New PhDs

Ararsa Derese Seboka’s PhD shows that combining different types of organic waste can boost biogas production by up to 40 percent, while turning residual materials into new bioenergy products and reduc…

The doctoral work of Miriam Aledda shows that targeted selection of key spectral regions and variables allows portable MIR spectroscopy to deliver robust, accurate results using only sparse measuremen…

In her doctoral research, Oda Braar Wæge demonstrates how genomic tools can be used to achieve genetic progress while limiting the loss of genetic diversity.

New doctoral research by Getachew Birhanu Abera shows that biofilm-based systems can make biological conversion of carbon dioxide to methane more efficient and resilient. The work offers new insights …

EEG measurements are essential for understanding brain activity, but traditional methods struggle to localize deep and weakly measurable signals. Through new mathematical approaches, it is possible to…

When laboratory mice are given a gut flora similar to that of wild mice, their intestinal barrier becomes stronger and the risk of colitis is reduced, especially when combined with dietary fiber. This…

When living creatures are exposed to low levels of ionizing radiation over long periods, their ability to reproduce can be affected in important ways. The doctoral work of Hengyi Zhu shows that long t…

As Celian Diblasi reaches the end of his PhD at NMBU, his work provides new insight into how complex genetic changes have shaped evolution in Atlantic Salmon over time and in different world regions.

New doctoral research by Muhammad Tabish Parray shows how parked electric vehicles can act as mobile batteries, helping large facilities cut electricity costs while easing pressure on the power grid.

Dry forests are vital for both local livelihoods and global climate goals. Bianca Kassun’s PhD offers new insight into how this fragile ecosystem works and how it can be managed for the future.