Passive acoustic monitoring was used to track the movements of six shark species (Australian sharpnose, blacktip reef, common blacktip, creek whaler, pigeye and spottail sharks) in Cleveland Bay, Queensland, from 2012 to 2015. Acoustic monitoring allowed long-term observation of behaviour and movement via a network of moored listening stations recording the presence of tagged animals. Network analysis is a novel and alternative approach to conventional habitat use analysis that treats habitat types as network nodes and analyses spatial and temporal habitat use patterns based on frequency of use of a node by an individual during a specific period. Cleveland Bay has diverse habitat types including coral reef, sand banks, intertidal mud-flats, sea-grass beds and mangrove forest. Preliminary results show the number of habitat types used was significantly different between species, with pigeye and spottail sharks using on average more habitats (mean ~ 3.9) than blacktip reef shark (mean ~ 2.7). Furthermore, habitat segregation was found between species; for example, sea-grass beds were the most important habitat for Australian sharpnose shark whereas blacktip reef shark predominantly used inshore reefs throughout the monitoring period. Further spatial and temporal analyses are required to confirm that Australian sharpnose, common blacktip and creek whaler sharks, which were predominantly using sea-grass beds, were spatially and temporally co-occurring. These results highlight unique behaviours between co-occurring species, and enhance our understanding of animal interactions in inshore habitats to help provide guidance for their management.