Fayaz Malik’s Post

Kashmir Apples: A Crown Jewel Poised for Global Growth (2024 Update) Kashmir's apples have always been a crown jewel of Indian agriculture, and with good reason! Contributing a remarkable 75-80% of India's apple production, which stood at a staggering 2,276 thousand metric tons in 2021, Kashmir is a powerhouse in the world of apples. With India currently ranking 5th globally according to 2021 data (sources like World Population Review), Kashmir plays a vital role in this achievement. But the journey doesn't stop here! We now set our sights on unlocking Kashmir apples' full potential in the global market. Here's the key: Modernizing Orchards with High-Density Plantings: Converting aging orchards into modern, high-density plantations featuring a wider range of top apple & cherry varieties . This will not only increase yield and optimize land usage but also extend the harvest season, offering a diverse selection throughout the year. Quality First: Implementing stricter quality control measures to ensure consistent size, color, and taste in Kashmir apples. This will make them even more competitive in the global market. Sustainable Practices: Embracing integrated pest management and water-efficient irrigation techniques to ensure long-term orchard health and environmental responsibility. By working together, we can elevate Kashmir apples to a global brand synonymous with exceptional quality and sustainable farming. Let's cultivate excellence! Share your thoughts on propelling Kashmir apple production to new heights in the comments below. What are some of the latest advancements or techniques that can be implemented?

LET US TALK ABOUT THE MANGO FARMING In an agronomical perspective, preparing land for mango cultivation requires meticulous attention to soil quality, drainage, and planting techniques. Deep ploughing followed by levelling ensures proper soil structure and facilitates water distribution. The land should ideally have a mild slope to prevent waterlogging. Digging holes of appropriate dimensions, such as 2 feet by 2 feet, is crucial for young plants to establish deep root systems. Proper spacing between mango trees is essential, with variations depending on factors like soil fertility and rainfall. In dry zones where growth is limited, a spacing of 5m x 5m is advisable, while in areas with substantial rainfall and rich soils, a wider spacing of 8m x 8m allows for vigorous vegetative growth. When planting, it's important to fill the holes with topsoil enriched with well-rotted manure to provide essential nutrients for the young mango trees. Careful handling of the grafted mango seedlings, ensuring the roots are not damaged and the graft union remains above the soil level, promotes successful establishment and growth. Following these agronomic practices optimizes mango cultivation, leading to healthy trees and abundant fruit production. We sell the fruit seedling at ksh 150. We can also conduct thorough research, evaluate the local growing conditions, and assess the feasibility of growing fruit seedlings in your specific area. Consult with our experts and who will visit your farm and provide valuable insights and guidance tailored to your farming goals. Kindly contact us on for seedlings 0710588060 0769623300 0740000044 0742194880 0706222888 WhatsApp using this link https://wa.me/254710588060 https://wa.me/254769623300 https://wa.me/254740000044 https://wa.me/254706222888 https://wa.me/254742194880  

Do you know what mulch sheet is and how its shaping agriculture today? Mulch sheets, also known as mulch films, are thin layers of material spread over the soil surface in agricultural and gardening settings. These sheets are primarily used to improve growing conditions for crops by providing a range of benefits. They are significantly transforming modern agriculture through various beneficial impacts. These sheets help suppress weed growth by blocking sunlight, which reduces the need for herbicides and manual weeding, leading to healthier crops and lower labor costs. Additionally, they aid in moisture retention by reducing evaporation from the soil surface, which is especially advantageous in arid regions or during dry seasons, resulting in more efficient water use and potentially higher crop yields. Mulch sheets also regulate soil temperature, keeping the soil warmer during cool periods and cooler during hot periods, thus extending growing seasons and improving germination and root development. Furthermore, mulch sheets improve crop quality by preventing direct contact between fruits and vegetables and the soil, reducing the risk of soil-borne diseases, and enhancing marketability. They also protect the soil from erosion caused by wind and rain, particularly on sloped fields and in areas with heavy rainfall. Certain biodegradable mulch sheets can break down over time, adding organic matter to the soil and enhancing soil structure and fertility. These sheets can also serve as a barrier against certain pests and insects, reducing the need for pesticides, with reflective mulch sheets being particularly effective in deterring aphids and other pests. By covering the soil, mulch sheets reduce the impact of raindrops on the soil surface, minimizing soil compaction and maintaining better soil structure.

