Goodfield had 3.6” of rain over the last week. Ponds are once again visible in the fields. The moisture will help alleviate the Dicamba damage on the soybeans locally. Lower temperatures this week will give some added relief. The moisture and low temps may set up for a conducive disease environment. Scout fields and evaluate disease progression.

The rain that hit this week has made the county extremely variable field to field on moisture levels, but the crops said thank you! Wheat is being harvested and/or was harvested before the rain. The heat is taking a little break, but the sun is still shining!

Corn fields are showing signs of stress and leaf rolling during this high heat environment. Several fields were observed with tassels appearing and some silks. Another good indicator of how even fields will be are how uniformly we see tassels. I suspect there will be fields with non-uniform flowering. Soybean fields are growing nicely. I observed one 30″ field that was near closing the row. Soybeans will be flowering very soon if not already. Fungicide applications for corn will start soon. Soybeans still have some time. Spider mites could be a potential threat if the continued hot and dry weather persists.

Fields are dry, but not seeing a lot of stress in plants. This area could use a good rain. We saw our first field of tasseled corn. In one soybean field, seeing several grape colaspis beetle and couple of Japanese beetles.

Woodford County is not in the drought monitor but could still use a rain. Farmers continue to spray when conditions are allowing. Check those crop height/growth stage restrictions on the herbicide labels. Spraying late may damage yields and cause regrets come fall.

Corn fields are showing signs of stress and leaf rolling during this high heat environment. Compacted soils during planting can further exacerbate the stress due to lack of root development. Flash drought conditions have also shown to impact smaller corn where root development is not as advanced. Dry soils in the top layers have slowed or stopped nodal roots to grow and be productive.