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News Article National Association of State Departments of Agriculture CEO Ted McKinney and NASDA staff recently visited the National Aeronautics and Space Administration to learn how satellite technology supports agricultural monitoring and strengthens the need for agricultural data collection.
These are the most prominent technologies making strides in agriculture and saving farms by protecting yields and profit margins. The post Ag Technology Helping CropYields Grow Despite Climate Change appeared first on Global Ag Tech Initiative.
Precision agriculture is a farming approach that utilizes technology and data to improve cropyields, efficiency, and sustainability. By gathering and analyzing detailed information about the farm, farmers can make…
Irrigated agriculture plays a key role in food production. However, agriculture, as it is practiced today, is responsible for 70% of all freshwater withdrawals in the world , according to FAO. In scenarios where water resources are limited, this technology becomes invaluable.
Witnesses at the hearing acknowledged the benefits of new technologies, including increased cropyields and reduced waste, but stressed the importance of providing clear benefits to growers.
Smart farming technology lets you do more with less. A 2020 report from the Department of Agriculture showed that more farmers are selecting less labor-intensive crops, investing in labor-saving technology, and developing strategies to increase productivity. Enter smart farming technology.
Precision agriculture uses technology and data to enhance farming practices, aiming to increase efficiency and cropyields. While it offers numerous advantages,
To develop a farm or to develop a technology, that is the question. If you're exploring the intricacies of investing in, or developing this innovative method of agriculture, I hope to provide you with some insight into how these pioneering farms navigate the integration and innovation of technology.
Artificial intelligence (AI) has already irreversibly changed agriculture. AI and agriculture are a powerful duo. For example, it can assist in monitoring crops, optimizing irrigation, and even predicting weather patterns to make farming more efficient and productive. But what some people don’t realize is that AI already is.
Technology is transforming many traditional industries, and farming is no exception. The term data-driven decisions is becoming increasingly common in agriculture, but how committed are farmers to using data in their everyday practices? Studies show that early detection can increase cropyields by as much as 15%.
Introduction to AgTech New technology is nothing new to farmers. It feels like there is a continuous flow of new products, service and agriculturetechnology promises to help farmers improve yields or reduce losses. What is agriculturaltechnology (AgTech)? That's where agriculturaltechnology comes in.
AGRIVI teams up with ReddAgro, a pioneering Agri-Tech company specializing in delivering precision farming, greenhouse control and automation, and agricultural supply chain management solutions. Both ReddAgro and AGRIVI share a vision of a more sustainable and efficient agricultural future.
By Hakeem Holmes , NCAT Agriculture Specialist What is the real source of the problem? Farmers deal with a complex web of processes in diverse areas that may be under their purvue, including crops, livestock, finance, recordkeeping, harvesting, marketing, etc. So, what does that mean in an agriculture sense? ATTRA.NCAT.ORG.
In the dynamic AgTech world, partnerships are an important part of fostering innovation, sustainability, and efficiency in agriculture. In AgTech, two or more companies can form a partnership to work together on bringing digital agriculture solutions to farmers globally. What Makes a Successful Partnership?
In the ever-evolving landscape of agriculture, the combination of technology and traditional practices has opened a new era of efficiency and productivity. AGRIVI’s advanced Fertigation Management Module boosts digital agriculture practices. Let’s deep dive into it.
Planting density is a crucial factor in agriculture that significantly influences cropyield and quality. Precision planters are equipped with technologies that ensure consistent seed placement at the desired spacing, optimizing planting density. Say goodbye to generic advice and revolutionize your farming practices.
Gates Agricultural Innovations (Gates Ag One) and Corteva Agriscience have announced a new collaboration to accelerate agricultural innovations in support of global food security. The post Gates Agricultural Innovations and Corteva Announce New Collaboration appeared first on World AgriTech USA. February 14, 2025.
But the farm is one of relatively few examples of agrivoltaics —or combined agriculture and photovoltaic array systems—on private land in California, where the technology has been surprisingly slow to gain visibility and traction. Internationally, many countries in Europe and Asia are ahead of the U.S.
Advances in agriculturetechnology have allowed farmers to do incredible things in recent years. Beyond just improving cropyields and reducing input costs, farms can monitor their fields from across the world. But an increased reliance on technology could put our farmers at risk. These aren’t simply empty threats.
rivers and found that phosphorus loss from agricultural lands has increased over the past four decades, despite efforts to reduce it. Researchers warn that loss of phosphorus can lead to decreased cropyields, in addition to causing water-quality problems. The study analyzed data from 430 U.S.
As we hit 2025, the agricultural landscape continues to evolve, presenting both challenges and opportunities for ag retailers. Weather, Weather, Weather One of the most pressing challenges facing agriculture in 2025 is the increasing unpredictability of weather patterns and impacts. And those changes can be overwhelming.
Precision agriculture has transformed farming practices by integrating advanced technologies to optimize crop production and resource management. Understanding these challenges and setting future goals are crucial for maximizing the potential of precision agriculture.
