Brackish Marsh Swimming: What Slow, Tannin-Rich Water Does to Your Skin
What happens when you swim in slow, tannin-stained marsh water? The chemistry is stranger and more interesting than you'd expect.
J. Reeves14 posts tagged skin science from Wet Human.
Underground cave pools are chemically and thermally unlike any surface water. Here's what that means for your skin when you swim in them.
J. ReevesEstuary water changes salinity, temperature, and sediment load with every tide. Here's what that shifting chemistry actually does to your skin.
J. ReevesDiscover what happens to skin when you walk, swim, and linger in tidal flat water: warm brine, sediment minerals, and a world between ocean and shore.
J. ReevesSnow melt rivers run colder and purer than almost any water you can swim in. Here's what that specific combination does to your skin.
J. ReevesWhat actually happens when cold rain meets warm skin? The science behind temperature contrast, capillary response, and why summer rain feels electric.
J. ReevesGlacier meltwater is among the coldest, purest water you can swim in. Here's what that extreme cold and mineral clarity actually does to your skin.
J. ReevesGeothermally heated water carries minerals your skin absorbs in measurable ways. Here's what actually happens when you soak in thermal and hot spring water.
J. ReevesSpring water feels different on skin for real physiological reasons. Here's what happens when cold, mineral-rich water meets your body.
J. ReevesFog does more to your skin than simply make it damp. Here's the science and sensation of moving through suspended water droplets.
J. ReevesBrackish water sits between fresh and salt, and what it does to your skin is unlike either. Here's the science and sensation of swimming in estuaries.
J. ReevesTide pools are a unique sensory environment. Here's what shallow, sun-warmed saltwater actually does to your skin, and why it feels unlike any other water.
J. ReevesWhat really happens to your skin during long open water swims, the biology, the sensation, and why endurance changes how water feels.
J. ReevesWhat happens when water sits still on skin? Morning dew and surface tension create something unexpected, and beautiful.
J. Reeves