Journal articles on the topic 'Warrnambool'

Effective emergency management of a disaster at a single point of failure is vital if the effects of the disaster are to be mitigated. The immediate impacts of a disaster highlight stakeholder perspectives. There is no one-size-fits-all solution to every disaster. Nevertheless, analysing features, aftermath, impact and interim services made available after a disaster provide lessons that can be utilised to avert or mitigate the effects of similar events in the future. This paper provides lessons learnt from a fire that occurred in 2012 in the Warrnambool telephone exchange located in Victoria, Australia and proposes a strategy that provides increased network resilience and more effective emergency management once the copper-based core switching in exchanges is progressively replaced by fibre service area modules.

At Moyjil (Point Ritchie), a cliffed site at the mouth of the Hopkins River at Warrnambool, south-eastern Australia, an erosional disconformity of Last Interglacial age on both a rock stack and the adjacent headland represents a surface of possible human occupation. Shells of edible marine molluscs occur on the disconformity, together with a distinctive population of transported stones derived from a calcrete of MIS 7 age and bearing variable dark grey to near-black colouration suggestive of fire. Experimental fire produced similar thermal alteration of calcrete. A strong correlation exists between intensity and depth of dark staining on one hand and increased magnetic susceptibility on the other. Thermal luminescence analyses of blackened stones provide ages in the MIS 5e range, 100–130 ka, consistent with independent stratigraphic evidence and contemporaneous with the age of the surface on which they lie. The distribution of fire-darkened stones is inconsistent with wildfire effects. Two hearth-like features closely associated with the disconformity provide further indications of potential human agency. The data are consistent with the suggestion of human presence at Warrnambool during the Last Interglacial.

Formally speaking, the Sydney History Group (SHG) began in 1977, and ran for almost 20 years to 1995, when the last of its seven books appeared.1 The books all presented original research on aspects of Sydney history and were edited by members of the Group, all whom are here today except for first president, the Warrnambool-born economic historian and urbanist Max Kelly.2 His MA on the history of Paddington, later published as A Paddock Full of Houses in 1978, set a new standard in suburban history and whose outline for a history of Sydney delivered to an informal interdisciplinary gathering of economic historians in the early seventies was ahead of its time. Max died too soon in 1996.

A decision to introduce natural gas supply to a small market requires a thorough examination of the economic and technical factors that a gas distributor will encounter in such a project. This paper identifies the important factors to be considered in the feasibility stage and in the construction and implementation phases of the project. The experience of the Gas and Fuel Corporation of Victoria supplying natural gas to the city of Warrnambool is described through all these stages.A feasibility study for natural gas to a small market requires the preparation of a reliable forecast of end- user demand and an assessment of demand/price elasticities for major market sectors, such as household uses and large industrial uses. Where gas is to be supplied from new gas fields any assessment of proven gas reserves must be made. The assessed level of reserves can be measured against forecast demand to identify an expected project life over which the producer and distributor will need to earn a fair return.A producer and a distributor have a common interest in the level of recoverable reserves, the price between producer and distributor, the market demand and the price payable by end- users. A price agreed between a producer and a distributor will be at a level where both parties are satisfied with the expected returns. A higher price would increase returns to the producer, but would deter the distributor from the project.Natural gas supply to Warrnambool involved the planning and construction of a pipeline and an up­grading and expansion of the local reticulation system. In addition, conversion of nearly 13 000 household appliances was undertaken. This work was successfully completed at a cost of about $10 million. The planning and design of these facilities is a balance between short- term cost minimisation, and cost levels that will achieve long- term economies of scale.To achieve a fast development of the end- use consumption, a strong marketing effort was undertaken to ensure connection of large- use industrial customers was achieved without delay. This quick development of load was essential to provide good cash inflows to the distributor and the producer at an early stage of project development.

Shelly deposits at Moyjil (Point Ritchie, Warrnambool), Victoria, together with ages determined from a variety of techniques, have long excited interest in the possibility of a preserved early human influence in far south-eastern Australia. This paper presents a detailed analysis of the stratigraphy of the host Bridgewater Formation (Pleistocene) at Moyjil and provides the context to the shelly deposits, evidence of fire and geochronological sampling. We have identified five superposed calcarenite–palaeosol units in the Bridgewater Formation, together with two prominent erosional surfaces that may have hosted intensive human activity. Part of the sequence is overlain by the Tower Hill Tuff, previously dated as 35 ka. Coastal marine erosion during the Last Interglacial highstand created a horizontal surface on which deposits of stones and shells subsequently accumulated. Parts of the erosional surface and some of the stones are blackened, perhaps by fire. The main shell deposit was formed by probable mass flow, and additional shelly remains are dispersed in the calcareous sand that buried the surface.

