Animal Manure Management

Agricultural Production Animal Manure Management

Animal Manure Management

Recycling local manure nutrients before purchasing fertilizer is key to protecting the environment. Manure can be an economic “Win”, due to its fertility value, and a soil quality “Win”, due to its organic matter.  But it can also be a community risk, due to odors and pathogens. Our live educational programs, online courses, and resources provide science-based information on economically viable, environmentally sound manure handling systems that also comply with all regulations.

Sharing Animal Agriculture's Sustainability Story

Visual illustrating agriculture’s circular economy for managing C, N, and other nutrients.
Animal agriculture often endures criticism from neighbors and consumers relative to sustainability. But when it comes to management of carbon and nutrients, animal agriculture has a positive story to share. Many environmental and sustainability organizations promote the importance of a “circular economy” for increasing sustainability. Those engaged with Nebraska agriculture should help our neighbors and consumers recognize agriculture’s long term practice of implementing this circular economy. This article will help introduce agriculture’s circular economy for nitrogen (N), phosphorus (P), carbon (C), and other nutrients and messages you might share with neighbors and consumers about the Nebraska Advantage for sustainability.

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Reducing the Carbon Footprint of Cattle Operations through Diet

Greenhouse Gas Contributors in the US
Agriculture in the United States provides a contribution to greenhouse gases, accounting for 9% of total emissions (US EPA). Animal agriculture is a large contributor. In beef production, both cow-calf operations and feedlots produce these gases. By implementing simple changes in cattle’s diet, though, there are several ways to reduce the number of these greenhouse gas emissions.

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Manure Management Strategies for Limiting Antibiotic Runoff

Conservation practices reduce antibiotic movement to surface waters.
It is important that farmers and agriculturalists to implement practices to reduce the runoff of antibiotics. This article helps recognize existing conservation practices one has already implemented that are limiting these risks and additional options that may be considered.

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Tolkien Teaches Ag: Lessons from Organic Fertilizer Production

steaming compost rows

On a brisk April day, I was traveling with a group of adventurers through the wilds of the Minnesota country side. We came upon a steep embankment and climbed it so that we might see what lay beyond. When I reached the top, and the crowd around me had parted, I thought for a moment I might suddenly have traded places with Samwise Gamgee, hobbit, because I was gazing out onto a field of what reminded me very much of the steaming slag pits of Mordor.  However, rather than an apocalyptic hell-scape I was instead looking at a premier example of sustainable agriculture.

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i(AM)Responsible: A Nationwide Antimicrobial Resistance (AMR) Education Network

iAMR project team members by region and expertise
Antimicrobial resistant infections have been recognized worldwide as a significant threat to public health in recent years. As new research continues to help us understand and characterize AMR populations and potential risks associated with them, developing a nationwide capacity for conducting effective scientific outreach and education on this topic has become critical. In summer 2018, a nationwide team of research and extension professionals was assembled to design and deliver extension programming on AMR.

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