A $226,890 grant will fund a study on the effects of eastern redcedar encroachment on Oklahoma's tallgrass prairie ecosystem, which can alter precipitation and water loss patterns. The research aims to provide insights for land managers to better understand the impact of woody plant proliferation on water availability.
Researchers will use optically stimulated luminescence (OSL) dating techniques to determine the past thickness of the Antarctic ice sheet. They aim to understand how ice sheets respond to sea level and climate change by collecting samples from beach deposits along the coast.
Researchers at Oklahoma State University will develop a miniature optical dating instrument (ODIN) for dating the surface of Mars. The ODIN utilizes optically stimulated luminescence (OSL), a geological dating technique, and aims to further our understanding of Martian climate and atmosphere conditions.
Researchers at Oklahoma State University have made a significant breakthrough in understanding how poxviruses evade the human immune system. By unlocking the structure of a key protein, they may be able to design medications to stop the viruses from blocking immune signals.
The Oklahoma Experimental Program to Stimulate Competitive Research has received $20 million from the NSF and State Regents for a five-year project focused on cellulosic biomass. Researchers will explore molecular mechanisms, microbial conversion, and new catalytic/thermochemical processes to develop alternative energy solutions.
Researchers will study four groups of bacteria at a sulfur spring in southwestern Oklahoma to understand their metabolic capabilities and ecological role. The grant also funds an educational outreach component to engage high school students in the project.
Four faculty research projects at Oklahoma State University have been awarded funding from the Technology Business Assessment Group, totaling over $102,000. The projects focus on developing innovative products and technologies, including a 3D human tissue model, fiber optic sensor, data protection software, and recycled rubber composites.
OSU researchers received grants for projects with potential for commercially successful products, including noise-reducing aircraft composites and biosensors detecting objects like DNA and pesticides. The funding aims to accelerate technology development through collaboration between businesses, universities, and non-profit organizations.
Oklahoma State University has received $1.5M in NSF grants to acquire two new instruments: a field emission environmental scanning electron microscope and an LTQ mass spectrometer. These instruments will enhance research capabilities in areas of interest to industry, government, and other universities.