🌱 Earning ₹85,000 Per Month Through Polyhouse Farming 🌱 Meet Mr. Ramesh from Yadadri district, a proud polyhouse farmer who turned his dream of entering agriculture into a thriving business. Just two years ago, he was working in real estate, feeling unsatisfied and longing for something more fulfilling. Determined to follow his childhood passion for farming, Mr. Ramesh found inspiration in polyhouse cultivation—a technique that allows for controlled and sustainable farming. After thorough research and guidance from experts, Mr. Ramesh built a bamboo-structured polyhouse on half an acre of land. By choosing bamboo over steel, he significantly reduced his costs, constructing his setup for ₹12 lakhs instead of ₹25 lakhs. His polyhouse is now a well-designed space where he grows organic tomatoes. Using innovative farming techniques like drip irrigation, organic fertilizers, and clever planting methods, Mr. Ramesh consistently harvests 600-650 kgs of tomatoes every few days. His unique approach of staggered planting ensures a steady supply of fresh produce throughout the year. Not only has Mr. Ramesh mastered the art of growing high-quality tomatoes, but he has also developed a smart marketing strategy—selling directly to customers through his own outlet. By doing so, he earns a profit of ₹25 per kg, bringing his monthly earnings to ₹85,000. Today, Mr. Ramesh is a shining example of how young farmers can leverage modern farming practices like polyhouse cultivation to achieve success. His advice? Start early and capitalize on the growing demand for organic produce. 🌿🍅 Follow us for more inspiring success stories and innovative farming tips! #polyhousefarming #successstory #organicfarming #sustainableagriculture #inspiration #agricultureinnovation #farmersjourney #smartfarming #trending #grow Atul Kalepatil (AKP) TAPASYA ENVISION PRIVATE LIMITED DigiNX Tractor For Everyone

GUIDELINES ON VEGETABLE FARMING. When planning for a vegetable farm, you should consider several factors. 🔷Crops: Decide which vegetables to grow. This will depend on the demand and climate. Study the market carefully and adjust production accordingly. 🔷System: Decide which system you will use. Will it be open or protected? 🔷Layout: After deciding on the range of crops to be grown and the systems, the layout of the land must be planned. Here, care is needed. If the layout is bad, changing it would be costly. Remember too that roads, irrigation pipelines or buildings are involved. If sited wrongly, it would cost you an arm and a leg to move them. 🔷Cropping plan: Work out the rotational plan to be followed and details of cropping. This should be done early enough. Land preparation: The cost of clearing and preparing land must be considered. 🔷Labour needs: It is very important to plan for labour, especially when manual work is needed. 🔷Fencing and windbreaks: If fencing or wind break is needed, decide on the type and material as well as placement. 🔷Compost area: Decide on the location of the compost area and whether you will need a compost heap or pit. A compost heap/pit is necessary to provide a place for the disposal of organic debris. It also serves as a source of organic matter for use in the farm. It is generally located close to the nursery in an area unsuitable for crop production. 🔷Nursery siting/area: Lightly shaded areas are preferred or you may build a lath house. Preferably, the nursery area should be at most two per cent of the total land. You would also need to decide on the type of nursery to use. Will it be a seedbed or containerised? If seedbed, will it be raised, flat or sunken? 🔷Irrigation and distribution method: Decide whether irrigation will be needed. If yes, carefully choose the system and water source. Regards, Dr. Adarsha Gowda, Chairperson of Entrepreneurship & Consultancy Head, Dept of Food Science, Dept of Food Processing, St Aloysius (Deemed to be University) Mangaluru, Karnataka, India.

When planning for a vegetable farm, you should consider several factors. 🔷Crops: Decide which vegetables to grow. This will depend on the demand and climate. Study the market carefully and adjust production accordingly. 🔷System: Decide which system you will use. Will it be open or protected? 🔷Layout: After deciding on the range of crops to be grown and the systems, the layout of the land must be planned. Here, care is needed. If the layout is bad, changing it would be costly. Remember too that roads, irrigation pipelines or buildings are involved. If sited wrongly, it would cost you an arm and a leg to move them. 🔷Cropping plan: Work out the rotational plan to be followed and details of cropping. This should be done early enough. Land preparation: The cost of clearing and preparing land must be considered. 🔷Labour needs: It is very important to plan for labour, especially when manual work is needed. 🔷Fencing and windbreaks: If fencing or wind break is needed, decide on the type and material as well as placement. 🔷Compost area: Decide on the location of the compost area and whether you will need a compost heap or pit. A compost heap/pit is necessary to provide a place for the disposal of organic debris. It also serves as a source of organic matter for use in the farm. It is generally located close to the nursery in an area unsuitable for crop production. 🔷Nursery siting/area: Lightly shaded areas are preferred or you may build a lath house. Preferably, the nursery area should be at most two per cent of the total land. You would also need to decide on the type of nursery to use. Will it be a seedbed or containerised? If seedbed, will it be raised, flat or sunken? 🔷Irrigation and distribution method: Decide whether irrigation will be needed. If yes, carefully choose the system and water source. Regards Dr. Adarsha Gowda Chairperson of Entrepreneurship & Consultancy Head, Dept of Food Science, Dept of Food Processing, St Aloysius (Deemed to be University) Mangaluru, Karnataka, India.

