? Join the movement towards sustainable agriculture with Rock Phosphate (G4). Contact us today for more details, samples, or a personalized consultation. 📩 Contact us: МОВ: +989126031445 MAIL: [email protected]

Indian farmers can explore several alternative options to replace or reduce the use of urea in farming: 1. **Organic fertilizers:** Farmers can switch to organic fertilizers such as compost, vermicompost, or manure. These natural alternatives enrich the soil with essential nutrients and improve its overall health without causing harm to the environment. 2. **Biofertilizers:** Biofertilizers, such as rhizobium, azotobacter, and azospirillum, contain beneficial microorganisms that fix nitrogen in the soil naturally, reducing the need for synthetic fertilizers like urea. 3. **Crop rotation and intercropping:** Implementing crop rotation and intercropping techniques can help maintain soil fertility by diversifying nutrient uptake and reducing dependence on chemical fertilizers like urea. 4. **Green manure:** Farmers can grow cover crops like legumes, which fix atmospheric nitrogen into the soil. Incorporating green manure into the soil before planting cash crops can enhance soil fertility and reduce the need for urea. 5. **Precision agriculture:** Adopting precision agriculture techniques such as soil testing, variable rate application, and balanced nutrient management can optimize fertilizer use, minimizing reliance on urea and preventing nutrient runoff. 6. **Natural amendments:** Using natural soil amendments like gypsum, lime, and rock phosphate can help improve soil structure, pH balance, and nutrient availability, reducing the need for urea-based fertilizers. 7. **Biological pest control:** Implementing integrated pest management practices can reduce the need for chemical pesticides and fertilizers, including urea, by promoting natural pest predators and maintaining ecological balance in agricultural ecosystems. By incorporating these alternative options into their farming practices, Indian farmers can reduce their dependence on urea while promoting sustainable agriculture and environmental conservation. #urea #agriculture

How can carbon trading benefit Indian Agriculture? Agriculture contributes significantly to India's greenhouse gas emissions, primarily through methane emissions from rice paddies and livestock, nitrous oxide emissions from fertilizers, and carbon dioxide from land-use changes. By participating in carbon trading, the agricultural sector can adopt practices that reduce emissions or enhance carbon sequestration, earning carbon credits that can be sold in the market. Benefits of Carbon Trading for Indian Agriculture - Financial Incentives for Farmers: One of the primary benefits of carbon trading for Indian agriculture is the potential financial gain for farmers. By adopting sustainable farming practices, farmers can generate carbon credits and sell them, providing an additional income stream. This can be particularly beneficial for small and marginal farmers who often struggle with low and unstable incomes. Read more about how carbon trading can benefit Indian Agriculture: https://lnkd.in/gJmq7Ttw #CarbonCreditAgriculture #CarbonCreditinIndia #CarbonCreditBenefitIndia #carboncredit #carboncredits

Uncover the essence of seeds, fertilizers, feeds, machinery, and more in nurturing a thriving agribusiness. Here is how to effectively utilize these inputs for farm productivity, sustainability, and profitability. #Episode03 #Agribusiness360Series

Soil or land degradation is a critical issue that poses a significant threat to global food security. Here's an elaboration: Causes of Soil/Land Degradation: 1. Deforestation and land clearance 2. Overgrazing 3. Soil erosion (water and wind) 4. Salinization (soil salt accumulation) 5. Nutrient depletion 6. Pollution (industrial, agricultural, and domestic waste) 7. Climate change (temperature and precipitation fluctuations) Consequences of Soil/Land Degradation: 1. Reduced fertility and productivity 2. Decreased crop yields 3. Increased food prices 4. Water scarcity 5. Loss of biodiversity 6. Increased greenhouse gas emissions 7. Negative impacts on human health Impact on Food Security: 1. Decreased food availability 2. Reduced access to nutritious food 3. Increased reliance on imported food 4. Economic instability 5. Social unrest and migration Future Projections: 1. By 2050, global food demand is expected to increase by 60% 2. Soil degradation could lead to a 10-20% decrease in global food production 3. 1/3 of arable land may be lost by 2050 due to degradation Solutions: 1. Sustainable agriculture practices (conservation agriculture, agroforestry) 2. Soil conservation techniques (terracing, contour farming) 3. Integrated nutrient management 4. Efficient irrigation systems 5. Climate-resilient agriculture 6. Policy reforms and regulations 7. Education and awareness Key Strategies: 1. Promote sustainable land management 2. Enhance soil health and fertility 3. Implement climate-resilient agriculture 4. Support small-scale farmers 5. Encourage agro-biodiversity conservation 6. Foster international cooperation and knowledge sharing International Initiatives: 1. United Nations Convention to Combat Desertification (UNCCD) 2. Sustainable Development Goals (SDGs), particularly Goal 2 (Zero Hunger) and Goal 15 (Life on Land) 3. Global Soil Partnership (GSP) 4. Food and Agriculture Organization (FAO) of the United Nations National and Local Efforts: 1. Develop and implement national soil conservation policies 2. Support sustainable agriculture initiatives 3. Establish soil health monitoring systems 4. Promote farmer education and training programs 5. Encourage community-led conservation efforts By addressing soil/land degradation, we can ensure a more food-secure future for generations to come.

Is it possible to control soil degradation and reclaim agriculture productivity. ⬇️97 Mn ha land is undergoing degradation. ↗️Over application of synthetic fertilizers for pressure of higher yields is leading to reduced organic matter. ⤵️Continuous cropping, improper irrigation is resulting in hardening of soils. ↩️Loss of top soil and nutrients is resulting in lower crop productivity. Some tough decisions are needed to control further productivity losses and assuring food security. ⏬Reduce subsidy on urea to discourage incessant use. 🔀Divert urea subsidy to provide seeds of green manuring crops to farmers. 🔁Use seed sales network to distribute biological products along with seeds to enable their usage at time of sowing, thereby improving availability of existing nutrients in soil. Joint efforts by all agribusiness stakeholders are needed to conserve soil for desired food production by achieving better productivity. Info credit: SV Krishna Chaitanya, The Indian Express Dushyant K. Tyagi, SHITI KANTH MISHRA, MANISH BILLORE, S N JHA, Pankaj Chaudhary