My master's research focuses on investigating the association between insect visitation rates and plant reproductive output, particularly in the context of native Western Australian floral species that are not maintaining successful offspring recruitment. This work is a collaboration between Kings Park Science (DBCA/BGPA) and Edith Cowan University centred around using camera trapping technology to answer key questions pertaining to pollination ecology and biology.
Kings Park is an important remnant bushland in the heart of urban Perth that holds both cultural and conservation values for the people of Western Australia (and visitors alike). Akin to most urban bushland remnants, Kings Park faces intensified biotic and abiotic stressors that have the potential to impact the recruitment and fitness of native plants. A key identified threat is pollinator limitation whereby native insect pollinator populations and movement are limited by increasing inter and intra habitat isolation and fragmentation, and the intensifying drivers of insect decline across the urban matrix. This has the potential to reduce floral visitation and decrease successful pollination events of native flora, which could be devastating for the valued bushland. My work will aid in identifying the relationship between insect pollinator visitation and the reproductive performance of native flora to facilitate management actions within Kings Park and support continued and much-needed research into pollination ecology in urban remnants.
2023 - 2024 Summer Scholarship, Kings Park Science/ Edith Cowan University
2023 Nathan Rowe Science Engagement Award, Edith Cowan University