Farms.com Home   News

Transforming How We Produce Animal Feed to Protect People and Nature

By Madalen Howard and Sam Wildman

Raising animals for meat, milk, and eggs has been a valuable part of the global agricultural landscape for millennia as it provides communities with a significant source of nutrition, underpins many cultural identities, and supports the livelihoods of more than a billion people¹ who work to provide these foods globally. Today, meat production occurs all around the world and is expected to increase by more than 70% by 2050.²

But rarely do we think about the complex relationship between animals and their food. The feed ingredients used to ensure a healthy diet and life for agricultural animals come from a large number of growers but only a small number of crops: maize (corn), soybeans, wheat, alfalfa, and rice. Unfortunately, growing these crops comes with a significant environmental cost, accounting for 11% of global greenhouse gas emissions, 12% of global freshwater consumption, and 65% of global land-use change between 1961 and 2011. At the same time, certain production practices—such as well-managed grazing of cattle on grasslands, the use of cover crops to build soil health, or the addition of certain ingredients in a cow’s feed to reduce the amount of methane emitted through belching—can provide important opportunities to conserve nature, mitigate climate change, and boost livelihoods.

Balancing livelihoods with environmental protection requires collaboration. To address some of the impacts of feed production, WWF partnered with the Institute for Feed Education and Research in 2022 to convene the first-ever Feed Systems Sustainability Summit with the goal of elevating feed and animal nutrition as a critical lever in achieving sustainable food systems. The summit called for stronger value-chain collaboration to advance feed systems solutions.

As a follow-up, WWF published Solutions to Meet the Need for Feed to support organizations looking to integrate feed systems into their sustainability journeys. The paper presents four transformative solutions that can impact the landscape of sustainable agriculture:

  1. Responsible sourcing uses new technology to improve collaboration among growers and producers to reduce the impact of feed on the environment
  2. Regenerative agriculture changes farming and grazing practices so that they’re better for people and the planet by protecting plants and animals, using water wisely, and keeping the soil healthy, all while supporting local farmers and communities
  3. Using circular ingredients that are already available to feed animals, like food waste from restaurants and cafeterias, instead of putting more pressure on land and waste sites to grow more ingredients.
  4. Finally investing in feed innovations could mean making changes in what we feed animals, like swapping alfalfa for seaweed flakes, and how we take care of them.

The goal is for people in supply chains, communities, companies, and beyond to learn about these solutions and implement them in their work. There are several important steps to use these building blocks for transforming livestock production.

Click here to see more...

Trending Video

Intrauterine Vaccines in Swine - Dr. Heather Wilson

Video: Intrauterine Vaccines in Swine - Dr. Heather Wilson



In this episode of The Swine it Podcast Show Canada, Dr. Heather Wilson from VIDO at the University of Saskatchewan explains how intrauterine vaccination is being developed as a new option for swine health. She shares how formulation, adjuvants, and delivery methods influence immune responses and what early trials reveal about safety and reproductive performance. Listen now on all major platforms.

"The idea was that an intrauterine vaccine might avoid a tolerance response and instead create an active immune response."

Meet the guest: Dr. Heather Wilson / heather-wilson-a8043641 is a Senior Scientist and Program Manager at the Vaccine and Infectious Disease Organization at the University of Saskatchewan. Her work centers on vaccine formulation and delivery in pigs, including the development of intrauterine vaccination to support reproductive health and passive protection of piglets. Her background spans biochemistry, immunology, and functional pathogenomics.