More than 150 years ago this house was built on ground-level. In 1882, a rogue flood caused by a near stream swept away the surroundings, but the cabin has withstood the flood. Surprisingly a giant rock appeared under the cabin, which saved the house and its residents from being swept away.
eat 150 pieces of corn
print out 150 pictures of tractors and tape them to your wall
pet 150 cows
read something by willa cather
eat 150 steaks
paint your house red
greet people with “go big red” instead of hello
eat 150 runzas
memorize the county numbers of all 93 counties
snort 150 kool-aid packets
draw a picture of the golden sower (make sure it’s actually the one on the top of the capitol)
design your own (better) license plate
A city where necromancy is legal and actually a part of every day society.
So long as you follow a specific set of laws to make it seem a bit more ethical, you’re allowed to use it to do anything from helping you in a fight, to helping you run your business. In fact, there are entire shops or restaurants where the staff are undead.
Laws to handle the undead could be things like:
• The corpses used cannot have flesh on them for sanitary reasons, especially in the case of businesses. Those who raise undead who are more than just bone will face a fine dependent on their situation.
• Similar to how people can donate their bodies to science, or donate their organs to those in need, people can choose to donate their bodies to necromancers before their death.
• If it is unknown if a person wished for their body to be donated after death, and they have been dead for 150+ years, you’re allowed to raise them. If next of kin is still alive, you must get permission from them first.
• You must take care of the undead in your charge. Keep them clean and unbroken. If one of them starts to get too much wear and tear, you are required by law to respectfully lay them back down to rest. Failure to do this will get you a hefty fine.
Jupiter, we’ve got quite the photoshoot planned for you. Today, our Juno spacecraft is flying directly over the Great Red Spot, kicking off the first-ever close-up study of this iconic storm and passing by at an altitude of only 5,600 miles (9,000 kilometers). In honor of this historic event, below are 10 things to know about the planet’s most famous feature.
1. A Storm That Puts Others to Shame
The Great Red Spot is a gigantic, high-pressure, ancient storm at Jupiter’s southern hemisphere that’s one of the longest lasting in the solar system. It’s so large, about 1.3 Earths could fit inside of it. And you can bet you’ll get swept away—the storm’s tumultuous winds peak at about 400 mph.
2. How Old Is It?
The Great Red Spot has been swirling wildly over Jupiter’s skies for the past 150 years—maybe even much longer. While people saw a big spot on Jupiter when they started stargazing through telescopes in the 1600s, it’s still unclear whether they were looking at a different storm. Today, scientists know the Great Red Spot has been there for a while, but they still struggle to learn what causes its swirl of reddish hues.
3. Time for That Close-Up
Juno will fly over the Great Red Spot about 12 minutes after the spacecraft makes the closest approach to Jupiter of its current orbit at 6:55 p.m. on July 10, PDT (9:55 p.m. on July 10, EDT; 1:55 a.m. on July 11, Universal Time). Juno entered orbit around Jupiter on July 4, 2016.
4. Oh, So Mysterious
Understanding the Great Red Spot is not easy, and it’s mostly Jupiter’s fault. The planet a thousand times as big as Earth and consists mostly of gas. A liquid ocean of hydrogen surrounds its core, and the atmosphere consists mostly of hydrogen and helium. That translates into no solid ground (like we have on Earth) to weaken storms. Also, Jupiter’s clouds make it hard to gather clear observations of its lower atmosphere.
This false-color image of Jupiter was taken on May 18, 2017, with a mid-infrared filter centered at a wavelength of 8.8 microns, at the Subaru Telescope in Hawaii, in collaboration with observations of Jupiter by NASA’s Juno mission. Credit: NAOJ/NASA/JPL-Caltech
5. Help From Hawaii
To assist Juno’s investigation of the giant planet’s atmosphere, Earth-based telescopes lent their helpful eyes. On May 18, 2017, the Gemini North telescope and the Subaru Telescope—both located on Hawaii’s Mauna Kea peak—simultaneously examined Jupiter in very high resolutions at different wavelengths. These latest observations helped provide information about the Great Red Spot’s atmospheric dynamics at different depths and at other regions of Jupiter.
6. Curious Observations
Observations from Subaru showed the Great Red Spot “had a cold and cloudy interior increasing toward its center, with a periphery that was warmer and clearer,” said Juno science team member Glenn Orton of our Jet Propulsion Laboratory, Pasadena, California. “A region to its northwest was unusually turbulent and chaotic, with bands that were cold and cloudy, alternating with bands that were warm and clear.”
This composite, false-color infrared image of Jupiter reveals haze particles over a range of altitudes, as seen in reflected sunlight. It was taken using the Gemini North telescope in Hawaii on May 18, 2017, in collaboration with observations of Jupiter by our Juno mission. Credits: Gemini Observatory/AURA/NSF/NASA/JPL-Caltech
7. Hot in Here
Scientists were stumped by a particular question: Why were the temperatures in Jupiter’s upper atmosphere comparable to those found at Earth, even though Jupiter is more than five times the distance from the sun? If the sun isn’t the heat source, then what is? Turns out, the storm in the Great Red Spot produces two kinds of turbulent energy waves that collide and heat the upper atmosphere. Gravity waves are much like how a guitar string moves when plucked, while acoustic waves are compressions of the air (sound waves). Heating in the upper atmosphere 500 miles (800 kilometers) above the Great Red Spot is thought to be caused by a combination of these two wave types “crashing,” like ocean waves on a beach.
8. Color Theory
Scientists don’t know exactly how the Great Red Spot’s rich colors formed. Studies predict Jupiter’s upper atmosphere has clouds consisting of ammonia, ammonium hydrosulfide, and water, but it’s still unclear how or even whether these chemicals react. “We’re talking about something that only makes up a really tiny portion of the atmosphere,” said Amy Simon, an expert in planetary atmospheres at NASA’s Goddard Space Flight Center in Greenbelt, Maryland. “That’s what makes it so hard to figure out exactly what makes the colors that we see.” Over at NASA’s Jet Propulsion Laboratory in Pasadena, California, researchers concluded that the ruddy color is likely a product of simple chemicals being broken apart by sunlight in the planet’s upper atmosphere. “Our models suggest most of the Great Red Spot is actually pretty bland in color, beneath the upper cloud layer of reddish material,” said Kevin Baines, a Cassini scientist at JPL.
This image of a crescent Jupiter and the iconic Great Red Spot was created by a citizen scientist, Roman Tkachenko, using data from Juno’s JunoCam instrument. JunoCam’s raw images are available here for the public to peruse and enhance.Want to learn more? Read our full list of the 10 things to know this week about the solar system HERE.
I think I’m spending Canada Day weekend at my cousin’s place. I’m not sure what they do there for Canada Day, but since our grand country is turning 150 this year, I imagine it will be something extra lovely. I can’t wait. I’m so proud of this place.
It’s the time of year for summer break, swimming, and oh, yes storms. June 1 marks the beginning of hurricane season on the Atlantic coast, but we’re not alone. Our neighboring planets have seen their fair share of volatile weather, too (like the Cassini spacecraft’s view of the unique six-sided jet stream at Saturn’s north pole known as “the hexagon”).
This week, we present 10 of the solar system’s greatest storms.
