Ryan Goodwin’s Post

Federation of Seed Industry of India held a conference on Direct Seeded Rice (DSR) cultivation on 15-March-2024. Sessions were informative and shared experiences and issues. Following are our observations: Rice an important crop for India, is cultivated in >44 mha. Transplanted rice (TPR), which is used by 80% of farmers, emits 1.5% of total GHG (and 12% of methane). TPR uses 4-5K liters of water per kg of rice, accounting for 43% of the world's irrigation water. TPR is is unsustainable. DSR method saves 20%-50% water, reduces costs, labor, and methane emission by 30-98%. Considering the water shortage, DSR is the future Of 2 broad categories of DSR; 1st is where wetland varieties are being sown in DSR conditions, 2nd is where the varieties have been specifically bred for DSR KisanKraft Limited R&D team has been developing DSR varieties since 2017 Advantages of DSR: 1) Faster sowing and early maturity compared with TPR 2) 20%-50% less water requirement 3) Minimal evaporation losses, it recharges groundwater instead 4) Increased labor use efficiency, reducing drudgery 5) Higher profitability 6) Easy crop rotation & intercropping to improve soil health 7) Decreases CH4 emissions 8) Easy sowing by mech seeders, better crop establishment 9) Same or higher yield Challenges of DSR and solutions 1) Higher weed infestation in DSR, is solved by herbicide use, mechanized weeding, and integrated weed management. Herbicide-tolerant rice varieties are being developed 2) Pests like root-knot nematode are noticed in DSR conditions. Application of organic matter to keep the soil healthy and using biological control agents solves this problem 3) Deficiency of iron in DSR is managed by foliar application or Seed treatment 4) Wetland varieties grown in DSR conditions suffer from yield loss. Using varieties bred for DSR solves it Breeders urged R&D focus on development of DSR varieties. Agronomists suggested integrated weed management, e.g. pre-sowing irrigation and ploughing, using pre-emergent and post-emergent herbicides, developing herbicide-resistant varieties, and crop rotation with pulses like Mung bean to manage nematodes. An UP farmer shared experience of FPO; which produced rice with a significant reduction in the cost, and increasing income Policy support: 1) Government is requested to incentivize R&D to develop high-yielding DSR varieties 2) Many states require separate MLT for each new seed. Government is requested to approve seeds based on agro-climatic zones for all of India 3) A platform to share technologies between public and private sectors 4) Success of DSR in the USA and Southeast Asian countries provide examples of strategies like the availability of varieties, agronomic practices, that India can adopt 5) Punjab, Haryana, AP, and UP have significant areas under DSR. Haryana provides ₹5,000/acre, and Punjab provides ₹1,500/acre by DBT 6) Develop a model where DSR farmers can monetize carbon credits, and procurement preference of DSR

Second mode of action and integrated pest management is a great start for the biological value proposition. However, to unlock their full potential, farmer’s will need to see the higher level of consistency in results. Building the data sets and application solutions that both increase biological efficacy and place the right biological (and the right rate of biological) are key to doing so.

Onion Farming Management and Enhanced Performance with Yara and Syngenta Products Introduction Effective onion farming management involves optimizing various aspects of cultivation, from soil preparation and planting to pest control and harvesting. The use of advanced agricultural products from companies like Yara and Syngenta can significantly enhance the performance and yield of onion crops. This report highlights key management practices and the benefits of using Yara and Syngenta products. Soil Preparation and Fertilization Soil Testing and Preparation: Conduct soil tests to determine nutrient levels and pH. Prepare the soil by tilling and incorporating organic matter to improve structure and fertility. Fertilization with Yara Products: YaraMila COMPLEX: A balanced NPK (12-11-18) fertilizer with micronutrients for early growth. YaraLiva NITRABOR: A calcium nitrate fertilizer with boron to enhance bulb quality and shelf life. YaraVita RANGE: Foliar sprays to address specific nutrient deficiencies. Planting Select disease-resistant onion varieties suited to the local climate. Use high-quality seeds or transplants. Plant at the appropriate spacing to ensure adequate air circulation and light penetration. Irrigation Management Implement drip irrigation to maintain consistent moisture levels and reduce water wastage. Monitor soil moisture regularly to avoid over or under-watering. Pest and Disease Management with Syngenta Products Insect Control: Durivo: A systemic insecticide providing long-lasting protection against a broad spectrum of pests. Minecto Pro: Offers control over mites, thrips, and leafminers. Disease Control: Ridomil Gold: A fungicide effective against downy mildew and damping-off. Quadris: A broad-spectrum fungicide for controlling various foliar diseases. Weed Management Use pre-emergence herbicides to prevent weed growth. Employ mulching to suppress weeds and conserve soil moisture. Harvesting and Post-Harvest Handling Harvest onions at the right maturity stage for optimal size and quality. Cure onions properly to enhance storage life. Store in a cool, dry, and well-ventilated area to prevent spoilage. Performance Benefits After Using Yara and Syngenta Products Increased Yield: Balanced fertilization from Yara products leads to vigorous plant growth and higher yields. Effective pest and disease management with Syngenta products minimizes crop losses. Improved Quality: Enhanced bulb size, uniformity, and storage life due to optimal nutrient supply and pest control. Reduced incidence of pests and diseases ensures clean, marketable produce. Economic Benefits: Higher marketable yield translates to increased revenue. Reduced need for repeated pesticide applications lowers input costs. Conclusion Integrating Yara fertilizers and Syngenta crop protection products into onion farming management practices can lead to significant improvements in crop performance and profitability.

