Lancaster farming. (Lancaster, Pa., etc.) 1955-current, April 05, 1997, Image 27

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    MUN Technology Can Help Profits
(Continued from Page A2B)
Generally, he found that milk
production decreased as MUN
levels increased and that produc
tion increased as MUN decreased.
The question then, is how to use
MUN values and production
levels.
MUN values and production
levels surely have a common link.
The link, George believes, is made
by looking at what ration compo
nents tend to have the largest
impact on MUN values.
The ration components are pro
tein and carbohydrates. More
specifically, we must look at what
happens in the rumen itself.
Chart two looks at radons fed
over the same time period as the
previous production records.
George decided to look at com
ponents and values that can actu
ally be measured in a feed analyti
cal lab, which include percent CP,
percent soluble protein, and per
cent starch, 4o look at the ration.
George believes that the
amount of soluble protein, and
starch together in the rumen must
be in balance to enhance optimum
utilization of both. He decided to
translate these values into grams
of soluble protein and pounds of
starch provided to the cows.
As these two components are
broken down in the rumen; the
Capacities vary depending upon:
We still build a lot of 16’, 18’, 20’ moleture, lenath of cut, distribution,
and 24’ diameter silos. ra,e °* fl " lns ’ ,ypBB * ' o,BflB '
SOLLENGERGER SILOS CORP.
2294 Molly Pitcher H’wy, S. Chambersburg, PA 17201
717-262-2907
Bob Francis, Nat. Sales Mgr.
“Your Source For Large Capacity
Concrete Tower Silos,"
ratio of grams soluble protein to
pounds starch was developed to
see what effect that relationship
had on MUN levels and
production.
The September 12,1995 figures
represent what was fed to achieve
production and MUN figures on
10/4/95. The 10/10/95 is the ration
that generated 11/3/9S production
and so on down the chart
George found it interesting that
as this ratio wait up, MUN went
up and production went down.
This told him that increasing
MUN values meant that we were
wasting protein. Graph B shows
this relationship.
Increasing die ratio of soluble
protein to starch will increase
MUN values, and when that hap
pens. milk production goes down.
Finally, he felt confident in the
way MUN values were affected
by soluble protein and starch in
our rations. He decided that this
relationship could produce accept
able MUN values and enhance
production.
After the October 1996 test that
saw a sharp rise in MUN value,
and a drop in production, the
ration was changed to keep the
ratio of grams soluble protein to
pounds starch between 75 and 85.
This can be accomplished by
altering percent CP, percent solu
ble protein, percent starch, or a
POSSIBILITY!”
ONE TOWER SILO
CORN SILAGE FOR
500 COW DAIRY.
BIG-JIM QUANTUM
UNLOADER:
* TON-A-MINUTE FILLING
* FEED DELIVERY -10 MINUTES
DRIVE-THRU OPTION:
* MAXIMUM CONVENIENCE.
ESTIMATED CAPACITIES
LARGE TOWER SILOS
HEIGHT
combination of the three.
The four months that followed
had a steady increase in produc
tion that coincided with a leveling
of acceptable MUN values, and
the soluble protein to starch ratio
between what 75 and 85.
Dairymen always want to know
how this all can affect their pock
et books. “On our farm, using
MUN has made a lot of money,”
George said.
To illustrate this we look at the *
following calculations:
PROTEIN SAVINGS
9/12/95
1/7/95
160 cows x 50 lbs. dry mat
ter Intake x 365 days =
2,920,000 lbs. dry matter
2,920,000 lbs. dry matter x
S%CP = 26,280 lbs. CP
26,280 IbS. CP/48.9%CP
(Soybean dry matter) =
53,742 lbs. Soybean
53,742 IDS./2000 = 26.87 X
$3OO/T = $8,061
$8,061/160 cows = $50.38
per cow
MILK PRODUCTION
INCREASE
2/4/97
10/4/95
“CONSIDER
THE
CORN SILAGE
INSIDE DIAMETERS
30’ 34’ 36’ 38’ 40’
2384 T. 3063 3434 3826 4239
2480 3186 3571 3979 4409
2575 3308 3709 4132 4578
2670 3431 3846 4285 4748
2765 3553 3983 4438 4917
2861 3676 4121 4591 5087
10-
11-
12-
1-
2-
3-
4-
5-
6-
7-
8-
9-
10-
11-
12-
1-
2-
160 cows x 9.7 lbs. x 365
days s 566,480
566,480/100 = 5,664.8 cwt
5,664.8 cwt x $l3/cwt =
($73,642.40 + 8,061) =
$81,703.40
17.2%CP
16.3%CP
■9%CP
TOTAL ADDITIONAL
GROSS DOLLARS
$81,703.40/160 COWS =
$510.65/cow
COST OF MUN
TESTING
160 cows x $.15 per cow
per month x 12 = $2BB
$2BB/160 S $l.BO per cow
73.1
63.4
9.7 IbS.
u Wow! These results even
amazed me. I have to tell you in all
honesty that this is a true account
of what MUN technolgoy did on
our farm,” George said.
7
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agr!
systems
Larfcjfster ’Ftrmlng, Slhlraty; "AprtTs; ISIT^A^^
Chart 2
63.4
59 8
57.1
60.5
61.1
59.2
65.3
Attention
North
Central PA
Farmers
'♦i
Jt
-J3L
■d
-
Northeast Agrl Systems, Inc
Flyway Business Park
139 A West Airport Rood
Utlte, PA 17543
Ph (717)549-2702
1-800-673-2580
13 6
15.6
164
159
12.3
14.1
“I am sure that not every farm
has this potential for increased
earnings, but I also believe that
some have more.”
George also believes MUN can
and should be used by anyone
interested in doing a better job
feeding their herd.
One must remember, that not all
feeding systems are the same and
you must tailor programs and
technology to make it work on
your farm.
One other thing that he said he
would like to emphasize is that the
relationship of soluble protein to
starch or nonstructural carbohy
drate is what is important, not the
crude protein. Some farms with
high hay feeding may need higher
crude protein to balance out the
starch supply.
“MUN anaylsis was the begin
ning of the gains we made on our
(Turn to Pago A2t)
i
m
Oetmafvo Store
305 University Ave
Federobburg MO
(Formerly Long Umber)
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