presented:
While at this (SEDAAG) meeting, Dr. Del Casino was the second author with a team from Mary Washington College (Stephen P. Hanna, Casey Selden, and Benjamin C. Hite), which presented a paper, entitled:
Dr. Del Casino is also the primary co-author (with Rachel Safman of Cornell University) of a presentation entitled:
Dr. Del Casino additionally presented:
Dr. Del Casino also served as a discussant on a panel (which he co-organized) entitled:
Dr. Del Casino also made a presentation to a panel entitled:
presented a progress report on her Quick Response grant:
Dr. Rodrigue presented an invited paper:
Dr. Rodrigue will present a paper in a special panel she is organizing:
She will also present a second paper in a special panel she just organized on the terrorist attack of 11 September:
Additionally, she will present a third paper, a poster:
Dr. Rodrigue presented:
Since 1997, I have been analyzing the use of the Internet in communicating about risk and in generating political pressure concerning hazards. As such, this is an extension of my long-standing interest in how print media represent hazards and disasters. My work on Internet risk communication has proceeded through a number of case studies, among them the plutonium on board the Cassini-Huygens spacecraft, chaparral fire hazard in Southern California, and a landslide incident in Southern California.
In the case studies explored thus far, what emerges is the rôle of the Internet in social risk amplification and risk attenuation. That is, in some cases (e.g., Cassini), social concern about a risk is inflated far beyond the estimates of probability and consequences coming from the professional risk assessment community. In other cases (e.g., chaparral fire hazard), social concern about a hazard assessed as relatively large in probability of occurrence and in consequences is soothed to a level enabling risky behavior (e.g., buying view homes in pyrogenic vegetation). Very interestingly, the Internet is used precisely to contest the legitimacy of conventional risk assessment science, with an eye toward generating political activism to impact risk management policy. In most of these cases, there is an attempt to recruit credentialed scientists at odds with the majority opinion in the relevant field of assessment science, a tactic seen in many other social issues than just hazards.
Perhaps more interesting than the risk amplification and attenuation content of Internet risk communication is its mechanism. Because of the exponential expansion in communication that the forward button allows, a very small number of people can generate large-scale awareness and political activism in service of their take on a given hazard. Tracing forwarded UseNet messages on Cassini back to their originators, I found that the entire controversy started with a handful of activists (from 2 to 11, depending on definitions). These individuals amplified the risks of plutonium on spacecraft, which proved very costly to NASA's Cassini science budget and which may alter the nature of outer solar system exploration in the future. The attenuation of perceived risk in the case of chaparral fire hazards in the mountains of Southern California was initiated ultimately by a single Malibu realtor disgruntled over Mike Davis' popularization of that hazard in The Ecology of Fear.
The Internet also seems to vary in its effectiveness as a risk communication medium, depending on the specific "channel" used. The Web is certainly the glamorous part of the Internet, with its full-color displays and multimedia (sound, movies, text, graphics, animation) capabilities. Its effectiveness as a medium, however, is limited by its need for an audience actively searching for information or following links. Oddly enough, the most effective "channels" of the Internet in risk communication seem to be the relatively homely ones: e-mail, listservers, news groups, and chats. These channels are far more ubiquitously used by people to get information out than are web pages (which are more technically demanding). And they demand little initiative from their more passive audiences: You get messages by e-mail (whether you want them or not) from friends, associates, and spammers. If some message about a risk catches your eye, it is extremely easy to send it to 50 of your closest Internet friends, who may themselves pass it on to their address lists, listservers, news groups, and chat buddies.
While at the Boulder conference, Dr. Rodrigue also presented a poster:
All the players in a given hazardous situation depend on broadcast and print media to get their messages out to one another and to the general public. The problem for them is that they cannot control the representation of their messages in the media. The media have their own interests and needs, which do not necessarily dovetail with the communications needs of risk assessment scientists, risk management policymakers, emergency responders, activists, and the broader public.
The Internet changes everything. This new, highly interactive medium brings immediacy, duration, geographical reach, and exponential expansion of communications among individuals -- and all for a very small price. Mass communication is now in the hands of the masses. What does this mean for the hazards community and the varyingly active members of the public?
Early results have included an impressive empowerment of individual activists as a handful of them generate tremendous citizen pressure on risk management decision makers. This is a blade that cuts both ways, however, with the Internet introducing new opportunities for demagoguery and for hijacking the reference group trust by which most people make political decisions on issues far beyond their normal concerns. The consequences include the propagation of skewed perceptions of hazard, and the resulting misdirection of behavior towards it.