<p class="Body1">The following paper presents an interdisciplinary design studio program at the School of Architecture and Built Environment, Deakin University, referred to as the ‘UrbanHeart Surgery’. This is a design based research forum that attempts to facilitate a landscape of decision-making that stimulates an integrated approach to design within the urban context.</p><p>The Urbanheart program has developed into a very successful teaching, research and public/community relations program. It has not only secured an ongoing relationship with various planning authorities, but its core of industrial partnerships has expanded to include four regional councils (Bendigo, Ballarat, Geelong, Surfcoast and Warrnambool), three metropolitan municipalities (Melbourne City, Port Phillip, Wyndham and Maribyrnong) and close links with various Victorian State government departments.</p><p>The program actively integrates postgraduate students from Architecture, Urban Design, Landscape Architecture and Planning. The different scales of resolution at which the unit operates would welcome further integration with students from Mechanical Engineering, Art and Design, Information Technology and Environmental Science.</p>

Field metabolic rates (FMRs) and water-flux rates of free-living male and female long-nosed potoroos (Potorous tridactylus) were measured in two seasons near Warrnambool in southern Victoria, Australia, using the doubly labelled water technique. Potoroos, which weighed about 835 g, expended 30% more energy (590 kJ day-1) in early spring than they did in midsummer (463 kJ day-1 ), despite mean minimum temperatures in the two seasons differing by only 4C. We did not find any difference in the FMRs of males and females even though all females carried pouch young or had young at foot. The mean water flux rates followed a similar seasonal trend to that of FMR with the summer mean influx rate (131 mL day-1 ) being 30% lower than that in spring (174 mL day-1 ). This difference in water-turnover rate may reflect changes in the seasonal water status of the environment. Hypogeous fungi constitute a major part of the diet of potoroos and the role played by this food source in supplying amino acids is discussed.

Claims for a human presence in Australia beyond 60,000 years ago must have a strong evidence base associated with rigorous methodology and intense scrutiny. In this light we present excavation results for Charcoal and Burnt Stone Feature #1 (CBS1) located within coastal dune sediments at Moyjil (Point Ritchie), Warrnambool, that independent geomorphic and OSL dating indicates is of Last Interglacial age (~120,000 years ago). While on plausibility grounds the cultural status of a feature of such great antiquity in Australia is unlikely, a cultural origin for CBS1 is less easily dismissed if assessed with an age-independent methodology. A broad range of macroscale discrimination criteria has been used to assess whether CBS1 is either a cultural hearth or a natural feature such as a burnt tree stump. On balance, evidence marginally supports a cultural origin over a natural origin. However, the absence of associated stone artefacts and faunal remains and the presence of burnt root wood precludes definitive statements on the cultural status of the feature. Our case study is methodologically instructivein terms of the potential complexities and issues of equifinality involved in the archaeological identification of ancient hearths.

The aim of this study was to investigate the dietary, physical activity and sedentary behaviours of adolescents from four secondary schools in Warrnambool, regional Victoria. In 2004, a random sample of students (n=712), stratified by school year level, was generated from school enrolment databases and 443 students completed a lifestyle questionnaire. Twenty per cent of students were physically active for 60 minutes or more per day; 28 per cent used electronic media in free time for a maximum of two hours per day. Only seven per cent of students met these two Australian physical activity recommendations. Fruit, vegetables and dairy products were consumed every day by 39 per cent, 40 per cent and 71 per cent of students respectively; three serves per day of each of these foods are recommended for Australian adolescents. Compared with boys, girls were less physically active (p<0.001), consumed more fruit (p=0.011) and vegetables (p<0.001), but fewer dairy products (p<0.024). Seventeen per cent of students were overweight or obese; these students were less physically active than normal weight peers (p<0.018). The dietary, physical and sedentary behaviours of regional Victorian secondary school students in this study were inadequate when compared with Australian recommendations. Dietary and physical activity habits are still evolving in adolescence and unhealthy habits can still be changed.