🌎📝For effective Basmati rice cultivation, selecting the right land is crucial. Smooth lands with good water retention and a pH between 6.5 and 8.0 are ideal. Light loam soils with sufficient irrigation also work well. For nurseries, fields that previously grew sugarcane are preferable due to their excellent drainage and irrigation capabilities. It's important to eliminate weeds by thorough harrowing and cultivation. In preparing the nursery, applying 1000 kg of compost mixed with 0.5 kg each of Trichoderma viride and Pseudomonas fluorescens, or 2-3 kg of Zinc Sulphate per 1000 square meters, is beneficial. Additionally, applying 5 kg of urea on the 10th day post-sowing promotes healthy seedling growth. Field preparation involves ploughing twice or thrice after the initial dry season ploughing to ensure an even surface and strong bunds for rainwater retention. The field should be irrigated a week before planting, and spreading 2 kg of Crop Tiger per acre helps enrich the soil. For soil treatment, mix 150-200 kg of cow dung, farmyard manure, or leaf compost with 2 kg each of Trichoderma viride and Pseudomonas fluorescens. After moistening and covering this mixture for several days, it will be ready to enhance soil health and disease resistance across 1 acre. Selecting the right variety of Basmati rice is essential for maximizing yield and quality, taking into account local environmental conditions, crop duration, water requirements, and market demand. Healthy seeds should be selected by discarding those that float in water. Treat seeds with a solution of Carbandiazem or Thiram (2g/kg) and Pep-Rice primer (10 ml/kg) for 24 hours. For organic treatment, use a combination of Pep-Rice Primer, Trichoderma viride, and Pseudomonas fluorescens in water. After soaking, germinate the seeds under shade with periodic moistening. Fertilizer application should be based on soil tests. Avoid using DAP or Single Super Phosphate with Zinc Sulphate. After transplantation, apply Zinc Pep 7000 and Nano Aminofert Gold liquid at specific intervals to boost growth and yield. Transplant seedlings that are 20-25 days old at a spacing of 15-20 cm between plants and rows. Each spot should contain 2-3 seedlings planted 1.0-1.5 inches deep, ensuring the field has 2-3 inches of water. Maintain consistent water levels of 2-3 inches for 45 days after transplantation. Adequate water during key growth phases such as flowering and grain formation is essential to facilitate nutrient uptake and reduce weed competition. Weed control can be managed manually or with herbicides, ensuring a gap post-treatment with Trichoderma viride and Pseudomonas fluorescens. By adhering to these practices, farmers can significantly enhance the yield and quality of their Basmati rice crops, ensuring robust and healthy growth. ©®📠✉️ agricconsultant995@gmail.com #EnsuringFoodSecurity #YourFavouriteFarmer 24/7 👑 #SagadFarms

