Snapshot
- The Federal Court decision in Davey v Northern Territory (No 5) is the first judicial assessment of native title compensation arising from mining activities, applying the High Court’s framework in Timber Creek to a significantly more complex factual setting, resulting in an award of compensation of over $54 million.
- The Court confirmed the freehold comparison methodology for assessing economic loss, rejected approaches based on hypothetical bargaining, and emphasised that cultural loss must be assessed holistically by reference to the effects of the compensable acts.
- The decision provides guidance for the conduct of future compensation claims and negotiations, including the assessment of cultural loss and the treatment of benefits conferred under agreements.
The McArthur River mine (‘Mine’) sits to the west of the Gulf of Carpentaria in the Northern Territory. There, one of the world’s largest deposits of zinc and lead has been mined since 1995. Beneath its open pit lie the dreaming routes of the Gudanji, Yanyuwa and Yanyuwa-Marra People (‘Claim Group’), whose non-exclusive native title rights in relation to this land were recognised by the Federal Court in 2015 (Ngajapa v Northern Territory of Australia [2015] FCA 1249) (‘Ngajapa’).
On 27 February 2026, Justice Banks-Smith of the Federal Court delivered judgment in Davey on behalf of the Gudanji, Yanyuwa and Yanyuwa-Marra Peoples v Northern Territory of Australia (No 5) [2026] FCA 153 (‘McArthur’). Her Honour awarded the Claim Group $743,408 for economic loss (plus pre-judgment interest) and $54 million for cultural loss.
The decision applied the High Court’s landmark ruling in Northern Territory v Griffiths [2019] HCA 7; (2019) 269 CLR 1 (‘Timber Creek’) and is the second judicial assessment of compensation for interference with native title rights, but the first in relation to mining interests. Her Honour’s judgment provides guidance that will materially influence the methodology applied to future pleading and composition of native title compensation applications.
