Plant Systematics
Plant systematics is the study of plant species, how they are defined, where they are found, and how they relate to each other. It is essential for addressing the global biodiversity crisis. There are >350k plant species known to science, with perhaps 60k left to be described. Understanding how to define and identify these species is a complex process, relying upon an understanding of their history, morphology, ecology, and evolutionary relationships. Yet this understanding underpins the whole of botany, and plant names how we communicate across and beyond science. Trinity has a >250 year history of research into plant systematics, continued by Lead Researchers Trevor Hodkinson and Peter Moonlight.
Lead Researchers
Prof. Trevor Hodkinson
Professor (Botany)
Email Trevor.Hodkinson@tcd.ie Phone+353 1 896 1128 Full ProfileI am a molecular systematist, Head of the Botany Molecular Laboratory and Assistant TCD Herbarium Curator. We are particularly interested in using phylogenetic and population genetic approaches in taxonomy, genetic resource activities and comparative biology. I have specialist knowledge of grasses and forest trees with an additional interest in their fungal endophytic symbionts (endophytes), and a strong interest in genetic resource characterisation and pre-breeding of forage grasses and non-food/bioenergy crops.
Dr Peter Moonlight
TCD Herbarium Curator, Assistant Professor in Botany
Email moonligp@tcd.ie Phone+353 89 600 9094 Full ProfileI am the curator of Trinity College Dublin herbarium, the largest international herbarium in Ireland and home to approximately half a million specimens. My role as herbarium curator involves caring for these invaluable specimens and ensuring they are as accessible as possible to the global research community. My systematic research focusses on the diversity and distribution of South American plants and in particular the megadiverse genus Begonia, the eighth largest genus of plants. I focus on the systematics of Andean and Brazilian Atlantic Forest species. Through the project BioCarb Atlantica, I am developing techniques to speed up the identification of trees in hyperdiverse rainforests.