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Raw material volatility has turned feed formulation into a moving target. Soybean meal, fishmeal, cereals, oils, minerals, and freight can shift in price or availability with little warning. For feed producers and animal nutrition teams, the answer cannot be only to buy cheaper ingredients. The stronger response is to extract more nutritional value from every kilogram of feed. That is where insect meals, microalgae, and advanced enzymes are gaining attention. They do not repl

A poultry house can move from “warm” to dangerous faster than a flock manager can see from the doorway. During an extreme heat wave, birds produce heat, the building traps heat, and high humidity makes cooling harder just when the flock needs it most. Poultry do not sweat. They lose heat through breathing, by moving air across the body, and by contact with cooler surfaces. When those routes fail, feed intake drops, water intake rises, egg production can fall, growth slows, an

La influenza aviar no suele entrar en una granja por una única grieta evidente. Entra por la suma de pequeños fallos: una bota mal desinfectada, un camión que cruza demasiado cerca de una nave, agua expuesta a aves silvestres, un comedero visitado por roedores o una bandeja de huevos movida sin control. En avicultura comercial, la prevención real no consiste en “tener bioseguridad”, sino en hacerla operativa todos los días. Eso implica protocolos claros, registros verificable

A single gap in biosecurity can move avian influenza from a distant headline to a farm-level emergency. The virus does not need a dramatic event to enter a poultry unit. It can arrive on mud, feathers, wild bird droppings, contaminated crates, shared equipment, standing water, insects, rodents, or the soles of boots. For commercial poultry farms, prevention has to be practical, disciplined, and repeated every day. Written rules matter, but the real protection comes from routi

Wild birds can turn a well-managed farm reservoir into a daily management problem. They roost on rails, foul water, damage floating equipment, trigger false sensor readings, and increase biosecurity risks. When that reservoir is part of an AI-enabled water system, the challenge is even sharper. A smart reservoir depends on clean data, stable equipment, reliable water quality, and predictable access. The goal is not to eliminate birds from the farm. That is neither realistic n

Avian influenza is often discussed as a disease that moves from bird to bird, but the farm environment can play a quiet role in keeping the virus within reach. Dust, damp litter, standing water, shared equipment, boots, tyres, rodents, and wild bird droppings can all help bridge the gap between an infected bird and the next susceptible flock. That does not mean a farm becomes permanently contaminated after an outbreak. Influenza viruses are fragile in some conditions and more

Telemedicine is reshaping how veterinary care reaches pets and their owners. As technology advances, more veterinary professionals are exploring remote consultations, diagnosis, and follow-up care. This shift offers convenience and access but also demands new skills, tools, and protocols from vets. Understanding what telemedicine means for veterinary practice today helps prepare for a future where virtual care becomes a standard part of pet health management. Veterinarian usi

Climate change is reshaping the natural world in many ways, and one of the most concerning effects is the rise of new animal diseases. As temperatures rise and weather patterns shift, animals face changing habitats and stressors that can increase the spread of infections. This post explores how climate change drives emerging animal diseases, the risks involved, and what this means for ecosystems and human health. Mosquito resting on leaf in tropical forest How Climate Change

Vaccines have long been a cornerstone of veterinary medicine, protecting animals from infectious diseases and supporting public health. Recent advances in vaccine technology promise to transform this field, offering faster, safer, and more effective options. Among these advances, mRNA, vector, and recombinant vaccines stand out as powerful tools shaping the future of animal health. This article explores how these vaccine types work, their benefits, and what they mean for vete

Artificial intelligence (AI) is transforming many fields, and veterinary medicine is no exception. Diagnosing animal health issues has traditionally relied on the experience and intuition of veterinarians, combined with laboratory tests and imaging. Now, AI-powered diagnostics offer new tools that can improve accuracy, speed, and outcomes for animal patients. This post explores how AI is changing veterinary care, the benefits it brings, and examples of its practical use. How

