I grew up in Council Bluffs and always dreamt of being a vet, so attending Iowa State was an easy decision. During my years at ISU, my interests shifted towards livestock nutrition and international animal agriculture. Through study abroad opportunities, I traveled to many different parts of the world studying animal production systems. After graduating, I worked in the nutrition lab at the Henry Doorly Zoo in Omaha, and then left Iowa to attend graduate school at Cornell University in Ithaca, New York.
I received a master’s degree from Cornell in nutritional toxicology, studying mycotoxin contamination in peanuts and corn. During grad school, I worked closely with agriculture extension staff and became interested in the diversity of farms in the Northeastern US. After graduation, I took a position as a dairy/livestock extension educator in the Catskill Mountains. Working for extension in a rural county with many dairy farms, I became a dairy calf health specialist. The county I worked in is part of the NYC watershed and my work on farms focused on manure and pathogen management for water quality. I helped dairy, beef, sheep and goat farmers plan and design livestock facilities, organized farmer education events, conducted on-farm research and collaborated on whole farm management plans.
I couldn’t be more excited to be back in Iowa and working for PFI, as I’ve been admiring the organization from afar for many years. I look forward to learning from farmers and contributing to sustainable livestock production in the region I’m most passionate about.
Dave and Meg Schmidt operate a diverse livestock farm, Troublesome Creek Cattle Co., in Exira IA; raising grass-fed and finished cattle and sheep, pigs and poultry. Feeding the 100% grass-fed cattle herd over the winter is a great expense, so they have experimented with feeding different forage sources- hay, cover crops, crop residue and stockpiled pasture to minimize costs. Hay is the most expensive forage to feed during the winter, so the Schmidt’s were curious how the could extend their grazing season and decrease the amount of hay they have to feed.
The full Practical Farmers’ Research Report is now available.
A group of farmers traveled to Ohio in August to spend a day at Dave Brandt’s farm. This blog accompanies the article in the Autumn 2017 Practical Farmer “Members Reflect on Lessons Learned in Ohio.”
By Sally Hertz Gran
In this reflection, I will be highlighting some of the topics we dug into during the trip including crop rotation, seed selection (coatings and genetics), enterprise diversification, grazing cover crops, and how to engage more farmers in regenerative farming practices.
Stefan and Meghan came prepared with activities to keep us occupied on the long bus ride, including a challenging game of Ohio trivia. Many of us were surprised to learn that soybeans are Ohio’s #1 crop. Shortly after arriving at Dave’s farm on Friday morning, we learned why—soybeans are not only commonly double cropped, with two harvests in the same calendar year, but some Ohio farmers grow continuous soybeans year after year.
This was the case for the first field the hayrack stopped at on Dave’s farm, in Carroll, Ohio. It had been in continuous soybeans for 25 years until just three years ago when Dave began leasing it. Prior to European settlement when most of Iowa was an ocean of densely-rooted prairie, Ohio was part of the eastern deciduous forest, which means that their soils are naturally higher in clay and lower in organic matter than Iowa soils. In the yellow clay of the recently formerly continuous soybean field, Dave increased the organic matter from 1% to 1.7% in just three years by implementing an extended rotation, planting cover crops, and practicing no-till. The three-year framework of this rotation (corn-cover-beans-small grain-cover) is applied throughout his entire farm.
“Land is like our checking account – we can’t take out more than we put in,” said Jamie Hostetler, to an audience of 165 people at his field day in September. Jamie and his family operate a grass-fed beef farm, raising Red Devon cattle and specializing in seed stock production. The cattle are rotationally grazed and managed in a way to “nurture life above the soil and below the soil” explained Jamie, who strives to produce the highest quality meat while simultaneously regenerating the soil.
“Give ’em some grass, water, and salt,” says Russ Wischover, “And cash the check at the end of the year. That’s my kind of livestock!” Russ, who farms in in Bedford, just north of the Missouri border, has converted his farm into pastureland over the last six years. He’s a proponent of using very little infrastructure and raises livestock best suited to his extensive farming management.
Russ purchased his farm in 2007 and at that time it was partly cropped by a tenant farmer and partly in the Conservation Reserve Program (CRP). When Russ permanently moved to the farm, the fields weren’t planted back to corn or soybeans and he started seeing grasses come up in the bare areas. Feeding purchased hay and bale-grazing “really woke the ground up” to the extent that desirable perennial species became prevalent. Grazing the former CRP ground helped also helped revive his land, and now fifty species of native prairie plants can be identified on his farm.
In mid-August, 60 people visited Lost Lake Farm to learn about one of Iowa’s newest dairies. Kevin and Ranae Dietzel built a milking parlor and cheesery in 2016 – where 21 cows are milked and where that milk is turned into artisan cheese. “We make cheese to add value to milk on the farm,” said Kevin, who explained that adding value is necessary to make this small-scale, grass-fed operation profitable.
Kevin got his start making cheese when he and Ranae raised one dairy cow that produced far too much milk than they could drink. Kevin experimented at home, which lead him to take cheese-making courses in Vermont and Wisconsin, fueling his dream of becoming a dairy farmer. Eventually, Kevin and Ranae found a farm outside of Jewell, IA to establish their dairy.
