FSIP1 Action 16.8

FSIP1 Action 16.8

In Progress

Victoria will work with other states to ensure interoperability of systems and standardised tools as far as possible, to support cross border assistance.

FSIP1 Action 16.7

FSIP1 Action 16.7

In Progress

EMV commits to undertaking scenario exercises with cross-border emergency management partners to foster interoperability and stronger relationships between states.

FSIP1 Action 16.6

FSIP1 Action 16.6

In Progress

EMV and the sector will identify cross-border risks and opportunities through the Regional and Municipal Emergency Management Planning processes.

FSIP1 Action 16.5

FSIP1 Action 16.5

Complete

The EMC will continue to strengthen the interests of Victoria through representation on the Commissioners and Chief Officers Strategic Committee in relation to the Arrangement for Interstate Assistance.

FSIP1 Action 16.4

FSIP1 Action 16.4

Complete

Prior to the 2020-21 fire season, EMV will work with the Department of Jobs, Precincts and Regions and the Victorian Cross-Border Commissioner to clarify emergency management roles and responsibilities of the Victorian Cross-Border Commissioner. Building on this, the EMC will partner with the Cross-Border Commissioner to strengthen interstate relationships in relation to emergency management arrangements.

FSIP1 Action 16.3

FSIP1 Action 16.3

In Progress

EMV will work closely with relevant stakeholders in Victoria, New South Wales, South Australia and Tasmania to implement improvements in emergency preparedness and response, including formalising procedures for deployment of liaison officers across borders.

FSIP1 Action 16.1

FSIP1 Action 16.1

Complete

EMV has appointed a dedicated Cross-Border and Preparedness Operations Manager since the end of the 2019-20 fire season, whose immediate priorities are to assess existing cross-border mutual aid agreements for emergency management.

FSIP1 Action 15.10

FSIP1 Action 15.10

In Progress

EMV will work with climate scientists to undertake a review of emergency risks under climate scenarios across a range of hazard types to inform future capacity requirements.