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If you don’t like the way the corn crop is shaping up this year, here’s a not-so-subtle reminder that things can always be worse. A few pictures from the 2012 season, remembered as the most recent year of widespread drought in the Midwest, should jog your memory. These also serve to rekindle the debate of whether your farm does better in a year that is way too wet or way too dry.
Some people harvested fairly good yields in 2012. Others put whole fields into one truckload. Don’t look now, but it’s possible some will say the same about 2019 once the year is finally over. The difference is that virtually every field was planted in 2012, and many of them early. That compares to record prevented planting acres for several eastern Corn Belt states in 2019.
The 2012 season featured a warm, fast start that gave way to a blistering hot, bone-dry June and July in many areas. Rain came back, but far too late in many cases. Compare that to 2019, which started at nearly a record slow pace due to too much rain, but which also bubbled up into drought in some parts of the state by early August. The final chapter for 2019 is yet to be written.
Bob Nielsen, Purdue University Extension corn specialist, says there may be some problems with pollination in fields that pollinated under drought stress in early August. There could also be kernel abortion, which usually starts at the ear tip. The problem in 2019 is that compacted soils and limited rooting allowed stress from lack of rain to show up quickly, Nielsen observes.
There were plenty of pollination problems and kernel abortion in 2012, as well. If you’ve forgotten, these accompanying pictures, primarily taken from the Corn Watch field in 2012, will remind you. Composed of varying soil types, the field that year ranged from under 5 bushels per acre to over 125 bushels per acre, averaging around 55 bushels per acre.
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![POSTER CHILD FROM 2012 tiny ear of corn](http://www.farmprogress.com/sites/farmprogress.com/files/0826T-3454a2-2000x1040.jpg)
<p>No, this isn’t popcorn or broom corn. You could find acres like this field in 2012.</p>
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![‘GOOD’ EARS 3 ears of corn with tip kernels aborted](http://www.farmprogress.com/sites/farmprogress.com/files/0826T-3454b-2000x1040.jpg)
<p>These are above-average ears from the Corn Watch field in 2012. Two of the three ears are greatly affected by aborted kernels at the tips, likely due to heat and drought stress.</p>
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![FEW KERNELS ear of corn with pollination problems](http://www.farmprogress.com/sites/farmprogress.com/files/0826T-3454c-2000x1040.jpg)
<p>Here’s an example of an ear decimated by pollination issues in 2012. Note the silks that are still attached. Corn specialist Bob Nielsen says when silks are still attached to an ear, it’s a sign they didn’t get pollinated. Either pollen was damaged or no pollen was left when these silks finally emerged.</p>
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![MISSHAPEN EAR narrow ear of corn](http://www.farmprogress.com/sites/farmprogress.com/files/0826T-3454d-2000x1040.jpg)
<p>Drought stress combined with heat stress can cause strange results. It appears this ear gave up on trying to finish the cob and produced a narrow-diameter cob to finish the job.</p>
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![ONE-SIDED WONDER half pollinated ear of corn](http://www.farmprogress.com/sites/farmprogress.com/files/0826T-3454e-2000x1040.jpg)
<p>Pollination occurred relatively normally on half of this ear, but not on the other half. The bottom half of the ear is devoid of kernels.</p>
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![WHAT GRAVEL CAN DO abnormally short cornfield](http://www.farmprogress.com/sites/farmprogress.com/files/0826T-3454f-2000x1040.jpg)
<p>There was gravel under the soil at about 3 feet in about a fourth of the 2012 Corn Watch field. This short, pineapple-like corn in that part of the field produced few ears. Reports from south-central Indiana on gravelly fields this year indicate there may be some nonirrigated fields that don’t look much different in 2019 than this field did in 2012.</p>
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![ALL WAS NOT LOST ear of corn](http://www.farmprogress.com/sites/farmprogress.com/files/0826T-3454g-2000x1040.jpg)
<p>This ear, pollinated and developed to the tip, was in one of the rows pictured in the previous photo, only 500 feet away. In this part of the field, there was a thin layer of sandy, gravelly parent material laid well underneath several feed of dark, medium-textured topsoil that held moisture. Corn in this part of the field helped offset near 100% loss in the previous picture.</p>