Planned To identify The severity burn and develop mapping will mapping in future improve Victoria management DELWP's remote options and capability to sensing technologies repeatedly (Sch 22) for planned and reliably burn map and Bushfire & mapping report on Natural capture planned Hazards changes in burning CRC and time and outcomes. CSIRO space, Completion including date: June horizontal 2018 and vertical changes in vegetation structure using remote sensing technologies, in a manner which is of known cost and known accuracy. This is intended to better report on the annual fuel management program in Victoria, and capture data on the effectiveness of the annual fuel management program as a critical input into a approach to strategic bushfire management planning. Ecosystem modelling and resilience Recognising the important role that fire plays in our ecosystems, ecological research evidence, informs strategic fire management planning in Victoria. In particular, recent research about fire and its relationship to ecosystem resilience, disturbance regimes and landscape heterogeneity, have been
Planned burn mapping in Victoria remote sensing (Sch 22) Bushfire & Natural Hazards CRC and CSIRO To identify and develop future management options and technologies for planned burn mapping capture changes in time and space, including horizontal and vertical changes in vegetation structure using remote sensing technologies, in a manner which is of known cost and known accuracy. This is intended to better report on the annual fuel management program in Victoria, and capture data on the effectiveness of the annual fuel management program as a critical input into a approach to strategic bushfire management planning. The severity mapping will improve DELWP's capability to repeatedly and reliably map and report on planned burning outcomes. Completion date: June 2018 Ecosystem modelling and resilience Recognising the important role that fire plays in our ecosystems, ecological research evidence, informs strategic fire management planning in Victoria. In particular, recent research about fire and its relationship to ecosystem resilience, disturbance regimes and landscape heterogeneity, have been
Science-Catalogue-17-18_final-web-accessible.docx