Rate My Professor Danielle Griffani

Dr. Danielle Griffani is an interdisciplinary researcher serving as Lecturer in Engineering (Civil Engineering) in the Faculty of Science and Engineering at Southern Cross University. She holds a Bachelor of Engineering with First Class Honours, a PhD from the University of Sydney—for both of which she received the University Medal—and a Graduate Diploma in Computing and Applications. Prior to her current role, Dr. Griffani undertook postdoctoral research at The Australian National University, Research School of Biology, collaborating with distinguished Professor Graham Farquhar. Her expertise spans engineering and plant physiology, positioning her to address multifaceted challenges at the intersection of environmental science and civil engineering.

Dr. Griffani's research centers on elucidating the interactions between soils, plants, and the atmosphere, with a focus on the transport of water, contaminants, nutrients, and heat. These processes are essential for modeling how soils and plants respond to shifts in environmental conditions. She employs analytical models and numerical tools to predict and analyze these dynamics, complemented by innovative experimental methods including stable isotopes, gas-exchange analysis, and neutron imaging. This approach has illuminated mechanisms by which plants manage hydration and withstand climatic extremes, an area of increasing relevance amid global change. As a key member of Southern Cross University's Catchments, Coasts and Communities research cluster, her scholarship supports the United Nations Sustainable Development Goals, as documented in Scopus. In education, Dr. Griffani acts as Unit Assessor and Lecturer for the Bachelor of Engineering program, delivering courses in sustainable engineering, soil mechanics, geotechnical engineering, and both first-year and third-year mathematics units. Notable among her contributions is the 2024 publication 'The role of thermodiffusion in transpiration' in New Phytologist, which advances knowledge in plant water relations and boundary layer processes.