That is, the Internet heightens efficiency in the social amplification of risk and the social attenuation of risk. The Internet has been used to amplify public concern about a risk assessed with conventional methods as vanishingly tiny in probability and relatively trivial in consequences (the use of plutonium dioxide on the Cassini-Huygens spacecraft). It has also been used to blunt perceptions of a natural hazard with relatively high and temporally increasing risks of recurrence and magnitude (chaparral fire hazard in Southern California).
Risk amplification in the first case may result in the opportunity costs of knowledge about the outer solar system forgone and of diverted political energies. Risk attenuation in the second case encourages more people to seek view homes in the middle of pyrogenic vegetation, thereby putting themselves at risk and diverting social protection resources to an unnecessary hazard.
Dr. Rodrigue recently presented:
She also presented:
Dr. Rodrigue also presented:
For the Cassini case study, the data consist of Internet dialogues on the topic, specifically, UseNet postings from 1 April 1995 through 31 March 1999. They illustrate the exponential impact of a very small and well-organized opposition movement, which utilized the Internet to exert pressure to abort the launch and flyby. Though Cassini went on to Saturn, the resulting political pressure on NASA has created an atmosphere of public controversy in which new missions may be more difficult to authorize if their goals and design require RTGs.
For the Anaheim Hills case study, the data derive from a content analysis of a massive web site built by one of the victims of the landslide, building a forum for other victims to relate their individual stories, an activist bulletin board for victims seeking restitution and, increasingly, for potential victims in a growing series of other landslide-susceptible sites, and a site to warn potential buyers away from hazardous areas.
The successes of the anti-Cassini activists on the one hand and the victim of the landslide on the other raise questions about the nature of risk decision-making in a democratic but unevenly informed society and about the sources of uneven access to information. It underscores the empowerment of small but well-organized groups in the realm of natural and technological hazard policy and the potential of the Internet in heightening individual empowerment in such debates. It also raises less heartening issues of potential demagoguery in cyberspace.
Dr. Rodrigue also made a poster available about the Cassini project, an abridgement of the content of the AAAS paper (below):
Dr. Rodrigue presented:
This paper presents a case study of a recent technological risk controversy: the use of plutonium dioxide radioisotope thermal generators (RTGs) on board the Cassini-Huygens mission to Saturn, in light of its gravity-assist swing by Earth in August 1999. The data consist of Internet dialogues on the topic, specifically, UseNet postings from 1 April 1995 through 31 March 1999. They illustrate the exponential impact of a very small and well-organized opposition movement, which utilized the Internet to exert pressure to abort the launch and flyby. Though Cassini went on to Saturn, the resulting political pressure on NASA has created an atmosphere of public controversy in which new missions may be very difficult to authorize if their goals and design require RTGs.
The success of the anti-Cassini activists raises questions about the nature of technological risk decision-making in a democratic but unevenly informed society. It underscores the empowerment of small but well-organized groups in the realm of natural and technological hazard policy and the potential of the Internet in heightening individual empowerment in such debates, particularly when science itself is under critical interrogation. It also raises less heartening issues of demagoguery in cyberspace.
will present:
Will present:
Dr. Wechsler will also make a panel presentation to the:
Dr. Wechsler and graduate student Ms. Erin Stockenberg, presented:
Additionally, she presented:
Dr. Wechsler also gave a paper entitled:
will present:
Dr. Curtis presented a paper:
He presented a paper, of which he is the primary co-author (with alumna Aimée R. Mindes):
Dr. Curtis also presented:
Dr. Lassiter also presented:
will present:
Drawing on the work of anthropologists Mary Douglas and Victor Turner, I will argue that campers were urbanized anti-urbanists who could not abandon the city so instead took to this recreation as a form of pilgrimage back to the city's antithesis, "nature." Like other exculpatory rituals, camping employed a set of formal behaviors and myths to guide its practitioners into contact with this sacred source of Americaness. When properly practiced, immersion into the "purity" of the natural environment cleansed campers of the "dirt" of urban life and re-invigorated them for another round of city life. Conversely, even though campers shared a common goal, they grew more socially and spatially isolated from each other during these seven decades as technological innovation fostered new camping modes and provided access to an expanding array of "natural" yet disjunct destinations. This process of segmentation and isolation has continued into the present, increasing the frequency and intensity of conflicts among campers over the allocation of the limited resources available for the many modes and locations they enjoy.
