『Air Quality Matters』のカバーアート

Air Quality Matters

Air Quality Matters

著者: Simon Jones
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このコンテンツについて

Air Quality Matters inside our buildings and out.

This Podcast is about Indoor Air Quality, Outdoor Air Quality, Ventilation, and Health in our homes, workplaces, and education settings.

And we already have many of the tools we need to make a difference.

The conversations we have and how we share this knowledge is the key to our success.

We speak with the leaders at the heart of this sector about them and their work, innovation and where this is all going.

Air quality is the single most significant environmental risk we face to our health and wellbeing, and its impacts on us, our friends, our families, and society are profound.

From housing to the workplace, education to healthcare, the quality of the air we breathe matters.

Air Quality Matters


© 2025 Air Quality Matters
博物学 科学 自然・生態学
エピソード
  • #96 - Don't Look Up: How World Ventilate Day Is Fighting Apathy in Indoor Air Quality
    2025/11/03
    In this special episode, we sit down with the founders and champions of World Ventilate Day (November 8th) to dissect the critical difference between air quality and ventilation. They reveal why their focus is on action, agency, and empowering everyone—from homeowners to governments—to take control of their indoor environments. Key Discussion Points: Action vs. Nuance: Why the day focuses on ventilation (the action) rather than the more nuanced conversation around air quality. The Agency Angle: How ventilation provides agency at every level, from national governance to managing your own home. Beyond Air Quality: Why ventilation is critical not just for air, but for managing a building's thermal environment, humidity, comfort, and energy. The Pandemic's Legacy: The shocking realisation during COVID that "we haven't got a clue" about the ventilation in our buildings, and the danger of apathy today. The Collaboration Imperative: Discussing the theme 'Collaborate to Ventilate' and the need for engineers and building users to work together. What We're NOT Talking About: The panellists share their most pressing overlooked topics, including the destructive power of apathy , the complexity of real-world ventilation , and the urgent need for competence and accountability in the industry. Reframing Success: Why we need to measure the performance and outcomes of ventilation, not just the existence of a product. Chapters 00:00:00 Introduction: World Ventilate Day and Its Mission 00:02:25 Why Ventilation, Not Just Air Quality? 00:06:25 The Origins: How World Ventilate Day Began 00:09:02 The Pandemic Wake-Up Call: What We Didn't Know 00:17:10 Breaking Down Engineering Barriers Through Collaboration 00:21:56 Ventilation Engineers: The Hidden Health Heroes 00:23:45 The Lungs as Filters: A Powerful Analogy 00:28:57 The Future of World Ventilate Day: Going Global 00:34:21 Fighting Apathy: The Destructive Power of Indifference 00:38:12 The Complexity Challenge: Beyond Simple Solutions 00:43:52 The Competence Crisis: When Good Intentions Go Wrong 00:49:16 Reframing Success: From Products to Performance World Ventilate Day: November 8th. Find out more and get involved: https://www.worldventil8day.com/ Cath Noakes Henry Burridge Nathan Wood #81 - Nathan Wood #15 Cath Noakes #7 Henry Burridge The Air Quality Matters Podcast in Partnership with Zehnder Group - Farmwood - Eurovent- Aico - Aereco - Ultra Protect - The One Take Podcast in Partnership with SafeTraces and Inbiot Do check them out in the links and on the Air Quality Matters Website.
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  • One Take #24: Association vs. Causation - Why Proving Mold Makes You Sick Is So Hard
    2025/10/30
    Why is it so difficult to prove that mold makes people sick when millions of people clearly suffer in water-damaged buildings? The association is undeniable. The causation? That's where things get complicated. This episode unpacks a fundamental challenge that has plagued the mold and health field for decades – the seemingly simple but scientifically complex distinction between association and causation. We know with certainty that people in damp, moldy buildings experience more respiratory symptoms, asthma exacerbations, and various health complaints. The 2004 Institute of Medicine report established this definitively, finding "sufficient evidence of an association" between visible mold and respiratory symptoms. But proving that mold directly causes these problems? That's an entirely different scientific mountain to climb. The core challenge lies in what scientists call the Bradford Hill criteria – the gold standard for establishing causation in epidemiology. To prove mold causes illness, we'd need to demonstrate a clear dose-response relationship (more mold equals more illness), temporal relationships (exposure before symptoms), biological plausibility, and ideally, experimental evidence. But here's the rub: mold exposure in real buildings is never just mold exposure. It's a complex soup of fungal spores, bacterial endotoxins, volatile organic