Current project
Completed project
-
Fish movement and sensitivity to contaminated mine waterKeywords: Floodplains, rivers & waterholes, coasts & estuaries, water qualitymine rehabilitation
Rehabilitated mine sites and Top End animalsKeywords: Monitoring, mine rehabilitation, closure objectives
mine-rehabilitation
May 18, 2020Testing the limits of riparian trees along Magela Creek
How sensitive are riparian trees to contaminated mine water? Associate Professor Sam Setterfield (UWA) and Adam Bourke (CDU) in the […]
Sep 17, 2019Tracking returning animals at rehabilitated mine sites
A new approach to setting benchmarks for the return of fauna will allow rehabilitation managers to better assess the success […]
Aug 23, 2018Tree water use & sensitivity to contaminated mine water
Riparian, or riverbank, vegetation in the Top End depends on groundwater to sustain it during the dry season. Weathering of waste rock […]
Aug 21, 2018Informing Ranger mine rehabilitation
The NT’s Ranger uranium mine is set to cease operations in 2021 and by 2026, be rehabilitated to a state […]
Aug 20, 2018Rehabilitated mine sites & Top End animals
Effective rehabilitation is a major challenge for the many active and legacy mines across northern Australia, with best practice mine […]
Aug 02, 2018Does contaminated mine wastewater affect fish movements?
The Ranger uranium mine is due to cease operations in 2021 and the site will be rehabilitated by 2026. Knowledge […]