Importance of Fertilizer Application in Soybeans by Agronomist H G C Like any other crop, soybeans require the right fertilizer so that they can produce a good yield and have a healthy appearance. The feeding of soybeans begins with inoculation. Before planting, it is important to dress the soybeans with an excellent inoculant. An inoculant such as Bioma Brady, supplied by Agricrop, is one of the best options for farmers to consider using to treat their seeds before planting. It is a self-sticking inoculant containing a live bacteria called Bradyrhizobium Japonicum, which is housed on the roots where nodules form. The bacteria are responsible for initiating nitrogen fixation on the soybean roots, providing the nitrogen necessary for soybean growth and giving them a vibrant dark green color as well as retaining nutrients to benefit the next crop. After inoculation, it is essential to plant the soybeans within 24 hours; otherwise, re-inoculation will be required if not planted in the stated time. During planting, it is necessary to apply a fertilizer rich in phosphorus to promote vigorous growth and good root development in soybean crops. As the phosphorus naturally present in the soil is not enough, farmers then need to apply additional phosphorus to ensure robust root growth towards the nutrients. In this case, N.P.K can be applied or MAP which has a high phosphorus content. It is important to remember that every crop requires phosphorus for successful establishment. Since the inoculant applied at planting provides nitrogen to the plant, there is no need for top dressing in soybeans. In addition to the basal application, farmers can supplement the crop with a foliar spray such as V12 Multi, an excellent foliar product containing the much needed smaller micronutrients that enhances yields and prevents early abortion of flowers. It’s multi purpose meaning it can be applied during both at the vegetative and reproductive stages. The recommended application stages for V12 Multi are as follows: 1) The first application should be done two weeks after germination. 2) The second application should be applied when the crop begins flowering. 3) The third and final application should be done 21 days after the second application. Effective management and achieving high yields in soybeans begin with the soil. To make the most of these fertilizer applications, it is essential to conduct a soil test to understand the soil's pH requirements, ensure the availability of necessary nutrients for soybeans to thrive, and achieve excellent results. Stay glued for the next post, which will cover disease and insect control. The attached picture shows a soybean farm in southern Africa, technical assistance by agronomist H G C For information on weed control, please refer to the previous post.

Looking for Hybrid Seeds? We have them in stock For Inquiries and Purchasing: +267 3112095 / 74475205 / 75358336 Visit our branch in Phakalane Industrial, Plot 43174 Unit 18 and Zowa Opposite Tsele le TSele #hybridseeds #highquality Take your time to know a lil bit about Hybrid Seeds Hybrid seeds, also known as F1 hybrids, are the result of controlled cross-breeding between two distinct parent plants with desirable traits. These parent plants may have specific characteristics such as disease resistance, high yield, or other qualities that make them desirable for cultivation. The goal of hybrid seed production is to combine the best traits from each parent to create plants that exhibit improved characteristics. Here are some key features and advantages of hybrid seeds: Heterosis (Hybrid Vigor): One of the main benefits of hybrid seeds is the phenomenon of heterosis, also known as hybrid vigor. Hybrid plants tend to exhibit greater vigor, growth rate, and overall performance compared to their parents. This is because the combination of genes from two different parent plants can result in a more robust and productive offspring. Uniformity: Hybrid seeds often produce plants that are more uniform in terms of size, shape, and characteristics. This uniformity can be beneficial for farmers and growers as it simplifies crop management, harvest, and marketing. Disease Resistance: Many hybrid varieties are bred to be resistant to specific diseases or pests, reducing the need for chemical pesticides and increasing crop yield and quality. High Yield: Hybrid plants are often selected for their ability to produce higher yields compared to their non-hybrid counterparts. This can be especially important in agriculture to meet the demands of a growing global population. Improved Traits: Hybridization allows for the development of plants with improved traits, such as better taste, longer shelf life, or tolerance to adverse environmental conditions (e.g., drought resistance). Commercial Seed Production: Hybrid seeds are typically produced by seed companies through controlled breeding programs. These companies can maintain the purity and consistency of hybrid seeds, ensuring that growers receive reliable and high-quality seeds. It's important to note that while hybrid seeds have many advantages, they also have some limitations. For example, the seeds produced by hybrid plants are usually not suitable for saving and replanting in subsequent generations because the offspring (F2 generation) may not exhibit the same desirable traits as the F1 generation. Growers often need to purchase new hybrid seeds for each planting season. In summary, hybrid seeds are a product of controlled breeding aimed at combining the best traits of two parent plants to create improved, high-performing crops with qualities such as heterosis, disease resistance, and high yield. These seeds play a crucial role in modern agriculture, helping to increase food production and quality.