The health of poultry flocks has always been a critical factor in the success of poultry farming. Recent advances in science have revealed a powerful new ally in maintaining and improving poultry health: the microbiome. This complex community of microorganisms living inside birds plays a crucial role in digestion, immunity, and disease resistance. Understanding and managing the poultry microbiome is transforming how farmers approach flock health, leading to stronger birds and

Artificial intelligence is changing how farmers monitor and manage animal health. Precision livestock farming (PLF) uses AI tools to detect diseases early, improving animal welfare and farm productivity. This post explores how AI supports disease detection in livestock, practical examples of its use, and the benefits it brings to modern farming. How AI Enhances Disease Detection in Livestock Traditional methods of spotting illness in animals rely on farmers’ observations, whi

Avian Influenza H5 and H7 strains have long posed a threat to poultry farms worldwide. Recent shifts in how these viruses spread have raised concerns among farmers, veterinarians, and public health officials. Understanding these new transmission patterns is essential for managing risks at the farm level and protecting both animal and human health. How Avian Influenza H5/H7 Spreads Traditionally, avian influenza viruses spread through direct contact between infected and health

Newcastle Disease (ND) remains a significant threat to poultry health worldwide. Recently, Europe has seen a rise in cases caused by Genotype VII of the Newcastle Disease Virus (NDV). This development challenges veterinary professionals to update their knowledge and strategies to manage outbreaks effectively. This article provides a clear overview of Genotype VII Newcastle Disease, its impact in Europe, and practical guidance for veterinarians working in the field. Signs of N

Newcastle Disease Virus (NDV) remains a significant threat to poultry farms worldwide, including those across Europe. Among the various NDV strains, Genotype VII has gained attention due to its distinct characteristics affecting virulence, shedding patterns, and vaccine effectiveness. European farmers and veterinarians need clear insights into how Genotype VII compares with other NDV strains to protect flock health and optimize vaccination programs. European poultry farm with

Newcastle Disease (ND) has re-emerged as a significant threat to poultry health and the agricultural economy in Europe. After years of relative control, recent outbreaks have raised alarms among veterinary experts and public health officials. Understanding the factors behind this resurgence is essential to prevent further spread and protect both commercial and backyard flocks. This article explores the epidemiological drivers, the evolution of ND virus strains, the role of wi

Newcastle disease has surged across Europe in 2026, raising alarms among poultry farmers and animal health authorities. This viral infection threatens poultry health, disrupts production, and poses significant economic challenges. Understanding the causes, spread, and consequences of this outbreak is essential for farmers, veterinarians, and policymakers to respond effectively and protect the poultry industry. Newcastle disease outbreaks by country 2022-2026 (ADIS) What Is Ne

Newcastle disease poses a serious threat to poultry farms worldwide. Early detection of this viral infection is crucial to prevent widespread outbreaks that can devastate bird populations and cause significant economic losses. Passive surveillance in birds offers a practical approach to identifying symptoms of Newcastle disease on farms before the virus spreads uncontrollably. This post explores how passive surveillance works, what signs to watch for, and how farmers can impl

Newcastle disease remains one of the most significant threats to poultry health worldwide. Despite widespread vaccination efforts, outbreaks continue to occur, often linked to the emergence of new virus genotypes. Among these, genotype VII of the Newcastle disease virus (NDV) has gained attention for its ability to challenge the effectiveness of existing vaccines. This post explores how genotype VII affects vaccine performance in vaccinated farms and what poultry producers ca

Newcastle disease has resurfaced as a significant concern in Spain, raising alarms among poultry farmers, veterinarians, and public health officials. This viral disease affects birds, especially poultry, and can cause severe economic losses and trade restrictions. Understanding why Spain must remain vigilant against Newcastle disease is crucial for protecting the poultry industry and public health. What Is Newcastle Disease? Newcastle disease is a contagious viral infection c