SONG: “Kavachi”. [Download] ARTIST: grant. SOURCE:Based on “Deep-Sea Cameras Reveal a ‘Sharkcano’”, National Geographic Explorers’ Journal, 9 July 2015, as used in the post as used in the post “Live Sharks Discovered Inside A Live Volcano.” ABSTRACT: There’s nothing I didn’t like about the process of writing this. If I was influenced by anyone in the making of this song, I guess it was The Residents, although the basic structure of it was unabashedly ripped off… myself. For about, oh, 15 years or so, I’ve had this vision of Devo doing a cover of a particular Doors song. It’s never going to happen. So I just stole that cover and rewrote it to have words about a sharkcano. Sharks. In a volcano. Filled with acid. Nearly everything you hear here is synthetic, except the main drum beat, which is me beatboxing into a pair of headphones, and the solo, which is a pair of sound […]
These are prehistoric animals compared to their modern relatives and, for scale, a human. A human who’s interested in what they’re like… except when…
Look out! HELL PIG!
There are plenty more of the majestic giants (and some terrifying ones) at NPR’s Skunk Bear tumblog.
The New Horizons Long Range Reconnaissance Imager (LORRI) snapped this photo of Jupiter’s ring system on February 24, 2007, from a distance of 7.1 million kilometers (4.4 million miles).
This processed image shows a narrow ring, about 1,000 kilometers (600 miles) wide, with a fainter sheet of material inside it. The faint glow extending in from the ring is likely caused by fine dust that diffuses in toward Jupiter. This is the outer tip of the “halo,” a cloud of dust …
SOURCE:Based on “NASA Windbots Could Explore Gas Giant Jupiter”, Sky News, 24 July 2015, as used in the post as used in the post “Windbots to explore Jupiter – the bumpier the ride, the better..”
ABSTRACT: The planet Jupiter is 35 light-minutes from Earth (give or take a couple of minutes depending on where in its orbit the planet is).
So a robot floating in the turbulent winds of Jupiter would take that long to send a mes…
Three names for one little fish. And those are just the beginning.
I found this one on the Scientific Illustration tumblog, which quoted Wikipedia on the doree (etc.):
John Dory, St Pierre or Peter’s Fish, refers to fish of the genus Zeus, especially Zeus faber, of widespread distribution. It is an edible benthic coastal marine fish with a laterally compressed olive-yellow body which has a large dark spot, and long spines on the dorsal fin. The dark spot is used to flash an ‘evil ey…
These are ostensibly Cochin chickens, or forerunners of what we’d call Cochins today. They’re a breed with a *lot* of character, and are uniquely suited, temperamentally, for being “pet” chickens moreso than egg factories or walking meat supplies. Despite the name (after a part of India), they’re originally from China.
It’s the most Earth-like planet yet discovered. Kepler 452b sits in the “Goldilocks” zone around its star, not too hot and not too cold, and is about the same size (or is a little larger) and made of something like the same stuff as the planet we’re sitting around on right now. It takes 365 days to orbit around its sun, too. NASA’s calling it ou…
The New Yorker paints a pretty vivid seismic picture of the quake that some scientists say is due to rip the Pacific Northwest in two: Most people in the United States know just one fault line by name: the San Andreas, which runs nearly the length of California and is perpetually rumored to be on the verge of unleashing “the big one.” That rumor is misleading, no matter what the San Andreas ever does. Every fault line has an upper limit to its potency, determined by its length and width, and by how far it can slip. For the San Andreas, one of the most extensively studied and best understood fault lines in the world, that upper limit is roughly an 8.2—a powerful earthquake, but, because the Richter scale is logarithmic, only six per cent as strong as the 2011 event in Japan. Just north of the San Andreas, however, lies another fault line. Known […]
