The Impact of Communication Design on Environmental Pollution
The accumulation of solid, liquid, and gaseous wastes has become a serious environmental menace through indiscriminate disposal, uncontrollable combustion, and the release of exhaust fumes. This research studies the impact of visual communication strategies on ecological pollution levels, examining both the causes and consequences of this phenomenon. The study focuses on improperly discarded materials that create dangerous living conditions and degrade the local ecosystem. While multiple elements contribute to environmental degradation, this investigation specifically analyses the importance of communication design in Oyo State, Nigeria. The study employed quantitative survey methods, collecting data from 200 residents in Ogbomoso through structured questionnaires. Researchers analysed responses using cumulative percentage calculations to identify key patterns and trends. Findings reveal the paradoxical nature of communication design. While contributing to pollution through excessive paper waste (accounting for 30% of total waste), it simultaneously offers solutions through awareness campaigns. A significant knowledge gap exists regarding proper waste disposal methods among residents, exacerbating pollution problems. The research concludes that targeted communication campaigns could noticeably improve waste management practices. Specifically, the study recommends expanding educational initiatives that demonstrate proper disposal techniques through visual media. These findings highlight the critical need for strategic communication interventions to address environmental hazards while minimising the design's ecological footprint. The dual findings underscore both the problem and potential solution inherent in communication design applications.
Authors
- Adesile Mercy Funmilayo
Publication Details
- Journal
- DS Journal of Multidisciplinary
- Published
- 2025-08-31
- DOI
- https://doi.org/10.59232/dsm-v2i3p105
- Primary Topic
- Digital Media and Visual Art
- Type
- article
- Field-Weighted Citation Impact
- 0.00