The Speculant 3D Transition Zone (TZ) Seismic Survey was acquired by Origin Energy in the Otway Basin, about 30 km east of Warrnambool, Victoria, during November and December 2010. The objective of the survey was to fill a data gap between existing marine and land 3D seismic surveys. Although the survey covered a small surface area, it included part of the Bay of Islands Coastal Park, dairy farms, southern rock lobster fishing grounds and the migration route for the Southern Right Whale. Numerous exclusion zones were required to address a variety of stakeholder concerns, avoid environmentally sensitive areas, combat a physical landscape dominated by 60 m sea cliffs and the large Southern Ocean surf. These access restrictions required the innovative use of modern seismic technology to enable a survey that could simultaneously record onshore and offshore without a physical connection between recording systems. On land a GSR cable-free recording system was used for the first time in Australia, eliminating the need for any line preparation or vegetation clearing. Offshore an ocean bottom cable system was used. The survey employed smaller sources than traditionally used in the region. A 900 in3 generator–injector airgun array was used offshore while a single Vibroseis unit was used on land. This paper shares the lessons learnt during the planning, approval and acquisition of the Speculant Seismic Survey with the steps taken to reduce the operation’s footprint while maintaining data quality.

Characteristics of marine shellfish and other species found in a Last Interglacial (LIG) shell deposit at Point Ritchie (Moyjil) at Warrnambool in south-western Victoria have been compared to those from modern and LIG natural beach deposits, Holocene Aboriginal middens and modern Pacific Gull (Larus pacificus) middens. The research was aimed at determining whether properties such as shell speciation, size or taphonomy could identify the mechanism responsible for formation of the Moyjil deposit. Marine species found in the Moyjil deposit resemble those found in both Aboriginal and Pacific Gull middens and are non-discriminatory for the two types. Taphonomic properties such as wear and breakage pattern of opercula of the dominant species, Lunella undulata (syn. Turbo undulatus), are non-diagnostic because of post-depositional erosion and transport effects in the available specimens. The size of L. undulata opercula show clear bias toward larger individuals, in common with Aboriginal and seabird middens, when compared to natural shell deposits. Statistical analysis (ANOVA) of the size distributions shows a greater similarity of the Moyjil deposit to the two seabird middens than the two Aboriginal middens. Small individuals (operculum L. undulata as well as smaller shellfish species are absent from the seabird middens studied, but they are present in Aboriginal middens and in the Moyjil deposit. Overall, we conclude that shell properties alone are not sufficient to distinguish which predator collected the shellfish occurring in the deposit.

An unusual shell deposit at Moyjil (Point Ritchie), Warrnambool, in western Victoria, has previously been dated at 67±10 ka and has features suggesting a human origin. If human, the site would be one of Australia’s oldest, justifying a redetermination of age using amino acid racemisation (AAR) dating of Lunella undulata (syn. Turbo undulatus) opercula (the dominant shellfish present) and optically stimulated luminescence (OSL) of the host calcarenite. AAR dating of the shell bed and four Last Interglacial (LIG) beach deposits at Moyjil and Goose Lagoon, 30 km to the west, confirmed a LIG age. OSL analysis of the host sand revealed a complex mixing history, with a significant fraction (47%) of grains giving an early LIG age (120–125 ka) using a three-component mixing model. Shell deposition following the LIG sea-level maximum at 120–125 ka is consistent with stratigraphic evidence. A sand layer immediately below the shell deposit gave an age of ~240 ka (i.e. MIS 7) and appears to have been a source of older sand incorporated into the shell deposit. Younger ages (~60–80 ka) are due to bioturbation before calcrete finally sealed the deposit. Uranium/thorium methods were not applicable to L. undulata opercula or an otolith of the fish Argyrosomus hololepidotus because they failed to act as closed systems. A U–Th age of 103 ka for a calcrete sheet within the 240 ka sand indicates a later period of carbonate deposition. Calcium carbonate dripstone from a LIG wave-cut notch gave a U–Th age of 11–14 ka suggesting sediment cover created a cave-like environment at the notch at this time. The three dating techniques have collectively built a chronology spanning the periods before and after deposition of the shell bed, which occurred just after the LIG sea-level maximum (120–125 ka).

