Jake Eckersley

Jake Eckersley serves as a Postdoctoral Fellow and Multi-Discipline Research Associate at the School of Biological Sciences, The University of Western Australia, where he conducts ecological research on environmental weeds and river systems in northern Australia's tropics while contributing to casual teaching duties.

His academic credentials include:

• Botany, Honours (First Class), The University of Western Australia (2019)
• Botany/Zoology, Bachelor, The University of Western Australia (2018)
• Marketing, Bachelor, Curtin University (2014)

Dr. Eckersley's research program integrates dryland ecology, biogeochemistry, and remote sensing methodologies to investigate vegetation dynamics in water-limited environments. His work particularly focuses on riparian systems in Australia's semi-arid regions, examining how shifting hydrological patterns affect plant phenology, functional composition, and ecosystem processes through innovative measurement techniques including satellite-based remote sensing and digital canopy photography.

His recent publications demonstrate a cohesive research trajectory centered on quantifying vegetation responses to altered water regimes in dryland rivers. By combining field observations with machine learning approaches and remote sensing technologies, his work addresses critical knowledge gaps regarding ecosystem resilience under changing flow conditions, with particular emphasis on methodological advancements for monitoring leaf area dynamics and functional diversity.

Scientific recognition includes:

• Cooperative Research Centre for Transformations in Mining Economies Top Up Scholarship (2021)
• James memorial travel award (2021)

Research support comes primarily through competitive scholarships including the CRC TiME Top Up Scholarship. While actively engaged in teaching, there is no public record of graduate students formally advised. Current collaborative efforts include ongoing work with UWA's environmental research teams examining invasive species ecology and riverine vegetation dynamics in northern Australia.