Farms.com Home   News

La Niña is Officially Here. What Does That Mean for Oklahoma?

By Chloe Bennett-Steele

Oklahoma may experience above-average warm and dry conditions for the rest of the winter season with the long-awaited arrival of La Niña. The phase is one part of the El Niño/Southern Oscillation, which alters weather patterns globally and is driven by sea surface temperatures.

Although La Niña is known for its cooling effect, the event impacts regions differently. Conditions for drought in Oklahoma’s winter and spring months become more likely under its influence.

“ La Niña, generally, is a fairly serious climatic pattern for us here in the Southern Great Plains because it does result in even drier than normal winters and springs,” said Todd Lindley, science and operations officer for the National Weather Service in Norman. “So, it's something we're always keeping an eye on.”

Still, this year’s La Niña will likely have less of a sway over weather patterns because of its delayed development, according to the National Oceanic and Atmospheric Administration. The federal scientists suggest the globe’s unusually warm oceans may have slowed its formation.

Click here to see more...

Trending Video

Root Exudates, Soil Biology, and How Plants Recruit Microbes | Field Talk Friday

Video: Root Exudates, Soil Biology, and How Plants Recruit Microbes | Field Talk Friday



Field Talk Friday | Dr. John Murphy | Root Exudates, Soil Biology, and How Plants Recruit Microbes

Most of us spend our time managing what we can see above ground—plant height, leaf color, stand counts, and yield potential. But the deeper you dig into agronomy, the more you realize that some of the most important processes driving crop performance are happening just millimeters below the surface.

In this episode of Field Talk Friday, Dr. John Murphy continues the soil biology series by diving into one of the most fascinating topics in modern agronomy: root exudates and the role they play in shaping the microbial world around plant roots.

Roots are not passive structures simply pulling nutrients out of the soil. They are active participants in the underground ecosystem. Plants constantly release compounds into the soil—sugars, amino acids, organic acids, and other molecules—that act as both energy sources and signals for soil microbes.