Visiting Robinson

Visiting Robinson On this page you will find a lot of useful information for yourself!

On Sept. 26, hobbyist nature photographer Oban van Shie was strolling through Bradgate park — an 800-year-old deer park ...
28/02/2023

On Sept. 26, hobbyist nature photographer Oban van Shie was strolling through Bradgate park — an 800-year-old deer park in Leicestershire, England — when he was captivated by a strange sight. Sitting among the park's resident herds of red and fallow deer, a snow-white buck rested its body in the tall, green grass.

"I had never seen a white deer before," van Shie told Live Science in an email. "I was intrigued given their rarity, although many others that have visited the park will have no doubt seen it."

Van Shie readied his camera and started snapping the buck from afar. It wasn't until he got home that he realized the true treasure he'd recovered. The glorious deer — eyes clenched, mouth cracked, tongue lolling — had been photographed mid-sneeze.

The next day, van Shie posted the buck pic on Reddit's "mildly interesting" forum, where it received nearly 90,000 upvotes. While most commenters were impressed or eager to draw comparisons to the TV show "BoJack Horseman," some questioned van Shie's interpretation of the photo.

"I have received some comments doubting whether the deer was sneezing but I was far away enough from the deer that it wouldn’t feel threatened, especially considering that the park is open to the public and there wasn’t enough noise for it to have been calling out," van Shie said. "Having done some research I am confident that it was in fact a sneeze."

1-in-a-million… or 8 million
So, how rare is this photo, really? It's hard to say for sure, but Live Science is going to bet its doe on "pretty bucking rare." (Sorry… they say puns are a workout for your brain.)

For starters, all-white deer — or "leucistic" deer — are the rarest of the four color-varieties of fallow deer. Unlike albinism, a condition that results from the absence of the pigment melanin, leucism is a recessive-gene condition that results from the loss of multiple types of pigment. While we can't say exactly how common the condition is in fallow deer, nature.org previously reported that leucism effects about 1 percent of white-tail deer worldwide.

And as for the sneezing? Not much research has been done on deer-sneeze frequency… or even human-sneeze frequency, for that matter. However, one small, snotty 2006 study found that a control group of nonallergic people sneezed an average of 1.1 times per person per day.

If we hypothesize that the average sneeze takes about 1 second from start to finish, and that fallow deer sneeze exactly as often as the human-control group in that 2006 study, then the odds van Shie photographed a single deer at the precise moment of its daily sneeze are about 1 in 80,000. If there is a 1 percent chance that that sneezing deer is a leucistic deer, the odds of taking this photograph drop to about 1 in 8,000,000. (Live Science does not endorse doing math or science in this way.)

In conclusion, van Shie's photo is probably a lot rarer than seeing a humpback whale sneeze a rainbow, but less rare than meeting an astronaut who just sneezed all over his or her space helmet. Regardless — congratulations to Oban for taking a remarkable photograph that, for one glorious moment, made the internet sigh a collective "aww… choo!"

Originally published on Live Science.

Brandon Specktor
Brandon Specktor
Editor
Brandon is the space/physics editor at Live Science. His writing has appeared in The Washington Post, Reader's Digest, CBS.com, the Richard Dawkins Foundation website and other outlets. He holds a bachelor's degree in creative writing from the University of Arizona, with minors in journalism and media arts. He enjoys writing most about space, geoscience and the mysteries of the universe.

When you purchase through links on our site, we may earn an affiliate commission. Here’s how it works.Get answers to lif...
28/02/2023

When you purchase through links on our site, we may earn an affiliate commission. Here’s how it works.

Get answers to lifes little mysteries. Subscribe and feel like a kid again.
Home News Livescience.com-little-mystery
Can Water Naturally Flow Uphill?
By Laura Geggel published March 26, 2017
(opens in new tab)
(opens in new tab)
(opens in new tab)
(opens in new tab)
(opens in new tab)
Iceland's Kirkjufell mountain and waterfalls.
Water typically flows with gravity, downhill. Here, Iceland's Kirkjufell mountain and waterfalls. (Image credit: saraporn/Shutterstock)
Earth's gravity is strong, but can water ever naturally go against it and flow uphill?

The answer is yes, if the parameters are right. For instance, a wave on a beach can flow uphill, even if it's for just a moment. Water in a siphon can flow uphill too, as can a puddle of water if it's moving up a dry paper towel dipped in it.

Even more curiously, Antarctica has a river that flows uphill underneath one of its ice sheets. So, how does science explain these upward watery movements? [Where Did Earth's Water Come From?]

