Part of the coordinating research group, providing supervision and guidance to HDR students, as well as undertaking research on seed biology and in other fields within the broader themes of the Centre.
Dr Adam Cross is a Research Fellow at the Department of Environment and Agriculture, Curtin University. He has worked as a Restoration Ecologist since completing a Ph.D. in botany at the University of Western Australia in 2014, engaging in multidisciplinary research with numerous collaborators to understand the ecological limitations of hostile mine wastes to the establishment of native plant communities. The primary focus of this research to date has been the rehabilitation of tailings, the fine-particulate residue wastes of ore processing. Other research interests include community ecology, seed biology, the conservation and ecology of freshwater aquatic ecosystems and carnivorous plants.
Amanda Wheeler CEO and Kia Dowell Chair, Gelganyem Trust present on the indigenous voice in mining restoration at the Argyle Diamond Mine. Australian Research Council Centre for Mine Site Restoration 2019 Annual Workshop
Full presentation: https://youtu.be/lF-FhYPS49E
Australian Network for Plant Conservation (ANPC) undertook the Australian Native Seed Survey in 2016-2017 to better understand the native seed sector and its ability to meet current and future demand..Read more ...
CMSR Research Fellow Dr. Adam Cross was awarded the 'Woodside Early Career Scientist of the Year' at the Premier’s Science Awards! The award is wonderful recognition of Adam’s work in restoration and shines the spotlight on the importance and significance of restoration research projects in globally.Read more ...
CMSR researchers have discovered a new population of a critically endangered aquatic carnivorous plant in Western Australia’s remote Kimberley, following a 10-year search of the region.Read more ...
The latest DNA approaches to improve seed sourcing, plant performance, and biomonitoring restoration.
New tools for understanding plant function and condition for mine closure.
Making every seed count in restoration through ‘smart seed’ technology
Enhancing conservation of threatened species impacted by mining
Innovation in bio-indicators and spatial modelling for mine closure capability.
Establishing a nationwide approach to mine closure policy.