There has been a significant increase in the number of peer-reviewed publications, critical reviews and searchable web-based databases, since the first substantial tsunami database for Australia was published in 2007. This review represents a complete reorganization and restructuring of previous work coupled with the addition of new data that takes the number of events from 57 (including 2 erroneous events) to 145. Several significant errors have been corrected including mistaken run-up heights for the event of 19 August 1977, Sumba Island, Indonesia, that suggested it was the largest tsunami in Australia’s history. The largest historical event in the database is now the 17 July 2006, Java, Indonesia, tsunami that had a run-up height of 7.90 m at Steep Point, Western Australia. Although estimated wave heights of 40 ft (∼13 m) were noted for the 8 April 1911 event at Warrnambool, Victoria, no run-up data were provided. One of the more interesting findings has been the occurrence of at least 11 deaths, albeit for events that are generally poorly defined. Data gathered during the construction of this database were rigorously reviewed and as such several previous palaeotsunami entries have been removed and other potentially new ones discarded. The reasons for inclusion or exclusion of data are discussed, and it is acknowledged that while there has been an almost three-fold increase in the number of entries the database is still incomplete. With this in mind the database architecture has been brought in line with others in the region with the ultimate goal of merging them all in order to provide a larger, interrogatable and updatable data set. In essence, the goal is to enhance our understanding of the national and regional tsunami hazard (and risk) and to move towards an open-source database.

Within New Zealand and eastern Australia, over 58,000 southern right whales were harvested by commercial whalers between 1790 and 1980, with approximately 19,000 harvested from south-eastern Australia. Local extirpation is believed to have led to a loss of cultural memory of calving areas, contributing to the limited recovery of the south-eastern Australian population. While the number of whales observed using the south-eastern Australian coastline is increasing, there has been no change over three decades in the annual abundance of cow-calf pairs at Logans Beach in Warrnambool, Victoria, the only established calving ground in the region. Knowledge of life history parameters of the south-eastern Australian population is lacking. Here, we examine sightings and photo-identification data from southern Australia to investigate calving intervals, long range movements and fidelity to the Logans Beach nursery ground. Sightings data revealed at least 93 calves were born at Logans Beach between 1980 and 2018 (an average of 2.6 per year) with a mean calving interval of 3.5 ± 1.0 years (± SE, n = 34). Comparison between photo-identification catalogues compiled for south-eastern and south-western Australian populations shows that southern right whales are wide ranging within southern Australian waters. Females can be sighted at locations as far apart as 3,800 km across seasons and there is overlap in the wintering range of the south-eastern and south-western populations, with at least 7% of whales using both regions. We also provide the first report of an Australian southern right whale female with strong site fidelity to a calving area in one region relocating long-term to a calving area in another region. This work highlights several knowledge gaps, such as; the location of feeding and conception grounds for this population as well as the degree of mixing between the two Australian populations outside their wintering areas. In addition, the proportion of female calves born at Logans Beach returning to their natal site to calve remains unclear. Our work provides the first assessment of calving rates, movement and site fidelity within the south-eastern Australian population, critical for understanding constraints to recovery and informing conservation management of southern right whales in Australia. Targeted, long-term monitoring programs across the south-eastern Australian region are needed to provide demographic information on which to base predictions of the impacts of anthropogenic threats such as noise disturbance, entanglement and vessel strike.

