Neighborly Fence Care

By Christine Gelley
Agriculture and Natural Resources Educator
Noble County
OSU Extension

Fence care can make tempers flare between neighbors. Typically, when neighbors have similar goals, an agreeable strategy for fence maintenance can be worked out easily. When land use pursuits differ, there is a higher likelihood for conflict.

One of Ohio’s oldest rural laws is built around the care of partition fence. Ohio R.C. Chapter 971 defines a partition fence or “line fence” as a fence placed on the division line between two adjacent properties. In 2008, the law was updated to state “Partition fence includes a fence that has been considered a division line between two such properties even though a subsequent land survey indicates that the fence is not located directly on the division line.”

If both neighbors utilize the fence for similar purposes then the responsibilities are typically split evenly, which includes keeping the fence line clear of brush, briers, thistle and weeds within four feet of the fence.

Historically, in all cases, the responsibility of maintaining the fence fell on both landowners equally, but revisions made in 2008 determined that the responsibility of existing (prior to 2008) fence can be divided more fairly by considering six factors:

*   The topography of the property where the fence is or will be located.
*   The presence of streams, creeks, rivers or other bodies of water on the property.
*   The presences of trees, vines or other vegetation on the property.
*   The level of risk of trespassers on either property due to the population density surrounding the property or the recreational use of adjoining properties.
*   The importance of marking division lines between the properties.
*   The number and type of livestock that each landowner may contain with the fence.

If new fence is constructed, the responsibilities are different than in decades past. By definition, a “new” line fence is one constructed where a partition fence has never existed. In this case, the construction and maintenance responsibility are wholly the initiating landowner’s responsibility, unless the neighbor uses the fence for livestock containment within 30 years of construction. In that case, the landowner who built the fence could seek reimbursement from their neighbor by filing an affidavit with the county recorder.
To be compliant with state law, a new partition fence containing livestock must meet the standards of “preferred partition fence.” The following are considered preferred:

*   A woven wire fence of either standard or high tensile wire and topped with one or two strands of barbed wire that is at least 48 inches from the ground.
*   A nonelectric high tensile fence with at least seven strands of wire constructed in accordance with NRCS standards.
*   A barbed wire, electric or live fence to which the adjoining landowners agree, in writing.

Neighbors who wish to construct new fence must be granted ten feet on the adjoining property to perform construction and maintenance. However, the fence builder is liable for damages caused by the entry onto the adjoining property, including damages to crops.

Alternative landowner agreements are tools that can allow neighbors to create their own fence line agreements that alter how state law applies in their situation. In order to be considered valid and binding the agreement must:

*   Be in writing.
*   Include a description of the land where the fence is located.
*   Include a description of the purpose and use of the fence.
*   Be filed with the county recorder in the county where the land is located.

If a dispute regarding partition fence cannot be resolved between neighbors, there are two ways to proceed through resolution. A complaint may be filed with the board of township trustees or directly in the court of common pleas. Working through a resolution in these manners can be lengthy and complicated. Details on appropriate procedures for filing a complaint can be found in R.C. 971.09.

By far, the easiest way to decide on a plan for fence care is communicating with your neighbor. Openly stating your intentions and wishes in a courteous and polite manner with each other is best. Once you have reached an agreement, seal it with a handshake, but also, put it in writing and file it appropriately.
The information communicated in this article is gathered from Ohio Revised Code Chapter 971 and OSU Extension’s Fence Law Factsheet by Peggy Hall, which can be accessed online at:

World’s Largest Script Ohio Shows the Power of Precision Agriculture

LONDON, Ohio — On their way to the 56th annual Farm Science Review, Sept. 18-20, some 130,000 visitors will likely pass hundreds of acres of soybean fields. But one field in particular is sporting more Buckeye pride than any other. From an aerial view, the world’s largest Script Ohio emerges from a 100-acre field just east of the Molly Caren Agricultural Center in London, site of the Review.

