Wilbur-Ellis Agribusiness’ Post

There are many components to producing turf, but in order to produce AusGAP certified turf, turf farms must have quality control measures in place. But what does quality control look like on a turf farm? Read this week’s blog to find out more. #ausgap #turfmanagement #turfcare #lawncare #TifTuf #SirWalter #sirgrange #agriculture #horticulture #ausgapcertified #turfcertification #itgap

Here Are Some Most Demanding Agribusiness Ideas : ◾Livestock and Dairy 1. Organic poultry farming 2. Grass-fed beef production 3. Dairy farming with value-added products (cheese, yogurt) 4. Pig farming with waste management 5. Aquaculture (fish and shrimp farming) ◾Crop Production 1. Hydroponic farming (leafy greens, tomatoes) 2. Vertical farming (urban agriculture) 3. Organic farming (fruits, vegetables) 4. Precision agriculture (drone-based farming) 5. Mushroom cultivation ◾Value-Added Products 1. Fruit and vegetable processing (jam, juice, pickles) 2. Spice blending and packaging 3. Herb and essential oil production 4. Baked goods using farm-fresh ingredients 5. Artisanal cheese and dairy products ◾Agri-Tourism and Services 1. Farm stays and agritourism 2. Farm-to-table restaurants 3. Agricultural consulting services 4. Farm equipment rental services 5. Soil testing and fertility management ◾Sustainable Agriculture 1. Biogas production from agricultural waste 2. Composting and organic fertilizer production 3. Solar-powered irrigation systems 4. Rainwater harvesting and conservation 5. Regenerative agriculture practices ◾Technology-Based Agribusiness 1. Agricultural drones for crop monitoring 2. Precision farming software 3. Livestock monitoring systems 4. Online marketplaces for agricultural products 5. Farm management mobile apps ◾Other Ideas 1. Apiculture (beekeeping and honey production) 2. Sericulture (silk production) 3. Floriculture (cut flower production) 4. Horticulture (nursery and landscaping) 5. Agricultural education and training centers ◾Consider factors like : 1. Market demand 2. Competition 3. Climate and geography 4. Initial investment 5. Regulatory requirements Before starting any agribusiness venture, conduct through research and create a solid business plan. If you find fruitful do follow Vikas Kumar for such contents. Would you like more information on any of these ideas? Comment Below 👇 #VikasKumar #Agribusiness #FarmingIdeas #AgricultureWala #Agriculture #AgriKnowledge

🌎📝I am deeply impressed by the dedication to excellence demonstrated by TrueHarvest Farms, LLC in their lettuce cultivation. Lets talk about the remarkable attributes of their farming practices that set them apart. True Harvest Farms employs cutting-edge agricultural techniques, leveraging advancements in hydroponics and vertical farming to maximize space utilization and resource efficiency. By carefully controlling factors such as nutrient levels, water availability, and light exposure, they ensure optimal growing conditions for their lettuce crops year-round. This precision farming approach not only enhances productivity but also minimizes environmental impact, a crucial consideration in today's agricultural landscape. Furthermore, True Harvest Farms prioritizes sustainability at every stage of production. From utilizing renewable energy sources to implementing water-saving irrigation systems, they are committed to minimizing their carbon footprint while delivering fresh, nutritious produce to their customers. Their dedication to sustainable farming practices not only preserves natural resources but also fosters a healthier ecosystem for future generations. Beyond their commitment to environmental sustainability, #TrueHarvestFarms excels in quality assurance and food safety protocols. Rigorous standards are upheld throughout the cultivation process, from seed selection to harvest, ensuring that only the freshest and safest lettuce reaches consumers' plates. Their adherence to strict quality control measures instills confidence in both retailers and consumers, establishing True Harvest Farms as a trusted source of premium, responsibly grown produce. As a crop scientist, I wholeheartedly endorse their commitment to excellence and proudly promote their exceptional produce to fellow enthusiasts and industry stakeholders alike. ©®📠✉️ agricconsultant995@gmail.com #EnsuringFoodSecurity #YourFavouriteFarmer 24/7 👑