IntroductionBushfires have taken numerous lives and destroyed communities throughout Australia over many years. Catastrophic fire weather alerts have occurred during the Australian summer of 2012–13, and long-term forecasts predict increased bushfire events throughout several areas of Australia. This article highlights how organisational and individual responses to bushfire in Australia often entail creative responses—either improvised responses at the time of bushfire emergencies or innovative (organisational, strategic, or technological) changes which help protect the community from, or mitigate against, future bushfire catastrophes. These improvised or innovative responses include emergency communications systems, practices, and devices. This article reports on findings from a research project funded by the Australian Research Council titled Using Community Engagement and Enhanced Visual Information to Promote FireWatch Satellite Communications as a Support for Collaborative Decision-making. FireWatch is a Web-based public information product based on near real time satellite data produced by the West Australian (WA) Government entity, Landgate. The project researches ways in which remote and regional publics can be engaged and mobilised through the development of a more user-friendly FireWatch site to make fire information accessible and usable, allowing a community-focused response to risk.The significance of the research project is evident both in how it addresses the important and life-threatening challenge of bushfires; and also in how Australia’s increasingly hot, dry, long summers are adding to historically-established risks. This innovative project uses an iterative, participatory design process incorporating action-research practices. This will ensure that the new Firewatch interface is redesigned, tested, observed, and reflected upon multiple times—and will incorporate the collective creativity of users, designers, and researchers.The qualitative findings reported on in this article are based on 19 interviews with community members in the town of Kununurra in the remote Kimberley region of WA. The findings are positioned within a reconceptualised framework in which creativity is viewed as an essential component of successful emergency responses. This includes, we argue, two critical aspects of creativity: improvisation during a catastrophic event; and ongoing innovation to improve future responses to catastrophes—including communication practices and technologies. This shifts the discourse within the literature in relation to the effective management and community responses to the changing phenomenon of fire catastrophes. Findings from the first round of interviews, and results of enquiries into previous bushfires in Australia, are used to highlight how these elements of creativity often entail a collective creativity on the part of emergency responders or the community in general. An additional focus is on the importance of the critical use of communication during a bushfire event.ImprovisationThe notion of "improvisation" is often associated with artistic performance. Nonetheless, improvisation is also integral to making effectual responses during natural catastrophes. “Extreme events present unforeseen conditions and problems, requiring a need for adaptation, creativity, and improvisation while demanding efficient and rapid delivery of services under extreme conditions” (Harrald 257).Catastrophes present us with unexpected scenarios and require rapid, on the spot problem solving and “even if you plan for a bushfire it is not going to go to plan. When the wind changes direction there has to be a new plan” (Jeff. Personal Interview. 2012). Jazz musicians or improvisational actors “work to build their knowledge across a range of fields, and this knowledge provides the elements for each improvisational outcome” (Kendra and Wachendorf 2). Similarly, emergency responders’ knowledge and preparation can be drawn “upon in the ambiguous and dynamic conditions of a disaster where not every need has been anticipated or accounted for” (Kendra and Wachtendorf 2). Individuals and community organisations not associated with emergency services also improvise in a creative and intuitive manner in the way they respond to catastrophes (Webb and Chevreau). For example, during the 9/11 terrorism catastrophe in the USA an assorted group of boat owners rapidly self-organised to evacuate Lower Manhattan. On their return trips, they carried emergency personnel and supplies to the area (Kendra and Wachendorf 5). An interviewee in our study also recalls bush fire incidents where creative problem solving and intuitive decision-making are called for. “It’s like in a fire, you have to be thinking fast. You need to be semi self-sufficient until help arrives. But without doing anything stupid and creating a worse situation” (Kelly. Personal Interview. 2012). Kelly then describes the rapid community response she witnessed during a recent fire on the outskirts of Kununurra, WA.Everyone had to be accounted for, moving cars, getting the tractors out, protecting the bores because you need the water. It happens really fast and it is a matter of rustling everyone up with the machinery. (2012)In this sense, the strength of communities in responding to catastrophes or disasters “results largely from the abilities of [both] individuals and organisations to adapt and improvise under conditions of uncertainty” (Webb and Chevreau 67). These improvised responses frequently involve a collective creativity—where groups of neighbours or emergency workers act in response to the unforseen, often in a unified and self-organising manner. InnovationCatastrophes also stimulate change and innovation for the future. Disasters create a new environment that must be explored, assessed, and comprehended. Disasters change the physical and social landscape, and thereby require a period of exploration, learning, and the development of new approaches. (Kendra and Wachtendorf 6)These new approaches can include organisational change, new response strategies, and technologies and communication improvements. Celebrated inventor Benjamin Franklin, for instance, facilitated the formation of the first Volunteer Fire department in the 1850s as a response to previous urban fire catastrophes in the USA (Mumford 258). This organisational innovation