The caves of Copernicus
and the Ocean of Storms

The discovery of new caves on the Moon keep coming. Today I have two new stories. The first is a discovery by professional scientists of a giant lava tube cave in the Oceanus Procellarum or Ocean of Storms. The second is the detection of a plethora of caves and sinks on the floor of the crater Copernicus, found by a NASA engineer who likes to explore the gobs of data being accumulated by Lunar Reconnaissance Orbiter and made available to all on the web.

The image below of the Moon’s near side, taken by India’s Cartosat-2A satellite and taken from the science paper, shows the location of lava tube in Oceanus Procellarum (indicated by the red dot) and the crater Copernicus.

The Moon's near side, annotated

First the professional discovery. Yesterday, the Times of India reported the discovery of lava tube more than a mile long on the Moon. I did not post a link to the article because I didn’t think the news story provided enough information to make it worth passing along. Today however, fellow caver Mark Minton emailed me the link where the actual research paper could be downloaded [pdf]. This I find definitely worth describing.
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A potential landing site for next Mars rover

This week’s release of cool images from Mars Reconnaissance Orbiter included the color image below of a region on the floor of Holden Crater, one of the four possible landing sites for Curiosity, the Mars Science Laboratory planned for launch later this year. (If you want to see the entire image at higher resolution, you can download it here.)

Two things that immediately stand out about this image (other than this looks like an incredibly spectacular place to visit):

Holden Crater canyons

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Stardust images of comet locate crater from Deep Impact’s impact

More news from Stardust: scientists have now identified what they think is the crater produced by Deep Impact’s impact in 2005. Key quote:

The images revealed a 150-metre-wide crater at the Deep Impact collision point that was not present in 2005. The crater is a subtle feature in the images, but it appears consistently in multiple views from the spacecraft. “So I feel very confident that we did find the [impact] site,” said mission member Peter Schultz of Brown University in Providence, Rhode Island, at a press briefing on Tuesday. The crater’s features are “subdued” rather than sharply defined, like those of craters made in hard materials like rock. “The message is: This surface of the comet where we hit is very weak,” said Schultz. The crater also has a small mound in its middle, indicating that some of the material thrown up by the impact was drawn by the comet’s gravity back down into the crater, he said: “In a way, it partly buried itself.”

Researchers discover a new set of deep-sea volcanic vents in the south Pacific

Researchers have discovered a new set of deep-sea volcanic vents in the south Pacific, suggesting these vents are more common than previously believed. Key quote:

Using an underwater camera system, the researchers saw slender mineral spires about 10 feet tall, with hot water gushing from their peaks, and white mats of bacteria coating their sides. The vents are at a depth of 1,706 feet in a newly discovered seafloor crater close to the South Sandwich Islands, a remote group of islands about 310 miles southeast of South Georgia.

The underground Moon

More images of lunar cave pits have been posted by the scientists of Lunar Reconnaissance Orbiter (LRO). They have also published their first paper [pdf] about these cave pits for the 2011 Lunar and Planetary Science Conference taking place in March. The paper summarizes, with images, what is know about the three pits on the Moon that have each been imaged a number of times at different angles and lighting situations.

Mare Tranquilitatus
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FEMA considers, than cancels spending a billion on MREs

Government stupidity in action: FEMA considered then canceled (thank goodness) a proposal to spend more than a billion dollars on Meals-Ready-to-Eat on the very slim chance that the New Madrid fault in the midwest might produce a major earthquake sometime in the three years.

Unfortunately, they still haven’t canceled plans to buy 7 million emergency blankets and 550 million gallons of water in individual 1-liter plastic bottles.

A Fizzy Ocean on Enceladus

A fizzy ocean on Enceladus? Key quote:

[Scientists believe] that gasses dissolved in water deep below the surface [of Enceladus] form bubbles. Since the density of the resulting “sparkling water” is less than that of the ice, the liquid ascends quickly up through the ice to the surface. “Most of the water spreads out sideways and ‘warms’ a thin surface ice lid, which is about 300 feet thick,” explains Matson. “But some of it collects in subsurface chambers, builds up pressure, and then blasts out through small holes in the ground, like soda spewing out of that can you opened.”

Journalistic spin for the sake of disaster

The headline from this National Geographic story reads “Yellowstone Has Bulged as Magma Pocket Swells,” while the first sentence is designed to send chills up your spine:

Yellowstone National Park’s supervolcano just took a deep “breath,” causing miles of ground to rise dramatically, scientists report.

From here, the next few paragraphs go on to talk about the wild rise of the giant caldara under Yellowstone National Park in recent years, and how past eruptions there were were among the most powerful volcanic explosions ever to occur. Obviously, from this introduction, the thing is about to blow and we better run for cover!

This story is unfortunately typical for much of today’s modern media: find a story with a hint of disaster in it and play up that disaster as much as possible, regardless of the facts. For example, the opening of this article completely misreports the substance of the Yellowstone geology research. Back on December 4, I read the paper and headlined its results as follows: “Yellowstone caldara rise has slowed.” What the scientists had actually found was that after a period of significant growth beginning in 2004, the rise of Yellowstone’s giant volcanic caldara had slowed significantly since 2006, and since 2008 had actually subsided somewhat.

While the significant rise from 2004 to 2006 was then news, suggesting the worrisome possibility that an eruption was imminent, the story now, revealed by this scientific research, was how that rise has stopped, and why.

Now, if you spend the time to read the rest of the National Geographic article above, you will find that the reporter does dig a bit deeper, and notes these facts in better detail. The trouble is that a quick scan of the headline and opening paragraphs will instead leave you with an entirely incorrect impression of the facts.

That this kind of fear-mongering by modern reporters is not unusual, especially when it comes to climate research and extreme weather events, illustrates the vital importance of maintaining as skeptical an eye to what we read as possible. Don’t assume what you read is true. Read it as carefully as possible. Try to check its sources. And compare every article’s conclusions with other reports to see if you can get a feel for the truth, hidden behind the different reports.

And that, by the way, applies as much to what you read here at behindtheblack as anywhere else!

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