by Main Street Data | Aug 27, 2020 | Agriculture Technology, Commodities, Corn, Crop Forecasting, Crop Yields
Iowa corn crop takes a big hit, late in the season. The major derecho storm that damaged a huge swath of Iowa corn on August 10 clocked winds at 140 mph – a force not seen in the Corn Belt for almost a decade. Although winds greater than 74 mph can occur an average of...
by Main Street Data | Aug 23, 2020 | Crop Forecasting, In The News
Dry conditions expected to continue into 2021 As seen in the Aug 23, 2020 Lincoln Journal Star Main Street Data, an ag data science company that forecasts yield, forecasts dry conditions through January 31, 2021. The Minnesota Ag Statistics report for...
by Main Street Data | Aug 14, 2020 | Agriculture Technology, Crop Forecasting, Crop Yields, In The News
580 WIBW/KAN Podcast: Bob McClure, Main Street Data Aired AUG 14, 2020 @ 6:53AM Friday on our Ag Issues program, we visited with Bob McClure, Chief Data Scientist with Main Street Data. The Kansas-based company formed in 2017 recently announced their projected corn...
by Main Street Data | Aug 12, 2020 | Agriculture Technology, Crop Forecasting, In The News
Main Street Data Indicated Record-Setting Corn Crop Yield for 2020 As seen on Croplife | August 11, 2020 The U.S. ag market will see record-setting 2020 corn yields of 183 bushels per acre, according to Main Street Data, an ag data science company. This forecast is...
by Main Street Data | Aug 10, 2020 | AgriBusiness, Crop Forecasting, Crop Yields, In The News
Main Street Data indicates record-setting corn crop for 2020 season As seen on Michigan Farm News | August 10, 2020 The U.S. ag market will see record-setting 2020 corn yields of 183 bushels per acre, according to Main Street Data, the ag data science company with...
by MainSt Data | Jul 27, 2020 | AgriBusiness, Commodities, Corn, Crop Forecasting, Crop Yields
Main Street Data calculates a bumper crop corn yield forecast at a record 179-184 bushels per acre for the 2020 corn harvest, using its sophisticated weather-based model that is superior to NDVI alone. Using this weather-based model to account for changes in weather...
