Mechanization and Equipment

Discover more potential from mid-sized Unmanned Aerial Systems (UAS) in agriculture and what they can do for your crop production. ...

Eric Odberg farms near Genesee, Idaho, in an area receiving about 22 inches of precipitation annually. In this publication, Odberg discusses his experiences with variable rate nitrogen application and ...

Excessive tillage—especially in the low-precipitation wheat production region of the Inland Pacific Northwest—causes blowing dust, which results in soil loss as well as air quality degradation. Yet mo ...

The Washington State Oilseed Cropping Systems Research and Extension Project (WOCS) is funded by the Washington State Legislature to meet expanding biofuel, food, and feed demands with diversified rot ...

The Washington State Oilseed Cropping Systems Research and Extension Project (WOCS) is funded by the Washington State Legislature to meet expanding biofuel, food, and feed demands with diversified ro ...

This publication discusses the various HWSC systems and their potential suitability for PNW wheat production systems across rainfall regions.

With so many types and attributes, selecting the right nozzle can be daunting: this pub explains how to select the best nozzle for your situation.

En seis pasos, esta publicación explica cómo medir la velocidad del terreno y la salida de la boquilla, comprobar y ajustar el flujo de aire y la alineación de la boquilla, y a verificar la cobertura para un rociador de aire. Se describen métodos para finalizar manualmente los pasos, y se incluyen fórmulas y sugerencias simplificadas para herramientas que pueden agilizar el proceso.

In six steps, learn how to calibrate, optimize, and verify coverage for an airblast sprayer to ensure that you are getting every drop to the crop.