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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. agriculture and rural communities.
In all agricultural production systems, the multitude of cultural operations which enhance optimum cropyields also impact the farm environment in particular, and the macro-ecosystems in general. Even in intensive agriculture, the advanced technologies of… Read More » Agriculture and the Natural Environment
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.
Technology is transforming many traditional industries, and farming is no exception. Modern farmers use technology and data analysis to make better choices about their day-to-day operations. Farmers are more and more using technology to bridge the gap between traditional agricultural practices and modern innovation.
The economic impact of CGIAR-related croptechnologies on agricultural productivity in developing countries, 1961–2020. Effects of landscape simplicity on cropyield: A reanalysis of a global database. Biocultural diversity and crop improvement. Less intensive practices generally enhance biodiversity.
A recent report, Climate technologies for agrifood systems transformation , highlights the urgent need for innovative climate solutions to tackle food insecurity and the escalating impacts of climate change on global agrifood systems. The report is an important step in understanding how climate technologies can be mobilized effectively.
To effectively harness the potential of water in enhancing cropyields, an efficient and suitable irrigation system is of utmost importance. The post Greenhouse Technology: Why Choosing the Right Irrigation System Is the Key to Optimizing Crop Quality appeared first on Global Ag Tech Initiative.
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.
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…
In scenarios where water resources are limited, this technology becomes invaluable. AGRIVI also extends its water management capabilities by enabling farmers to manage and automate water distribution across their fields using our Internet of Things (IoT) hardware together with the new Fertigation Management System.
The fertile ground of technological advancement holds the key to meeting the escalating demand for sustainable and efficient food management practices. Cropyield prediction is the cornerstone of food value chain management and, therefore, critical for the agri-industry at large. Accurate yield predictions enable:
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. For mushroom farmers, they’ve seen a 10 percent yield improvement.
UfarmX discovered that by providing drought-resistant seeds, organic fertilizers like rabbit urine, and education on sustainable methods, farmers were able to triple their cropyields and significantly increase revenue. This model allows us to overcome both technological and trust barriers, Zanders explains.
Planting density is a crucial factor in agriculture that significantly influences cropyield and quality. This competition can result in reduced growth, lower yields, and increased susceptibility to pests and diseases. On the other hand, if plants are spaced too far apart, the potential yield might not be achieved.
Researchers warn that loss of phosphorus can lead to decreased cropyields, in addition to causing water-quality problems. They say a combination of new technologies and better farming practices will be needed to improve phosphorus-loss prevention and mitigation. Related ATTRA blog: Managing Phosphorus for Clean Water
In the ever-evolving landscape of agriculture, the combination of technology and traditional practices has opened a new era of efficiency and productivity. AGRIVI presents a new Fertigation Management Module , primarily intended for berries and vegetable cultivation in greenhouses in the substrate, that redefines how we nurture our crops.
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.
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.
Let’s suppose that a farmer wants to know why he is experiencing low cropyields, and after brainstorming he has determined that five areas are likely causes (Labor, Tools, Materials, Management, and Methodology). Let’s create a table of processes that are found underneath those categories to keep track of errors that occur.
Precision agriculture uses technology and data to enhance farming practices, aiming to increase efficiency and cropyields. While it offers numerous advantages,
The Changing Face of Agriculture The agricultural sector is undergoing a significant transformation, driven by technological advancements, changing consumer preferences, aging farmers and demand for regenerative practices. Planting dates, irrigation schedules, crop protection measures and more are all driven by weather.
2016 marked the first year corn growers hit a 15-billion-bushel yield. A University of Missouri think tank projects these numbers will be consistent for the next five years, thanks to increased acreage and continuously competitive technology. Read more on cropyield and price projections here. Corn is projected at $4.95
Land Management By rotating crops, improving soil health, and investing in sustainable farming practices, you can increase the fertility and production of your land over time while reducing soil degradation and input requirements. These initiatives can also open doors to government grants or incentives.
Supreme International will showcase its latest breakthrough in feeding technology at World Ag Expo. announces the launch of N-FINITY , an innovative nitrogen management solution that combines three modes of action that aims to increase the efficiency and availability of nitrogen for improved plant health and cropyields.
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. In November, U.C.
ReddAgro is renowned for its expertise in bringing cutting-edge technologies to enhance agricultural practices. Their precision farming solutions, greenhouse automation, and supply chain management tools have been instrumental in improving cropyields, reducing resource consumption, and boosting profitability for farmers.
This volatility pressures supply chain planning, demanding better and earlier insights into cropyields and quality. Advanced agricultural technology solutions are transforming the landscape, providing the tools needed to mitigate risks due to climate change in procurement and supply chain operations.
Introduction to AgTech New technology is nothing new to farmers. It feels like there is a continuous flow of new products, service and agriculture technology promises to help farmers improve yields or reduce losses. What is agricultural technology (AgTech)? That's where agricultural technology comes in.
Nutrients and irrigation speed up crop development, increase cropyield and prevent contamination. Since land is limited to what you have available, farmers can use a simple equation or technology to help them calculate this amount. Estimating the Number of Plants Plants need space to grow.
How AI in Agriculture Has Already Changed Us Even before self-driving cars hit the consumer market, farmers were plowing fields with GPS-guided tractors. In the mid-1990s, John Deere began using GPS technology for precision agriculture, combining GPS location data with sensor readings to determine cropyield.
The main goal of every farmer is productive crop production. This includes achieving optimal yield, as well as quality and nutritious crops. Climate change is creating a „new normal“ and it is crucial for farmers to adapt and prepare for any possible threats that can cause yield losses.
Advances in agriculture technology 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.
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.
As the agricultural landscape evolves toward embracing digitalization, collaboration between technology companies, consultants, agriculture stakeholders, and farmers becomes essential to address the challenges and opportunities that lie ahead. It can facilitate the dissemination of knowledge and best practices to farmers.
Axelerators enables rapid prototyping, testing, development and registration of novel crop protection, biostimulants, biofertilizers, and soil regeneration products. EarthMetric Innovations low-cost sensor monitoring system optimizes irrigation, ensuring a 30% improvement in crop water use efficiency.
The goal of the initiative is to transform responsible farming practices and soil health management, leveraging advanced microbial technologies to benefit farmers and the environment. We are excited to partner with UFA in this groundbreaking initiative,” said Dane Hague, CEO & Co-Founder of MyLand.
Precision irrigation is a method of watering crops that uses technology to ensure that the right amount of water is delivered to the plants at the right time. By using substrate sensors to measure the moisture content of the soil, farmers can avoid over-watering their crops, which can lead to water waste and increased costs.
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.
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.
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.
The technologies from Mosaic Biosciences enhance crop health and support the natural biology in plants and soil, ultimately maximizing the yield potential of every field. “Our portfolio of nutrient use enhancement technologies is just the start for Mosaic Biosciences,” said Bielders.
“This MOU is a big step forward for the global agriculture industry,” said CEO of CoteX Technologies, Santosh Yadav. CoteX Technologies, a startup located in Nova Scotia, Canada, has developed a low-cost, customizable controlled-release fertilizer (CRF) coating that minimizes environmental impact.
BioTek Ag has more than three decades of experience helping farmers improve and protect cropyields with specialized nutrients, nitrogen stabilizers, and other specialty products that improve soil biology and enhance the effectiveness of crop inputs.
Leveraging Corteva s global leadership in agricultural innovation along with Gates Ag One s mission to accelerate the most promising agricultural innovations into the hands of smallholder farmers, the collaboration aims to lead the development of novel seed technologies, to boost sustainable crop productivity while building climate resilience.
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