Steps to Start a Vegetable Farm and Make a Living 1. Do Your Research : The first thing to do before you start growing or doing anything on your farm is to research your market and identify opportunities, crops in demand in your area, and your potential customers. 2. Select Your Farm / Site: Selecting a good site for your farm is very crucial for all farming operations and other day-to-day activities. You must plant on the right soil in a good location, select a farm with a good soil type and quality. Irrigation is required especially in the dry season, therefore select a farm with available water source. Accessibility is also an important factor to consider when selecting farm as this will help you to have more customers. 3. Plan Your Production : After doing your market research, you would have a good idea of what the actual demand is in your area. Plan your production in line with the result of your market research and your financial goals. Establish a crop plan that will ensure a continuous supply of crops during the growing season. 4. Prepare Your Land : Clear all weeds and existing vegetation and turn your field into a production area. Do all the necessary land preparation for the crops that you want to plant. 5. Choose Quality Agro Inputs : Choosing a good and quality agricultural inputs like seeds, fertilizers, and chemicals is a must for any successful crop production. Look for a hybrid seeds with a high yielding capacity, disease resistant and suitable to agro climatic condition of the area your are growing your crops in. Another significant thing is to choose good chemical, fertilizer and follow the instructions and recommendations 6. Grow Your Crops : There are two different ways of growing vegetable crops. The first one is to raise seedlings in a container nursery using seedlings trays or other locally available materials. The other one is using improved ground nursery which can later be transplanted out into the field. Then follow all the necessary agronomic practices from transplanting up to the harvesting stage to ensure good crop management which will result in having high yield. 7. Market and Sell Your Crops : When the crops are ready, it's time to market and sell them to your customer. Here if you have done your market research correctly, you will find it easier to sell your crops because you have already identified your customer and crops in demand in the market. The next thing to do is to take your products to market and sell them to our your customers. 8. Track and Keep Records : One of the most important steps to take If you want to achieve success in farming is to keep track record of everything. If you want to know how much of yield you get from your farm, what agro inputs you have used, total of money you paid for labor you have to keep record of it, this will help you to know wether what you do is profitable or not. Stay in touch for more agribusiness tips and technical advice. Thank you

**Boost Your Vertical Farm's Success with DOTIAN FARM SUPPLY's High-Potency Boron Effervescent Tablets** As a vertical farmer, you know that providing your crops with the right nutrients is essential for maximizing yield and quality. DOTIAN FARM SUPPLY's Boron Effervescent Tablets are the perfect solution to ensure your plants get the boron they need to thrive. **Why Boron is Essential for Vertical Farming** Boron is a vital micronutrient that plays a crucial role in various plant functions, including: * **Stronger Cell Walls:** Boron helps maintain the structural integrity of plant cells, leading to sturdier, more resilient crops. * **Healthy Root Development:** Adequate boron levels encourage robust root growth, allowing your plants to better absorb water and nutrients. * **Enhanced Pollination and Fruit/Seed Set:** Boron plays a crucial role in pollen tube growth and seed/fruit development, helping to maximize your yields. **DOTIAN FARM SUPPLY's Boron Effervescent Tablets: The Easy, Effective Solution** * **High-Potency Formula:** Each tablet provides a concentrated dose of boron, with a guaranteed minimum of **10% boron content**, to meet the specific needs of your crops. * **Easy and Convenient Application:** Our effervescent tablets dissolve quickly in water, making it simple to incorporate into your existing nutrient management program. * **Precise Dosing:** Each tablet contains a measured amount of boron, ensuring your plants receive the exact nutrients they need. **Unlock the Power of Boron for Your Vertical Farm** Whether you're growing leafy greens, tomatoes, or other high-value vertical farming crops, DOTIAN FARM SUPPLY's Boron Effervescent Tablets can help you unlock the true potential of your operation. **Experience the power of boron with DOTIAN FARM SUPPLY's innovative Boron Effervescent Tablets. Contact us today to learn more and place your order!** At DOTIAN FARM SUPPLY, we are committed to customer satisfaction and delivering exceptional agricultural solutions. DOTIAN Find dealers and brokers For more information and to explore our range of products, Facebook Group: https://lnkd.in/gcmdamFY Whatsapp/Signal:+852- 9587 6308 E：serviceteam-dk@outlook.com #Boron #Effervescent Tablets #VerticalFarming #Micronutrients #CellWallDevelopment #RootGrowth #Pollination #YieldOptimization #NutrientManagement #HighPotencyBoron #BContent #BoronContent

