
Sustained worldwide warming leads to sharp differences in the rates of drying and precipitation.
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Bryce Anderson has been DTN's ag meteorologist and fill-in market analyst since 1991. He combines his expertise in weather forecasting with a south-central Nebraska farm background to bring in-depth, focused commentary on the top weather developments affecting agriculture each day.
His comments in the DTN Ag Weather Brief and the DTN Market Impact Weather articles are read by persons involved in all aspects of the agricultural industry and in all major crop and livestock production areas of the U.S. and Canada.
Bryce also delivers forecast commentary on regional and national farm broadcast programs and hosts DTN audio and video productions.
Prior to joining DTN, Bryce was in radio and television farm broadcasting and agricultural meteorology at stations in Iowa, Missouri and Nebraska. He holds a degree in broadcast journalism from the University of Nebraska, and a certificate of broadcast meteorology from Mississippi State University.
Sustained worldwide warming leads to sharp differences in the rates of drying and precipitation.
Heavy Midwest spring precipitation has led to big improvements for row-crop moisture.
Sustained worldwide warming leads to sharp differences in the rates of drying and precipitation.
Heavy Midwest spring precipitation has led to big improvements for row-crop moisture.
Below-average runoff forecast indicates reduced soil moisture in northwestern Corn Belt.
Widespread warmth meant low coverage of sea ice and snow cover going into Northern Hemisphere spring.
Widespread warmth meant low coverage of sea ice and snow cover going into Northern Hemisphere spring.
Southern Oscillation Index (SOI) values have moved from neutral in early March to La Nina in early April.
Soil moisture loss due to sustained warming is feared to be irreversible.
La Nina looms as a primary influence in the Western Corn Belt drought projection through the beginning of summer.
Early spring 2025 finds the Southern Plains wheat crop in worse condition than at the end of 2024.
Snow moisture called abysmal in mountain areas of Arizona and New Mexico following the winter season.
National corn yields at or above trendline are featured in the top DTN weather analog years for the 2025 growing season.
Spring precipitation forecasts offer mixed prospects for early 2025 crop season moisture.
Spring precipitation will be important due to low soil moisture reserves ahead of planting.
Deeper soil freeze levels and some dieback of overwintering pests are possible with this recent cold wave.
Dryness that lowered 2024 corn yields in the eastern Midwest is significantly less ahead of the start of fieldwork for 2025.