Innovating Visual Communication in Streaming Media: Bio-Graphic Design for Enhanced Information Presentation

Abstract

This study explores innovative approaches in bio-graphic design for visual communication, employing three primary methods: deformation and simplification, simulation and biomimicry, and deconstruction and reconstruction. These techniques are applied to enhance the visual presentation of biodiversity data in plateau wetlands, with a focus on streamlining the communication of complex biological information through various mediums such as text, tables, graphics, colors, and layout. Particularly, this paper details the process of data visualization for plant species, presenting this information through well-structured tables that facilitate easy comprehension. Further analysis is conducted on the visual impact of bacterial imagery in design and the presentation of animal and plant species data, highlighting the effectiveness of these bio-graphic designs in engaging specific audience demographics. The results indicate a significant interest in bio-visual communications among young and middle-aged individuals, with notable engagement from those aged 15-30 years, especially in contexts involving bacterial microorganisms. The study successfully demonstrates how species distribution within the arthropod phylum—ranging from 15% to 40% with over 30 species—can be clearly and effectively presented. This approach not only makes the data more accessible but also enhances viewer comprehension and engagement. The findings affirm that the strategic use of bio-graphic design in visual communication significantly improves the clarity and effectiveness of conveying complex scientific data, making it more understandable and appealing to a broader audience.