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Domestic News September 28, 1928

The Midland Journal

Rising Sun, Cecil County, Maryland

What is this article about?

Recent experiments by the Wisconsin Agricultural Experiment Station reveal that moldy silage results from ensiling over-ripe, wilted, or frozen corn, which traps air allowing mold growth, rather than poor packing. Ensiling shortly after denting prevents this. Tests with buried crates showed no spoilage.

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Full Text

Moldy Silage Caused by the Condition of Corn

Condition of the corn at ensiling time and not poor packing is the cause of moldy and inferior quality silage, according to recent experiments conducted by the Wisconsin Agricultural Experiment station. To eliminate moldy silage, corn should be ensiled shortly after it is dented.

Corn that is over-ripe, wilted or frozen when put into the silo carries large amounts of air. Several days elapse before the oxygen is exhausted in the silage process and it is during this period that molds make rapid growth.

In testing out their theories, the men working on the problem buried three empty crates in silage at varying depths at the time the silo was filled. In late winter or spring, when the crates were dug out as the silage was fed, no signs of spoilage were found around the crates.

What sub-type of article is it?

Agriculture

What keywords are associated?

Moldy Silage Corn Ensiling Wisconsin Experiment Agricultural Research Silo Packing

Where did it happen?

Wisconsin

Domestic News Details

Primary Location

Wisconsin

Outcome

no signs of spoilage were found around the buried crates when dug out in late winter or spring.

Event Details

Condition of the corn at ensiling time and not poor packing is the cause of moldy and inferior quality silage, according to recent experiments conducted by the Wisconsin Agricultural Experiment station. To eliminate moldy silage, corn should be ensiled shortly after it is dented. Corn that is over-ripe, wilted or frozen when put into the silo carries large amounts of air. Several days elapse before the oxygen is exhausted in the silage process and it is during this period that molds make rapid growth. In testing out their theories, the men working on the problem buried three empty crates in silage at varying depths at the time the silo was filled. In late winter or spring, when the crates were dug out as the silage was fed, no signs of spoilage were found around the crates.

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