The elites won’t tell you this—but the science is clear. A groundbreaking study from the Univers...
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About the Creator
Valerie Anne Smith appears to be a social media user who shares content on environmental and agricultural topics, often framing information in a contrarian style that challenges mainstream narratives. Her post adopts a conspiratorial tone ('the elites won't tell you'), which is characteristic of engagement-focused social media strategy rather than academic communication.
What's This About?
This post makes a claim about cattle ranching and beef production based on University of Nebraska research, asserting that cows are 'carbon negative' and that increased beef consumption benefits the environment. The content specifically references scientific findings while using sensationalized language to challenge conventional environmental criticism of livestock agriculture. The post conflates oxygen production with carbon offsetting in a way that oversimplifies complex environmental science.
🔥Why It's Trending
This content is trending because it combines environmental concerns with agricultural economics during a period of significant industry changes, including record cattle weights and supply chain challenges documented in February 2026. The post's contrarian framing and appeal to 'hidden' scientific truth are designed to generate engagement and shares through controversy.
💡Fun Facts
- 1According to USDA data, average beef cattle carcass weights increased from 615 pounds in 1975 to 890 pounds in 2024—a 45% increase driven by genetics, growth-promoting hormones, and high-energy diets[3]
- 2The 2026 Nebraska Beef Cattle Report contains 36 peer-reviewed articles covering the full beef production system, including nutrition, animal health, sustainability, and emerging technologies like virtual fencing[1]
- 3The U.S. cattle population is at its lowest level in three-quarters of a century as of February 2026, partly due to ongoing droughts and ranchers selling cattle to capitalize on historically high beef prices[6]
- 4Research on intramuscular fat prediction and 3D body weight imaging represents emerging technologies being developed to improve beef cattle management and genetic selection[2]
- 5The southern border closure to livestock trade with Mexico has disrupted feedlot operations, as Mexican cattle typically comprise about 5% of U.S. feedlot supply[6]
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2026 Nebraska Beef Cattle Report
The 2026 Nebraska Beef Cattle Report brings together applied research, emerging technologies, and management insights that directly address the evolving challenges and opportunities facing today’s beef industry. This year’s collection includes 36 articles that span the full beef production system, from cow/calf and forage management to feedlot nutrition, animal health, behavior, meat quality, and sustainability, providing science-based guidance grounded in real-world production contexts. Cow/Calf Nutrition, Reproduction, and Management This section highlights management strategies that influence reproductive success and long-term herd performance. Articles focus on late-gestation heifer nutrition and practical applications of artificial insemination to support efficient, productive cow/calf systems. Forage, Residue, and Rangeland Management Research in this section provides tools and insights for making better grazing and forage management decisions. Topics include crop residue grazing, annual forages, rangeland trends, and forage biomass estimation to help optimize stocking rates and forage use across variable conditions. Growing Calf and Yearling Management This section examines feeding and management practices during growth phases. Studies compare feed ingredients and implant strategies to improve growth performance and feed efficiency while maintaining calf health. Feedlot Nutrition and Management Articles in this section evaluate feedlot feeding strategies, feed processing, additives, and management practices that affect performance, carcass outcomes, and cattle health. Results offer practical guidance for improving efficiency and consistency in feedlot operations. Animal Behavior, Stress, and Technology This section focuses on how management practices, environmental stress, and emerging technologies affect cattle behavior, health, and management. Articles evaluate tools such as virtual fencing and health monitoring tags for improving labor efficiency and health monitoring, along with nutritional strategies aimed at supporting cattle during periods of heat stress and other environmental challenges. Greenhouse Gas Mitigation This section examines how different finishing strategies influence enteric methane emissions. Findings provide insight into management approaches that may help reduce emissions while maintaining performance. Beef Products and Meat Science Research in this section addresses beef quality, food safety, and processing practices. Topics include carcass characteristics, meat color, storage conditions, and processing technologies that impact product value from harvest through retail.
Cattle raised for beef are heavier than ever, raising new concerns in the industry about animal health and welfare - Investigate Midwest
In 1975, the average cattle carcass weight — the combined average for steers and heifers after slaughter — was 615 pounds. By 2024, it had risen to 890 pounds, an increase of about 45%, according to U.S. Department of Agriculture data. Advances in genetics, growth-promoting hormones, pharmaceuticals and high-energy diets have largely led to […]
2026 Beef Cattle Report | UNL Beef | Nebraska
Extension is a Division of the Institute of Agriculture and Natural Resources at the University of Nebraska–Lincoln cooperating with the Counties and the United States Department of Agriculture.University of Nebraska–Lincoln Extension educational programs abide with the nondiscrimination policies of the University of Nebraska–Lincoln and the United States Department of Agriculture.Copyright © 2025 The Board of Regents of the University of Nebraska. All rights reserved.
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