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.
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.
On March 30, a group of farmers got together to learn about grazing cover crops and the value cattle bring to crop fields. Bruce Carney, a cattle grazier who produces grass-fed beef, and Rick Kimberley, a row-crop farmer, are neighbors who live outside Maxwell, IA. They’ve worked out an agreement for Bruce to graze cover crops on Rick’s fields, and both farmers are reaping the benefits.
Bruce and Rick are collecting data for an on-farm research project demonstrating the economic and soil health benefits of grazing cover crops. Practical Farmers is working with The Pasture Project to measure below-ground benefits of cover crops and animal impact. Attendees gathered in a field that had been aerial seeded with a six-species mix in September 2016. The mix included cereal rye, spring forage barley, hairy vetch, mustard, turnip and red clover. Six species were seeded in hopes to maximize soil health benefits.
At the time of the field day in late March, the rye had come back, but the cattle were not grazing yet because Bruce didn’t think it was tall enough. He turned his cattle out on April 12, when the rye was 10 inches tall. “The rye is now growing faster than the cattle are eating it. Right now only my grass-finishers are out grazing it, but I’m going to put my cows and calves on it too, since there’s so much re-growth,” explained Bruce.
Practical Farmers’ Cover Crop Caravan spring field day series kicked off on March 28th at Glenwood Century Farm near Albion. 29 attendees came to hear Wade Dooley, an integrated crop, livestock and vegetable farmer who’s been planting cover crops since 1997. About ten years later, Wade started taking advantage of those cover crops with his beef herd.
2008 was an extremely wet year and Wade’s cows were calving in mud. He lost 20% of his calves that year. From then on, Wade decided to strictly calve on fields of green cereal rye and has never looked back. Cow-calf pairs happily graze the fresh forage too, in early spring, when Wade’s permanent pastures haven’t grown enough to allow for grazing.
During the field day, Wade shared his cover crop planting and grazing experiences, then we headed to a cover crop field to test out some soil health tools.
Are you grazing cover crops this spring, or plan to in the fall? If so, it’s important to check and see if your corn or bean herbicides have grazing restrictions. Some common herbicides do not allow for grazing of cover crops or crop residue.
If you’re grazing covers this spring, look back at what herbicides you applied to those fields in 2016. If you’re planning on planting and grazing covers in crop fields in the late summer, plan your upcoming herbicide application appropriately. Before you spray, read labels to ensure it’s safe to use your cover crops (and your crop residue) as livestock feed.
Goats are becoming increasingly popular for managing unwanted vegetation because they provide a ‘green’ alternative to pesticides while benefitting the animals and land. This project evaluated the use of goats to control invasive species, such as honeysuckle and multiflora rose, and invigorate native savanna growth. A research plot was established for comparing the effectiveness of goats – goats browsed certain areas and were not allowed to browse in others.
Penny Perkins, an ecologist specializing in land rehabilitation, conducted this project in 52 acres of timber near Ogden, IA. “Goats can be a viable, practical, and affordable tool to maintain timber stands; a tool that landowners should take advantage of,” stated Penny.
Read the full report here: Using Goats to Control Invasive Species
Grassland bird populations in Iowa have been in decline, but studies have shown that conservation of birds can be facilitated in landscapes by introducing grazing disturbances at appropriate stocking densities. Bird species that have been threatened, such as the bobolink, dickcissel, grasshopper sparrow, Henslow’s sparrow, and the eastern bluebird, nest in grasslands, which can be provided by rotationally grazed pastures.
For the last several years, Bruce Carney, a cattle grazier in Maxwell, has been observing diverse bird populations in his pastures. Bruce lives a quarter of a mile away from Chichaqua Bottoms Greenbelt, a wetland and prairie conservation area, and wondered if his pasture provide adequate bird habitat, similar to that at Chichaqua. “I started seeing bobolinks in my pastures and was curious why they are coming to my 300 acres when there are 10,000 acres of wildlife conservation down the road,” said Bruce. The objectives of this research project were to determine if properly managed pasture could replicate the bird habitat of a restored prairie and how pasture with perennial plus annual plant species effects bird populations.
You can read the full report here: Monitoring Birds in Rotationally Grazed Pasture