(USA 31.01.24) #growingproduce #covercrops Taylor Farms Digs Into the Secrets of Cover Crops. Taylor Farms in Monterey County, CA, is delving into the benefits of cover crops, despite challenges like disrupted planting schedules and labor and machinery adjustments. With almost 15% of fields now featuring cover crops, up from less than 5% three years ago, Taylor Farms is committed to sustainability. Kim Horton, the agronomy manager, leads efforts alongside John McKeon and Wyatt Maysey. They aim to improve soil health and sustainability while complying with local regulations like Ag Order 4.0. https://lnkd.in/gRz5848F The team has observed positive results, including better soil retention during heavy rains in fields with cover crops. Horton experiments with various cover crop combinations, focusing on aggressive root structures, salt tolerance, and dense cover. Taylor Farms also implements other sustainable practices like minimum tillage, biological controls, owl boxes, insectary plantings, natural beneficials, and micronutrient supplementation to enhance crop health and reduce synthetic controls. https://lnkd.in/gCrmKg5e

Plenty Unlimited has launched the world's first indoor vertical farm dedicated to growing strawberries for Driscoll’s in Richmond, Virginia. The 40,000 sq ft facility will produce over 4 million pounds of strawberries annually, using advanced technology to optimize growth conditions without needing bees for pollination. The first crop will hit the market in early 2025, marking a major step in vertical farming’s evolution to support crop diversity and sustainable local production. Vertical farming facilities often require sanitary process piping, especially when dealing with food products like fruits and vegetables. Sanitary process piping ensures that water, nutrients, and other liquids used in the growing process are delivered in a hygienic, contaminant-free manner. In vertical farms, controlled environments such as hydroponic or aeroponic systems rely heavily on piping to transport and distribute water and nutrient solutions to the plants. Since these facilities prioritize cleanliness and food safety, sanitary process piping is essential to prevent contamination and meet regulatory standards for food production. This is where companies like Barnum Mechanical, with expertise in sanitary process piping and automation, play a crucial role in supporting high-tech, efficient, and safe operations in vertical farming. Barnum Mechanical is excited to see innovations like this driving efficiency and sustainability in agriculture. #VerticalFarming #IndoorFarming #Sustainability #AgTech #FoodInnovation #ProcessPiping #Automation #BarnumMechanical

CHOOSING WHICH CROPS TO PLANT IN SOIL-LESS  DRIP  SYSTEMS Welcome back to the second installment of the Great Agricultural Rethink Conversation, where we're continue our look into the world on SOIL-LESS FARMING.! Today, let's explore the crucial decision of selecting the right crop for your SOILLESS FARMING system. When it comes to choosing which crops to plant in SOIL-LESS  DRIP  SYSTEMS , several factors come into play. As with any farming business, firstly, consider market demand and profitability. Research the local market trends and consumer preferences to identify high-demand crops that can fetch a good price in your area. Secondly, assess the suitability of crops for SOIL-LESS cultivation. Look for plants that have SHALLOW ROOTS systems and thrive in nutrient-rich water environments. Leafy greens like lettuce, herbs , and vine crops like bell peppers or tomatoes are excellent choices for SOIL-LESS  systems. Moreover, take into account environmental conditions such as temperature, humidity, and light availability. Choose crops that can thrive in your specific growing tunnel/ greenhouse conditions to maximize yields and minimize risks. Additionally, consider your own interests, expertise, and resources available. Select crops that align with your skills and resources to ensure successful cultivation and management. By carefully evaluating market demand, crop suitability, environmental conditions, and personal factors, you can make informed decisions about which crops to plant in your SOIL-LESS  system, setting the stage for a bountiful harvest and sustainable agricultural practices. Join the conversation and as we continue rethink agriculture through SOIL-LESS FARMING. #SOILLESS #FARMING #Hydroponics #SustainableFarming #CropSelection #highlights #everyone

