Developing alternative animal feed ingredients

Description

Global consumption of meat and other animal-derived products has risen drastically in the last 50 years. At the same time, the livestock sector has come under scrutiny for its reliance on feed sources which carry a significant environmental impact. Alternative animal feed ingredients are seen as an increasingly popular option to meet this growing demand, whilst also ensuring that food is produced more sustainably.

Developing alternative animal feed ingredients provides a comprehensive overview of the key groups of alternative animal feed ingredients, from cereal grains and oil seeds, to animal by-products and single-cell proteins. The book also considers the key issues and challenges that must be addressed by the animal feed sector during the development of alternative animal feed ingredients, such as the need for new products to meet nutritional quality, sustainability, safety and other regulatory requirements.

Table of contents

Part 1 Nutritional quality, safety, sustainability and potential of alternative feed ingredients

• 1.Key challenges for increased uptake of alternative livestock feed sources: Anton van den Brink, European Feed Manufacturers' Association (FEFAC), Belgium;
• 2.Safety and other regulatory requirements for alternative feed: crop-based ingredients: Zhengzia Dou, University of Pennsylvania, USA;
• 3.Key challenges in sustainability of alternative feed sources: the use of life cycle assessment (LCA): Greg Thoma, Colorado State University, USA;
• 4.Processing techniques for alternative feed ingredients: Emily Burton, Nottingham Trent University, UK;
• 5.Techniques for calculating the nutritional content/quality of alternative feed ingredients: Katerina Theodoridou, Queen's University Belfast, UK;
• 6.Potential of alternative feed ingredients in pig feed: Elizabeth Hines, Sioux Nation Ag Center, USA;
• 7.Potential of alternative feed ingredients in fish feed/aquaculture: Valeria Caltzontzin-Rabell, Autonomous University of Querétaro, Mexico;

Part 2 Plant co-products as alternative feed ingredients: Cereal grains

• 8.Wheat co-products as alternative feed ingredients: Elijah Kiarie, University of Guelph, Canada;
• 9.Barley co-products as alternative feed ingredients: Marc Bauer, North Dakota State University , USA;
• 10.Distillers dried grains with solubles (DDSG) co-products as alternative feed ingredients: Stephen Boyle, Ohio State University, USA;
• 11.Oat co-products as alternative feed ingredients: Dawn Scholey, Nottingham Trent University, UK;
• 12.Sorghum co-products as alternative feed ingredients: Scott R. Beyer, Kansas State University, USA;

Part 3 Plant co-products as alternative feed ingredients: Oil seeds

• 13.Soybean co-products as alternative feed ingredients: Warren Rusche, South Dakota State University, USA;
• 14.Canola/rapeseed co-products as alternative feed ingredients: In Ho Kim, Dankook University, South Korea;
• 15.Linseed co-products as alternative feed ingredients: Vincenzo Tufarelli, University of Bari Aldo Moro, Italy;
• 16.Potato co-products as alternative feed ingredients: Huawei Su, China Agricultural University, China;
• 17.Citrus pulp as an alternative feed ingredient: Ratchaneewan Khiaosa-ard, University of Veterinary Medicine Vienna, Austria;

Part 4 Other sources of alternative feed ingredients

• 18.Food waste as an alternative feed ingredients: Gerald C. Shurson, University of Minnesota, USA;
• 19.Animal by-products as an alternative feed ingredient: Marie-Caroline Lecrenier, Walloon Agricultural Research Centre (CRA-W), Belgium;
• 20.Fish co-products as an alternative feed ingredients: Øystein Sæle, Institute of Marine Research, Norway;
• 21.Seaweed and algae as an alternative feed ingredients: Maria Hayes, Teagasc, Ireland;
• 22.Single-cell proteins (SCP) as an alternative feed ingredients: Helen Onyeaka, University of Birmingham, UK;
• 23.Lanolin as an alternative feed ingredient: Clodagh Weingart, LanoTech Ltd., UK;