"Where Fillmore County News Comes First"
Online Edition
Saturday, May 18th, 2013
Volume ∞ Issue ∞
- 9:27:41, May 16th 2013 - caal girl - Nice outfit on you. I loved some of the dresses but am holding my breath ... [Read More]
- 2:03:34, May 14th 2013 - - Thanks for sharing the trip with us! ... [Read More]
- 4:12:01, May 9th 2013 - Amanda Ziebell - Wow! Thanks to the Fillmore County Journal for this kind story. For a ... [Read More]
- 11:47:30, May 7th 2013 - EW - ramble.....ramble.....ramble..... ... [Read More]
- 10:25:25, May 7th 2013 - Thunder6 - Great article! I love to see the Youth of Fillmore County receiveing acco ... [Read More]
- 6:52:10, May 6th 2013 - Jason Sethre, Publisher of Fillmore County Journal & Olmsted County Journal - Maryh, ... [Read More]
- 7:29:56, May 5th 2013 - maryh - Where are OCJ's available for pickup...other than at the new office? ... [Read More]
- 2:41:47, May 3rd 2013 - Remark1976 - Mrs. Buckbee, I just looked up Senate File 796 and in it there are said p ... [Read More]
- 2:22:20, May 3rd 2013 - Remark1976 - Mrs. Buckbee, how do you come up with $1.1 billion that trout fishing bri ... [Read More]
- 9:13:07, Apr 30th 2013 - jurban - i will be the first to say that when there is a emergency mnwarn will be hel ... [Read More]
Fertilizing grass pastures
Fri, Jan 18th, 2013
Posted in All Agriculture
Posted in All Agriculture
Comments
Are you looking for ways to get more out of your pasture? Have you ever soil tested your pasture? Do you treat your pasture like a valuable crop?
As with other crops, adequate fertilizer is needed for optimal economic production. This could mean being able to increase the number of animals grazing a particular pasture or having pastures last longer into the summer or fall. Soil testing is particularly valuable for determining phosphate and potash needs.
Nitrogen is usually the first nutrient we think of for grass and grass mixtures, grasses grown for pasture are a perennial crop. Nitrogen fertilizer guidelines are based on expected yield. The expected yield will vary with such factors as intended use, management intensity, and soil texture.
Nitrogen Guidelines for grasses and grass mixtures in Minnesota.
Expected yields of 4 or more tons of dry matter per acre are reasonable for situations where soils have good water holding capacity and intensive management practices such as rotational grazing are used.
The time for nitrogen fertilizer application should match the growth pattern of forage grasses. The majority of grasses found in Southeast Minnesota are cool season grasses. With cool season grasses, the majority of growth takes place in late spring and early summer. Therefore, early spring application is suggested for these grasses.
Split application of nitrogen fertilizer is an option for intensive management situations when expected yields are greater than 4 ton per acre. If split application is an option, ¾ of the nitrogen should be applied in early spring and ¼ in late August.
The listed rates for rates for phosphate and potash can be taken from the results of your soil test. The needed fertilizer should be broadcast to established pastures in early spring for cool season grasses.
In some field crops, other nutrients have been found to be of value. Research trials in Minnesota have shown that forage grasses and grass mixtures have not responded to application to other nutrients in a fertilizer program. Therefore, none are suggested.
For more information on fertilizer recommendations in Minnesota consult “Fertilizer Guidelines for Agronomic Crops in Minnesota” BU-06240-S Revised 2011, Daniel E. Kaiser, Extension Soil Scientist; John A. Lamb, Extension Soil Scientist; and Roger Elieason, Director, University of Minnesota Soil Testing Laboratory. For more information, visit online: www.extension.umn.edu/nutrient-management/
As with other crops, adequate fertilizer is needed for optimal economic production. This could mean being able to increase the number of animals grazing a particular pasture or having pastures last longer into the summer or fall. Soil testing is particularly valuable for determining phosphate and potash needs.
Nitrogen is usually the first nutrient we think of for grass and grass mixtures, grasses grown for pasture are a perennial crop. Nitrogen fertilizer guidelines are based on expected yield. The expected yield will vary with such factors as intended use, management intensity, and soil texture.
Nitrogen Guidelines for grasses and grass mixtures in Minnesota.
Expected yields of 4 or more tons of dry matter per acre are reasonable for situations where soils have good water holding capacity and intensive management practices such as rotational grazing are used.
The time for nitrogen fertilizer application should match the growth pattern of forage grasses. The majority of grasses found in Southeast Minnesota are cool season grasses. With cool season grasses, the majority of growth takes place in late spring and early summer. Therefore, early spring application is suggested for these grasses.
Split application of nitrogen fertilizer is an option for intensive management situations when expected yields are greater than 4 ton per acre. If split application is an option, ¾ of the nitrogen should be applied in early spring and ¼ in late August.
The listed rates for rates for phosphate and potash can be taken from the results of your soil test. The needed fertilizer should be broadcast to established pastures in early spring for cool season grasses.
In some field crops, other nutrients have been found to be of value. Research trials in Minnesota have shown that forage grasses and grass mixtures have not responded to application to other nutrients in a fertilizer program. Therefore, none are suggested.
For more information on fertilizer recommendations in Minnesota consult “Fertilizer Guidelines for Agronomic Crops in Minnesota” BU-06240-S Revised 2011, Daniel E. Kaiser, Extension Soil Scientist; John A. Lamb, Extension Soil Scientist; and Roger Elieason, Director, University of Minnesota Soil Testing Laboratory. For more information, visit online: www.extension.umn.edu/nutrient-management/
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