Waves and siphons
Waves (powered by wind), tides (primarily caused by the moon's gravitational forces) and tsunamis (often triggered by earthquakes and underwater landslides or volcanoes) can cause water to go against gravity. The energy and forces produced by these natural phenomena can push water upward, allowing it to naturally rise into a wave or run up a shoreline.

A siphon acts under different pressures. People have used siphons since ancient times; the ancient Egyptians used siphons for irrigation and winemaking, according to a study published in 2014 in the journal Scientific Reports(opens in new tab). Nowadays, thieves might use siphons to steal gas from cars. However, there is still debate about how siphons work.

You can visualize a siphon by thinking of two cups connected by a tube shaped like an upside-down "U." The water-filled cup sits on a stair, and an empty cup sits below it. If an experimenter puts one end of the tube into the water-filled cup and sucks the air out of it as you would when using a straw, that will allow the water to flow into the tube.

A siphon is created once the water flows up one side of the tube and down the other, into the empty cup.

Siphons also work in vacuums, so it doesn't appear that atmospheric pressure is at play, according to a 2011 study in the Journal of Chemical Education. Rather, gravity and molecular cohesion appear to be involved, according to a 2015 study in the journal Scientific Reports(opens in new tab).

Gravity accelerates the water through the "down" part of the tube, into the lower cup. Because water has strong cohesive bonds, these water molecules can pull the water behind them through the uphill portion of the tube, according to Wonderopolis, a site where daily questions get answered.

However, many liquids that do not have strong cohesive bonds still work in siphons, so it's unclear exactly how siphons work in different cases, according to Wonderopolis.

Capillary action
What about the paper towel example? This action, called capillary action, allows small volumes of water to flow uphill, against gravity, so long as the water flows through narrow and small spaces.

This upward flow happens when a liquid's adhesion to the walls of a material, such as the paper towel, is stronger than the cohesive forces between its liquid molecules, according to the U.S. Geological Survey.

In plants, water molecules are drawn up capillaries called the xylem, helping the plant to draw in water from the soil, the USGS said. [Are Trees Vegetarian?]

Antarctica river
There's a river that flows uphill beneath one of Antarctica's ice sheets, according to Robin Bell, a professor of geophysics at Columbia University's Lamont-Doherty Earth Observatory in New York.

Beneath the continent's ice sit the Gamburtsev Mountains, a massive range with peaks and valleys that are about the same size as the European Alps, she said. "In the valleys, there is water," Bell told Live Science. "We can tell because when we fly over it, the echo from the [ice-penetrating] radar is much stronger."

Intriguingly, researchers can tell that the river is flowing backward because the ice on top of it is aligned against the direction of the ice flow, Live Science reported previously. This alignment and the enormous pressure from the ice sheet above it push the water uphill, Bell said.

The desert landscape of southeastern Utah is known for its vivid and radiant color. In this remote part of the Colorado ...
25/02/2023

The desert landscape of southeastern Utah is known for its vivid and radiant color. In this remote part of the Colorado Plateau, the presence of iron in the local rocks has resulted in mesas of brilliant orange-red, shades of green and even spectacular yellow-orange limonite. Below the tree-covered mesas are deep canyons composed of Cedar Mesa Sandstone, which is best known for its white color. And here in the kaleidoscope of natural color are found three massive natural bridges that are the namesake for the wonders found at Natural Bridges National Monument. This photo shows a time-lapse view of the nighttime sky above Natural Bridges National Monument.

The old man
Natural Bridges National Monument

(Image credit: NPS)
Owachomo Natural Bridge is believed to be the oldest of the three natural bridges. It is also the smallest and thinnest. Its Hopi name comes from a rock formation found on its east end and referred to in the Hopi language as an owachomo or rock mound. Local names for this natural bridge over the years have included Edwin, Little Bridge and Congressman.

Creating beauty
Natural Bridges National Monument

(Image credit: NPS)
Some 10 million years ago, colliding tectonic plates began to push this part of North America upward. The rise was slow but continued for thousands of years, creating the high desert environment of the Colorado Plateau that we see today. Over this time, the forces of erosion continued, ultimately creating two deep and winding canyons now found within the national monument. These canyons provide visual evidence of the power of water running over and through rock and the constant change that running water has on a landscape. Colorful Cedar Mesa and the white quartz sandstone of the ancient beaches are easily seen in this photo.

Address

St John

Telephone

+62895328635295

Website

Alerts

Be the first to know and let us send you an email when Visiting Robinson posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Share