Plenty Unlimited has launched the world's first indoor vertical farm dedicated to growing strawberries for Driscoll’s in Richmond, Virginia. The 40,000 sq ft facility will produce over 4 million pounds of strawberries annually, using advanced technology to optimize growth conditions without needing bees for pollination. The first crop will hit the market in early 2025, marking a major step in vertical farming’s evolution to support crop diversity and sustainable local production. Vertical farming facilities often require sanitary process piping, especially when dealing with food products like fruits and vegetables. Sanitary process piping ensures that water, nutrients, and other liquids used in the growing process are delivered in a hygienic, contaminant-free manner. In vertical farms, controlled environments such as hydroponic or aeroponic systems rely heavily on piping to transport and distribute water and nutrient solutions to the plants. Since these facilities prioritize cleanliness and food safety, sanitary process piping is essential to prevent contamination and meet regulatory standards for food production. This is where companies like Barnum Mechanical, with expertise in sanitary process piping and automation, play a crucial role in supporting high-tech, efficient, and safe operations in vertical farming. Barnum Mechanical is excited to see innovations like this driving efficiency and sustainability in agriculture. #VerticalFarming #IndoorFarming #Sustainability #AgTech #FoodInnovation #ProcessPiping #Automation #BarnumMechanical

Thanks to Gerhard Uys for sharing our hay bale grazing guide in Farmers Weekly NZ. We felt it was important to highlight the difference between using hay and baleage. Baleage can be added to increase feed quality in the case of poor or insufficient hay, but due to the increased palatability of baleage, cows will eat most of the offered feed and leave little as litter or to lie on. This removes many of the benefits that hay litter provides. Deane Parker also points out that any seed in baleage is fermented through ensiling, and won’t be viable. This best practice guide based on mixed aged dairy cows and R2 Heifers. Read the full guide here: https://lnkd.in/eGd97Fgx This information purely acts as a best practice guide, providing principles and considerations for farmers taking a holistic approach to their farming system. The guide is not a recipe on how to do hay bale grazing. Quorum Sense advocates holistic management practices that consider the health of the whole farm system. The considerations are based on observations, learnings and research from New Zealand farmers and soil scientists including Mark A., Dylan & Sheree Ditchfield, and Ross Monaghan at AgResearch. https://lnkd.in/gwCS5VWQ

Innovative Practices and Sustainability Drive South African Potato Farming Boomplaas Farm's success with the Lanorma potato cultivar highlights the importance of innovative practices and sustainability in South African potato farming. With GWK's distribution and effective crop management, Boomplaas continues to thrive despite market challenges. https://lnkd.in/eF6R8yR9

Check out this fantastic piece about our Opti-Panel™ system written by (6) Richard Carey | LinkedIn in the January 2024 issue of Wine Business Monthly https://lnkd.in/gA4r9tM4. He details how Opti-Panels integrate our revolutionary light-optimization technology into a durable canopy management solution that mitigates some of the major climatic and horticultural problems facing wine grape production.   Opti-Panels delivered in commercial ‘Pinot noir’ and ‘Cabernet Sauvignon’ vineyards: Increased harvestable yield by >32% Significantly reduced vine water-stress by 12%, and decreased irrigation demand by >95% without loss of harvestable yield Reduced berry damage due to excessive solar radiation and heat Increased berry anthocyanin content by 21%   The broader implications are that by using the Opti-Panel system, growers can improve yield and berry quality and also grow high value wine grapes in areas of water scarcity or poor water quality, allowing for the cultivation in new growing regions and in regions impacted by extreme climate changes. #precisionagriculture #sustainableag #winegrapes #viticulture #profitablefarmer #increasedyield #reducedirrigation #heatprotection  #betterlightmakesbetterfruit