100% life from concentrate
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“Be careful what you water your dreams with. Water them with worry and fear and you will produce weeds that choke the life from your dream. Water them with optimism and solutions and you will cultivate success. Always be on the lookout for ways to turn a problem into an opportunity for success. Always be on the lookout for ways to nurture your dream.”
– lao tzu
Every spring, melting snow creates a dreamscape in Tragöss, Austria. Green Lake, which for most of the year is no more than six feet deep, expands with the inflow of snowmelt, swallowing part of the park that surrounds it: trees, hiking trails, benches, bridges, and all. The lake’s depth reaches some 30 feet and provides a unique experience for divers—for a few weeks at least.
see the park transform in the video below. also check out dailymail for pics of the lake (including the one above) taken by marc henauer.
in the video above, sci fri explores the amazing camouflage techniques of octopi, squids & other cephalopods. featured in the clip is marine biologist roger hanlon (and yup, that first part of the video had me buggin out too, roger).
A psychologist walked around a room while teaching stress management to an audience. As she raised a glass of water, everyone expected they’d be asked the “half empty or half full” question. Instead, with a smile on her face she inquired, “How heavy is this glass of water?” The answers called out ranged from 8oz to 20 oz. She replied, “The absolute weight doesn’t matter. It depends on how long I hold it. If I hold it for a minute, it’s not a problem. If I hold it for an hour, I’ll have an ache in my arm. If I hold it for a day, my arm will feel numb and paralyzed. In each case, the weight of the glass doesn’t change, but the longer I hold it, the heavier it becomes.” She continued, “The stress and worries in life are like that glass of water. Think about them for a while and nothing happens. Think about them for a big longer and they begin to hurt. And if you think about them all day long, you will feel paralyzed – incapable of doing anything.” Always remember to put the glass down.
nikyatu posted this today on her tumblr. the story has some nice perspective on why we shouldn’t let problems (big or small) weigh us down so i had to share it with you.
A fascinating illusion can be found at the Southwestern tip of the island. When seen from the air, a runoff of sand and silt deposits makes the illusion of an underwater waterfall. The visually deceiving impression is absolutely breathtaking when seen from aerial shots. In fact, the illusion can even be seen on Google Maps. Satellite views are dramatic, as an underwater current seemingly appears off the coastline of this tropical heaven. Viewed from other perspectives, the ocean appears to be a spectacular gamut of greens, blues, and whites, creating the false impression that it plummets down just like a raging waterfall.
Causing the visual magic here is the sand, which is the fair-colored part of the water. The current caused by waves smashing against that specific part of the island causes the sand to be dispersed in a natural, waterfall-like manner of the receding waves’ downward pull. In a manner of speaking, it is in fact an underwater waterfall, but more akin to an hourglass, rather than a typical cascading water.
foundations like make-a-wish do a great job making the dreams of terminally ill youth come true. in the case of nkaitole, a 4-year old boy from kenya, the urgency to accomplish his goals isn’t because of any specific life-threatening disease. instead, it’s due to water.
according to water is life, 20% of children won’t reach the age of 5 in part due to unsafe drinking water. with this in mind, the group helped nkaitole complete his bucket list. it’s cute to see him do things like play soccer at the national stadium & get his first kiss. however, this doesn’t come without a degree of sadness knowing that people’s lives are at risk for something that many of us take for granted every day.
bonus: yasiin bey focused his song “new world water” on the world’s water problem. you can listen to it below (lyrics here):
This particular diver was expected to win the entire event. The diver knew as soon as he hit the water his form was flawed and that he might have just lost it all. I was fortunate enough to witness this moment as it was unfolding underwater. I captured the sequence of emotion just a split second after he hit the water and began to sink to the bottom with a sense of defeat written in his body language. This was the image I chose from the series. I have felt this emotion and disappointment before as many athletes do. My chance to capture it underwater was rare but beautiful. It is a moment no competitive athlete wants to relive but something important that many of us can relate to. It is raw and human and real.
via my modern met. have you visited any of these places before? can you think of any other water landscapes that could’ve cracked the list?
written by will mcgough for mental floss:
When I saw the Caribbean Sea in person for the first time, my eyes metaphorically popped out of my head. As a kid who grew up in South Jersey, I was used to the dirty, almost brown, kinda-sorta blue color of the coastal Atlantic Ocean. But this was different. Staring at that bright, vibrant, and seemingly crystal-clear water, I had many questions. Where did that color come from? And why can I see my feet here, but not at home? Is the Caribbean water cleaner? Is the sun stronger down south? And how come it’s green-blue near the shore, yet navy blue a mile off shore?
