Understanding these interactions is very important with respect to issues such as maximising inputs from the available land and potential issues associated with its degradation. This biophysical interface between root and soil is a highly complex and diverse biotic community consisting of a multitude of bacteria, fungi, nematodes, invertebrates etc). The Rhizosphere is the dynamic zone surrounding plant roots growing in soil and has significant impact on the ability of a plant to capture both water and nutrients. Could this possibly be you?” That message resonates in our building. There are many discoveries, probably just around the corner, waiting for someone to bring them to life. Our building is named after the inventor of X-ray CT, Sir Godfrey Hounsfield who once said: “Each new discovery brings with it the seeds of other, future inventions. A particular focus is rhizosphere research into microscopic root-soil interactions. This enables scientists to explore the internal architecture of biomaterials and support research into environmental sustainability and global food security. Opened in 2014, it houses state-of-the-art X-ray CT equipment integrated with automated robotics. The Hounsfield Facility is based within the School of Biosciences at the Sutton Bonington campus.
Hounsfield units ct imagecast software#
The development of novel image analysis techniques and software is an active area of research within the Hounsfield facility. Image processing and analysis tools are required which can recover the required information from large and complex CT images. Accurate measurement of sample properties, however, can be challenging.
Those images are rich sources of information about the scanned samples, showing the structure of and boundaries between different material types. The X-ray CT technology provides high resolution 3D images of the internal structure of a wide variety of objects, materials and environments.
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