@article {bnh-8203, title = {Multi-hazard review of the comprehensiveness of Victorian urban planning for disaster risk reduction}, number = {700}, year = {2021}, month = {09/2021}, institution = {Bushfire and Natural Hazards CRC}, address = {Melbourne}, abstract = {

The research undertook a multi-hazard review of the comprehensiveness of Victorian urban planning for natural hazard disaster risk reduction.\  It compared ideal approaches and outcomes with current processes, treatments, and systems.

The project focussed on the Planning and Environment Act (1987) (The Act) and the Victoria Planning Provisions (VPPs), in parallel with key supporting documents and processes.

At a high level, the VPPs set out some strong underpinnings for action to address natural hazard risks.\  Certain hazards, notably Bushfire and Flood are dealt with quite comprehensively. However comprehensive integration into the VPPs across various hazards and treatments is incomplete. Key findings are as follows.

}, keywords = {comprehensiveness, Disaster risk reduction, Multi-hazard, review, urban planning, Victoria}, issn = {700}, author = {Alan March and Leonardo Nogueira de Moraes} } @article {bnh-8127, title = {The southwest Tasmania fires of summer 2018-2019 - a post event review capability study}, year = {2021}, month = {07/2021}, pages = {64}, institution = {Zurich}, address = {Sydney}, abstract = {

The summer of 2018-19 (December 2018 {\textendash} February 2019) was devastating for the Australian state of Tasmania. Fire services were overwhelmed by the multiple, large fires that burned over 200,000 ha across the western half of the island from the end of December through to early March. This report analyses these fires using the Zurich Flood Resilience Alliance{\textquoteright}s Post Event Review Capability (PERC) methodology. It focuses on community and business resilience; while there have been several reviews into firefighting operations, a more systemic view of resilience is less common.

The summer 2018/19 fires officially began on 24 December 2018, in one of the hottest and driest summers on record. On 15 January 2019, 2402 dry lightning strikes hit the state, igniting 70 fires that formed into four massive fire complexes. More than 210,000 hectares burned, including 95,000 hectares in the Tasmanian Wilderness World Heritage Area (TWWHA). Fortunately, no deaths were directly attributed to the bushfire, although an unknown number of people are believed to have died due to smoke and 114 injuries or accidents were recorded.

The event saw a significant and protracted evacuation, with the Huonville evacuation centre open for 15 days, accommodating up to 700 people daily. The lingering effects on impacted communities are still being felt. It resulted in the destruction of tourism assets, forestry resource and globally precious, protected ecosystems of the TWWHA. Smoke from the fires impacted health and the burgeoning viticulture industry in Tasmania. These impacts, along with others, have had significant flow-on effects to the already-struggling Tasmanian economy and communities.

There is much to learn from this event for Tasmania and other jurisdictions which will likely face similar events. This report outlines the risk landscape in southwest Tasmania, examining trends in climate-change charged bushfire conditions, exposure of people and assets, and their vulnerabilities. It outlines what happened during the event, with a focus on the community safety response. Direct and indirect impacts on people and economies are explored. Key insights are identified across all phases of the disaster cycle. Below we present an abridged version of the final recommendations of the study

}, keywords = {Capability, fires, post event, review, southwest, summer, Tasmania}, url = {https://www.zurich.com.au/content/dam/au-documents/news/the-southwest-tasmania-fires-of-summer-2018-2019-a-post-event-review-capability-study.pdf}, author = {Adriana Keating and John Handmer} } @article {bnh-4572, title = {Can major post-event inquiries and reviews contribute to lessons management?}, journal = {Australian Journal of Emergency Management }, volume = {33}, year = {2018}, month = {04/2018}, chapter = {34}, abstract = {

Significant disaster and emergency management events are invariably followed by formal post-event inquiries and reviews. Such reviews identify lessons to improve future capacities and set the agenda for policy and management reform for emergency management organisations. As a result, there is a substantial body of reflections and recommendations gathered across all hazard types and jurisdictions by formal, structured inquiry processes that contribute to lessons management for the emergency sector. However, whether there is any coherence or core lessons emerging for the Australian sector from the totality of postevent inquiries is unknown. The work reported here identifies the recommendations from these inquiries. A meta-analysis of 1336 recommendations made in 55 Australian major post-event reviews and inquiries since 2009 revealed common themes. The recommendations were compiled into a comprehensive database and categorised into 32 themes. The analysis highlighted recurrent themes from recommendations spanning multiple jurisdictions. The study indicates the potential value for Australian and New Zealand emergency management agencies and jurisdictions of using the aggregate data organised as a resource for lessons management.

}, keywords = {commission, communication, emergency management., lessons management, Planning, post-disaster, review, risk}, url = {https://knowledge.aidr.org.au/resources/ajem-jan-2018-can-major-post-event-inquiries-and-reviews-contribute-to-lessons-management/}, author = {Dovers, Steve} } @article {BF-4288, title = {Dead fuel moisture research: 1991{\textendash}2012}, journal = {International Journal of Wildland Fire}, year = {2013}, month = {09/2013}, abstract = {The moisture content of dead fuels is an important determinant of many aspects of bushfire behaviour. Understanding the relationships of fuel moisture with weather, fuels and topography is useful for fire managers and models of fuel moisture are an integral component of fire behaviour models. This paper reviews research into dead fuel moisture for the period 1991{\textendash}2012. The first half of the paper deals with experimental investigation of fuel moisture including an overview of the physical processes that affect fuel moisture, laboratory measurements used to quantify these processes, and field measurements of the dependence of fuel moisture on weather, vegetation structure and topography. The second set of topics examine models of fuel moisture including empirical models derived from field measurements, process-based models of vapour exchange and fuel energy and water balance, and experimental testing of both types of models. Remaining knowledge gaps and future research problems are also discussed. Opportunities for exciting research in the future exist for basic fuel moisture processes, developing new methods for applying models to fire behaviour prediction, and linking fuel moisture and weather forecast models.}, keywords = {forest litter, fuel moisture content, model, review}, doi = {http://dx.doi.org/10.1071/WF13005}, url = {http://www.publish.csiro.au/paper/WF13005.htm}, author = {Stuart Matthews} }