Art Made of Air: A Case Study of Emily Parsons-Lord’s Interdisciplinary Climate Practice

One. Introduction

One.One Research Background and Significance

Climate change and atmospheric transformation are largely invisible processes: people cannot see carbon concentrations, oxygen levels or the chemical composition of the air they breathe, making it hard for most to grasp the reality of planetary change even when presented with clear scientific data. This invisibility is one of the greatest barriers to public engagement with climate issues. In response, a growing cohort of interdisciplinary artists are working directly with atmospheric science to create sensory, embodied art experiences that make invisible ecological processes feel real. This form of practice sits at the intersection of art, science and public engagement, offering new models for science communication that go far beyond traditional lectures and infographics. This analysis offers practical insights for artists, science communicators and museum educators seeking more immersive ways to connect audiences to climate science. Theoretically, it expands scholarship on art-science collaboration by examining the under-studied category of atmospheric art, adding to frameworks for sensory environmental communication.

One.Two Core Concept Definition

The core concept of this paper is sensory atmospheric art: an interdisciplinary creative practice that works directly with the chemical and physical properties of air and atmosphere as a primary artistic medium, using controlled atmospheric compositions to create embodied, sensory experiences of environmental and climate themes. This practice differs from traditional installation art that uses air as a secondary element (such as wind in a sculpture) because air itself is the subject and core medium of the work, not just a supporting design feature. It also differs from formal scientific atmospheric demonstrations, which prioritize educational accuracy above aesthetic and emotional experience. This paper focuses specifically on Emily Parsons-Lord’s practice and her 2016 TEDxYouth@Sydney talk, analyzing her approach to re-creating historical and future air compositions. It does not cover other forms of air-based art such as smoke art or perfume art that do not center atmospheric science content.

One.Three Domestic and International Research and Development Status

Art-science collaboration as a formal field emerged in the late 20th century, as growing public interest in environmental issues drove artists and scientists to explore shared creative and communication goals. Early environmental art focused largely on visible natural systems like landscapes and waterways, with atmospheric art remaining a niche, under-explored category until the 2010s. Today, the field of atmospheric art includes several distinct approaches: work that explores air pollution and urban air quality, work that engages with atmospheric physics and weather, and work like Parsons-Lord’s that reconstructs atmospheric compositions from different geological eras to explore climate change across deep time. Existing research on art-science collaboration focuses heavily on visual mediums and large-scale public installations, with very little scholarship on sensory, non-visual environmental art. There is also limited research on the educational and emotional impact of embodied, breathing-based climate experiences, leaving many questions about this practice’s effectiveness unanswered.

One.Four Framework and Core Objectives

This paper opens with background context and core concept definitions, moves into a detailed case analysis of Emily Parsons-Lord’s practice, then explores real-world applications, common pitfalls and future outlooks for sensory atmospheric art. The core questions it addresses are: How can artists work with invisible, intangible materials like air to create meaningful artistic and educational experiences? What makes embodied, sensory practice effective for climate communication, compared to traditional visual or verbal formats? What core principles guide successful art-science collaboration? After reading, readers will understand the creative and scientific logic behind atmospheric art practice, master core principles for designing embodied sensory experiences for science communication, and gain clear frameworks for productive collaboration between artists and scientific researchers.

Two. Core Body: Case and Empirical Analysis

Two.One Selection Rationale for the Case Study

Emily Parsons-Lord was selected for this case study because she is one of the most prominent contemporary artists working with atmospheric composition as a primary medium, and her practice represents a particularly clear example of rigorous, research-driven interdisciplinary art-science work. Her 2016 TED Talk introduced this niche practice to a global audience, making it the most widely known example of contemporary atmospheric art. Her work is also notable for balancing strict scientific accuracy with strong creative and emotional vision, offering a replicable model for responsible art-science collaboration.

Two.Two Case Background and Basic Context

Delivered at TEDxYouth@Sydney in May two-thousand and sixteen, Parsons-Lord’s talk “Art made of the air we breathe” walks audiences through her creative practice of re-creating exact atmospheric compositions from distinct moments in Earth’s 4.5-billion-year history. Her work lets audiences literally breathe air from different eras: the crisp, oxygen-rich air of the Carboniferous period when giant insects roamed the planet, the fizzy, soda-water-like air of the Great Dying mass extinction event, and the heavy, toxic air of possible future climate scenarios. Parsons-Lord, an Australian contemporary artist, works across disciplines with atmospheric scientists, paleoclimatologists and chemists to develop her work, ensuring every air mixture matches peer-reviewed scientific research exactly. Her practice is rooted in the belief that invisible systems feel abstract to people until they experience them directly through their own bodies, and that art can create those embodied connections to planetary systems.

