The BioViz project proposes an innovative approach to data visualization based on “eco-informed processes”, in which the synergy between the digital and natural worlds—understood as the totality of biological phenomena—seeks to redefine the boundaries of information design. The validation of this methodology unfolds across three levels: the formal correspondence between visualization models and natural processes; the direct correlation between data and biological responses; and the transformation of living organisms into dynamic sensors capable of translating data variations in real time. Through a plurality of interdisciplinary contributions, the dialogue between biodesign and data visualization could simplify the interpretation of complex phenomena and foster design practices more closely aligned with natural rhythms. The BioViz project thus acts as a catalyst for innovation, offering new perspectives for the field of data visualization and highlighting the plurality of knowledge to promote a profound dialogue between the human and the non-human.

BIOVIZ. Pluralità e interdisciplinarità per processi di visualizzazione eco-informati. Plurality and interdisciplinarity for eco-informed visualization. processes / Licaj Ami, Marseglia Marco, Matteucci Elisa, Cantini Francesco, Celli Tommaso. - ELETTRONICO. - (2025), pp. 375-387. ( Design Plurale. casi e modelli alternativi per l’innovazione. Plural Design. Cases and alternative models for innovation Napoli 4-5 luglio 2024).

BIOVIZ. Pluralità e interdisciplinarità per processi di visualizzazione eco-informati. Plurality and interdisciplinarity for eco-informed visualization. processes

Licaj Ami
;
Marseglia Marco;Matteucci Elisa;Cantini Francesco;Celli Tommaso
2025

Abstract

The BioViz project proposes an innovative approach to data visualization based on “eco-informed processes”, in which the synergy between the digital and natural worlds—understood as the totality of biological phenomena—seeks to redefine the boundaries of information design. The validation of this methodology unfolds across three levels: the formal correspondence between visualization models and natural processes; the direct correlation between data and biological responses; and the transformation of living organisms into dynamic sensors capable of translating data variations in real time. Through a plurality of interdisciplinary contributions, the dialogue between biodesign and data visualization could simplify the interpretation of complex phenomena and foster design practices more closely aligned with natural rhythms. The BioViz project thus acts as a catalyst for innovation, offering new perspectives for the field of data visualization and highlighting the plurality of knowledge to promote a profound dialogue between the human and the non-human.
2025
Design Plurale. Casi e modelli alternativi per l’innovazione. Plural Design. Cases and alternative models for innovation
Design Plurale. casi e modelli alternativi per l’innovazione. Plural Design. Cases and alternative models for innovation
Napoli
4-5 luglio 2024
Licaj Ami, Marseglia Marco, Matteucci Elisa, Cantini Francesco, Celli Tommaso
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1444733
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