Icky Sticky

by Sam
(Concord)

Hard to work in these conditions

Hard to work in these conditions

Its all icky and sticky

Barry's Response - Let me see if I can help, Sam. We use humidity to refer to the quantity of water vapour in the air. Relative humidity, the fraction of partial pressure for water vapour relative to saturated vapour pressure at that temperature, is what we usually mean when we just say humidity. Meteorologists use technical terms like absolute or specific humidity as well.

We care about humidity because of the icky sticky feel it gives to an otherwise pleasant day, and the lack of wind compounds the situation. And no matter how much you sweat, you just can't get any cooler. Forecasters care about it because of its importance in weather changes: precipitation, fog, dew for instance.

Search this site for more information now.

Maybe Everything's Icky Sticky

How does my skin feel like a half-used glue stick have anything to do with the sludge pictures I was looking at? Will we sweat our way to the end?

Atmospheric Sweat and Aquatic Slime

Sam, you nailed it. It's just the air saying, "I'm full."

That's what meteorologists call high relative humidity. It's not just water vapor; it's the percentage of water vapor compared to what can be in the air at that temperature. When that ratio climbs-especially when the wind quits-your sweat can't evaporate. As your body struggles to shed heat, you stew in your own misery. The process betrays the limits of thermodynamics, not just your deodorant.

Now let's get to the point. Here's the real Icky Sticky connection. It's the environmental interface, or the Air-Water Exchange as we call it in air quality consulting.

From sludge to smog: The Contested Interface

According to the mainstream consensus, human industry is the main culprit, and frankly, the data may support that. But we have to keep our intellectual freedom to challenge simplistic narratives. In some cases, natural processes like volcanic plumes, wildfire smoke, or biological efflux from the oceans outweigh human emissions. To keep our science honest, we have to acknowledge this.

But to answer your question: Volatilization and Aerosolization is the Icky Sticky link.
  1. Volatilization of VOCs: Think of it as an aquatic escape plan. Volatile Organic Compounds (VOCs), which are often derived from industrial wastes or runoff, evaporate from contaminated water bodies (lakes, wastewater facilities, or even oily ocean surfaces) and enter the atmosphere. These VOCs become precursors for ground-level ozone and smog, turning water sludge into NO2 haze. It's the aquatic environment vomiting its problems.

    Skeptical Consideration: Some argue that too much regulation drives production offshore to countries with laxer standards, potentially increasing global emissions. Rather than just complying with national rules, we need to consider a holistic, ethical global accountability standard (as in, universal stewardship).

  2. Whenever contaminated water bodies experience turbulence (waves, fountains, industrial agitation), tiny droplets are aerosolized. Microdroplets of Icky Sticky water carry pollutants, which dry and become airborne particulate matter PM2.5 or PM10, often carrying toxins. The process pollutes localized air and catalyzes cloud formation (acting as Cloud Condensation Nuclei or CCN, which links aquatic pollution directly to regional meteorology and the albedo (reflectivity) of the planet.

Let's invent a new scientific field we need:

Real-Time Predictive Environmental Consulting.

It uses high-frequency remote sensing (like drone-based LiDAR and satellite data) to model localized VOC and PM volatilization before it becomes a problem. While most air quality consulting focuses on smokestack emissions, the future lies in diffuse sources - quantifying the invisible Icky Sticky that rises from wastewater lagoons, tailings ponds, and storm drains. It means designing industrial sites (like the surface water runoff management mentioned above) that actively suppress air-water exchange through advanced physical and chemical barriers.

It's time to champion proactive design. It's a non-negotiable ethical imperative to plan for reclamation and remediation before construction. There's a moral high ground here that reconfigures the industry's public perception from polluter to steward.

Next time you feel that Icky Sticky humidity, don't just complain; transmute it. You can use it to demand better environmental engineering that respects the fluid boundary between air and water.

Here's why this should matter to you

You just learned about the cutting-edge connection between atmospheric physics and aquatic pollution, a topic search engines love for its depth (scientific data on VOCs and PMs) and emotional hooks (Icky Sticky). We've not only defined humidity, but also shown how water pollution chokes our air. Find out how environmental consultants are challenging conventional wisdom and asserting intellectual freedom in our content.

Comments for Icky Sticky

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it is necessary to control huumidity
by: antony john

yes, I absolutely like this imagery. It is interesting and helpful. Yes, it is the necessary to explore more websites like this. It is seen all through this site the love to the environment. Work for a better future.