For the past four years, The Ohio State University’s Precision Agriculture program has demonstrated GPS-guided “smart planting” using multiple corn hybrids. The team brought Buckeye spirit to the field with a simple block “O” in 2015, Brutus Buckeye in 2016, and Ohio State Athletics Block O last year. Now, Precision Agriculture has brought the Ohio State Marching Band’s famous Script Ohio to a soybean field.

“We decided to start and continue this project to show the potential of new multi-hybrid/variety planting technology and demonstrate that it can complete tasks with accuracy and precision to the point of making logos in field scenes,” said Andrew Klopfenstein, senior research associate engineer in the Department of Food, Agricultural and Biological Engineering (FABE), part of the College of Food, Agricultural, and Environmental Sciences (CFAES) at The Ohio State University.

The Script Ohio demonstration is part of Farm Science Review, an annual three-day agricultural trade show, sponsored by CFAES. The Review, held at the Molly Caren Agricultural Center, features educators, specialists and faculty from CFAES who will provide research-based information on issues from pest management to water quality. The Review also features field demonstrations showcasing the most current technology and agricultural techniques.

The Script Ohio demonstration of precision agriculture is thanks to components from Precision Planting that turn a traditional planter into a “smart planter.” From the monitor, farmers can control the plant population and hybrid type planted in coordination with a mapping of GPS coordinates.

“This year’s design was slightly more difficult than some of the previous years because it was a single continuous piece with more curves than we had attempted in the past,” said Ryan Tietje, research associate and graduate student in FABE, who designed the past two field demonstrations.

Although more difficult, Script Ohio also had many similarities to previous years’ designs.

“It’s still a multi-hybrid variable rate prescription that utilizes the same Precision Planting technology and equipment as in years past,” Tietje said. “However, this year’s design is very different in that we used soybean plants—the last three years have all been in corn.”

The difference in soybean maturity between the two prescriptions is what gives the field its distinctive color variation between the more mature and yellowing Script Ohio versus the rest of the healthy green field.

While growers and Ohio State fans alike might enjoy seeing more Buckeye-spirited fields pop up across the state, this demonstration aims to prove the practical benefits of precision planting.

“There are benefits to matching plant hybrids/varieties to soil landscape,” Klopfenstein said. “Farmers in the future will consider multiple factors when generating prescriptions. Some of these factors may include moisture holding capacity, soil organic matter content, slope, and historical yield data, just to name a few.”

By creating a map using GPS coordinates, a grower can program their planter to distribute less seed to an area with rocky terrain with an expected lower yield as opposed to an area rich in organic matter where higher plant populations will increase productivity.

“We have several years’ worth of studies and continue to work with Beck’s Superior Hybrids. We’ve seen a 6.1 bushel per acre benefit in corn and a 1.9 bushel per acre gain in soybeans,” Klopfenstein said.

As agricultural technology continues to evolve, Ohio State’s Precision Agriculture program aims to help growers understand the economic and agronomic benefits of such tools.

“Over the past four years, there have been few or no changes mechanically to the planters used in this demonstration,” Klopfenstein said. “We’ve had software updates that have made the meters and monitors run more efficiently, as well as collect more data that can be visualized near real-time in the cab of the tractor.

“This past year, Precision Planting introduced mSet, which allows the use of SpeedTube (high speed planting) in conjunction with multi-hybrid planter technology. We hope in the future to be able to combine our high-speed and multi-hybrid testing on one planter and continue to draw the interest of growers.”

The team extends its thanks to Case IH, Precision Planting and Trimble for making the demonstration possible. Details about the department’s ongoing precision agriculture research are at A podcast discussing the technology is available at or

Tickets to the Review are $7 online, at OSU Extension county offices and participating agribusinesses, and $10 at the gate. Children ages 5 and under are free. Details on event hours, buying tickets online and more are on the Review’s website at


Chip Tuson


Andrew Klopfenstein

Ryan Tietje

Reposted from: