July 17, 2017
By Elizabeth McMahon, Galactic Sandbox Writer-At-Large
and Agnett Bonwitt, Managing Editor
That Sinking Feeling
Our celestial observatories do more than just look skyward; they are also used to stockpile valuable data about what is going on right here on our home planet. An important example of this is the project started in 1958 by Charles Keeling who began to measure the amount of CO2 in our air from the Mauna Loa volcano in Hawaii. It was originally planned to run for only a year, but half a century later the project is still being run by his son Ralph, and the information produced is used to measure how human activity is affecting the planet. This knowledge has been employed many times by climate scientists who call it the “Keeling curve”, an uncomfortably rising line that we have not successfully leveled out despite the lowering of emissions in the last few decades.
And now we may have the answer as to why we’re continuously chasing our tail. It seems that humans have nearly maxed out ‘carbon sinks’ – large areas of land and ocean that absorb huge amounts of CO2 as we pump it into the atmosphere. In the past, these carbon eaters helped keep the planet from warming as quickly as it otherwise could have, but now they are approaching capacity. Ralph Keeling explains that the sinks we have now can only suck up about half of greenhouse gases, the rest builds up in the atmosphere. In order to at least stop the toxic hemorrhaging, we would have to reduce our emissions by a drastic 50%, a number no country is anywhere near, and is far more radical that what is called for in the 2015 Paris climate change accord. As the sinks reach saturation we have to continue to lower our greenhouse gas belching to basically zero and then begin creating new carbon collectors to take out what we have already produced.
So for the past several decades, the full effects of our emissions have been kept somewhat in check, allowing many to disavow that the situation calls for urgent action because the data is not sufficient. But now some are sounding the alarm that our window of opportunity for avoiding the worst effects is closing fast.
An open letter by six scientists and diplomats states that we have approximately three years before the worst effects of climate change take hold. They aren’t just Cassandra’s with no solutions however, they propose six goals to hit by 2020 to avert this catastrophe, but the whole world would have to adopt them. And this is of course at the time our current de-evolutionary administration has declared climate change is not on the agenda, and has freed the US from the burden of ensuring the Earth has a chance of supporting the existence of future generations. Unfortunately, by the time it’s no longer possible to deny the science on CO2 emissions and our part in them, it will be too late to update anyone’s agenda.
Last week, NASA’s state-of-the-art Juno probe in its most recent Jupiter flyby snapped the most detailed pix of the gas giant’s iconic Red Spot, displaying what the space agency calls “a tangle of dark, veinous clouds weaving their way through a massive crimson oval.” Stretching 10,159 miles wide (as of April 3, 2017), the famous Jovian “storm” is 1.3 times as wide as Earth, and has been monitored since 1830. The magnificent maelstrom, which is believed to have lasted 350 years, appears in recent years to be shrinking. “For hundreds of years scientists have been observing, wondering and theorizing about Jupiter’s Great Red Spot,” said Scott Bolton, Juno principal investigator from the Southwest Research Institute in San Antonio. “Now we have the best pictures ever of this iconic storm. It will take us some time to analyze all the data from not only JunoCam, but Juno’s eight science instruments, to shed some new light on the past, present and future of the Great Red Spot.” As with other photos snapped by Juno, “citizen scientists” have been taking the available raw images and transforming them into glorious works of art. “I have been following the Juno mission since it launched,” said Jason Major, a JunoCam citizen scientist and a graphic designer from Warwick, Rhode Island. “It is always exciting to see these new raw images of Jupiter as they arrive. But it is even more thrilling to take the raw images and turn them into something that people can appreciate. That is what I live for.”
Skating on Thin Ice
In a CNN opinion piece written by John Sutter titled, “That huge iceberg should freak you out. Here’s why,” the author challenges the media blitzkrieg last week that scientists believe the trillion-ton runaway ice block that broke off of the Larsen C South Polar shelf has nothing to do with human-created climate change – a characterization which he calls at best misleading, and at worst, wrong. Among the five “takeaways” Sutter concludes after spending time discussing the Antarctic ice shelf calving with scientists is that we shouldn’t brush the event off as just a naturally-occurring event, with many researchers worried that their compatriots are failing to see the forest for the trees. “They’re looking at it through a microscope” rather than seeing macro trends, including the fact that oceans around Antarctica are warming, helping thin the ice,” Sutter quotes Kevin Trenberth, a distinguished senior scientist at the US National Center for Atmospheric Research. Again, Sutter records the concerns of another leading researcher: “To me, it’s an unequivocal signature of the impact of climate change on Larsen C,” said Eric Rignot, a glaciologist at NASA’s Jet Propulsion Laboratory and the University of California, Irvine. “This is not a natural cycle. This is the response of the system to a warmer climate from the top and from the bottom. Nothing else can cause this.” Colleagues who say otherwise, added Rignot, are burying their heads “in the ice.” (To read Sutter’s full column, click here.)
Apollo 11 moonwalker Buzz Aldrin kicked off a multi-year commemoration leading up to the 50th anniversary of the first lunar landing in July 2019 with his own version of a star-studded gala as he raised $190,000 for his ShareSpace Foundation and rolled out the red carpet to hype his goal of landing humans on Mars by 2040. According to CBS News, Apollo astronauts Walt Cunningham, Michael Collins and Harrison “Jack” Schmitt joined Aldrin at the sold-out fete held under the shadow of a historic Saturn V rocket. “I like to think of myself as an innovative futurist,” Aldrin told a crowd of nearly 400 people in the Apollo/Saturn V Center. “The programs we have right now are eating up every piece of the budget and it has to be reduced if we’re ever going to get anywhere.” (Editors Note: Although, if NASA is forced to blitz its Earth observing programs, we may not have a place here to come from.) Aldrin’s Foundation also awarded Amazon.com and spaceflight company Blue Origin founder Jeff Bezos with the first Buzz Aldrin Space Innovation Award. “We can have a trillion humans in the solar system. What’s holding us back from making that next step is that space travel is just too darned expensive,” Bezos said. “I’m taking my Amazon lottery winnings and dedicating it to (reusable rockets). I feel incredibly lucky to be able to do that.”