continues to play an instrumental part in modern fire fighting practices. Indeed, people living in rural and remote areas of Australia are heavily reliant on volunteer groups, due to the sparse population and vast distances that need to be covered.As with most inventions and innovations, new endeavours aimed at improving responses to catastrophes do not occur in a vacuum. They “are not just accidents, nor the inscrutable products of sporadic genius, but have abundant and clear causes in prior scientific and technological development” (Gifillian 61). Likewise, the development of our user-friendly and publically available FireWatch site relies on the accumulation of preceding inventions and innovations. This includes the many years spent developing the existing FireWatch site, a site dense in information of significant value to scientists, foresters, land managers, and fire experts.CommunicationsOften overlooked in discussions regarding emergency communications is the microgeographical exchanges that occur in response to the threat of natural disasters. This is where neighbours fill the critical period before emergency service responders can appear on site. In this situation, it is often local knowledge that underpins improvised grassroots communication networks that inform and organise the neighbourhood. During a recent bushfire on peri-rural blocks on the outskirts of Kununurra, neighbours went into action before emergency services volunteers could respond.We phoned around and someone would phone and call in. Instead of 000 being rung ten times, make sure that one person rang it in. 40 channel [CB Radio] was handy – two-way communication, four wheelers – knocking on doors making sure everyone is out of the house, just in case. (Jane. Personal Interview. 2012) Similarly, individuals and community groups have been able to inform and assist each other on a larger scale via social network technologies (SNTs). This creative application of SNTs began after the 9/11 terror attacks in 2001 when individuals created wikis in order to find missing persons (Palen and Lui). Twitter has experienced considerable growth and was used freely during the 2009 Black Saturday fires in Australia. Studies of tweeting activity during these fires indicate that “tweets made during Black Saturday are laden with actionable factual information which contrasts with earlier claims that tweets are of no value made of mere random personal notes” (Sinnappan et al. n.p.).Traditionally, official alerts and warnings have been provided to the public via television and radio. However, several inquiries into the recent bushfires within Australia show concern “with the way in which fire agencies deliver information to community members during a bushfire...[and in order to] improve community safety from bushfire, systems need to be implemented that enable community members to communicate information to fire agencies, making use of local knowledge” (Elsworth et al. 8).Technological and social developments over the last decade mean the public no longer relies on a single source of official information (Sorensen and Sorensen). Therefore, SNTs such as Twitter and Facebook are being used by the media and emergency authorities to make information available to the public. These SNTs are dynamic, in that there can be a two-way flow of information between the public and emergency organisations. Nonetheless, there has been limited use of SNTs by emergency agencies to source information posted by in situ residents, in order to help in decision-making (Freeman). Organisational use of multiple communication channels and platforms to inform citizens about bushfire emergencies ensures a greater degree of coverage—in case of communication systems breakdowns or difficulties—as in the telephone alert system breakdown in Kelmscott-Roleystone, WA or a recent fire in Warrnambool, Victoria which took out the regional telephone exchange making telephone calls, mobiles, landlines, and the Internet non-operational (Johnson). The new FireWatch site will provide an additional information option for rural and remote Australians who, often rely on visual sightings and on word-of-mouth to be informed about fires in their region. “The neighbour came over and said - there is a fire, we’d better get our act together because it is going to hit us. No sooner than I turned around, I thought shit, here it comes” (Richard. Personal Interview. 2012). The FireWatch ProjectThe FireWatch project involves the redevelopment of an existing FireWatch website to extend the usability of the product from experts to ordinary users in order to facilitate community-based decision-making and action both before and during bushfire emergencies. To this purpose, the project has been broken down to two distinct, yet interdependent, strands. The community strand involves collaboration within a community (in this case the Kununurra community) in order to carry out a community-centred approach to further development of the site. The design strand involves the development of an intuitive and accessible Web presentation of complex information in clear, unambiguous ways to inform action in stressful circumstances. At this stage, a first round of 19 semi-structured interviews with stakeholders has been conducted in Kununurra to determine fire-related information-seeking behaviours, attitudes to mediated information services in the region, as well as user feedback on a prototype website developed in the design strand of the project. Stakeholders included emergency services personnel (payed and volunteer), shire representatives, tourism operators, small business operators (including tourism operators), a forest manager, a mango farmer, an Indigenous ranger team manager as well as general community members. Interviewees reported dissatisfaction with current information systems. They gave positive feedback about the website prototype. “It’s very much, very easy to follow” (David. Personal Interview. 2012). “It looks so much better than [the old site]. You couldn’t get in that close on [the other site]. It is fantastic” (Lance. Personal Interview. 