ISSUE #398 Fine Tuning 2001 Plans

398 - Fine Tuning 2001 Plans


There is still time for shareholders to make last minute adjustments to crop management plans.

Thoroughly review each step of the beet production system. Timely implementation of every aspect of raising a crop is key to achieving maximum yield, quality, and revenue per acre.

Q. October rains prevented fall nitrogen fertilizer applications, what are my spring options?

A. Broadcast apply spring N at no more than 60-70 lbs./acre. Higher rates may reduce stand establishment. Sidedress with broadcast urea if additional N is needed when beets are in the 2-6-leaf stage.

Q. If planting is delayed can I reduce my nitrogen fertilizer application?

A. If planting after May 7th reduce nitrogen applied by 10 lbs./acre for each week planting is delayed to maintain crop quality.

Q. How much should N be reduced to take advantage of the prepile payment system?

A. Consider reducing available nitrogen on headlands to a total of no more than 70-80 lbs./acre of soil test N plus added fertilizer.

Q. What other headland management practices might help maximize revenue per acre during the prepile harvest period?

A. Several practices may be beneficial and should be evaluated:

  • Plant a high sugar/ton variety
  • Maintain plant populations at not less than 160 beet/100’ of row
  • Plant headlands to another crop
  • Manage a whole field just for the prepile lift

Q. Can I successfully produce sugarbeets following soybean in rotation?

A. Grower practice records from American Crystal, Southern Minnesota, and Minn-Dak indicate yields following soybean versus corn or small grains are almost always about 1,000 lb./acre lower in recoverable sugar. NDSU/U of Mn research trials show almost identical results.

Q. Is it to late to utilize satellite images of fields to save $10-15/acre in nitrogen fertilizer costs yet this spring?

A. No, contact your agriculturist for assistance with imagery interpretation, an economics analysis of cost savings, and getting variable rate spread maps. It only takes a couple of hours to do this.

Q. Will using only a starter fertilizer for crop phosphorus needs deplete soil P, lower soil test P levels, and effect yield and quality?

A. American Crystal, NDSU, and U of MN agronomists agree there should be little effect if any on P soil test levels or yield and quality for many years. Remember broadcast P applications will still be made on other crops in rotation.

Q. Which herbicides contribute to the resistant kochia problem in crop rotations?

A. The following ALS enzyme inhibitor products listed in the 2001 ND Weed Control Guide all have the same mode of action that Kochia is resistant to. 

Assert Peak Tri-Scept Extreme Steadfast
Raptor Matrix Lightning Exceed
Plateau Oust Pursuit Plus Spirit
Arsenal Maverick Resolve Reliance
Scepter Harmony GT Steel Synchrony
Pursuit Amber Canopy XL Rave
Classic Express Reliance STS Cheyenne
Glean/Telar First Rate Synchrony STS Harmony Extra
Muster StrongArm Canvas Gauntlet
Tribute Python (Broadstrike) Finesse Broadstrick+Dual/Treflan
Permit Lightning Accent Gold Frontrow
AE 1715 Sahara Basis Hornet
Ally/Escort Backdraft Basis Gold UpBeet
Accent Detail Celebrity Plus Beacon
Expert Squardon Steel  

You Can Find Agronomic Information To Help Produce A Sugarbeet Crop In The Crystal Website

In The Agronomy Section:

  • Ask Agronomist – send in your questions.
  • Beet Seed:
    • Variety descriptions
    • Coded test results and procedures
    • Seed production
    • Sales representatives
  • Ag Notes – Agronomic information of all kinds.
  • Ag Calculators:
    • NPK fertilizer calculator.
    • Seed calculator – determines requirements for fields.
  • Variety Selector – Choosing the right variety.
  • Pest Alert:
    • Daily, 2 day Cercospora infection values, temperature and humidity charts.
    • Sugarbeet root maggot fly counts.
    • Sugarbeet root maggot fly count maps.
    • Cercospora tolerance and resistance maps.
  • Ag Safety – Safety issues of all kinds.

In The Secure Shareholder Information Section:

  • Satellite Imagery:
    • General imagery
    • Field images and analysis
    • Landsat 7 images to download (1 square mile pieces)
  • Weather Information:
    • Precipitation – last hour, last 24 hours, starting May 1, for the growing season
    • Growing degree-days – yesterday, starting April 15, since May 1, since May 15, for the growing season
    • Leaf stages – planted April 15, May 1 or May 15; emerged April 15, May 1 or May 15, for the growing season
    • Cercospora infection values – last 24 hours for the growing season
    • 5-day forecasts – temperature, wind speed and direction, probability of precipitation.
    • General weather links – radar, satellite, forecasts and current weather.
  • Ag Systems – individual shareholder and Company history data:
  • Blue Book – grower practices results by agriculturist area, factory district and company:
    • Seed variety
    • Nitrate grade
    • Preceeding crop
    • Seed spacing
    • Planting date
    • Soil test N, P and K ranges
  • Gold Standards – Agronomic guidelines (tools to succeed):
    • Fertility
    • Variety selection
    • Stand establishment
    • Weed control
    • Disease and insect control
    • Harvest

Extract and Analyze Your Field Image

In the last issue of Ag Notes we stepped through getting the desired image of the selected field and year on the screen. When you have that up on your screen, click on the extract button in step 4. A file download screen will pop up in your screen. It will ask you if you want to open the file in its present location or save this file to disk. Choose “save this file to disk” by clicking in the white circle beside it and then clicking on the “OK” button. Now a save as screen will pop up. Choose a name for your file and choose “all” document types. Then click on save and the file will be downloaded into your chosen location.

If you do not have a recent copy of the viewer you must do two things: First, erase all old viewers in your system and then download the viewer by clicking the “download viewer.” A file download screen will pop up in your screen. Click on the white circle beside “save this program to disk” and then click “OK.” Next a save as screen will pop up. Choose the path where you want to save the viewer then click on save. A download complete screen will pop up. Now click on the open button. You are now ready analyze your downloaded file with the viewer.

Now the viewer is on your screen. Click anywhere in the viewer to remove the logo block. Then click on file and then open and then the file name of your extracted field. The field will pop into the viewer. Up on the toolbar, the second button from the right is a darkened rectangle with a dotted line around it. The “select all” button. Click on that button to select your whole field. The fifth button from the right on the toolbar contains a small-darkened rectangle with three arrows coming from it. This is the “zoom to fit” button. Click on that button. Your field will now fill the screen of the viewer. Now click the far right button on the toolbar, the “analyze” button. The image will go from a color to grey scale. You are now seeing a grey scale infrared image of your field. Under the toolbar and to the left, you will see an analysis type window with a drop down arrow. Click on the arrow then click on “medium definition.” The image will change to a false color, classified image with eight color levels. The color classes are the different vegetation vigor levels of the field. The color bar on the bottom of the image shows the relative low to high vigor. To the right under the tool bar is a slider bar for analysis level – moving the bar to the left will generalize the color or vigor groups and show fewer and fewer groups. Moving the slider to the right will show more groups and provide a more detailed view of the field.

Experiment with both the analysis type and the analysis level to show the patterns in your field that you saw there. Have a fun and productive time analyzing your fields.