Genomic Biomonitoring

Global anthropogenic habitat and climate change are driving a rapid decline in all levels of biodiversity. Genetic diversity is the first level of biodiversity. However, it is historically the least protected and most poorly understood biodiversity component. Continued negligence of genetic diversity jeopardises ecosystem stability and we risk silently surpassing its planetary boundary. The genomic biomonitoring group seeks to prevent this through improving genetic diversity mapping, monitoring, and protection. To this end we conduct now classical conservation genomic studies on species of concern, coupled with cutting edge macrogenetic synthesis. We strive for real world impact with our research.

Conservation genomics, we use next generation sequencing technologies to study species of concern and address questions of broad relevance to conservation. We aim to support and management of species to reduce their risk of extinction, to maximise conservation success, and protect biodiversity. With this in mind, we conduct both highly applied practitioner requested projects and general projects that focus on core questions in conservation biology.

Macrogenetics, is a new field that synthesizes genetic and genomic data across large scales to understand multispecies patterns and diversity of genetic diversity. We aim to continue to establish and build this field through local research and international collaboration. We hope to fill a major biodiversity knowledge gap on the global distribution of genetic diversity, as well as support large scale conservation programs (e.g. protected areas).

• Conservation Genomics
• Macrogenetics 
• Genetic diversity monitoring and integration into policy 
• Genomics capacity building