The center toilet, often referred to as a "center drain" or "central drainage system," plays a crucial role in shrimp farming, particularly in the design and management of shrimp ponds. Here are several reasons why it is important: 1. Efficient Water Management: The center toilet allows for efficient water exchange and management within the pond. It facilitates the removal of waste, uneaten feed, and organic matter, which can accumulate at the bottom of the pond and negatively impact water quality. 2. Improved Water Quality: By enabling better drainage and water circulation, the center toilet helps maintain optimal water quality. Good water quality is essential for shrimp health, growth, and survival, as it reduces the risk of diseases and stress. 3. Easier Harvesting: The design of the center toilet can simplify the harvesting process. It allows for easier collection of shrimp as they tend to gather near the drain, making it more efficient to harvest them. 4. Disease Management: A well-designed drainage system helps in managing and controlling diseases. By regularly flushing out waste and maintaining clean water, the risk of disease outbreaks can be minimized. 5. Sediment Control: The center toilet helps in controlling sediment buildup in the pond. Sediments can harbor pathogens and reduce the overall health of the shrimp. Regular drainage can help keep the pond bottom clean. 6. Aeration and Oxygenation: The movement of water through the center toilet can enhance aeration and oxygenation of the pond water, which is vital for the respiration of shrimp and the overall health of the aquatic environment. 7. Flexibility in Management: A center toilet allows for better management practices, such as the ability to conduct water changes, manage salinity levels, and control temperature more effectively. 8. Cost-Effectiveness: By improving water quality and shrimp health, the center toilet can lead to better growth rates and higher yields, ultimately making the farming operation more cost-effective. In summary, the center toilet is an integral part of shrimp farming systems, contributing to better water management, improved shrimp health, and overall operational efficiency. Proper design and maintenance of this system are essential for successful shrimp farming.

success in tomato farming and drying requires a combination of strategic planning, quality control, and effective marketing strategies. 1. **Efficient Farm Planning:** Optimize land usage, crop rotation, and irrigation systems to maximize tomato yields. 2. **Quality Seed Selection:** Invest in high-quality tomato seeds to ensure a robust and healthy crop. 3. **Precision Farming Techniques:** Implement precision agriculture to monitor and adjust variables like water, fertilization, and pest control for optimal growth. 4. **Climate-Controlled Drying Facilities:** Establish proper drying facilities with controlled temperatures to ensure high-quality sun-dried tomatoes. 5. **Value-Added Packaging:** Invest in attractive, eco-friendly packaging to enhance product appeal and marketability. 6. **Direct-to-Consumer Sales:** Explore selling dried tomatoes directly to consumers through online platforms or farmers' markets to increase profit margins. 7. **Diversify Product Offerings:** Consider creating different tomato-based products such as sauces, powders, or infused oils to cater to a broader market. 8. **Collaborate with Local Businesses:** Partner with restaurants, specialty stores, or food artisans to expand distribution channels and increase sales. 9. **Market Differentiation:** Emphasize the uniqueness and quality of your sun-dried tomatoes to stand out in the market. 10. **Cost Management:** Monitor and control production costs, including labor, materials, and utilities, to ensure a healthy profit margins.

Akash Chourasiya – invents four layer farming model to grow four crops simultaneously Earn Rs. 10.50 lakh by growing four crops in one acre farmland in one year. Does it sound unrealistic? Well it is very much possible through four-layer farming model invented by Mr. Akash Chourasiya, 28, young farmer from Tili village, Sagar, Madhya Pradesh. “In this model income is not only generated by selling the harvest of four crops cultivated in the farmland but also by reducing the production expenditure immensely,” he adds. The four-layer farming model reduces 5 times the expenditure... Akash Chourasiya – invents four layer farming model to grow four crops simultaneously

  With the ultimate goal of establishing farmer-owned enterprises, the Farmer Production Cluster (FPC) project is benefiting smallholder farmers (SHFs) by providing easier access to modern technologies, machinery, agricultural inputs, and advisory services to increase production and productivity. Moreover, the FPC project plays an important role in the faster diffusion of research recommendations and innovations that propel the agriculture sector by leaps and bounds. Last week, we highlighted some of the project activities on the Grain FPC. This week, we will shed light on the Horticulture FPC. 🥑Horticulture FPC The horticulture FPC targets five horticultural priority crops: avocado, banana, mango, tomato, and onion. In 2015 EFY, a total of 72,700 smallholder farmers, organized into 1266 clusters, covered 14,500 hectares of land with a total of 1.5 million fruit seedlings. They produced 6.7 million quintals of market surplus and sold around 5.8 million quintals, with a value of ETB 10.7 billion. Notably, about 382 quintals of avocado have also been exported.  In 2015/2016 EFY, a total of 97,000 smallholder farmers, organized into 1566 clusters, covered 21,100 hectares of land with a total of 12 million fruit seedlings. So far, 7,864,082 million quintals of market surplus sold, of which 86% was sold. Notably, about 89 and 600 quintals of avocado and banana have also been exported.   🥑🍌🍅🌐🤝💱🚢  #FPC #SHFs #Horticulture #Agriculture