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Precision Ag in Hay Production Brian Sheffield SOIL 4213

Precision Ag in Hay Production Brian Sheffield SOIL 4213

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Page 1: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Precision Ag in Hay Production

Brian SheffieldSOIL 4213

Page 2: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Types of Hay Production

Silage-Fodder prepared by storing and fermenting green forage plants

Dry Hay-Biomass that is cut, dried down naturally, wrapped in bales, and stored off field

Page 3: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Outline

Silage

-Early silaging-Modern silaging-Silage storage-Silage and precision

Dry Hay

-Early haying-Modern haying-Storage-Dry hay and precision

Page 4: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Silage

Crops Used for Silage-Corn-Grain Sorghums-Oats-Alfalfa-Bermudagrass-Wheat

Biomass should be chopped fine

Moisture should be approximately 65%

No oxygen should be present in silage pile

Harvested after corn kernels are dented

Page 5: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Early Silaging

Very labor intensive Required more

manpower Needed silo for storage

of silage

Page 6: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Modern Silaging

Less manpower More efficient Higher yields Cover more acres

Page 7: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Silage Storage

Silage bunkers Silage bags Silage piles Silos Round bale silage

Page 8: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Silage and Precision

Automatic Length of Cut (AutoLOC)-adjust cutting size according to moisture content

Harvest Monitor via Greenstar 2-plots productivity, area cut, crop mass, yield, moisture

Deere.com

Harvest Doc-monitor yield and moisture measurements while harvesting

Page 9: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Silage and Precision

RowTrak II Guidance-helps achieve greater productivity and higher operating speeds.

Auto-Steer-steers rear wheels automatically to help reduce operator fatigue

Deere.com

HarvestLab-gives the ability to measure moisture on the go

Page 10: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Outline

Silage

-Early silaging-Modern silaging-Silage storage-Silage and precision

Dry Hay

-Early haying-Modern haying-Storage-Dry hay and precision

Page 11: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Dry Hay

Crops used for dry hay-Alfalfa-Bermudagrass-Wheat-Corn Stover-Prairie Hay-Soybeans-Pasture

After being cut, needs a dry down period

Moisture content around 15-30%; high moisture will cause mold

Raked into rows to further enhance dry down period

Page 12: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Early Haying

Hay was cut with scythes

Hay was grouped into bundles

Very labor intensive

First round baler; AC Roto-Baler, circa 1947

Page 13: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Modern Haying

More efficient Greater coverage of

acres per day Less manpower More efficient

equipment; reduced loss

Page 14: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Modern Haying

Mowing Types-Front/Rear mount-Twin rear mount-Side pull-Center pivot-Drum mowers-Rotary-Sickle bar

Storage Round bales

-Twine and net wrap Square bales; large and

small-Twine and wire

Silage round bales Ag wrap

Page 15: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Storagehttp://www.agnation.com/ag_wrap_bale_wrappers.htm

Page 16: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Dry Hay and Precision

BaleTrak Plus Monitor-Monitors and controls all baler functions; reduces operator fatigue

Auto-Trac-Higher pass efficiency, reduces operator fatigue

Deere.com

MegaWide Pick-Up-Higher baling speeds, minimum crop loss, preserves crop quality

Page 17: Precision Ag in Hay Production Brian Sheffield SOIL 4213

Any Questions?