Cows are ruminants and depend on a consistent ration with high-quality forage. Changes in ration consistency can impact cow performance. But it’s difficult to see how cows react to deliberate or unintended ration shifts before obvious signs occur, like a drop in your bulk tank or changes in cow health. Herd monitoring technology offers a way to detect early cow reactions, so adjustments can be made before larger performance losses add up.

“Herd monitoring technology tracks individual, group and herd activity to give farmers a heads-up on how animals are reacting to nutritional changes,” says Tara Bohnert, business development manager at Nedap Livestock Management.
“The data empowers farmers to intervene and implement management changes before significant performance is lost.”

See these three ways cow monitoring technology works to improve dairy performance regardless of whether your forage quality is exceptional, sub-par or somewhere in between this year:

 

1. Early warning system

You can’t watch every cow, every hour of every day. Nor are cow reactions to diet changes always visible to the human eye, especially early on. But cow monitoring with eating and rumination monitoring tracks cows 24/7 to help provide that needed insight.
“Cow monitoring systems offer an early, accurate glimpse into the cow’s digestive process,” says Bohnert.
“You’ll be able to see a ration’s effects before you would see a change in milk production or health status.”
The benefit? Earlier intervention.

COWcontrol - Nedap Smarttag Neck

Field and harvesting conditions, mycotoxin prevalence, storage management, diet preparation and feed delivery all influence ration consistency. For example, if you suspect forage quality has dropped and you see eating and rumination start to shift in a negative direction, you might consider incorporating some higher quality feed into the ration to balance things out.

Or, if you’re unsure how suspected mycotoxins impact your herd – and start feeding affected feed only to notice changes in pen and herd eating and rumination patterns – you’ll have the answers you need to dive deeper into your feeding strategy.

2. Investigative starting point

Herd monitoring systems can also help identify diseases that may otherwise go unnoticed, like sub-acute ruminal acidosis (SARA). SARA is a costly disease, costing up to $400 per cow per lactation – and the dairy industry $500 million to $1 billion annually. [1]
“Inconsistent feed intake, feed delivery issues or forage quality challenges can be related to SARA and other negative health effects,” says Bohnert. “Without cow monitoring, these issues can go unnoticed for weeks or months, making it difficult for farmers to get to the root cause of what’s happening in their herds.”

With monitoring data in hand, you can more quickly find and address forage quality issues, correct feed management protocols and uncover other underlying nutrition-based issues. Plus, you can use this knowledge to prevent future setbacks.

3. Promotes teamwork and results

Herd monitoring systems can also benefit your employee and consulting teams, empowering team members with the tools they need to improve job performance and satisfaction.

“Monitoring technology can help create specialized positions on your dairy, offering employees and herd consultants more problem-solving ownership and resources,” says Bohnert.
For instance, it may be possible for someone on the team to specialize in interpreting herd monitoring data.

Plus, you can safely provide access to your herd’s information to those who need it most, like your nutritionist and veterinarian.
“With a farmer’s permission, nutritionists and veterinarians can get direct access to eating and rumination activity as they work with you to improve herd performance,” says Bohnert. “It’s an additive benefit to their services since the data gives them more complete diagnostic information to help farmers make better management decisions and improve animal health and productivity.”

Contact Tara Bohnert at tara.bohnert@nedap.com or visit nedap.com/dairyfarming to learn more about cow monitoring technology.

[1] Abdela N. 2016. Sub-acute Ruminal Acidosis (SARA) and its Consequence in Dairy Cattle: A Review of Past and Recent Research at Global Prospective. Achievements in the Life Sciences. Available at: https://www.sciencedirect.com/science/article/pii/S2078152016300773#!. Accessed October 16, 2020.

Success stories

Learn how Nedap CowControl pays off for these users.

Nedap
nl
Alex Borst
Herd manager
Read Alex's story
"Health monitoring no longer based on feeling, but on facts"

About the farm

  • 400 dairy and calving cows
  • 350 youngstock
  • 4 production groups
  • 11.300 kg of milk per cow
  • 250 hectares of land
  • 5 full-time employees

Results

+2 liters of milk
During first 60 days in lactation
Nedap
ie
Brian Mooney
Dairy farmer
Read Brian's story
"It’s not how it changes it, it‘s how it keeps things the same."

About the farm

  • 220 dairy cows
  • Spring calving based
  • Grazing
  • 100 hectares of land

Results

Saving labor
More cows with the same amount of labor
Nedap
se
Klaas Ane Jellema
Dairy Farmer
Read his story
"The work is now done much more quickly. We have been waiting for this for years."

About the farm

  • 400 dairy cows, over 330 are being milked by 5 robots
  • 250 youngstock
  • 120 dry cows and pregnant yearlings
  • 200 hectares of land
  • 3 full time employees

Results

- 100 hours per year
Time saved looking for cows to inseminate
Nedap
de
Andrea Rahn Farr
Dairy farmer
Read her story
"The most important thing for us is that all work is done efficiently."

About the farm

  • 460 cows
  • 460 youngstock
  • 7 milking robots

Results

Time saving
Not searching for cows. Just finding them.
Nedap
nl
Bert Versteeg
Dairy farmer
Read Bert's story
"Two taps on my phone, and I see exactly where the cow is standing."

About the farm

  • 125 dairy cows
  • 100 calves
  • Run by Bert and Anja Versteeg and their son Robert

Results

23.5 months
First calving