From Barry - Antony, thanks. We're thrilled that our "Icky Sticky" imagery resonated and that you got the environmental passion behind this site. As you rightly point out, we need to "control humidity" - not by installing a planet-sized dehumidifier, but by understanding air-water exchange!

Air quality consulting is all about regulating air temperature and humidity in localized industrial processes. In facilities dealing with fine particulate matter (PM2.5), high humidity can actually cause the tiny particles to clump together, making them heavier and easier for control systems to capture before they escape. Conversely, too much humidity can make dry pollution controls ineffective! We can't control the global weather, but we can definitely engineer the local conditions. Let's keep exploring and work toward a better future!

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Humidity
by: Anonymous

Nice article about humidity.better to change that picture and captiaon. Thank you

From Barry - Thanks for the kind words about the humidity info. Our initial content's greatest sin: mismatched aesthetics!

You may be right about the picture and caption. Imagine the atmospheric pressure building in our office when we realized our initial image of a stressed person working didn't exactly reflect saturated vapor pressure! It was definitely a bit of "Icky Sticky" editorial confusion. Maybe we'll find an image that better illustrates air refusing to hold water vapor, thereby validating your discomfort. Thank you for keeping our visuals honest!

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CONFUSING ONE
by: Anonymous

This Article is really get highlight good picture of life.But the picture and sentence using in it as not as good as it should be.

From Barry - That's a "Confusing One," huh? We hear ya! By linking the visceral feel of "Icky Sticky" humidity with the visual reality of water pollution (the initial article's focus), we got less profound connection, more chaos. Sorry...

Meteorologists define specific humidity as the mass of water vapor per unit mass of dry air. It's a simple feeling. We stumbled when we tried to tie that pure science to the "grotesque image" of environmental decay. Our communications will be clearer, or as we like to say in air quality consulting, we'll reduce the uncertainty. Thanks for pointing out the muddle.

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humidity
by: Anonymous

PLEASE PROVIDE RELATED PICTURE. THE INFORMATION ABOUT HUMIDITY IS GOOD. IT IS INTERESTING. THERE IS NO NEED TO IMPROVE. IT'S ENOUGH. THANK YOU.

From Barry - You've given us a firm, definitive directive, and we salute you. You love the scientific meat, but you don't like the visual garnish. Gotcha!

There's a lot of good information about humidity; especially how relative humidity directly affects evaporative cooling (your sweat for instance). I'm looking for a way to switch the stressed cartoon for something that shows the sheer thermal energy in humid air. Thank you for the succinct, encouraging, and clear feedback. Maybe a picture of a psychrometer or a gorgeous cumulus cloud to illustrate the saturated air.

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Needs Work
by: Anonymous

The image provided with the article is not in the least related to the article itself (about humidity). It's also been lifted from a Stock Image website and bears its watermark. You should probably change the image.

Barry's provided information is much more informative than the article itself. Perhaps you should replace the article text with the text that Barry provided.

From Barry - Oh no. We're unmasked!

I think you've got it right: the original article text and the original image were remnants of a less-focused discussion. We've promptly relegated the image to the dustbin of bad design choices because it was distracting and potentially infringing on intellectual property rights. My text (slightly more scientific depth) could have trumped the initial, weaker framing but authenticity was preserved.

Source Integrity Matters in air quality science. Like we scrutinize the source of pollutants (e.g., separating highway NO2 from stationary-sources NO2, we have to scrutinize the source and relevance of our visuals. I think you and the others above made a good case for replacing the fluff with science, and we'll do that. Thanks for the sharp, essential critique.

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Humidity
by: smee

Nice information about humidity. Humidity is the amount of water vapor in air at a given temperature. The hotter the air is, the more water it can contain. Thank you for the information of weather.

From Barry - Thanks, Smee. Your definition is perfect: The hotter the air, the more water it can contain. That's why saturation is so important.

There's an exponential relationship between saturation vapor pressure and temperature that you mentioned-warm air can have more water vapor in it. That's why summer days can feel so sticky. It's not just a lot of water in the air (high absolute humidity); it's the feeling of the air almost full (high relative humidity), leaving no room for sweat to turn into cool vapor. This concise summary helps all our readers understand this complex meteorological concept.

Cheers!

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Thank you to my research and writing assistants, ChatGPT and WordTune, as well as Wombo and others for the images.

OpenAI's large-scale language generation model (and others provided by Google and Meta), helped generate this text.  As soon as draft language is generated, the author reviews, edits, and revises it to their own liking and is responsible for the content.