From biosensors to data analytics and AI, modern dairy farms are embracing technology to ensure cow health and well-being.
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Discovery offers a substantial understanding of how legumes have evolved.
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Researchers at the University of Kentucky Center for Applied Energy Research (CAER) are investigating a new technology that they hope will give new life to Kentucky’s oil and natural gas wells.
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Paducah was selected based on the wide breadth of agriculture, a rapidly-expanding STEM related workforce, and the incredibly supportive nature of the community.
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We all know that greenhouse gas (GHG) emissions must decrease rapidly to limit global warming and prevent catastrophic climate change. The transportation sector is a big contributor to GHG emissions (approximately 30% of the US total emissions) and biofuels can play a significant role in reducing these emissions.
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The University of Kentucky, Martin-Gatton College of Agriculture, Food, and Environment, is working to uncover the mysterious world of gene silencing in plants. Thanks to this research, scientists may develop more effective ways to improve crop yields, increase resistance to pests and diseases, and reduce agriculture’s environmental impact.
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Discover how robotics is revolutionizing agriculture in Kentucky. From precision farming and crop monitoring to livestock management and data-driven decision-making, robots are enhancing efficiency, productivity, and sustainability in the state's farming practices. Embrace the transformative power of robotics and unlock the potential for a prosperous and sustainable future in Kentucky's agricultural landscape.
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The USDA Natural Resources Conservation Service (NRCS) continually works with farmers across the country in the pursuit of improved water quality and finding ways to reduce plant nutrients and soil entering our nation’s waterways. The NRCS national Edge-of-Field Monitoring program, begun in 2013 and conducted in impaired watersheds across the country, measures best management practices to reduce surface water runoff from agricultural lands.
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Network security is the backbone of digital operations, and farming is no exception. As farming equipment becomes more interconnected, the potential for cybersecurity breaches increases. A breach could compromise a farm's operations, leading to substantial financial losses and even potential safety risks.
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Farmers are always thinking, and many spend a great deal of time trying to figure out how to bring their kids back to the farm or how to make their operation such that there is enough cash flow to support the next generation. One component of the agriculture industry that is especially appealing to younger farmers is that of precision ag.
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With the rise of digital technologies, the attack surface for potential cyber threats has expanded. Cybercriminals can exploit vulnerabilities in connected farming equipment, data storage systems, and digital supply chains to cause severe damage. This could range from disrupting farming operations and stealing sensitive data to holding an entire supply chain hostage via ransomware attacks.
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The agriculture industry, once synonymous with traditional farming techniques and manual labor, has transformed dramatically in the 21st century. Today, it integrates sophisticated scientific methodologies, modern technologies, and innovative practices. The agricultural landscape in Kentucky, known for its rich farming history and diverse agricultural output, has become a fertile ground for budding scientific careers.
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In the heart of Kentucky, where verdant fields stretch as far as the eye can see, a quiet revolution is unfolding. The traditional agriculture sector, once dominated by manual labor and basic machinery, is increasingly embracing technology. And with this shift, the demand for tech-savvy professionals in agriculture is growing exponentially.
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In the heart of the Bluegrass State, Kentucky, farmers are experiencing a technological revolution that is transforming their industry. Unmanned aerial vehicles (UAVs), commonly known as drones, have become indispensable tools in modern agriculture.
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How do genetically modified crops affect the environment? TeachKyAg went to GMOanswers.com, a resource widely supported by its partners, to answer this question.
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Along the rivers that snake across the Commonwealth, you’ll find a University of Kentucky researcher taking samples to study the health of the water flowing through the state.
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As Barry Alexander drives a tractor across a soybean field on Cundiff Farms, his eyes are on a computer screen that shows his precise location, the speed of the tractor, exactly how much seed is being planted per acre and more. He can watch the screen closely because the tractor uses autosteer to move across the field in a straight line.
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Gene editing is a technology that’s making headlines for the variety of ways it can be used to improve food and benefit the environment. This is an especially exciting time as scientists are seeing their research applied in the field, leading to food that is healthier, better quality and more sustainably produced.
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Dairy farmers strive every day to produce wholesome milk and milk products that your family can feel good about eating. The U.S. Department of Agriculture (USDA) and Food and Drug Administration (FDA) regulate U.S. milk production, and its guidelines are some of the strictest in the industrialized world. Farmers, processors and government agencies all work together to ensure the milk you drink is safe and of the highest quality.
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Layne Ellen Harris is a Research Fellow for the Alltech Center for Animal Nutrigenomics & Applied Animal Nutrition in Nicholasville. Her experiments observe how nutrition influences the gene expression of plants and animals, and how the downstream effects of that expression can affect the overall health of the plant or animal.
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