Two.Three Analytical Dimensions and Data Sources

This analysis examines Parsons-Lord’s practice across four core dimensions: interdisciplinary collaboration methodology, experience design, science communication effectiveness and artistic conceptual framework. Primary data comes from the full transcript and video of her 2016 TEDx Talk, supplemented by her published artist statements, exhibition documentation from her major shows, and interviews with the artist and her scientific collaborators published in contemporary art and science communication outlets.

Two.Four Detailed Analysis Process and Findings

Parsons-Lord’s core conceptual framework rests on the gap between intellectual knowledge and embodied understanding. Most people know intellectually that the atmosphere has changed over Earth’s history and is changing now, but that knowledge feels distant and abstract because they cannot see or feel it. Her work closes that gap by letting people experience atmospheric change directly through their own senses: the taste of the air, the feeling of breathing it, the subtle differences in weight and texture. Her collaboration methodology follows a strict science-first approach. Every project begins with deep engagement with peer-reviewed scientific research, and she works directly with practicing scientists to develop each air mixture, ensuring chemical accuracy above all else. Creative and aesthetic choices come only after the scientific foundation is solid, never the other way around. This rigor gives her work credibility with both scientific and art audiences. In terms of experience design, her work is intentionally minimal and understated. There are no flashy visuals or dramatic effects; audiences simply enter a quiet space and breathe. This subtlety makes the experience feel intimate and personal, rather than like a staged entertainment. The lack of visual distraction also forces audiences to focus on their own sensory experience, making the encounter feel more direct and memorable. As science communication, her work is particularly effective with young audiences and people who do not typically engage with science content. The novelty of breathing ancient air sparks immediate curiosity, and the embodied nature of the experience makes the science stick far better than textbook learning. Many viewers report that the experience made climate change and deep time feel real to them for the first time.

Two.Five Case Insights and Replicable Practices

Parsons-Lord’s practice offers four key replicable lessons for art-science collaboration and sensory communication. First, scientific rigor is non-negotiable for credible art-science work. Cutting corners on scientific accuracy to serve a creative vision undermines the work’s integrity and makes it useless as a communication tool. Second, embodied, sensory experience creates deeper, more lasting learning than visual or verbal information alone. When people experience something through their own bodies, they do not just remember the fact — they remember the feeling, and that emotional memory stays with them far longer. Third, subtlety and restraint can be more powerful than spectacle for intimate, personal themes. Quiet, unforced experiences give audiences space to process what they are feeling on their own terms, rather than being pushed toward a specific emotional reaction. Fourth, successful art-science collaboration requires mutual respect between creators and researchers. Artists must respect scientific rigor and constraints, and scientists must respect artistic vision and creative decision-making, rather than treating artists as just illustrators for scientific ideas.

Three. Applications and Implications

Three.One Practical Application Scenarios

Parsons-Lord’s approach applies across several key professional contexts. For interdisciplinary artists, her methodology offers a clear framework for responsible, rigorous collaboration with scientific fields, helping creators avoid common pitfalls of superficial “science-themed” art that lacks real research depth. For science communication professionals and museum educators, her sensory, experience-focused approach offers a powerful alternative to traditional exhibit design. Embodied experiences can reach audiences who do not engage with text-heavy or visual exhibits, particularly young people and neurodivergent visitors. For climate advocacy organizations, her work demonstrates how embodied experience can make abstract climate issues feel personal and urgent, without relying on fear-based messaging that often leads to audience burnout. For educational institutions, this model can be adapted for classroom use to teach earth science, chemistry and environmental studies in more engaging, hands-on ways, improving student retention and interest in STEM fields. Adaptation strategies vary: individual artists can start with small, low-budget sensory projects in partnership with local university researchers, to build experience with collaborative practice before scaling to larger installations. Museums and science centers can pilot small sensory exhibits in youth programming areas to test audience response before investing in large-scale permanent installations. Schools can adapt simplified versions of the concept for classroom science activities.