2012). They also added thought-provoking contributions to the design of the website (to be discussed later).Residents of Kununurra who were interviewed for this research project found bushfire warning communications unsatisfactory, especially during a recent fire on the outskirts of town. People who called 000 had difficulties passing the information on, having to explain exactly where Kununurra was and the location of fires to operators not familiar with the area. When asked how the Kununurra community gets their fire information a Shire representative explained: That is not very good at the moment. The only other way we can think about it is perhaps more updates on things like Facebook, perhaps on a website, but with this current fire there really wasn’t a lot of information and a lot of people didn’t know what was going on. We [the shire] knew because we were talking to the [fire] brigades and to FESA [Fire and Emergency Services Authority] but most residents didn’t have any idea and it looks pretty bad. (Ginny. Personal Interview. 2012) All being well, the new user-friendly FireWatch site will add another platform through which fire information messages are transmitted. Community members will be offered continuously streamed bushfire location information, which is independent of any emergency services communication systems. In particular, rural and remote areas of Australia will have fire information at the ready.The participatory methodology used in the design of the new FireWatch website makes use of collaborative creativity, whereby users’ vision of the website and context are incorporated. This iterative process “creates an equal evolving participatory process between user and designer towards sharing values and knowledge and creating new domains of collective creativity” (Park 2012). The rich and sometimes contradictory suggestions made by interviewees in this project often reflected individual visions of the tasks and information required, and individual preferences regarding the delivery of this information. “I have been thinking about how could this really work for me? I can give you feedback on what has happened in the past but how could it work for me in the future?” (Keith. Personal Interview. 2012). Keith and other community members interviewed in Kununurra indicated a variety of extra functions on the site not expected by the product designers. Some of these unexpected functions were common to most interviewees such as the great importance placed on the inclusion of a satellite view option on the site map (example shown in Figure 1). Jeremy, a member of an Indigenous ranger unit in the Kununurra area, was very keen to incorporate the satellite view options on the site. He explained that some of the older rangers:can’t use GPSs and don’t know time zones or what zones to put in, so they’ll use a satellite-style view. We’ll have Google Earth up on one [screen], and also our [own] imagery up on another [screen] and go that way. Be scrolling in and see – we’ve got a huge fire scar for 2011 around here; another guy will be on another computer zoning in and say, I think it is here. It’s quite simplistic but it works. (Personal Interview. 2012) In the case above, where rangers are already switching between computer screens to incorporate a satellite view into their planning, the importance of a satellite view layer on the FireWatch website makes user context an essential part of the design process. Incorporating many layers on one screen, as recommended by participants also ensures a more elegant solution to an existing problem.Figure 1: Satellite view in the Kununurra area showing features such as gorges, rivers, escarpments and dry riverbedsThis research project will involve further consultation with participants (both online and offline) regarding bushfire safety communications in their region, as well as the further design of the site. The website will be available over multiple devices (for example desktops, smart phones, and hand held tablet devices) and will be launched late this year. Further work will also be carried out to determine if social media is appropriate for this community of users in order to build awareness and share information regarding the site.Conclusion Community members improvise and self-organise when communicating fire information and organising help for each other. This can happen at a microgeographical (neighbourhood) level or on a wider level via social networking sites. Organisations also develop innovative communication systems or devices as a response to the threat of bushfires. Communication innovations, such as the use of Twitter and Facebook by fire emergency services, have been appropriated and fine-tuned by these organisations. Other innovations such as the user-friendly Firewatch site rely on previous technological developments in satellite-delivered imagery—as well as community input regarding the design and use of the site.Our early research into community members’ fire-related information-seeking behaviours and attitudes to mediated information services in the region of Kununurra has found unexpectedly creative responses, which range from collective creativity on the part of emergency responders or the community in general during events to creative use of existing information and communication networks. We intend to utilise this creativity in re-purposing FireWatch alongside the creative work of the designers in the project.Although it is commonplace to think of graphic design and new technology as incorporating creativity, it is rarely acknowledged how frequently these innovations harness everyday perspectives from non-professionals. In the case of the FireWatch developments, the creativity of designers and technologists has been informed by the creative responses of members of the public who are best placed to understand the challenges posed by restricted information flows on the ground in times of crisis. In these situations, people respond not only with new ideas for the future but with innovative responses in the present as they communicate with each other to deal with the challenge of a fast-moving and unpredictable situation. Such improvisation, honed through close awareness of the contours and parameters of both community and communication, are one of the ways through which people help keep themselves and each other safe in the face of dramatic developments.ReferencesElsworth, G., and K. Stevens, J. Gilbert, H. Goodman, A Rhodes. "Evaluating the Community Safety Approach to Bushfires in Australia: Towards an Assessment of What Works and How." 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