Introduction Brazilian livestock has deep roots in the economic formation of the country. From the cattle brought by the colonizers to modern agriculture, it has shaped territories, production patterns and commercial relations. Context of livestock in Brazil Historians point out that cattle arrived in the Northeast in the XVI century, with the initial goal of translation and support to expansion [.].

Introduction In modern livestock, precision is daily practice, not just technology. Precision livestock brings together data collection, intelligent analysis and management actions. The result is greater efficiency, animal welfare and operational sustainability. The theme is relevant for producers in Brazil and Latin America, where access to technology variations between [.].

Introduction Context of the livestock sector and the role of new technologies In Brazil and Latin America, livestock faces challenges of efficiency, animal welfare and sustainability. Emerging technologies act as allies to reduce costs, increase productivity and improve the quality of the final product. Our portfolio privileges solutions that connect the field to digital, [.].

Introduction In the livestock market, understanding quotas and prices is essential for short and long-term decisions.The variation of the arroba of the ox reflects cycles, demand and local conditions, impacting replacement costs and producer income.This guide from Gavioli Equipments presents basic concepts and the reading of indicators to interpret the movement of the cattle, the animals, the animals, the animals, the animals, the animals, the animals, the animals, the animals, the animals, the animals, the animals, the animals, the animals, the animals, the animals, the animals, the animals, the animals, the animals, the animals and the animals

The livestock sector is about to experience significant transformations in 2025. One of the biggest trends will be the adoption of technological innovations to increase efficiency and sustainability. The use of tools such as artificial intelligence and data analysis promises to optimize the management of livestock and improve productivity. In addition, sustainability continues [.].

The use of renewable energy on rural properties has gained prominence in recent years. This practice offers significant benefits both for farmers and the environment.The adoption of renewable sources such as solar, wind and biomass can reduce operating costs and increase the sustainability of farms.In addition, these technologies allow the [.].

4D printing emerges as a revolutionary innovation in the production of materials for livestock.This advanced technology allows the creation of objects that can change shape or function over time, adapting to the specific needs of animals and producers.The application of 4D printing in livestock provides customized solutions to challenges [.].

The conservation of forages is an essential practice to ensure the availability of quality food for animals throughout the year, especially during periods of scarcity of pastures. Among the main forms of conservation, silage and hay stand out, which, when produced with high quality, can contribute significantly to productive performance [.].

Livestock is an activity of great economic and social importance, responsible for providing high quality food, such as meat and milk.However, to achieve satisfactory levels of productivity and profitability, it is essential to adopt appropriate nutritional management strategies, especially during critical periods.In this context, strategic supplementation emerges as a valuable tool [.].

Vertical agriculture and hydroponics are modern cultivation techniques that have gained ground in the production of food for human consumption.However, these techniques can also be applied in animal feed, especially in livestock. Vertical agriculture is a technique that consists of growing plants in vertical layers, in closed structures, controlling light, the [.].

The adoption of precision technologies in livestock is an increasingly relevant topic for rural producers in Brazil. With the use of these technologies, it is possible to obtain more accurate and detailed information about the inheritance, which can lead to better production management and increased profitability. Among the technologies of [.].

Genetic improvement for disease resistance in livestock is a topic of great importance for the livestock industry. Disease resistance is a desirable feature in farmed animals, as it can reduce the need for medical treatments, decrease mortality and increase productivity. Genetic breeding is one of the tools available to improve [.].

Monitoring the health of animals is essential to ensure productivity and well-being of the inheritance. With the advancement of technology, farmers have available incredibly efficient solutions to monitor the health of animals in real time. One of these solutions is the use of wearables in livestock. Wearables are [.].

Concern for animal welfare has become increasingly central in debates about production systems. Ensuring decent and ethical conditions for animals is essential to promote health, productivity and quality in final products. This approach not only raises the living standards of animals, but also meets the demands of consumers [.].

Dairy farming has underground significant transformations in recent decades, driven by technological advances and the search for greater efficiency, productivity and animal welfare. In this context, milking automation and robotic systems emerge as innovative solutions that are revolutionizing the way milk production is conducted around the world. [.].

Livestock plays a key role in food production and global food security.However, the growing demand for animal products, along with concerns related to sustainability and environmental impact, has driven the search for innovative solutions in animal feed.In this context, the development of sustainable feed emergencies as a [.].

The growing demand for animal protein, driven by the increase in the world population and the change in consumption patterns, has generated concerns related to sustainability and animal welfare in traditional livestock.In this context, the production of meat grown in the laboratory emerges as an innovative and promising alternative to meet this demand in a [.].

Livestock constantly faces challenges related to the occurrence of diseases and pests, which can cause significant economic losses, affect productivity and compromise animal health and welfare. In this context, the use of big data emerges as a powerful tool for predicting and controlling these problems, allowing a more proactive and effective approach to the [.].

Vaccines have played a crucial role in the prevention and control of diseases in livestock, contributing to the improvement of animal health, productivity and food safety.However, traditional vaccination methods, such as injection administration, have some limitations, such as the need for individual management of animals, the stress caused by [.].

Livestock is one of the main sources of methane emission, a potent greenhouse gas that contributes significantly to climate change.Methane is produced during the digestive process of ruminants, such as cattle, sheep and goats, and can also be issued from the management of animal waste.Faced with this scenario, it becomes [..].

Livestock, one of the most important sectors of world agriculture, is under-forming a radical transformation driven by Industry 5.0 technologies. Livestock 5.0 represents the convergence of advanced technologies, such as artificial intelligence, internet of things, big data and robotics, applied to animal production.This technological revolution promises to increase efficiency, sustainability and [.].

The growing demand for animal foods, driven by the increase in the world population and urbanization, has raised concerns about the sustainability of traditional livestock. In this context, vertical livestock emerges as an innovative alternative, which seeks to produce food efficiently, sustainably and close to urban centers.This article explores the concept, the [.].

Introduction Livestock farming faces the challenge of producing food efficiently and sustainably to meet the growing global demand.In this context, genetic selection for feed efficiency emerges as a promising strategy to increase productivity, reduce production costs and minimize environmental impact.This article explores the concepts, applications and [.].

The digital revolution has transformed the livestock sector, bringing with it a series of mobile applications that help farmers manage their activities more efficiently and productively. These applications, available for smartphones and tablets, offer a wide range of features ranging from monitoring the health and reproduction of the inheritance to [.].

The Integration Crop-Livestock-Forest (ILPF) is an agricultural production system that combines, in an integrated way, different agricultural, livestock and forestry activities in the same area. This production model has gained increasing prominence due to its economic, environmental and social benefits. In this article, we will explore the concepts, advantages and challenges of the ILPF, as well as its [.].