Three.Two Common Misconceptions and Avoidance Strategies

Three common misconceptions undermine effective art-science collaboration and sensory environmental practice. The first is the belief that artistic creativity and scientific rigor are inherently opposed, and that prioritizing one means sacrificing the other. In reality, the strongest art-science work uses each field to strengthen the other: scientific rigor gives the work credibility and depth, while creative vision makes it engaging and accessible to broad audiences. To avoid this pitfall, collaborators should establish clear roles and shared goals at the start of every project, and commit to respecting each other’s expertise. Compromises should never involve bending scientific facts, but they can involve creative choices about how those facts are presented and experienced. The second misconception is that sensory experiences need to be dramatic, flashy or entertaining to be impactful. Many creators assume that quiet, subtle experiences will bore audiences, but in reality, over-the-top spectacle can feel cheesy or manipulative, causing audiences to disengage from the underlying message. To avoid this, designers should prioritize authenticity over entertainment value. The goal is to create a genuine experience, not to put on a show. Restraint and trust in the audience’s curiosity will almost always produce deeper, more meaningful engagement than forced spectacle. The third misconception is that non-visual sensory art is “less accessible” than visual work because it cannot be easily photographed and shared online. While it is true that embodied experiences do not translate well to social media, they have far greater in-person impact, and the word-of-mouth they generate often reaches more diverse audiences than online shareable content. To avoid this, creators and organizations should design separate strategies for in-person experience and online outreach, rather than trying to force every project to work well on social media. Some of the most powerful work is not very shareable online, and that is not a flaw — it is part of what makes it special.

Three.Three Core Insights for Readers and Practitioners

On a conceptual level, readers should recognize that invisible systems shape every part of human life, and that one of art’s greatest powers is making the invisible visible — or in this case, breathable. Art does not need to be visual to be powerful, and sensory, embodied practice can create connections that visual work never can. On an actionable level, practitioners across fields should look for opportunities to incorporate embodied, sensory elements into their communication and educational work, even on small scales. Even simple, low-cost sensory activities can dramatically improve audience engagement and retention, compared to purely visual or verbal content. For long-term practice, artists interested in this field should invest time in building genuine relationships with scientific researchers, rather than just pulling facts from papers for creative inspiration. Deep, ongoing collaborative relationships produce far stronger, more credible work than one-off, superficial engagement. Science communicators should similarly seek out ongoing partnerships with artists, rather than commissioning one-off decorative work for campaigns.

Four. Summary and Outlook

Four.One Core Findings Summary

First, Emily Parsons-Lord’s atmospheric art demonstrates that working with invisible, intangible materials like air can create powerful, memorable embodied experiences that make abstract climate and deep-time science feel personally real to audiences, filling critical gaps in traditional science communication. Second, strict scientific rigor is the foundation of credible art-science collaboration. Work that sacrifices factual accuracy for creative effect lacks integrity and fails as both art and communication. Third, quiet, subtle, restrained experience design often creates deeper, more lasting engagement than dramatic spectacle, because it gives audiences space to process content on their own terms without feeling manipulated. Fourth, successful art-science collaboration requires mutual respect and equal partnership between creators and researchers, with clear shared goals and respect for each field’s distinct expertise and constraints.

Four.Two Future Development Trends and Outlook

Looking ahead, sensory and embodied environmental art will continue to grow as a field, with more artists exploring non-visual mediums including scent, touch and sound to create immersive climate experiences. Advances in atmospheric chemistry and sensor technology will also allow artists to work with increasingly precise and complex atmospheric compositions, opening up new creative possibilities. The field will also become increasingly integrated into formal science communication and museum education, as more institutions recognize the effectiveness of embodied learning for reaching diverse audiences, particularly young people and groups historically underrepresented in STEM fields. Key challenges will include safety and accessibility concerns around sensory atmospheric work, as creators must ensure experiences are safe for people with health conditions, disabilities and sensory sensitivities. There will also be ongoing conversations about ethical responsibility when creating experiences of future climate scenarios, to avoid causing unnecessary anxiety or despair in audiences. Future research priorities include empirical studies measuring the long-term educational and attitudinal impact of embodied climate experiences, as well as the development of formal safety and accessibility guidelines for sensory atmospheric art practice.

Five. References

[1] Parsons-Lord, E. (2016, May). Art made of the air we breathe [Video]. TEDxYouth@Sydney. https://www.ted.com/talks/emily_parsons_lord_art_made_of_the_air_we_breathe

Learning Wishes

Wishing you a fascinating and inspiring journey exploring the intersection of art, science and sensory experience! May every new idea you discover help you create more meaningful, embodied connections between people and the natural world, and bring the invisible systems that shape our lives into beautiful, tangible focus.