Manure

Winter Application of Manure in Ohio

With the colder weather, some livestock producers will be applying manure on frozen ground. Here are some things to keep in mind. For the article below, frozen ground would be soil that you cannot inject the manure into or cannot conduct tillage within 24 hours to incorporate the manure.

Permitted farms are not allowed to apply manure in the winter unless it is an extreme emergency, and then movement to other suitable storage is usually the selected alternative. Several commercial manure applicators have established manure storage ponds in recent years to help address this issue.

In the Grand Lake St Marys (GLSM)watershed, the winter manure application ban from December 15th to March 1st is still in effect. Thus, no manure application would normally be allowed in this time period.

For producers in the Western Lake Erie Basin (WLEB) watershed, the House Bill 1 rules established in 2016 are still in effect.

The Natural Resource Conservation Service (NRCS) Code 590 was revised in 2020 and now applies statewide in Ohio (except to GLSM & WEBL).  It states the surface application of manure on frozen and snow-covered soil is not acceptable unless it is an emergency. An emergency exists as a temporary situation due to unforeseen causes and after all other options have been exhausted. In this situation only limited quantities of liquid manure shall be applied to address manure storage limitations until non frozen soils are available for manure application. The Ohio Department of Agriculture will only enforce NRCS 590 in counties outside of GLSM and WELB if there is a manure discharge from the field. If a citation is issued for a discharge, it will be based on the 590 standards.

All applications of liquid manure to frozen and snow-covered soils must be documented in the producers’ records and must be applied in accordance to ALL the following criteria:

• The rate of application shall not exceed the lesser of 5,000 gallons/acre or P removal for the next crop.

• Applications are to be made on land with at least 90% surface residue cover (cover crop, good quality hay or pasture field, all corn grain residue remaining after harvest, all wheat residue cover remaining after harvest).

• Manure shall not be applied on more than 20 contiguous acres. Contiguous areas for application are to be separated by a break of at least 200 feet.

• Apply manure to areas of the field with the lowest risk of nutrient transport such as areas furthest from streams, ditches, waterways, with the least amount of slope.

• Application setback distance must be a minimum of 200 feet from grassed waterways, surface drainage ditches, streams, surface inlets, water bodies and 300 feet minimum from all wells, springs and public surface drinking water intakes. This distance may need to be further increased due to local conditions.

• For fields exceeding 6% slope manure shall be applied in alternating strips 60 to 200 feet wide generally on the contour, or in the case of contour strips on the alternating strips.

For farmers with solid manure, stockpiling could be an option. There are two different types of stockpiles: Short term and long term.

The short-term stockpile information can be found in NRCS FOTG 318 Short Term Storage of Animal Waste and Byproducts Standard (“NRCS 318”). Essentially, short term stockpile is a pile of solid manure that is being kept temporarily in one or more locations. It is considered a temporary stockpile as long as the pile is kept at the location for no more than 180 days and stockpiled in the field where the manure shall be applied. Setback distances listed in NRCS 318 should be followed to prevent discharge to waters of the state. There are multiple recommendations listed in NRCS 318 that speaks to location, timing, and preventative measures that should be taken while stockpiling the manure short term.

The long-term stockpile information can be found in NRCS FOTG 313 Waste Storage Facility Standard (“NRCS 313”). Long term stockpile is directly related to solid manure being piled and kept at a facility for longer than 180 days at a permanent location. It is recommended that all permanent long term storage stockpiles should be following the guidelines in NRCS 313 with the utilization of a stacking facility and the structural designs of fabricated structures. A stacking facility can be open, covered or roofed, but specific parameters should be in place to prevent manure runoff from the site.  These recommendations are listed in the NRCS 313.

Regardless of your county, it’s probably best to check with your local Soil and Water Conservation District office before considering winter manure application in Ohio. The rules have changed, and you should become aware of those that affect your operation.

Winter application of manure in Ohio: what’s allowed?

Last week’s snow was a reminder that we’re still in the middle of winter in Ohio, with more cold weather yet to come.  Winter weather is a challenge for those who handle manure, and it’s equally challenging to know the laws for applying manure on frozen and snow covered ground.  Those laws vary according to several important factors:  whether ground is frozen or snow covered, whether a farm is operating under a permit, and the geographical location of the land application.  Here’s a summary of the different winter application rules and standards in effect this winter.

What is frozen ground?  Ohio’s rules don’t define the term frozen ground, but generally, ground is considered frozen if you cannot inject manure into it or cannot conduct tillage within 24 hours to incorporate the manure into the soil.