In an era marked by unpredictable weather patterns and climate shifts, agriculture and food supply chains face unprecedented challenges. This volatility pressures supply chain planning, demanding better and earlier insights into cropyields and quality.
The organization focuses on three main areas: promoting climate-smart farming, improving financial access for farmers, and engaging young people in agriculture. We aim to make African agriculture more resilient, productive, and connected to global markets, Zanders tells Food Tank.
The Role of Millets in West Africa Seedball technology isn’t new, but it’s unfamiliar to many of the smallholder farmers who meet the caravan. This flexible technology and others like it are being harnessed by farmer-researcher teams to address the specific challenges of farming in semiarid climates. Food and Agriculture Organization.
Precision ag technology company LandScan announces the industry’s first digital twin patent, involving the use of digital twin technology to revolutionize site characterization and precision farming practices. Click here to read more about this new technology. We see this patent as just the beginning,” he adds. “We
This collaboration aims to revolutionize crop spraying for growers in Indiana AgZen, a leading provider of precision ag equipment and spray technology, is announcing a strategic partnership with WHIN, a prominent nonprofit whose mission is to accelerate adoption of technologies in the Wabash Heartland region of Indiana.
Why Agribusinesses Need to Market and Sell Smarter using Ag-Specific Data Agriculture has long embraced data-driven tools to optimize cropyields, manage resources, and enhance farm efficiency. Areas with higher subsidies might be more receptive to premium products or advanced agriculturaltechnologies.
Custom Agronomics is a formulator and manufacturer of private-label liquid plant nutrition, nutrient use efficiency, and other specialty products for the agriculture, turf, and ornamental markets.
The project will introduce a state-of-the art technology that aims to transform how and when farmers water their fields, optimizing cropyields, reducing water withdrawals and lowering operational costs. The program is initially available to a select number of cotton growers in Missouri, Tennessee, Arkansas and Mississippi.
Corteva, Pairwise Join Forces to Accelerate Gene Editing, Advance Climate Resilience in Agriculture Corteva to invest $25 million to acquire equity stake in gene editing innovator, Pairwise Strategic collaboration to also form a joint venture to accelerate gene editing solutions INDIANAPOLIS and DURHAM, N.C.
The Mosaic Company announced today the formation of the Mosaic Biosciences™ platform, a global initiative to bring the latest science and innovation to the agriculture market. “Our portfolio of nutrient use enhancement technologies is just the start for Mosaic Biosciences,” said Bielders.
The successful Series B funding round is a transformative step for MyLand, providing the opportunity to extend its operations and innovative solutions to the fertile agricultural landscapes of the Pacific Northwest (PNW) and Texas.
farmers are using a new solution to treat soil compaction – a problem that affects over 68 million acres of farmland and significantly reduces cropyields. Unpac® , developed by Locus Agriculture, is an innovative biosurfactant soil amendment that successfully breaks up soil compaction through fermentation-derived technology.
Herbicides are essential tools in modern agriculture, helping farmers manage weed infestations and maximize cropyields. These technological advancements enable farmers to employ data-driven strategies for optimal herbicide use.
This includes recording weather patterns, soil conditions, irrigation practices, cropyields, and any other relevant metrics. As weather patterns become increasingly unpredictable, it's more challenging to plan crop rotations, planting, irrigation, and other tasks that depend heavily on the weather.
Agriculture. Download Free Whitepaper What is Integrated Risk Management for Agriculture? Integrated Risk Management (IRM) for agriculture is a way for farmers to handle different types of risklike market changes, bad weather, or financial challengesby looking at the big picture.
Written by: Niko Simos April 13, 2023 As concerns about food security, sustainability, and urbanization continue to grow, more and more architects are exploring ways to integrate agriculture into their projects. In addition to promoting food security, agricultural integration can also improve air and water quality.
Some of the best practices for supporting smallholder farmers include access to credit, training and education , and the use of technology. In addition, sustainability and regenerative agriculture also play an important role. This can include training in sustainable farming techniques, such as regenerative agriculture.
They need agricultural intelligence. By leveraging advanced analytics and machine learning, agricultural intelligence data provides traders with a deeper understanding of market demand trends. Embracing Technology “…embrace innovation, cultivate expertise, and maintain a commitment to informed decision-making.”
October 17, 2024 BloomX have made headlines in recent years for their crop-pollinating technology to replicate natural pollinators like bees and other insects. What agricultural problems do you address? What is your value proposition? What is your value proposition? Be specific.
Increasing cropyields while improving soil and watershed health requires understanding how agriculture management interacts with local environmental conditions. To date, this research remains fragmented and limited in scope. ” said Khathleen Boomer PhD, Scientific Program Director, Sustainable Water Management.
s groundbreaking lightning-based fertiliser technology that posesses immense potential to support farmers, climate and soil health The system works by stimulating lightning's ability to capture nitrogen in the form of nitrates when it strikes water. The Agri-Tech Centres are working with innovative start-up Debye Ltd.'s
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