He will also present:
Keywords: Last Minute, Napkins, Kinko's
Actually, it turned out that he actually presented a paper with Dr. Ronnie Gossette Wade of Stanford University (and the abstract has recently been declassified <G>:
Dr. Gossette presented:
Together with graduate student, Mr. Michael Jenkins, Dr. Gossette presented:
presented:
As Chauncy Harris wrote, this period was "a seminal period in the development of geography and geographers in the United States during a significant period in American History." This research addresses the role of women geographers during the 1940s and 1950s. Previous research has documented, at a broad level, the numbers and occupations of women in geography-related fields, but the lives of these women remain largely unrecorded. This project involved interviewing women who are still living combined with archival research of oral histories that were recorded by other researchers.
Dr. Tyner also made an invited presentation:
This paper is a brief overview of women's contributions of the map trades from the 3rd century to the 20th century. It looks at who the women were, the types of employment, the motivation for employment, and the roles women played in the trade.
As Director of the Internship Program in Applied Geography, my first challenge is to give students hope and help them develop confidence in their future. I work to prepare students for career opportunities and develop some of those opportunities through alumni/ae and other industry and government contacts. I also expose students to career possibilities through invited speakers, tours and an active web site. Part of the site showcases recent student internship experiences in their own words and photographs. In essence, I open doors, then gently push students through those doors and support them until they soon forget they needed support.
The success of the program over the last several years is evident in the numbers of students placed in internships, the quality of the learning experiences they have, and the ongoing career success of recent graduates. Over 95% of students who do an internship go on to full time, geography-related jobs after graduation.
Dr. Azary also presented:
As a graphical representation, a flow diagram and supplementary information will illustrate the structural relationship involved in the acquisition of geographical knowledge and the behaviors appropriate for navigating in the hypermedia experience.
Montego Bay is the largest urban center of St. James Parish, with a population of over 83,000 and an estimated annual growth rate of about 2% (1997). Tourism has emerged as the dominant economic activity, which created significant employment opportunities and stimulated urban development. Despite all efforts, pressure has been placed on the supply of housing, and the growth in squatter settlements on the outskirts of Montego Bay is accelerating rapidly. The comparison of remote sensing data from ten years ago and today will help determine the extent of urban sprawl by detecting areas that changed from undeveloped to developed land.
In addition, Ms. Müller presented another paper, entitled:
Ms. Müller came to CSULB as an undergraduate exchange student from Austria last year and decided to stay here to pursue a master's degree.
Keywords: geography-music, place perception, borderlands region.
Mr. Huefe is currently an active graduate student in geography at CSULB and is working with Dr. James Curtis on his thesis, which, like this presentation, deals with borderlands musicogeography.
Analysis involved comparing an aspect model, created from USGS 7.5 min. topographic quadrangle DEMs covering the Santa Monica Mountains National Recreation Area (NRA) in Southern California, and a database consisting of fires in the area that have been mapped between the years 1925-1997. Aspect was calculated using ESRI's Spatial Analyst extension in ArcView.
Fire analysis was developed utilizing a fire history database combined from the Department of Water and Power, LA County Fire Department, Ventura County Fire Department, and GeoCart Systems, respectively. In the Santa Monica Mountains, the areas of burn incidence ranged from burned once to burned nine times. The nine burn incidence classes were then merged to the derived aspect to isolate an aspect of areas burned.
The percentage of each sector burned was determined by dividing the number of directional cells within each class by the total number of cells found in each burn incidence. A 'firerose' representing the 8 sectors (i.e. north, northeast, east) was then developed for each burn incidence. ERDAS Imagine software was used to create a 3-D "flythrough" of the Santa Monica Mountains showing the current total of burn incidence areas.
This study was created from data sources of other ongoing research projects concerned with wildland brushfire hazards. The center is directly involved with the production of educational materials designed to promote undergraduate training in remote sensing and opportunities for graduate level research. The Southern California Wildfire Hazard Center (SCWHC), which is a NASA-funded Regional Earth Science Application Center (RESAC), is located in the Geography Department at California State University, Long Beach.
The four authors are graduate students in the Geography Master's Degree Program at CSULB and work in the Southern California Wildfire Hazard Center.
Ms. Mindes is now a full-time instructor in the Physical Sciences Department
at Rio Hondo College, in Whittier.
Mr. Frazier is currently a Ph.D. student in the Geographisches Institut,
Humboldt-Universität, Berlin, working under Dr. Marlies Schulz, who spoke
on campus in April.
Mr. Jenkins now does GIS work for the City of Lakewood.
Ms. Aimée R. Mindes, recent M.A. from CSULB, presented
a paper as secondary co-author (with Dr. Jim Curtis), entitled:
Mr. Tom Frazier, recent M.A. from CSULB, presented:
Mr. Michael Jenkins, together with Dr. Frank Gossette, presented:
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Last revised: 12/14/01