Animal Manure Management

An often asked question is, "how much manure do I need?". The answer is not as simple as the question. It depends on the crop you are growing and the expected yield, existing soil nutrients, knowing your goals, the type of manure you wish to use, and any other fertilizer nutrients you expect to apply.

This Nebraska Extension article highlights the impact of factors such as plant genetics and improved production practices to fertilizer consumption in Nebraska over numerous decades.

Producers who are looking to minimize time spent checking water may consider investing in one of many modern water monitoring solutions.

Just over a year ago, I joined Dr. Amy Schmidt, the Manure Lady’s, team as a content developer to help spread the word about manure (and her other area of interest, antimicrobial resistance). Luckily, UNL’s Manure team is full of friendly, inviting people who are really good at teaching about manure. Feeling more confident in my manure knowledge, and with my interest peaked for all things manure, I attended my first manure Land Application Training (LAT). LAT events, led by members of UNL’s Manure Team, are offered each spring at venues all across the state. Participants can attend for a full day if they are newbies like me, or a half day if they just need a refresher.

Student researcher Saskia Lanwermann reflects on what she's learned about the benefits of manure use both back home in Germany and here in the US while studying agricultural and environmental sciences communications and working with the UNL Manure team.

It’s that time of year again and I’m here to help you stay on track for that New Year’s resolution to “Manure Better”. That wasn’t your resolution? I’m sorry, but it would be a great resolution and an achievable one at that, so add it to your list. My New Year’s resolution is to help crop farmers “Manure Better”. The annual land application (manure) training events are coming up soon and may be just the ticket to “help me, help you”.

Manure application on frozen or snow-covered soil poses a higher risk of nutrient loss through runoff.

Manure is like a slow-release fertilizer for our crops, sort of like the gift that keeps on giving. Kristen Sindelar with the Midwest Messenger shares what she learned by attending the "Saving Money by Using Manure on Crops" workshop.

Recommendations for collecting soil samples to ensure the quality results needed for good management decisions about fertilizer, manure and lime application rates.

During its inaugural year, the Nebraska Soil Health School educated more than 200 producers and ag industry stakeholders on the latest research and practices for healthy soils to increase crop productivity.

With harvest around the corner, you might be considering trading manure for cornstalks or vice versa. In many ways, it’s easier to pay cash for either product, but there are advantages to trading. This article will focus on what kinds of things to consider to be sure any deal made is a fair trade.

As responsible land stewards, farmers, who follow “good neighbor practices,” may save on commercial fertilizer costs while at the same time protecting groundwater from contamination due to nutrient leaching. Properly stockpiled manure stored on field edges can be a “win-win” for farmers and their rural neighbors through addressing two common concerns: runoff and odors.

Just like a spreader used for commercial fertilizer, a manure spreader must also be calibrated. If you don’t know the rate you’re applying, how can you possibly calculate the nutrients you’ve applied? And if you’re not factoring in the nutrients in the manure, you’re wasting money. And who wants to do that?

During the Soil Health School, presenters will cover many aspects of the science related to soil health, including foundational soil health principles, the evaluation of soil health management practices, and get to experience many hands-on soil health investigations and demonstrations. As a bit of a sneak preview, this article highlights what Leslie Johnson, Nebraska Extension Statewide Manure Educator will be sharing that day. Of course, she’ll be talking about how manure can impact soil health, but the role she’s the most excited about because it will be the most hands-on, is getting to show different ways of determining root growth.

Flies are numerous this summer. They drive us all nuts, but are they a problem beyond our annoyance? The answer is yes, flies are more than just a nuisance. Flies can carry and transfer diseases between animals. Additionally, they can create wounds where other diseases can enter. So, how do we control them?

Drought is a common occurrence in Nebraska. The UNL Beef Drought Management Planning page is designed to help beef producers design a drought management plan and to provide ideas to consider before and during a drought.

Every month the UNL Animal Manure Management Team produces graphics on the benefits of manure application and manure best practices and we want your help sharing them. The graphics are for educational purposes and for use by the public. Oftentimes the graphics we create include a link to an article featured on the UNL manure website, manure.unl.edu.

Water quantity and quality is critical to cattle health and performance. Hot weather and drought conditions can impact both water quality and quantity for cattle. How Much Water Do Cattle Need? There is an easy answer, and there is a right answer. A general guideline is that lactating cows need two gallons of water per 100 pounds of body weight per day.

The Soil Health Nexus is excited to debut two new resources on the Soil Health Toolbox! Two Soil Health Nexus members, Francisco Arriaga, Associate Professor and Extension Specialist at the University of Wisconsin-Madison, and Anna Cates, Assistant Professor and State Soil Health Specialist at the University of Minnesota, recently published a long-awaited whitepaper exploring the connection between soil health and water quality.

This year’s 4Rs Field Day will focus on up-to-date research information and demonstrations on all three major crop nutrients: nitrogen, phosphorus and potassium.