A tale of two cities: Patterns and drivers of Australia's intercity non-local employment from an industry perspective

Under conditions of spatial mismatch between labor supply and demand, intercity non-local employment, including intercity-commuting-based employment and remote work, has become increasingly common worldwide. However, research examining intercity non-local employment from an industry perspective remains limited. Using census data from 2011, 2016, and 2021 for Australia's significant urban areas, this study adopts an industry lens to examine patterns of intercity non-local employment and their associations with industry diversity, industry disparity, and the location quotients of different industries. The findings reveal that: (1) Intercity non-local employment in Australia intensified during 2011–2021, with Sydney, Melbourne, Brisbane, Adelaide, and Perth serving as key network nodes; (2) Although industry diversity is not significantly associated with non-local employment, work-residence connections are more likely to form between industrially diverse cities over longer distances; (3) Industry disparity between work and residential cities reduces the likelihood of non-local employment, reflecting a tendency toward employment self-containment; (4) Cities with higher location quotients in agriculture, mining, and manufacturing exhibit a stronger capacity to attract non-local workers. This study supports developing regional industrial diversity centers as hubs for labor mobility and interaction. Furthermore, it highlights the rationality of industry complementarity, particularly between capital and non-capital cities, as a strategy to balance labor supply and demand, and calls for further evaluation of the long-term impacts of non-local employment on cities reliant on specific workforce sectors. Overall, this research advances the understanding of Australia's urban structure and offers valuable insights for targeted industrial development strategies aimed at fostering balanced and sustainable urban systems. © 2025 Elsevier Ltd.