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First hollow stem in wheat triggers grazing decision
If you use a dual-purpose wheat system of grazing and grain production, detection of the development of wheat's first hollow stem is critical to gauge when to remove cattle from grazing.
NSF grant enhances Oklahoma research infrastructure
The Oklahoma economy is heavily dependent on the extraction and use of natural resources. Predictable and increasing services of energy, food, fiber, freshwater and clean air are needed to maintain a healthy society.
LaNese Mahan: Unpacking in Uganda
LaNese Mahan, 2017 MIAP-Noble Fellow, shares her experiences with compost production and relationship-building from her internship with Field of Hope in Uganda.
Million Tadege: Mechanistic understanding of leaf blade lateral expansion in Medicago truncatula
Million Tadege, Ph.D., from the Institute for Agricultural Biosciences at Oklahoma State University, presented "Mechanistic understanding of leaf blade lateral expansion in Medicago truncatula", as part of the Research Seminar Series.
Growing-Season Burns Hold Potential for Fall and Winter Forage
The traditional burning season for the Southern Great Plains goes from December to April. However, when land managers limit their burn season to these five months, they often find it difficult to implement the number of burns needed to achieve their goals. This is one reason why more and more land managers are conducting growing-season burns, during late spring through early fall months, to meet some of their prescribed burning goals.
Time Summer Blaze to Better Winter Graze
2019 Lloyd Noble Scholar in Agriculture Mason Blinson used her summer experiences to advance her interest in animal and plant interactions, including best timing of prescribed pasture burns.
Noble Invests in Teachers With Case Institute Workshop
Noble Research Institute to host CASE Animal and Plant Biotechnology Institute for high school teachers this summer.
The Search for Forage-Efficient Cows
A study suggests that current selection tools, such as genomic testing and expected progeny differences (EPDs), for feed intake should be useful in selecting low-intake replacement females for forage-based production systems.