Sometimes there’s just too much weed pressure. Several factors can cause this but, in the end, they need to be taken care of. 2019 saw us, once again, out in the field with hoes. We even brought out my nephew for the FUN! Another field was beyond what we wanted to handle so we hired a crew of migrant workers to walk that field.
There’s nothing like a good storm to make you thankful for your current situation. With rain and wet being the theme of spring and early summer, it wasn’t a real surprise to have a severe storm pop up. What was the surprise was how small of an area was affected, the amount of damage in that area and that the tornado passed by about 1 mile to the north of us.
With the late planting start, we were unable to achieve good weed control with our vertical till machine on some fields. The weeds were larger than 3″ and they just slipped through without being fully uprooted. On a couple of fields we had to use a pass with chemical to know out the weeds to give the soybeans a good start without competition.
It’s been a long crop year. I’m finally getting around to posting after the most trying crop year of my farming career! 2018 ended with a lot of moisture in the ground. Spring 2018 brought a lot more snow and then unending rain. We did get our crop in the ground but not in a timely manner. We did manage to get our corn test plot planted during one narrow window of opportunity.
Already in late winter we were preparing for a late and wet spring. Little did we know how late and wet it would be! While we dealt with weather delays we did what we could do to take care of preparing fields. That included burning off corn stalks in areas that drifted into think mats around water holes. It is nearly impossible to plant through these and if planting succeeds, the crop will struggle.
And then, when we were able to get moving in the field, we buried the tillage tool more than once. Most of the time we could get it our ourselves but we did need to call on a couple neighbors, with larger tractors, to help us out a couple of times.
After harvest our machinery gets cleaned and inspected with a list of what needs to be done to ready it for the next crop year. This list gets prioritized into winter and summer projects. This winter seemed to be busier than usual. Not only did we spend way too much time moving snow but the pre-spring project list was longer than usual.
Every fall the air conditioner condenser, on our semi tractor that actually has a working AC, fills up with bees wing from all the corn chaff flying around. As you can see in these images, it’s rather nasty and in a very difficult area to see. This means blindly cleaning and using a phone to take these photos to monitor the progress.
The 2018-2019 winter started out rather slow but once the snow started in mid January, it was never ending along with the winds. We burned through more tractor fuel than we ever have trying to keep up. Not only did we have two yards to clear, we also had to blow portions of the road to travel between farm sites. I am thankful for the snow blower because if we were piling with a loader we would have run out of space to push the snow especially between my garage and barn.
It’s unusual to get field work done in the middle of winter in Minnesota. January of 2019 was the exception for us. We are farming a field that has never been grid sampled for fertility. From our past experiences of using this practice since the mid 1980s, we know that grid sampling is the only way to know what is going on in the field on a smaller scale. The field is broken down into 440′ x 440′ grids that are each sampled independently. A map is then generated that shows what each grid needs for fertilizer. Some findings are interesting and show how past farming practices still are visible today.
A couple discoveries of note in this field: 1. The 160 acres was farmed by two different owners for many years. This shows up most dramatically in the pH and zinc levels. The south 80 has extremely low pH in a large number of the grids. The north 80 has extremely low zinc levels in a large number of the grids 2. You can use the Phosphorous levels as an indicator of where the farm site was located and where they hauled the manure. The P levels are much higher in these areas even decades later.
We visited with the coop about our spring fertilizer needs in early January and asked them if lime was ever applied in the winter. They said that usually it could be done in March if conditions allow. A day later they called to say that the applicator was able to do the lime right now if we had an area that they could access to pile the lime without getting stuck in snow drifts. We took the snow blower to the field and cleared a path. They hauled lime in on Saturday, January 11 and spread it on Monday.
It was a slow started to our 2018 soybean harvest. After nearly filling our first corn bin, the weather finally cooperated for beans.
We combined our seed beans first. These need to be done in the most ideal conditions to insure top quality for Pioneer and bring our farm the maximum premiums. Premiums are paid based on moisture content, clean-out and foreign matter in the bean sample. There was a prolonged rainy spell right before combining that caused some of the soybean pods to split open and drop beans on the ground.
We were pleasantly surprised at the soybean yields. After a summer of endless rain and large areas drowned out, most fields yielded at or above our average. Numerous areas of 70 plus bushel beans made up for the areas with no beans.
We harvested some or our corn prior to harvesting any soybeans in 2018. This is unusual but has happened in the past. Corn stalks were becoming brittle and the grain moisture was in the 22-23% range. After a long summer of nothing but rain, more rain and large drowned out areas we braced for the worst. We we very surprised at that corn yields!
Our test plot was harvested early in the season. I don’t like to wait for the plot corn to dry too much. I want to see how the varieties vary in their abilities to dry down. This extra knowledge helps us plan varieties for the following crop year. We were able to situate the location of the plot to avoid areas of the field prone to becoming water logged.