Also honored at the festivities was former NASA astronaut Mae Jemison, the first African-American woman to travel in space, who was bestowed with the Buzz Aldrin Space Pioneering Award. “When Buzz says, ‘Get your ass to Mars,’ it’s not just about the physical part of getting to Mars. It’s also about that commitment to doing something big and audacious,” Jemison told The Associated Press. “What we’re doing looking forward is making sure that we use our place at the table.”
There may be, however, no table to scoot up to, at least according to the gloomy assessment by a NASA official, who speaking at the recent propulsion symposium, admits that at current costs, the space agency doesn’t have the resources to “put boots on the face of Mars,” by 2030 as Vice President MIke Pence put it just as week or so ago. “I can’t put a date on humans on Mars, and the reason really is the other piece, at the budget levels we described, this roughly 2 percent increase, we don’t have the surface systems available for Mars,” NASA’s William H. Gerstenmaier said on Wednesday during a propulsion meeting at the American Institute for Aeronautics and Astronautics. “And that entry, descent and landing is a huge challenge for us for Mars.”
That said, NASA is expecting to get more funds to focus on human exploration to the Red Planet, and, according to Gerstenmaier, returning to the Moon is still within the agency’s grasp. “If we find out there’s water on the Moon, and we want to do more extensive operations on the Moon to go explore that, we have the ability with Deep Space Gateway to support an extensive Moon surface program,” he said. “If we want to stay focused more toward Mars we can keep that.”
The tale of a long-lost sack used by Apollo 11 moonwalker Neil Armstrong to collect lunar dust should be coming to an end this week when it is expected to be auctioned off for about $4 million along with other space memorabilia by Sotheby’s in New York City. The 12 by 8.5-inch bag tagged “Lunar Sample Return” disappeared for decades after the first Moon landing, and eventually turned up in the garage of a Kansas museum manager who was convicted in 2014 of pinching It. After the U.S. Marshals Service unsuccessfully put it up for auction three times, the satchel was bought in 2015 by a Chicago-area attorney Nancy Lee Carlson for $995. When she sent it to NASA for authentication, the space agency decided to keep it after discovering that it still had traces of moon dust inside. Carson successfully sued NASA’s butt, and the hoopla generated by her legal challenge brought several potential buyers out of the woodwork, so Carlson decided to have it auctioned again. Sotheby’s Cassandra Hatton told Reuters she was confident the bag would find a good home. “Just know that the kind of person that would pay money like this for this item is going to take excellent care of it,” she said. “Nothing is lost forever.”
Piece of the Pie
One of the contestants looking to nab Google’s $20 million Lunar XPRIZE contest has revealed its long-term plans to mine the Moon and bring back samples by 2020. Last week, Florida-based startup Moon Express unveiled its ambitious two-phase proposal that will include 1) a 2019 “Lunar Outpost” mission that will establish a research station on the Moon’s south pole to search for ore as well as ice lurking in dark, chilly craters, and 2) “Harvest Moon” slated for a 2020 launch that will employ three robotic spacecraft to bring lunar rocks back to Earth to be available for scientific research as well as for collectors. Still, the private firm needs to get its MX-1E robotic lander off the ground and prove that it can get the craft to the lunar surface and perform the required hopping around and video taking by the December 2017 deadline so it can qualify for the XPRIZE gold ring. So far, however, the company’s “Lunar Scout” mission continues to face some roadblocks in that the experimental “Electron” rocket designed to launch the lander from New Zealand has in tests only reached sub-orbital space, and the MX-1E itself has yet to be completed. Other that that, if the firm can clear these hurdles, it will become the first private company to squish its toes on our nearest celestial neighbor.
A team of astronomers led by the University of Cambridge has boasted finding the smallest star yet measured, with a size just an ooch larger than Saturn, and a gravitational pull about 300 times stronger than what’s felt on Earth. Part of a binary system, the newly-measured, fun-sized “EBLM J0555-57Ab” is about 600 light years away, and was discovered as it passed in front of its much more significant other, using a method usually employed to detect exoplanets. “Our discovery reveals how small stars can be,” said Alexander Boetticher, the lead author of the team’s findings that will be published in the journal Astronomy & Astrophysics.“Had this star formed with only a slightly lower mass, the fusion reaction of hydrogen in its core could not be sustained, and the star would instead have transformed into a brown dwarf,” he added. Such celestial mini-mes are of particular interest to scientists, since they are the best candidates for being the home of temperate Earth-sized, liquid-water containing planets such as those recently-found surrounding the ultra-cool TRAPPIST-1 dwarf star.
NASA scientists are monitoring a new, rapidly-growing dark patch on our Sun that is currently facing Earth. Spotted by the space agency’s Solar Dynamics Observatory (SDO), the ominous sunspot area, which is appearing at a relatively low ebb in solar activity, could create flares, which at a minimum can generate increased amounts of polar auroras to at worse possibly creating potential disruptions in communication satellites and electric power grids here at home.