Having traveled quite a bit since, I’ve heard all kinds of explanations from common folks, some chalking color differences up to pollution and others to salinity. While I’m certain that many factors, including those two, play some small role, the biggest influencers are the floor, depth, and microorganisms of the body of water.
First off, let’s tackle why water, in most cases, appears blue to begin with.
If you’ve ever taken a cruise, you know that the farther offshore you sail, the deeper and bolder the blue becomes (navy blue). That’s because there are no reflections off the sea floor in very deep water, meaning that a majority of the sun’s rays are absorbed by the water itself. Water molecules, by nature, absorb reds, greens, oranges, and yellows, but spit out blue.
“When sunlight hits the ocean, some of the light is reflected back directly but most of it penetrates the ocean surface and interacts with the water molecules that it encounters,” explains NASA’s Oceanography Division. “The red, orange, yellow, and green wavelengths of light are absorbed so that the remaining light we see is composed of the shorter wavelength blues and violets.”
As the water depth decreases and the light is able to penetrate all the way to the bottom, the makeup of the floor becomes a factor in determining water color. For example, the coarse Caribbean coral is going to reflect light differently than the fine sand found in the Northeast. These differences in absorption and reflection affect visibility as well as color.
Whatever light is not reflected back from the top layer of water or the bottom of the sea floor is absorbed by something in the water. As we saw above, lots of light is consumed by the water molecules themselves, but microorganisms living in the water also “eat” their fair share. The final major players in determining color are the particles and organisms found and suspended in the water. Phytoplankton, for example, harbors chlorophyll that absorbs red and blue light and reflects green. If a high concentration exists in one area, the water will take on a green hue. The more there are, the greener the water will appear.
Those three factors—depth, floor makeup, and life (plus intangibles, like pollution, as mentioned above)—will interact to produce whatever color we happen to see. The same principles apply to other bodies of water, like lakes, craters, and rivers. It’s all about what’s in and under the water.
And, despite our focus on the oceans, it’s not all about being green, blue, or brown. Check out these uniquely colored tourist attractions found in different parts of the world as examples. If you thought the greenish-blue of the Caribbean was impressive, the red and black volcanic lakes should knock your socks off.
Courtesy of Flickr user Valdiney Pimenta
Red sediments and algae pigmentation produce the unique red color of this salt lake in Bolivia, which is further contrasted by the white borax islands that are spotted throughout it. Located at more than 13,000 feet above sea level, the lagoon is part of the Andean Fauna National Reserve and is a common roosting spot for a variety of flamingo species.
Courtesy of Flickr user NeilsPhotography
This volcano harbors three crater lakes at its summit that are strikingly different from one another in terms of color. Typically, Tiwu Ata Mbupu (Lake of Old People) appears blue, Tiwu Nuwa Muri Koo Fai (Lake of Young Men and Maidens) green, and Tiwu Ata Polo (Bewitched or Enchanted Lake) either black or red, although they all are known to change shades quite frequently and unpredictably. The latter two are separated by a crater wall, creating a stunning distinction when viewed side-by-side, especially when they are green and black, as seen in the photo. Thus far, research has revealed no official explanation for the differences and changing colors, but the general consensus is that chemical reactions are being triggered by volcanic gas activity that drives nutrient-rich water to the surface.
Courtesy of Flickr user Peter Nijenhuis
Glacial erosion fills this body of water with glacier flour, or finely-ground rock particles, resulting in a frosty, cloudy-blue color (this mixture is sometimes referred to as glacial milk). Lake Pukaki has a surface area of approximately 111 square miles and was formed when glacial debris known as moraine dammed up the valley. There are glacier lakes in at least a dozen countries throughout the world that take on this “milky” appearance. While they are not abnormally colored, the Great Lakes are the largest glacial lakes in the world.