Open Access. Powered by Scholars. Published by Universities.®
Articles 1 - 2 of 2
Full-Text Articles in Entire DC Network
Ec06-783 Watermark Granular Matrix Sensor To Measure Soil Matric Potential For Irrigation Management, Suat Irmak, Jose O. Payero, Dean E. Eisenhauer, William L. Kranz, Derrel Martin, Gary L. Zoubek, Jennifer M. Rees, Brandy Vandewalle, Andrew P. Christiansen, Dan Leininger
Ec06-783 Watermark Granular Matrix Sensor To Measure Soil Matric Potential For Irrigation Management, Suat Irmak, Jose O. Payero, Dean E. Eisenhauer, William L. Kranz, Derrel Martin, Gary L. Zoubek, Jennifer M. Rees, Brandy Vandewalle, Andrew P. Christiansen, Dan Leininger
University of Nebraska-Lincoln Extension: Historical Materials
This 2006 Extension Circular defines soil matric potential and describes principles and operational characteristics of one of the electrical resistance type soil moisture sensors for irrigation management. Examples show how soil matric potential can be used for irrigation management.
G06-1622 Soybean Inoculation: Applying The Facts To Your Fields (Part Two Of A Two-Part Series), Lori J. Abendroth, Roger Wesley Elmore, Richard B. Ferguson
G06-1622 Soybean Inoculation: Applying The Facts To Your Fields (Part Two Of A Two-Part Series), Lori J. Abendroth, Roger Wesley Elmore, Richard B. Ferguson
University of Nebraska-Lincoln Extension: Historical Materials
Why is it that we see soybean yield responses from inoculating with Bradyrhizobia japonicum in some cases but not others?
This publication explains how to distinguish which fields will likely respond to inoculation with B. japonicum from those that will not. Fields are designated as either "new" or "old" based on how often soybean is grown. This designation is one criterion among many in deciding when to inoculate. In general, research trials across multiple locations in Nebraska have shown no yield advantage to re-inoculation.