Producing Grazeable Cover Crops During Summer Fallow in Winter Wheat
The objective of this Fact Sheet is to discuss the potential of grazing summer cover crops and their effects on the fol-lowing winter wheat crop. All discussion is based on findings obtained from soil and weather conditions in Oklahoma and is focused on finding a middle ground between profitability and conservation. All findings and discussion mentioned in this Fact Sheet is a summary of Horn et al. (2020), which is an open-access article published in the Agronomy Journal.
Events & Media
Virtual Forage Field Day
Participants joined us online to learn about summer forage management practices. This live webinar was streamed from the Agronomic Research Station in Stillwater, Oklahoma and Cimarron Valley Research Station in Perkins, Oklahoma.
Dr. J's Podcast
This podcast features two specialist from Oklahoma State University; Dr. Alex Rocateli (firstname.lastname@example.org) and Dr. Jason Warren (email@example.com), faculty members in the Plant & Soil Sciences Department. Topics: interseeding small grains into bermudagrass pastures, discussion on water usage, and overall productive capacity of pasture ground in this management system.
Interseeding Bermudagrass (12/5/20)
OSU WCS_2020, Session 2 Dr. Alex Rocateli Inter-seeding cereals into pasture
OSU WCS_2020, Session 2 Dr. Dayton Lambert, Profitability analysis soil health promoting practices
OSU WCS_2020, Session 2 Dr. Ignacio Ciampitti, Nitrogen balance in a soybean production system.
OSU WCS_2020, Session 2 Dr. Tyson Ochsner, Integrating on-farm soil & weather sensors into practice
OSU WCS_2020, Session 1. Dr. Josh Lofton: Impact of cover crops on weed population
Tepary Beans - A New Forage for Oklahoma? (8/22/20)
OSU Extension: Reduced Lignin Alfalfa in a Beef Cattle System
Distinguishing Evaporation from Transpiration
May 15, 2020
Wagle, Pradeep, Todd H. Skaggs, Prasanna H. Gowda, Brian K. Northup, and James P. S. Neel. 2020. “Flux Variance Similarity-Based Partitioning of Evapotranspiration over a Rainfed Alfalfa Field Using High Frequency Eddy Covariance Data.” Agricultural and Forest Meteorology 285–286 (May): 107907. https://doi.org/10.1016/j.agrformet.2020.107907.