By Michelle Chang-Der Bedrosian, Ph.D., and Owen Mickley | Efficient, upfront fermentation is important to the nutrient profile of a forage. When forage is ensiled, bacteria ferment water soluble sugars into lactic acid. This causes a reduction in the pH of the forage mass, which prevents the growth of undesirable microorganisms during storage. These lactic acid-producing bacteria naturally occur on the plant in the field and may be applied via an inoculant. A more efficient fermentation will retain the digestible nutrients for use in the rumen.
By Michelle Chang-Der Bedrosian, Ph.D., Vita Plus | The initial phase of making silage is the aerobic phase and it is characterized by the presence of oxygen. The aerobic phase begins when the plant is cut in the field and continues until the silo is sealed (either the plastic is laid on top of the silo or the bag silo is sealed) and oxygen is consumed by the upfront fermentation.
By Steve Murty | Nutrients lost through forage shrink have a real cost to your dairy. Here are 11 tips to efficiently harvest, pack, and cover your corn silage to reduce shrink and add dollars to the bottom line.
By Dr. Michelle Chang-Der Bedrosian
High purchased feed costs mean farms must get as much nutritional value as possible from their homegrown forages. These six steps can help you put up high-quality feed while limiting your potential for shrink and spoilage.
By Dr. Michelle Chang-Der Bedrosian
Not all bacterial strains with the same name behave the same, and not all inoculants will provide the same level of quality and effectiveness. Price will always be a consideration when purchasing a forage inoculant, but, before you purchase inoculant based on price alone, take a moment to understand the amount of research and money that goes into creating and marketing a viable forage inoculant.
By Steve Murty
Feed prices have increased substantially in recent months. Further complicating the cost situation, the winter storm that blew through Texas froze water pipes and natural gas lines, which created a short-term deficiency of feed-grade urea. These two unpredictable incidents emphasize how important it is to double down on forage management practices to preserve homegrown protein yields and save out-of-pocket expenses.
By Nathan Hrnicek
Forage moisture is tested daily on some farms while other farms wait for a nutritionist visit. Farms tend to focus on it more during harvest, but harvest testing strategies also vary farm-to-farm. However, an accurate reading of moisture content is absolutely necessary at several points throughout the year on a dairy farm.
By Dr. Michelle Chang-Der Bedrosian
Much of the Midwest will be chopping corn silage in the next couple of weeks. These six steps can help you put up high-quality feed while limiting your potential for shrink and spoilage.
By Dr. Michelle Chang-Der Bedrosian
Warmer temperatures create the perfect environment for spoilage in your forages. In this video, I explain how a forage inoculant with L. buchneri 40788 can help prevent spoilage, as well as the circumstances in which it's best not to use it.
The 2020 forage season is underway! Are you geared up for success? Speakers at the Vita Plus Custom Harvester Meeting held in February shared a wide range of expertise in forage production as well as business management. Browse all of the event e-news topics in this post and visit Vita Plus Forage Foundations for more forage-focused technical expertise and practical tips.
High moisture corn is a high-value crop, making it especially important to prevent spoilage and keep as much feed in the silo as possible. Stephanie Jens, Lallemand Animal Nutrition, joins Michelle Chang-Der Bedrosian, Vita Plus, to offer a few tips for storing and feeding high moisture corn.
The challenging weather conditions of 2019 will likely result in more high-moisture corn harvested and stored this year. Stephanie Jens, Lallemand Animal Nutrition, joins Michelle Chang-Der Bedrosian, Vita Plus, to offer a few tips for harvesting and storing this high-value feed, including choosing the right inoculant, keeping inoculant lines from freezing, and grinding the corn to optimize starch digestibility.
By Dr. Michelle Chang-Der Bedrosian
All dairy producers share this goal: Get more milk out of a homegrown forage and spend less on purchased feeds. When it comes to forages, many factors – such as weather, soil depth and rainfall - are out of our hands. Here are 10 things we can do to improve forage quality and, hopefully, the milk production that comes from these feeds.
By Nathan Hrnicek
Typically, to achieve higher-quality alfalfa, the crop is harvested earlier (between 23 and 28 days). Harvesting in the early- to mid-bud stage is still the best and most practical way to maximize quality.
Another way to maximize quality is to maximize leaf retention. The leaves are where you get an increase in quality because they are more digestible compared to the stems. More overall leaves means lower undigestible material, which means higher-quality alfalfa. To help maintain or increase leaf retention and improve quality, here are some other practices you can enact during the harvest process.
By Dr. Darin Bremmer, Vita Plus regional sales manager
Parts of our market area saw intense rainfall and flooding in recent weeks, causing a delay in harvest until the fields can dry out. Other parts saw the exact opposite and have dealt with severe drought for the better part of the growing season.
Both crop situations can result in low moisture levels and these producers will have to work through the unique challenges of harvesting low-moisture corn silage. When it comes to properly harvesting and feeding dry corn silage, it helps to adjust harvest basics - such as kernel processing, chopping height and packing - to achieve a good fermentation.
By Jon Urness
Here in the land of wide open spaces and free markets, it’s fairly easy to put together a silage additive simply by choosing a few likely characters for bacteria, mixing them in a bottle, slapping on a label, and touting it as being well researched and proven – with little or no interference from regulators.