Lost Lake Farm is named after Lake Cairo, which was a 1,500 acre lake that was drained at the turn of the century to turn into agriculture land. The farm is situated around the ancient lake bed, which is comprised of Blue Earth soil and contains high amounts of carbon. This land once was a reed-collecting route and campground for the Meskwaki Indians.
If you’re a goat or sheep farmer – you’re probably familiar with Haemonchus contortus (barber’s pole worm) – a worm responsible for the biggest disease problem of small ruminants. When not adequately controlled this worm may cause death. Unfortunaly, due to the misuse and overuse of dewormers over many years, resistance to dewormers is a huge problem that threatens the viability of sheep and goat farming.
The FAMACHA system was developed to decrease dewormer resistance by selectively deworming only those animals that require treatment – instead of the whole herd. When a farmer selectively deworms, the worm eggs produced by the few resistant worms that survive treatment are greatly diluted by all the eggs produced by the animals that did not receive treatment. In contrast, when all animals in a herd are dewormed, only resistant worms that survive the treatment will produce all the eggs that form the next generation of worms.
Eric and Deb Finch, who raise meat goats near State Center, have implemented the FAMACHA system on their farm. They invited Dr. Paul Plummer, an Iowa State veterinarian and dairy goat farmer, to their field day to give a training to 30 farmers before taking a tour of the farm.
Leaving Home, Flying Home
The tall Pampas
now strips, corners.
Soy in bare fields.
Each year easier to leave
Bobolink’s goodbye Argentina.
Wing beat by wing beat
not knowing, following faith.
Somewhere in Iowa
the tallgrass waves.
Still, for one more generation.
Melody of meadowlark
Beat by tired beat
Home when you can fly
Or the optimism of green?
Color of life.
Inspiration of poets.
Joined, sharing paradise.
Even if briefly, eternally.
Matt Schuiteman, of AJS Farms in Sioux Center, started planting cereal rye in 2006 as a “trap crop” for manure nutrients. He has experimented with grazing it, baling it and growing it for seed. Matt told 65 attendees at his field day on May 30, to get the most direct payback from cover crops, put them through cattle. Matt has a cow/calf herd of 40 Shorthorn cattle and calculated the feed value of the rye to be $281 per acre!
Matt says the feed value of rye balances out the yield hit you may see in corn when planting rye, which could be around 25 bushels per acres. Matt did some quick math – if corn is selling for $4.00 per bushel, your loss would be $100 per acre. In this scenario, the forage value of the cover crop still puts you $181 per acre ahead.
Continue reading for more information, photos and an Iowa State University factsheet on cereal rye forage. Below you’ll find our first-ever video recap of a field day!
The Spring 2017 issue of the Practical Farmer, includes an article titled “Forage-Fed Pig Production” highlighting Steve Deibele’s feeding practices. Steve’s a pastured pig and cattle farmer at Golden Bear Farm in Kiel, Wisconsin. He spoke at Practical Farmers’ annual conference last January on raising pigs on a forage heavy diet without the use of corn or soybeans. This blog post accompanies the newsletter article.
Average Daily Gains
“Under controlled conditions in the barn, we get our best growth rates. Pastured hogs have greater exposure to weather conditions than confined hogs which can hinder growth rates. Bad weather can degrade pastured hog comfort, impacting feeding behavior and pasture growth rates. Hot weather, cold weather, and prolonged wet weather reduce pastured hog growth rates,” explained Steve.
Mark and Melissa Schleisman, of M & M Farms near Lake City, hosted 46 people on April 11. The sun was shining, cows were out grazing cover crops and a few newborn calves had just been born in a field of cereal rye.
Mark came back to his family’s farm full time six years ago, after a career with Conagra. M & M Farms is a 2,000 acre diversified family farm that includes corn, soybeans, popcorn, hogs and a cow-calf operation. Cover crops are planted on 1,300 of these acres. Most all of these cover crops are grazed by cows in the fall and spring of each year.
Innovative Cover Cropping
Mark seeds cover crops between August 15 and August 31, using a modified detasseler and a drill. The modified detasseler blows seed into standing corn, and the drill is used to seed covers directly after harvesting popcorn. Mark also custom seeds cover crops for producers in his area and said that in recent years, his business has doubled every year.
Mark’s cover crop mix includes either cereal rye and/or triticale as the base species, then blends in Jackhammer radish, Purple Top turnip, or Dwarf Essex rape depending on the field. He drills radish after harvesting popcorn seed with the goal of breaking up compaction caused by detasseling. Rapeseed is planted in field corn because it does better with less sunlight than the other cover crop species.
If planning on planting only cereal rye, with the goal to graze it, Mark recommends seeding at 120 pounds per acre. Mark has received EQIP cost-share for the last ten years to help pay for his cover crops and told attendees to look into seeding rates and dates in order to receive cost-share assistance from your local NRCS office. In order to continue receiving cost-share, Mark had to continue adding cover crop species, which ultimately led him to use the blends he’s currently planting.