Farms with Permits.  Farms with permits from the Ohio Department of Agriculture (ODA) or Ohio EPA operate under different rules than other manure applications in Ohio, and they cannot apply manure in the winter unless it is an extreme emergency.  Movement to other suitable storage is usually the selected alternative.  Several commercial manure applicators have established manure storage ponds in recent years to help address this issue. Continue reading Winter application of manure in Ohio: what’s allowed? →

Poultry Litter Application

By: Glen Arnold, OSU Extension

Stockpiles of poultry litter can be seen in farm fields across Ohio. While common each year in wheat stubble fields, there are also stockpiles commonly found in soybean fields. Getting the poultry litter to the fields ahead of spreading makes time makes the whole process more efficient. Poultry litter is an excellent source of plant nutrients and readily available in most parts of the state. With fall harvest just around the corner these poultry litter piles will soon be spread across farm fields.

Poultry litter can be from laying hens, pullets, broilers, finished turkeys, turkey hens, or poults. Most of the poultry litter in the state comes from laying hens and turkey finishers. Typical nutrient ranges in poultry litter can be from 45 to 57 pounds of nitrogen, 45 to 70 pounds of P2O5, and 45 to 55 pounds of K2O per ton. The typical application rate is two tons per acre which fits nicely with the P2O5 needs of a two-year corn/soybean rotation.

Like all manures, the moisture content of the poultry litter greatly influences the amount of nutrients per ton. Handlers of poultry litter have manure analysis sheets indicating the nutrient content.

Poultry manure from permitted operations needs to follow the Ohio Department of Agriculture standards when being stockpiled prior to spreading.

These include:

– 500 feet from neighbors

– 100 feet from a public road

– 300 feet from streams, grassed waterways, wells, ponds, or tile inlets

– not on occasionally or frequently flooded soils

– stored for not more than six months

– not located on slopes greater than six percent

– located on soils that are deep to bedrock (greater than 40 inches to bedrock)

Farmers who want to apply the poultry litter delivered to their fields are required by Ohio law to have a fertilizer license, Certified Livestock Manager certificate, or be a Certified Crop Advisor.

Yep … The Problem is Agriculture!!??

Source: OFBF (edited)

Yeah it’s easier, let’s just blame agriculture!

Why are they allowed to put ANY sewage in the river? 

Where have the regulators been for the last 20 years?

A fine of only $29,936.00 which equals about $.00001 per gallon

Given 30 years to fix the problem – WHAT????

Maybe now we have found the real problem! 

 

Unlike permitted livestock farms, such as CAFOs, that are not allowed to discharge an ounce of manure into Ohio’s waterways, municipalities have agreements with Ohio EPA to allow for a certain amount of sewage to be dumped directly into tributaries located in watersheds that flow into Lake Erie.

For Maumee, Ohio, that agreement is 25 million gallons per year. However, due to an outdated sewer infrastructure, the municipality has actually been adding as much as 150 million gallons of sewage into the Maumee River for each of the past 20 years.

City Law Director David Busick confirmed that Department of Public Service Sewer Division employees, who keep track of sewer discharge levels, did not comply with the law when they failed to self-report the incidences of annual sewer overflow in Maumee. The City Council has since approved an action plan that requires mandated maintenance upgrades and infrastructure replacement guidelines. The city has also been fined by Ohio EPA to the tune of $29,936. which can be applied to remediation steps.

“We have always said that water quality issues are complex, involving many sources of nutrients, changing weather patterns and lack of data,” said Adam Sharp, executive vice president of Ohio Farm Bureau. “We are certainly not absolving agriculture of its contribution to this challenge or responsibility in finding solutions, but what Maumee has been doing over the past two decades is disturbing and makes you wonder if other municipalities with equally run down sewer infrastructures are having similar issues.”

During the same period that Maumee was illegally dumping massive amounts of sewage, Ohio farmers have been using new equipment and technology to maximize the placement of nutrients used for crop production. They also are following strict state regulations and participating in voluntary water quality programs like H2Ohio find better management practices to minimize the amount of nutrient runoff from farm fields and into the watershed.

“Farmers have been heavily scrutinized for their impact on Lake Erie and have answered that criticism with unprecedented efforts to help solve the problem. It is time to hold municipal administrations and their wastewater facilities to the same standards,” Sharp said. “If a city’s wastewater infrastructure is failing, those issues should be addressed immediately with the same urgent action Ohio agriculture has taken to protect Ohio’s water quality.”

 

Winter Application of Manure-Remember Setbacks

Source:  Glen Arnold, OSU Extension

Some Ohio livestock producers will be looking to apply manure to farm fields frozen enough to support application equipment. Permitted farms are not allowed to apply manure in the winter unless it is an extreme emergency, and then movement to other suitable storage is usually the selected alternative. Thus, this article is for non-permitted livestock operations.

In the Grand Lake St Marys watershed, the winter manure application ban from December 15th to March 1st is still in effect. Thus, no manure application would normally be allowed from now until March 1st. The ban also prohibits surface manure application anytime the ground is frozen or snow-covered in that watershed.

