Wautoma, WI
Current Conditions
0:56 AM CDT
Clear
Temperature
75°F
Dew Point
59°F
Humidity
58%
Wind
W at 10 mph
Barometer
29.70 in. F
Visibility
10.00 mi.
Sunrise
06:41 a.m.
Sunset
06:58 p.m.
Afternoon Forecast (12:00pm-7:00pm)
Temperatures will range from 77 to 71 degrees with partly cloudy skies. Winds will remain steady around 15 miles per hour from the west. No precipitation is expected.
7-Day Forecast
Saturday
77°F / 55°F
Scattered Showers
Sunday
62°F / 42°F
Partly Cloudy
Monday
66°F / 42°F
Sunny
Tuesday
68°F / 48°F
Partly Cloudy
Wednesday
68°F / 48°F
Mostly Cloudy
Thursday
72°F / 55°F
Partly Cloudy
Friday
73°F / 51°F
Sunny
Detailed Short Term Forecast
Issued at 0:56 AM CDT
Saturday...Temperatures will range from a high of 77 to a low of 55 degrees with partly cloudy skies. Winds will range between 2 and 16 miles per hour from the westnorthwest. Less than 1 tenth inch of rain is possible.
This Evening ...Temperatures will range from 68 to 62 degrees with partly cloudy skies. Winds will range between 2 and 10 miles per hour from the northwest. No precipitation is expected.
Overnight ...Temperatures will range from 61 to 56 degrees with mostly cloudy skies. Winds will range between 6 and 13 miles per hour from the northwest. Rain amounts of less than a tenth of an inch are expected.
Sunday...Temperatures will range from a high of 62 to a low of 42 degrees with partly cloudy skies. Winds will range between 5 and 17 miles per hour from the northnorthwest. 0.31 inches of rain are expected.

Makingquality hay when the sun doesn't shine

July 14, 2014 | 0 comments

LEXINGTON, KY

This season's moderate to heavy rainfall from the Midwest and Ohio Valley to the central Appalachians and Carolinas has presented numerous challenges for farmers putting up hay. The added moisture has prevented plant maturity and cutting at proper time. Cut hay has been rained upon, and the wet ground has exacerbated the drying time for hay ready to bale.

The wet conditions can diminish hay quality through increased dry matter losses, reduced nutritive value, escalated heat and even increased mold content.

According to Dr. Max Hawkins, a nutritionist with Alltech's Mycotoxin Management Team, hay will lose 5 to 6 percent DM until the hay reaches 40 percent moisture during the drying process.

"After this point, DM loss is often due to mechanical issues (raking and baling), with an average 15 percent loss mainly to leaves," Hawkins said. "Crimping can greatly reduce DM waste by decreasing drying time, time in the field and leaf and respiration loss."

Generally, 18 to 22 percent moisture is the upper limit for hay to be baled. Moisture levels above this window can result in increased DM loss, often from excessive heat and mold. Large round bales can retain heat longer than conventional bales and should be baled at lower percentage moisture (less than 18 percent).

"All forages above 15 percent moisture will undergo some degree of heating," Hawkins said. "The amount of heating depends on the moisture level and mold development. Storage hay temperature is elevated by microorganisms and plant respiration."

Temperatures can reach a level that will result in spontaneous combustion; however temperatures below combustion point can still cause mold growth and also significant losses in forage quality and quantity. Carbohydrates and protein can be reduced as carbohydrates are used as a food source by microbes, and protein is often bound in an unavailable form (browning).

Preservatives have been used as one method to cope with high moisture levels. Buffered propionic acid can also combat mold and heating. According to Hawkins, there is less nutritive and DM loss when buffered propionic acid is applied. Application rate is determined by percentage moisture level, and the manufacturers' recommendations should be followed.

Hawkins also recommends utilizing a management program such as Alltech's On-farm MIKO program to evaluate the heating and molding issues.

"Probing hay bales for temperature and thermal imaging can identify temperature issues due to heating and locate problem spots in the stored bales," Hawkins said. "The 37+ mycotoxin analysis program can investigate samples taken to identify any issues with mycotoxins due to increased mold growth. Together these programs can assist the producer to better manage the issues with hay that has been harvested and baled in less than ideal weather conditions."

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