National Geographic reveals an ecosystem my 10-year-old son might have dreamed up. It’s all lava, acid and sharks. Inside the cauldron of Kavachi is a “sharkcano”: “Absolutely, we were scared,” says [Brennan] Phillips, a National Geographic Society/Waitt Grants Program grantee. “But one of the ways you can tell that Kavachi is erupting is that you can actually hear it—both on the surface and underwater. Anywhere within 10 miles even, you can hear it rumbling in your ears and in your body.” No one heard rumbling, so they prepared to go right to the rim of the crater. … Even without such theatrics it’s a dangerous place though. “Divers who have gotten close to the outer edge of the volcano have had to back away because of how hot it is or because they were getting mild skin burns from the acid water.” So the team strategically deployed their instruments—including disposable robots, underwater cameras, and National […]
SONG: “How the Moon Began.” [Download] ARTIST: grant. SOURCE:Based on “Puzzle of Moon’s origin resolved”, Nature, 8 April 2015, as used in the post “Scientists: The moon was formed when Earth smacked her twin sister.” ABSTRACT: Once again, Allison said this was the story that needed a song, and she was right. At around the same time, I was listening to “Cruel Sister” and thinking about murder ballads, but somehow, this didn’t come out folksy at all. I mean, except that it’s about ancient sisters getting into some kind of deadly fight. And has finger picking in it. I also kind of set out to write a *gushi* again, but that didn’t happen either – it kept wanting to rhyme, and then slant or else kind of extend past the rhyme (what’s the name for when that happens? Cole Porter does it all the time…). The thing that sounds like an accordion, isn’t. It’s a […]
Nature has more on the research into the aformentioned artificial earthquakes: It’s the first thing that geologist Todd Halihan asks on a sunny spring afternoon at Oklahoma State University in Stillwater: “Did you feel the earthquake? My mother-in-law just called to complain that the house was shaking.” Halihan’s mother-in-law has been calling a lot lately. Fifteen quakes of magnitude 4 or greater struck in 2014 — packing more than a century’s worth of normal seismic activity for the state into a single year. Oklahoma had twice as many earthquakes last year as California — a seismic hotspot — and researchers are racing to understand why before the next major one strikes. … Oklahoma’s quakes have been linked to underground wells where oil and gas operations dispose of waste water, but mining, geothermal energy and other underground explorations have triggered earthquakes from South Africa to Switzerland. … Companies drill into the ground to extract oil and […]
Click to embiggen This is a handmade map from the construction of the Panama Canal, one of history’s greatest feats of engineering. Culebra Cut is where the project experienced massive landslides (is it fair to say some of them are still going on today? I think it is… it is). So the folks in charge of the dig, the Isthmian Canal Commission, got geologists down there to study how to move all that dirt out of the way without burying any workers and steam shovels and train cars. This is one section of the dirt-profile from AB Nichols’ notebooks. It’s labeled “Isthmian Canal Commission. Partial Geological Profile along axis of Canal in Culebra Cut, by A.B. Nichols and A. Raggi. 1910.” I found it in the Linda Hall Library Digital Collection.
Nature reports on a new way of looking at lunar formation that almost reads like a myth. The moon came to be when Earth collided with a near-identical sister planet: The ‘giant impact’ hypothesis, first proposed in the 1970s, suggests that the Moon was formed from the debris scattered when a Mars-sized planet slammed into the early Earth some 4.5 billion years ago. This fits well with what we know about the Moon, including its mass and lack of any significant iron core. But the theory also implies that the Moon is made up mostly of impactor material. Since lunar and Earth rocks have such similar compositions, this suggests that Earth and the planet that smacked into it resembled each other too. They would have needed to be sister planets, with a relationship much closer than that of any other planetary bodies we have studied in our Solar System.