In the Western Lake Erie Basin (WLEB) watershed, the surface application of manure to frozen and snow-covered soils require there to be a growing crop in the field. This could be a pasture, alfalfa, clover, wheat, or a ryegrass crop. There must be enough vegetation visible to provide a 90% cover of residue and growing vegetation. Radishes and oats would not qualify as a growing crop as both are typically winter killed. Manure can be applied to fields without growing crops if the manure is incorporated at the time of application or incorporated within 24 hours of application.

The rainfall rule for surface manure application in the WLEB is a weather forecast saying “not greater than a 50% chance of a half inch or more of rain in the next 24 hours”.  It is advisable to print out the weather forecast when you start applying manure so you have the needed proof if an unexpected storm drenches the area. Weather.gov is the most commonly accepted website for this forecast. On this web page, you can type in the zip code and get a seven-day forecast. On the lower right-hand side of the seven-day forecast page, is an hourly weather forecast that will provide a 48-hour weather forecast graph.

Winter manure application rates should follow the NRCS 590 standards, which limit solid manure application amounts to five tons per acre and liquid manure application amounts to 5,000 gallons per acre. The standards have 200 foot setback distances from ditches, streams and creeks and must be on slopes of less than 6% and less than 20 acre areas in size without additional buffers. These setbacks exist because as snow melts, it can carry manure to streams and ditches. These 200 foot setback distances apply to both liquid and solid manure application. In recent years there have been several fines levied against livestock producers applying manure too close to ditches and streams.

As always, examine fields for tile blowouts, monitor tile outlets before, during, and after manure application.

 

Poultry Litter Application

Source: Glen Arnold, OSU Extension

Stockpiles of poultry litter can be seen in farm fields across Ohio. While common each year in wheat stubble fields, there also many stockpiles in soybean fields. Poultry litter is an excellent source of plant nutrients and readily available in most parts of the state.

Poultry litter can be from laying hens, pullets, broilers, finished turkeys, turkey hens, or poults. Most of the poultry litter in the state comes from laying hens and turkey finishers. Typical nutrient ranges in poultry litter can be from 45 to 57 pounds of nitrogen, 45 to 70 pounds of P2O5, and 45 to 55 pounds of K2O per ton. The typical application rate is two tons per acre which fits nicely with the P2O5 needs of a two-year corn/soybean rotation.

Like all manure sources, the moisture content of the poultry litter greatly influences the amount of nutrients per ton. Handlers of poultry litter have manure analysis sheets indicating the nutrient content. They are also required to inspect stockpiles and address any insect issues that may develop from the time stockpiles are created to the time the manure is field applied.

Poultry manure for permitted operations needs to follow the Natural Resource Conservation Service 590 standards when being stockpiled prior to spreading. These include:

– 500 feet from neighbors

– 300 feet from streams, grassed waterways, wells, ponds, or tile inlets

– not on occasionally or frequently flooded soils

– stored for not more than eight months

– not located on slopes greater than six percent

– located on soils that are deep to bedrock (greater than 40 inches to bedrock)

Farmers who want to apply the poultry litter delivered to their fields are required by Ohio law to have a fertilizer license, Certified Livestock Manager certificate, or be a Certified Crop Advisor. Check with your local Soil and Water Conservation District for proper setbacks from steams, ditches and wells when applying poultry litter.

Poultry Litter Applications

Source: Glen Arnold, OSU Extension

Stockpiles of poultry litter can be seen in farm fields across Ohio. While common each year in wheat stubble fields, there are also stockpiles showing up in preventative plant fields.

Poultry litter is an excellent source of plant nutrients and readily available in most parts of the state.  Poultry litter can be from laying hens, pullets, broilers, finished turkeys, turkey hens, or poults. Most of the poultry litter in the state comes from laying hens and turkey finishers. Typical nutrient ranges in poultry litter can be from 45 to 57 pounds of nitrogen, 45 to 70 pounds of P2O5, and 45 to 55 pounds of K2O per ton. The typical application rate is two tons per acre which fits nicely with the P2O5 needs of a two-year corn/soybean rotation.

Like all manures, the moisture content of the poultry litter greatly influences the amount of nutrients per ton. Handlers of poultry litter have manure analysis sheets indicating the nutrient content.

Poultry manure for permitted operations needs to follow the Natural Resource Conservation Service 590 standards when being stockpiled prior to spreading. These include:

– 500 feet from neighbors

– 300 feet from streams, grassed waterways, wells, ponds, or tile inlets

– not on occasionally or frequently flooded soils

– stored for not more than eight months

– not located on slopes greater than six percent

– located on soils that are deep to bedrock (greater than 40 inches to bedrock)

Farmers who want to apply the poultry litter delivered to their fields are required by Ohio law to have a fertilizer license, Certified Livestock Manager certificate, or be a Certified Crop Advisor. Check with your local Soil and Water Conservation District for proper setbacks from steams, ditches and wells when applying poultry litter.