Best Harvest Practices, Integrating FarmyApp’s Tools Harvesting is a critical phase in the agricultural cycle that significantly impacts yield quality and profitability. Implementing best harvest practices ensures maximum crop yield and quality. By integrating FarmyApp’s innovative tools, farmers can enhance their harvesting processes and achieve optimal results. 1. Timing the Harvest Optimal Harvest Time: Determine the best time to harvest each crop based on maturity, weather conditions, and market demand. FarmyApp Integration: Utilize FarmyApp’s data analytics to monitor crop readiness and predict the best harvest time. The platform’s market insights can help you align your harvest with peak market demand, maximizing profits. 2. Proper Harvesting Techniques Manual Harvesting: Use appropriate tools and methods to minimize damage to crops during handpicking or cutting. Mechanical Harvesting: Employ machinery suited to the specific crop to increase efficiency and reduce labor costs. FarmyApp Integration: Access educational resources on FarmyApp to learn about the latest harvesting techniques and equipment best suited for your crops. 3. Handling and Storage Post-Harvest Handling: Implement gentle handling practices to reduce bruising and spoilage. Use clean, dry containers for collection and transport. Storage Conditions: Ensure proper storage conditions such as temperature, humidity, and ventilation to maintain crop quality. FarmyApp Integration: Utilize FarmyApp’s tools to manage inventory and track storage conditions. The platform provides guidelines for optimal storage practices to extend shelf life and maintain quality. 4. Pre-Harvest Sales Pre-Selling Produce: Secure buyers before harvesting to ensure a guaranteed market for your crops. FarmyApp Integration: Leverage FarmyApp’s marketplace to pre-sell your produce. The platform connects you with store owners, wholesalers, and consumers, ensuring that your crops have a ready market once harvested. 5. Quality Control Regular Inspections: Conduct regular quality checks during and after harvest to ensure produce meets market standards. Sorting and Grading: Sort and grade produce based on size, quality, and ripeness to meet buyer specifications. FarmyApp Integration: Use FarmyEye, FarmyApp’s AI-powered tool, for quality control. FarmyEye can help identify defects and diseases early, allowing for timely intervention and maintaining high-quality standards. 6. Sustainability Practices Soil Health Management: Rotate crops, use cover crops, and apply organic fertilizers to maintain soil fertility. Water Management: Implement efficient irrigation practices to conserve water and ensure crops receive adequate hydration. FarmyApp Integration: Access FarmyApp’s resources on sustainable farming practices. The platform offers insights into eco-friendly techniques that promote long-term soil health and water conservation. Sell your harvests before they are ready with farmyapp.com today

Cannabis Cultivation, trimming, and packing – real-time data collection – like any other crop. The versatility and adaptability of PET-Tiger make it a valuable asset for optimizing labor force management across a wide range of crop harvesting scenarios. Regardless of the type of crop being harvested, the system aims to provide comprehensive tools to enhance efficiency and productivity. Here's how PET-Tiger can assist in optimizing labor force management for various crops: Crop Diversity: PET-Tiger is designed to cater to different types of crops, whether they involve fruits, vegetables, grains, or other agricultural products. The system's flexibility ensures that it can be customized to suit the unique characteristics of each crop. Labor Allocation: By providing real-time labor and productivity data, PET-Tiger enables better allocation of labor resources based on the specific requirements of each crop. This helps ensure that the right number of workers are assigned to each task, avoiding underutilization or overexertion. Task Tracking: For crops with distinct stages of growth and harvesting, PET-Tiger can assist in tracking tasks such as cultivation, pruning, irrigation, and packing. This tracking ensures that each task is completed efficiently and contributes to the overall success of the harvest. Piece-Rate Optimization: For crops where piece-rate wages are utilized, PET-Tiger's focus on productivity enhancement can lead to increased earnings for workers and improved profitability for the operation. Efficient Coordination: In scenarios where multiple crops are being harvested simultaneously or in rotation, PET-Tiger's real-time data collection and reporting can help coordinate labor and tasks effectively across different areas of the farm. Data-Driven Decision-Making: The system's ability to provide accurate and up-to-date data empowers farm managers to make informed decisions about labor allocation, resource distribution, and other crucial aspects of crop harvesting. Customizable Workflows: PET-Tiger's adaptability means that it can accommodate various workflows and labor management practices, allowing it to seamlessly integrate into the existing operations of different crop types. Increased Productivity: By focusing on productivity enhancement, PET-Tiger aims to help farmers achieve higher yields and more efficient harvesting processes, regardless of the crop being cultivated. Compliance and Documentation: For crops subject to specific labor regulations or certifications, PET-Tiger's compliance management features ensure that the labor force adheres to the necessary guidelines. In summary, PET-Tiger's promise of optimizing labor force management applies to a wide range of crops. Its flexibility, real-time data collection, and productivity-focused features can help farmers achieve better results, higher yields, and improved efficiency in their crop harvesting endeavors. www.PET-Tiger.com #pettiger #payroll #smartphones #labor