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The use of ceramics within the signage project in hostile and environmental<br />

protected areas: the Keller Peninsula Case<br />

FERRAZ, Nicoli / Graduation / UF-ES / Brazil<br />

ALVAREZ, Cristina Engel / PhD / UF-ES / Brazil<br />

PINHEIRO, Mauro / PhD / UF-ES / Brazil<br />

RODRIGUES, Maria Regina / PhD / UF-ES / Brazil<br />

Signage / Ceramics / Ecodesign / Sustainability<br />

The research goal is to measure the suitability of ceramics as a material<br />

for manufacturing sign prototypes and support components of the<br />

signage system for the Coman<strong>da</strong>nte Ferraz Brazilian Antarctic Station,<br />

Brazil’s main installment in the Antarctic region. The latter represents<br />

an environment with particular characteristics, having unique rules of<br />

occupation and material extraction and disposal, which demands a<br />

special approach when inserting any kind of foreign body to it.<br />

1. Introduction<br />

Environment protection has been one of the main concerns<br />

since the beginning of the Brazilian occupation in the Keller<br />

Peninsula, Antarctica. Considering the hostility of that region,<br />

the promotion of scientific researches depends entirely upon<br />

the installation of a basic structure which grants safety and the<br />

essential work conditions. Since its first activities year, in 1994,<br />

the increasing number of scientific activities conducted in Antarctica<br />

demanded consecutive expansion works of the Brazilian<br />

main installment, the Coman<strong>da</strong>nte Ferraz Brazilian Antarctic<br />

Station (EACF). Furthermore the number of station users is also<br />

growing due to the ascension of touristic activities (PROANTAR<br />

2012), having direct influence on the density of traffic flow<br />

in that same region. Such scenario makes the organization of<br />

tracks and routes as well as the instruction of users become essential,<br />

when it comes to environmental protection, control over<br />

contingent remains production and people’s safety.<br />

The goal of this research consists in studying the performance<br />

of ceramics as an alternative material for the production of the<br />

Keller Peninsula Signage System’s components, i.e. the region<br />

in which the EACF is located (fig. 1). The area features peculiar<br />

environmental characteristics of its own, and is regulated by<br />

special international and national protection stan<strong>da</strong>rds for occupation,<br />

usage and disposal of material. As expected, this condition<br />

implicates in the need of an unique approach for the introduction<br />

of any element sort into the original landscape, pointing<br />

out ceramics as the most efficient and sustainable resource to<br />

produce the Keller Peninsula Signage System’s constituents.<br />

This is an opportunity to investigate new intelligent solutions<br />

for occupation with low environmental impact, especially during<br />

the reconstruction period of the main EACF installment, severely<br />

<strong>da</strong>maged during a firebreak in the 25th of February of 2012<br />

(MARINHA, 2012). This event presents an opportunity to investigate<br />

the use of ceramics in projects designed for the Antarctic<br />

continent, in special at the signage level.<br />

2. Theoretical Foun<strong>da</strong>tion<br />

A great deal of terminologies is used to refer to signage systems,<br />

each one of them having distinct concepts. Amongst them are:<br />

Señalética, wayfinding and Environmental Graphic Design.<br />

Joan <strong>Costa</strong> (1992, apud VELHO, 2007) uses the term Señalética<br />

to name the need of information or orientation caused and worsen<br />

by the contemporary mobility phenomena. Miller and Lewis<br />

(2000) define wayfinding as multiple processes that support<br />

the user in laying down the journey’s starting point and destiny.<br />

Calori (2007) describes Environmental Graphic Design as the<br />

activity that involves a systematic and coherent development<br />

of graphic communication of information for a particular place<br />

within an artificial environment. The latter author also elicits the<br />

terminology “signage” as ready signs.<br />

Within this article “signage” is employed as the description of a<br />

system with a uniform identity and sets its goals in educating,<br />

limiting and supporting traffic flow in the Keller Peninsula.<br />

Figure 1. Preliminary Signage Studies of the Keller Peninsula, Antarctica. (Picture:<br />

ALVAREZ et al. 2005)<br />

The Keller Peninsula Signage System emerges out of the necessity<br />

of finding solutions to minimize the environmental impact<br />

Design Frontiers: Territiories, Concepts, Technologies / Proceedings of the 8th Conference of the International Committee for<br />

Design History & Design Studies - ICDHS 2012 / São Paulo, Brazil / © 2012 <strong>Blucher</strong> / ISBN 978-85-212-0692-7

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