Make your farm better, smarter, and more productive The Lean method is revolutionising farming globally with its proven approach for reducing waste, improving productivity and sustaining profits.In The Lean Dairy Farm, dairy farmer and Lean consultant Jana Hocken explains why this approach is essential to every dairy farm and how to apply these tools, practices and principles to your dairy operation. The Lean Dairy Farm helps reduce the common problems and stressors faced by farmers every day: long work hours, high staff turnovers, repeat problems, breakdowns, wastage, safety and high costs. Using her own family’s dairy farm as a case study, Jana provides insight into how the Lean approach applies to farming, introduces practical tools to help you improve efficiency and reduce waste, and shows you how to create a farm culture that supports Lean thinking. Even if Lean is entirely new to you, this book offers a simple blueprint for applying its principles and practices to improve your farm. Quickly make use of basic Lean concepts on your farm Identify and eliminate waste in farm processes Organise your farm effectively to improve productivity Standardise your processes to do everything right the first time Develop an engaged, high performing team If you want a more efficient, profitable and robust dairy farm, The Lean Dairy Farm is for you.

According to the European legislation (Regulation EC No 853/2004), the food business operators collecting raw milk intended for the production of milk and dairy products must ensure compliance with certain health requirements for the animals. The animals must not show any symptoms of infectious diseases transmittable to humans, or signs of diseases of the udder or the genital tract that could contaminate milk. Furthermore, they must belong to a holding free or officially free of tuberculosis and brucellosis, and no unauthorized substances or authorized drugs must have been administered without respect to the withdrawal period. Dairy Farming: Operations Management, Animal Welfare and Milk Production presents a study with the goal of evaluating the compliance with the mentioned criteria in milk samples collected from 100 different dairy farms located in Central Italy. Additionally, under European milk quotas, dairy farms in Europe were limited in the amount of milk they could produce. While quotas were gradually increased over the past four decades, European milking quotas were completely abolished in April 2015 to help meet an expected 20% increase in the global consumption of milk and dairy products by 2050. With this, European dairy farmers can freely expand milk production based upon expected milk prices controlled by open market supply and demand. The authors present a review focused on milk production forecasting models and data variation from a past and future perspective. A comprehensive review of model applications and comparisons from studies over the past two decades is carried out, and both classical and modern methods are reviewed analysed. The concluding review focuses on scientific LCA studies conducted on a variety of different milk production systems, including the treatment of milk co-products, different allocation methods, the assessment of environmental impacts caused by fertilizers and agrochemicals in feed grain production and in the different stages of milk production. However, the methodology requires a higher degree of standardization, especially for the analysis of complex agricultural and livestock systems and their various forms and characteristics.

Tropical Dairy Farming is a manual designed for use by dairy production advisors working in tropical areas, especially in South-East Asia. It aims to increase the productivity of small holder dairy farmers in the humid tropics by improving the feeding management of their livestock. It shows how to provide dairy cows with cost-effective feeds that match small holder farming systems and discusses the major obstacles to improving feeding management in the humid tropics. The author shows the benefits and drawbacks of various feed components and the calculation of balanced diets based mainly on forages combined with some supplementary feeding. Diseases and problems associated with unbalanced diets are also covered, as well as important information on growing and conserving quality forages as silage. The book draws on examples from a variety of countries including Indonesia, Malaysia, Thailand, Vietnam, China, East Timor and the Philippines.

Precision Livestock Farming (PLF) technology is a reality. PLF is a combination of developing animal sensing (sensors) tools and decision-making process at the farm level. It also has the potential to support animal feed suppliers, human-food retailers and other players along the supply chain to make better choices. The current challenge for PLF is the integration of the technology in the majority of the farms and not only to the pioneering farms. This book consist of full-length peer-reviewed papers combined with 'questions and answers' sections. It is the result of a joint session hosted by the European Association of Animal Production and brings together research focusing on real-time interpretation of the combination of sensor development, industry, animal genetics, animal nutrition, and animal health. Unique of this 'cross-disciplinary' approach is that 'animal-focused' scientists, engineers, companies as well as farmers' organizations have interacted and combined their strengths and views. 'Precision Livestock Farming Applications - Making sense of sensors to support farm management' provides an update on the state of the art of PLF in interaction with the other scientific and applicative expertise. It is of interest for researchers, students, professionals, farmers, and livestock industry concerned with livestock production management.

Developed by leading authors in the field, this book offers a cohesive and definitive theorisation of the concept of the 'good farmer', integrating historical analysis, critique of contemporary applications of good farming concepts, and new case studies, providing a springboard for future research. The concept of the good farmer has emerged in recent years as part of a move away from attitude and economic-based understandings of farm decision-making towards a deeper understanding of culture and symbolism in agriculture. The Good Farmer shows why agricultural production is socially and culturally, as well as economically, important. It explores the history of the concept and its position in contemporary theory, as well as its use and meaning in a variety of different contexts, including landscape, environment, gender, society, and as a tool for resistance. By exploring the idea of the good farmer, it reveals the often-unforeseen assumptions implicit in food and agricultural policy that draw on culture, identity, and presumed notions of what is 'good'. The book concludes by considering the potential of the good farmer concept for addressing future, emerging issues in agriculture. This book will be of interest to students and scholars of food and agriculture and rural development, as well as professionals and policymakers involved in the food and agricultural industry.

This book offers a comprehensive overview of the state of the art in sustainable dairy production, helping the industry to develop more sustainable dairy products, through new technologies, implementing life cycle analysis, and upgrading and optimization of their current production lines. It aims to stimulate process innovations, taking into account environmental, economic and public relations benefits for companies. Topics covered include: How to set up a sustainable production line How to quantify the carbon foot print of a dairy product by using life cycle analysis Current technologies to improve the carbon foot print What measures can be taken to reduce the global warming potential of the farm Reduction of water use in dairy production Marketing sustainable dairy products Bench marking of dairy products against other food products Potential future technological developments to improve the carbon foot print for the following decades