Plants

Jointed goatgrass and wheat have a close genetic relationship and share many traits. Understanding the genetic relationship between wheat and jointed goatgrass will help with the development of management strategies. Current herbicide-resistant wheat technology will provide producers with a tool to control jointed goatgrass in the crop.

Gaining popularity in the United States, quinoa is relatively new to Washington State: find out more about this fascinating annual broadleaf crop.

Versatile and low-input, barley can be used for food, malt, or animal feed: find out here if barley could work as a rotational crop on your farm.

Looking for ways to increase forage quantity and quality all while decreasing costs of producing feed? This publication might just hold your answer.

With so many factors at play, how can you know if fall nutrient sprays are needed? This pub lays out some considerations, then provides the how-to's.

In the Pacific Northwest (PNW), wild oat has become a notable weed pest of small grain and rotational crops, including pulse crops, potato, sugar beet, and oilseed crops. It has infested more than 3 million acres of cropland in Idaho, costing small grain growers in the state alone more than 9 million dollars annually in control costs. Feeding its spread is the fact that it has developed resistance to several herbicides. This PNW provides all the basics you need to mount a defense against the stubborn grass, including its identification, crop impacts, and management strategies. A handy table also lists the brand-name herbicides to which the wild oat has developed resistance, upping the odds on your control efforts. Authors: Albert T. Adjesiwor, Drew J. Lyon, Judit Barroso, Joan Campbell

With the industry expected to continue growing, now is the perfect time to learn more about the chemistry of Washington-grown hard cider apples.

This pub will walk you through how to correctly identify the diagnostic symptoms of sooty bark disease, a troubling, emerging pathogen spreading across Washington.