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See the latest news, innovation updates, trial results, grower stories and more from Agricen. 
August 14, 2019 — Posted By Agricen

We often focus on Accomplish LM in corn, soybean or wheat crops, but the benefits of Accomplish LM technology also extend to specialty crops like potatoes. A recent side by side comparison from a 2019 potato trial in Grafton, North Dakota shows earlier potato emergence and more robust plants when Accomplish LM has been added to the grower's standard potato fertilizer program. In this trial, Accomplish LM was applied at planting with 10-34-0, placed below the seed in a band.

Potatoes-Grafton ND Accomplish LM

This translates into yield benefits as well. In this 2018 potato trial from Bear Lake, Michigan, adding Accomplish LM to the grower's standard practice increased potato yield by 44.6 cwt per acre, with a return on investment of over $400 per acre to the grower. 

Accomplish LM Potatoes - Bear Lake MI

Other trials similarly show that Accomplish LM is a great fit for growers who want to improve their potato yields. At nine sites that trialed Accomplish LM in potato planter bands from 2008-2012, adding Accomplish LM technology to the grower's standard fertilizer program led to an average potato yield increase of 25 cwt/acre compared to the grower's standard program alone.

Accomplish LM -potato-planter-band

We've also seen excellent results on seed potatoes and processing potatoes in Australia, showing the flexibility of this nutrient availability technology in different geographies. 

For more information on Accomplish LM, contact your local Nutrien Ag Solutions location or download the Accomplish LM booklet

Download the Accomplish LM Booklet

 

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December 22, 2013 — Posted By Agricen

Accomplish technology can be used to help release and mineralize nutrients in high residue fields. Given the high potassium levels in corn stover and the high potassium demand for a soybean crop, this is a perfect situation for using a residue application of Accomplish technology to improve plant performance (Figures 1-3) and gain a yield advantage in the coming soybean crop (Figure 4).

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Figure 1. Soybeans, Wimbledon, ND (2011). Improved nutrient uptake in soybean treated with fall-applied Accomplish LM (right) compared to check (left). Accomplish LM was applied in the fall of 2010 at 2 quarts/acre with 1 gallon of 28% UAN and 10 gallons of water per acre**.

residue-blog-3

Figure 2. Soybeans, Wimbledon, ND (2011). Improved nutrient uptake and root growth during the growing season with a fall residue application of Accomplish LM (right) compared to check (left). Accomplish LM was applied in the fall of 2010 at 2 quarts/acre with 1 gallon of 28% UAN and 10 gallons of water per acre**.

residue-blog-4

Figure 3. Soybeans, Wimbledon, ND (2011).Improved nutrient uptake with a fall residue application of Accomplish LM (right) compared to check (left). Accomplish LM was applied in the fall of 2010 at 2 quarts/acre with 1 gallon of 28% UAN and 10 gallons of water per acre**.

residue-blog-5

Figure 4. Soybean yield results, Wall Lake, Iowa (2008). Accomplish LM was associated with the highest yield compared to check (average yield from two check strips adjacent to the Accomplish LM-treated strip) in this trial of soybean grown on corn residue.

Residue applications can be made in the fall, winter, or spring. By using Accomplish technology in their nutrient mineralization programs, growers can speed residue breakdown and release valuable nutrients for a top soybean yield next season.

**Extract PBA, which combines Accomplish LM and ammonium thiosulfate, has been launched since the writing of this blog article. It is now the recommended residue treatment from Agricen.**

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