Click to embiggen slightly A “phragmocone” is a fancy word for a shell of a nautilus or ammonoid, and “Belemnitella” is a genus of belemnite, which is to say, a prehistoric critter like squid with a long, chambered shell… that it kept inside, like a skeleton. Once upon a time, they were all over the place. [via
Daily Beast has more on how 204 billion tons of melting glaciers have changed the way our planet’s gravity works: Between 2009 and 2012, the years for which GOCE was taking data, the amount of gravity in Antarctica decreased noticeably, corresponding to a lot of ice melt. From the point of view of artificial satellites or the Moon, Earth’s gravity is mostly a steady influence, a tug that doesn’t particularly depend on where the satellite is over Earth’s surface. However, mass is the source of gravity, so if the crust is thicker in one place than another—say, the Himalayas vs. the floor of the Atlantic Ocean—the thicker part will exert a slightly higher gravitational pull. … The authors of the new paper looked at GOCE and GRACE data for three Antarctic glaciers, and found they are losing approximately 185 billion metric tons (204 billion US tons) of ice each year for the three years of […]
Click to embiggen vastly. This is a story of explosive growth, as told by the USGS Landsat satellite, and recorded in the Earth Earth Resources Observation and Science (EROS) Center “Image of the Week” collection. On the left is Shenyang in 1984. On the right, the same location 30 years later. City is spreading like… well, like city. Nothing else spreads like it. Mold on bread, maybe. At least there’s this: The large green feature in the north-central part of the urban area is Beiling Park, the largest park in the city. You can see it from space. Or a geosynchronous orbit, at least.
You might have heard, like many Discovery News readers, of the weird moving rocks of Death Valley – the ones with the long, curving trails behind them. No one’s ever seen how these huge boulders skate across the desert until now: The first witnesses to an enduring natural mystery are an engineer, a biologist and a planetary scientist who met thanks to a remote weather station. … Now, with video, time-lapse photographs and GPS tracking of Racetrack Playa’s moving rocks, the mystery has finally been solved. … agged plates of thin ice, resembling panels of broken glass, bulldoze the rocks across the flooded playa, the scientists reveal today (Aug. 27) in the journal PLOS One. Driven by gentle winds, the rocks seem to hydroplane atop the fluffy, wet mud. “It’s a wonderful Goldilocks phenomenon,” said lead study author Richard Norris. “Ponds like this are vanishingly rare in Death Valley, and it may be a decade […]
Nature offers one of the least comforting explanations for a mysterious hole in Siberia. It wasn’t from an asteroid or a rogue telephone-pole-installing crew. The 30-meter-wide crater was caused by methane – a flammable, stinky greenhouse gas – being released from melting permafrost: Over the past 20 years, permafrost at a depth of 20 metres has warmed by about 2°C, driven by rising air temperatures, notes Hans-Wolfgang Hubberten, a geochemist at the Alfred Wegener Institute in Potsdam, Germany. Hubberten speculates that a thick layer of ice on top of the soil at the Yamal crater site trapped methane released by thawing permafrost. “Gas pressure increased until it was high enough to push away the overlying layers in a powerful injection, forming the crater,” he says. Hubberten says that he has never before seen a crater similar to the Yamal crater in the Arctic. Larry Hinzman, a permafrost hydrologist at the University of Alaska in Fairbanks […]
Nature shares satellite data that shows not only lakes, rivers and reservoirs shrinking across the whole U.S. Southwest, but even water underground is going away: To track groundwater losses, researchers used data from the Gravity Recovery and Climate Experiment (GRACE), a pair of satellites operated by NASA and the German Aerospace Centre (DLR) that measure variations in the gravitational pull of Earth. The team found that from December 2004 to November 2013, the Colorado River basin — which supplies roughly 40 million people in seven US states — lost roughly 65 trillion litres of fresh water. To determine how much of that was groundwater, they subtracted out water lost from surface reservoirs and soil. The result was more than 50 trillion litres, roughly 1.5 more than the maximum capacity of the United States’ largest reservoir, Lake Mead in Nevada and Arizona. “It was way more than we ever thought,” says study co-author Jay Famiglietti, a […]
Click to embiggen From the Quarterly Journal of the Geological Society of London, volume 28. It’s a dyke, a rock formation between two layers of Australian rock like jam in a sandwich. This seems like a great place to find fossils or “vein-stones,” but the London geologists said, “No. No, it isn’t.” It’s just dolerite.