compounds, allergens, and chemical emissions from degrading materials. How do you isolate the effect of one component in this biological cocktail? The Exposure Assessment Black Hole Perhaps the most maddening aspect is our inability to accurately measure what people are actually exposed to. Unlike a drug trial where you know exactly what dose someone received, mold exposure is invisible, variable, and cumulative. A single air sample tells you almost nothing about someone's exposure over weeks or months. Spore counts fluctuate wildly based on humidity, disturbance, and time of day. Some people might react to dead spores or fragments that don't even show up in standard tests. Others might be sensitive to mycotoxins at levels far below what we can reliably detect. This measurement problem creates a vicious cycle. Without good exposure data, we can't establish dose-response relationships. Without dose-response relationships, we can't prove causation. Without proven causation, there's less funding for better measurement tools. And round and round we go. The Human Variability Factor Then there's the inconvenient fact that people react differently to the same environment. Genetics, immune status, age, pre-existing conditions – all these factors influence whether someone develops symptoms in a moldy building. This heterogeneity makes it nearly impossible to predict who will get sick and how sick they'll get, further muddying the causation waters. The episode explores how this scientific uncertainty has real-world consequences. Insurance companies exploit the causation gap to deny claims. Building owners hide behind the lack of "proof" to avoid remediation. Meanwhile, people suffering in water-damaged buildings are told their symptoms might be "all in their head" because science can't definitively prove the mold is making them sick. The Path Forward Despite these challenges, the scientific consensus is clear on one point: water-damaged buildings are unhealthy environments that should be remediated, regardless of whether we can prove specific causal pathways. The precautionary principle applies – we know enough about the associations to act, even if we can't draw straight lines from exposure to illness. This One Take reveals why the mold and health field remains so contentious and why simple questions like "is mold making me sick?" don't have simple answers. It's a sobering reminder that in environmental health, the gap between what we observe and what we can scientifically prove often feels insurmountable – not because the connections aren't real, but because reality is far more complex than our measurement tools and study designs can capture. Damp Indoor Spaces and Health (2004) The Air Quality Matters Podcast in Partnership with Zehnder Group - Farmwood - Eurovent- Aico - Aereco - Ultra Protect - The One Take Podcast in Partnership with SafeTraces and Inbiot Do check them out in the links and on the Air Quality Matters Website. If you haven't checked out the YouTube channel its here. Do subscribe if you can, lots more content is coming soon.
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  • #95 - Chandra Sekhar: From Singapore to Ireland: How Different Climates Shape Our Approach
    2025/10/27
    When Worlds Collide: Tropical Wisdom Meets Temperate Challenges In this wide-ranging discussion, Chandra brings over 35 years of experience from Singapore's hot, humid environment to share insights that challenge conventional thinking about ventilation and comfort. As one of three pioneers who established Singapore's indoor air quality research unit in the early 1990s, his team's tagline – "energy efficient, healthy buildings" – has guided decades of innovation in tropical building design. The conversation reveals striking contrasts: while European buildings might operate at 21-23°C, Singapore's newest net-zero buildings maintain comfort at 26-27°C using elevated air speeds from ceiling fans. This isn't just about energy savings – it's a fundamental rethinking of how we achieve thermal comfort. As Chandra explains, tropically-acclimatized people actually prefer air movement, unlike those from colder climates who perceive it as draft. Chapters 00:00:00 Introduction: Meeting a Legend of Indoor Air Quality 00:02:08 Air Quality as a Human-Centered Challenge 00:23:17 Making the Invisible Visible: Sensors and Awareness 00:42:58 Hot and Humid Climates: Engineering Lessons from Singapore 00:52:50 Decoupling Ventilation from Cooling: A Revolutionary Approach 01:00:55 Net-Zero Buildings and Adaptive Comfort 01:12:25 Global Equity and Simple Solutions 01:23:30 Building Preparedness and Future Resilience Chandra Sekhar - LinkedIn https://www.linkedin.com/in/professor-chandra-sekhar-singapore/ The Air Quality Matters Podcast in Partnership with Zehnder Group - Farmwood - Eurovent- Aico - Aereco - Ultra Protect - The One Take Podcast in Partnership with SafeTraces and Inbiot Do check them out in the links and on the Air Quality Matters Website. If you haven't checked out the YouTube channel its here. Do subscribe if you can, lots more content is coming soon.
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