1. Jupiter’s Great Red Spot
With tumultuous winds peaking at 400 mph, the Great Red Spot has been swirling wildly over Jupiter’s skies for at least 150 years and possibly much longer. People saw a big spot on Jupiter as early as the 1600s when they started stargazing through telescopes, though it’s unclear whether they were looking at a different storm. Today, scientists know the Great Red Spot has been there for a while, but what causes its swirl of reddish hues remains to be discovered. More >
2. Jupiter’s Little Red Spot
Despite its unofficial name, the Little Red Spot is about as wide as Earth. The storm reached its current size when three smaller spots collided and merged in the year 2000. More >
3. Saturn’s Hexagon
The planet’s rings might get most of the glory, but another shape’s been competing for attention: the hexagon. This jet stream is home to a massive hurricane tightly centered on the north pole, with an eye about 50 times larger than the average hurricane eye on Earth. Numerous small vortices spin clockwise while the hexagon and hurricane spin counterclockwise. The biggest of these vortices, seen near the lower right corner of the hexagon and appearing whitish, spans about 2,200 miles, approximately twice the size of the largest hurricane on Earth. More>
4. Monster Storm on Saturn
A tempest erupted in 2010, extending approximately 9,000 miles north-south large enough to eventually eat its own tail before petering out. The storm raged for 200 days, making it the longest-lasting, planet-encircling storm ever seen on Saturn. More >
5. Mars’ Dust Storm
Better cover your eyes. Dust storms are a frequent guest on the Red Planet, but one dust storm in 2001 larger by far than any seen on Earth raised a cloud of dust that engulfed the entire planet for three months. As the Sun warmed the airborne dust, the upper atmospheric temperature rose by about 80 degrees Fahrenheit. More >
6. Neptune’s Great Dark Spot
Several large, dark spots on Neptune are similar to Jupiter’s hurricane-like storms. The largest spot, named the “Great Dark Spot” by its discoverers, contains a storm big enough for Earth to fit neatly inside. And, it looks to be an anticyclone similar to Jupiter’s Great Red Spot. More >
7. Sun Twister
Not to be confused with Earth’s tornadoes, a stalk-like prominence rose up above the Sun, then split into about four strands that twisted themselves into a knot and dispersed over a two-hour period. This close-up shows the effect is one of airy gracefulness. More >
8. Titan’s Arrow-shaped Storm
The storm blew across the equatorial region of Titan, creating large effects in the form of dark and likely “wet” from liquid hydrocarbons areas on the surface of the moon. The part of the storm visible here measures 750 miles in length east-to-west. The wings of the storm that trail off to the northwest and southwest from the easternmost point of the storm are each 930 miles long. More >
9. Geomagnetic Storms
On March 9, 1989, a huge cloud of solar material exploded from the sun, twisting toward Earth. When this cloud of magnetized solar material called a coronal mass ejection reached our planet, it set off a chain of events in near-Earth space that ultimately knocked out an entire power grid area to the Canadian province Quebec for nine hours. More >
10. Super Typhoon Tip
Back on Earth, Typhoon Tip of 1979 remains the biggest storm to ever hit our planet, making landfall in Japan. The tropical cyclone saw sustained winds peak at 190 mph and the diameter of circulation spanned approximately 1,380 miles. Fortunately, we now have plans to better predict future storms on Earth. NASA recently launched a new fleet of hurricane-tracking satellites, known as the Cyclone Global Navigation Satellite System (CYGNSS), which will use the same GPS technology you and I use in our cars to measure wind speed and ultimately improve how to track and forecast hurricanes. More >
Discover more lists of 10 things to know about our solar system HERE.
the Les Mis fandom is honestly my favourite: it’s been here for 150+ years and it’s all peaceful and sad but once a year you go on tumblr and it’s the #1 TRENDING THING WORLDWIDE (and so you know it’s barricade day)
Blows my mind a little bit. And Canada
is actually pretty young as far as countries go. And even at that,
I’ve only been alive for 20% of that time.
And I do like being a
part of this country. It’s a democratic, multicultural, decently
open-minded country that a lot of other countries like, and we have
great stuff like a ton of natural beauty and universal healthcare! (And
poutine. Can’t forget that.)
It’s not perfect, though. I’m
currently living on the unceded traditional territories of the Musqueam,
Squamish and Tsleil-Waututh First Nations people in what is now the
city of Vancouver. And the whole residential school business (which was
not covered in any depth in my high school social studies class) was a
horrible mistake and yet another dick move against the First Nations
So, with 150 years of Canadian history to look back on,
how about we make the next 150 and beyond something to be really proud
M13: The Great Globular Cluster in Hercules : In 1716, English astronomer Edmond Halley noted, This is but a little Patch, but it shews itself to the naked Eye, when the Sky is serene and the Moon absent. Of course, M13 is now less modestly recognized as the Great Globular Cluster in Hercules, one of the brightest globular star clusters in the northern sky. Telescopic views reveal the spectacular clusters hundreds of thousands of stars. At a distance of 25,000 light-years, the cluster stars crowd into a region 150 light-years in diameter. Approaching the cluster core upwards of 100 stars could be contained in a cube just 3 light-years on a side. For comparison, the closest star to the Sun is over 4 light-years away. Along with the clusters dense core, the outer reaches of M13 are highlighted in this sharp color image. The clusters evolved red and blue giant stars show up in yellowish and blue tints. via NASA