This researcher has conducted extensive studies on the degradation of biodegradable polymers within soil systems, with a focus on understanding the underlying biological and mechanistic processes that govern the decomposition of organic matter. Their work encompasses the development of novel models for predicting and validating biodegradation pathways, exploring the ecological impacts of climate change on soil organic matter turnover, and investigating the roles of microbial communities in mediating soil degradation mechanisms. Additionally, their research delves into the intricate interplay between polymerization reactions and decomposition processes, aiming to uncover fundamental principles that govern soil organic matter storage and transformation. Through these investigations, they have significantly advanced our understanding of soil degradation dynamics, providing valuable insights for both environmental management and sustainable agricultural practices.
Faculty Biography
Prof. Duker has worked as a lecturer for at least 30 years at KNUST till date.Current research interest has been in the application of Geographic informatioystems (GIS) and Remote Sensing (RS) to the environment and human health. Previous interest, however, had been in the area of Remote sensing application in mapping.Prof. Duker is a member of the Ghana Institution of Surveyors, memeber of the editorial Board of some journals and reviewer of several journals. In respect of area of interest he has worked with RS, geochemical and health data using spatial analysis in search of solutions regarding environmental implications on human health. Research focuses on the use of GIS in the analysis of (geographical) variations in disease or microbial infections. Studies were focused on the pathways of Mycobacterial Ulcerans (MU), arsenic geochcemistry and health effects, as well as association between environmental arsenic and its possible implications in MU infections. This is made possible by analyzing the spatial relations between arsenic (in soil and water) and MU infections.
Department of Geomatic Engineering
Kwame Nkrumah University of Science and Technology