Synergy of an ominous kind

BRT has discussed how feedback loops amplify events like climate change ad nauseam with loss of albedo being one and now another, thermokarst lakes, a relatively unknown entity that could amp global warming in ways that truly boggle the mind.

However, in the presence of thermokarst lakes, permafrost thaws deeper and more quickly. Thermokarst lakes form when substantial amounts of ice in the deep soil melts to liquid water. Because the same amount of ice takes up more volume than water, the land surface slumps and subsides, creating a small depression that then fills with water from rain, snow melt and ground ice melt. The water in the lakes speeds up the thawing of the frozen soil along their shores and expands the lake size and depth at a much faster pace than gradual thawing.

Photo shows what appears to be permafrost thaw ponds in Hudson Bay, Canada, near Greenland. (By inspection this photo appears to match a location at 66°11′10″N 73°26′42″W in Dewey Soper Migratory Bird Sanctuary on Baffin Island, overlooking the waters of the Hudson Bay near Greenland)

The horse is out of the barn, don't you think?

A Faustian bargain

BRT has waxed poetic about the perils and foolishness of fracking, a short term solution to a long term problem with emphasis given to its destruction of precious aquifers in order to generate fossil fuel energy no matter what the cost may be.

An alarming new study reveals fracking is quite simply destroying America’s water supply.

That means we are losing potable water forever in many semi-arid regions of the country, while simultaneously producing more carbon pollution that in turn is driving ever-worsening droughts in those same regions, as fracking expert Anthony Ingraffea, a professor at Cornell University, explained to ThinkProgress.

The game-changing study from Duke University found that “from 2011 to 2016, the water use per well increased up to 770 percent.” In addition, the toxic wastewater produced in the first year of production jumped up to 1440 percent.

SOME OF THE BIGGEST FRACKING SITES -- LIKE THE PERMIAN AND EAGLE FORD BASINS -- ARE IN HIGHLY WATER STRESSED AREAS. CREDIT: DUKE UNIVERSITY.

End result ...

As Ingraffea put it, “shale gas/oil is exchanging absurd volumes of water for absurd volumes of fossil fuels at a time where using the latter is jeopardizing the availability of the former.” At the same time, fracking “is exchanging precious volumes of water usable for drinking and farming for toxic volumes of wastewater most of which has to be transported and injected underground,” at grave risk to underground sources of drinking water. Finally, “most of what is not transported and injected stays underground, an exchange of H2O for CO2.” Therefore, almost all of what arrives at a well is forever lost to the water cycle.”

Fracking is truly a Faustian bargain.

Yes indeed.

Circadian Rhythms

Circadian Rhythms from Robert Moran on Vimeo.

It's all about the 24 hr cycle that every living thing on planet earth obeys with summer being the best way to see how it all works out. Enjoy. :)

Summer 2018

Butterfly 1 :)

Clematis on edge

DK 2

Orange Frilly

Monarch having a snack

Sherwood Silhouette

Tan Dragonfly

Tiny Daisy

“War does not determine who is right — only who is left.” ― Anonymous

Autonomous bots are becoming an ominous reality as there is too much money to not make it so as seen by this piece in New Atlas titled Kalashnikov’s new autonomous weapons and the “Terminator conundrum”

Earlier this month, the Russian weapons manufacturer Kalashnikov Group made a low-key announcement with frightening implications. The company revealed it had developed a range of combat robots that are fully automated and used artificial intelligence to identify targets and make independent decisions. The revelation rekindled the simmering, and controversial, debate over autonomous weaponry and asked the question, at what point do we hand control of lethal weapons over to artificial intelligence?

It gets better or ... MY DRONESKI JUST ATE YOUR ETHICS

The question of autonomous, lethal robots presents us with a sort of prisoner’s dilemma, in which uncertainty regarding other players’ decisions drives us to pursue a sub-optimal strategy in order to avoid the most damaging outcome. Consider a game with two combatants who have two possible strategies for using lethal robots in a contest: full autonomy and human control. (We categorize any human interventions in the robot’s decision-making as human control, even if the human’s role is limited to approving the release of a weapon.) Neither side seeks to create humanity’s future robot overlords, so full autonomy is an unappealing strategy given the risk (however small it may seem) that humans could lose control over fully autonomous weapons.

However, maintaining human control exposes players to other disadvantages that may be decisive should the other player opt for full autonomy. First, fully autonomous systems could operate in a much faster decision cycle than human-in-the-loop systems. An inferior platform can defeat a superior one if the inferior platform can, to borrow a phrase from John Boyd, get inside its enemy’s decision loop. This places a manned, semi-autonomous future force at significant risk when encountering a fully autonomous first echelon or defensive screens of a less scrupulous enemy.

Something to consider don't you think?

Razana

Paleoartistic restoration of the head of Razanandrongobe sakalavae. Unlike extant crocodilians, this terrestrial predator had a deep skull. Credit: Fabio Manucci.

One can only imagine just how scary Jurassic Madagascar's Razanandrongobe sakalavae must have been when hunting as seen by the Razana reconstructions seen above and below of a heretofore unknown apex predator able to move at tremendous speed as  its legs were positioned straight and erect under their bodies, allowing them to gallop and sprint after prey in a decidedly athletic, uncrocodile-like manner. Notosuchians like Razana also had elevated skulls, making them look more Velociraptor and less pancake-headed swamp monster. Notosuchians were fierce predators that ranged all over Gondwana during the last half of the Mesozoic Era, but the new findings demonstrate that none of these souped-up crocs were quite as formidable as the monster from Madagascar.

Factoids ...

Razanandrongobe had a head as big as a washing machine, which evolution had outfitted with a battery of serrated, banana-sized teeth. These chompers were resilient and rugged enough, the researchers contend, that ol’ Razana might have been able to pulverize and gobble down bone and tendon along with its prey’s fleshy bits. This fearsome machinery, once attached to the standard, track-and-field star chassis of a notosuchian, likely made Razana the biggest and baddest predator of its ecosystem.

Seems the age of dinosaurs was dangerville to the max without question. Click here to get scientific information further detailing why Razana was so fearsome a predator.

FYI

As needs warrant ...

Like reality, tech knows no morality save for the person using said tech, something BRT has discussed for years as the same tool used to cure cancer can also be used to create credit default swaps or, in this case, AI used to both defeat malware or create it as needs warrant.

Artificial Intelligence (AI) has been seen as a potential solution for automatically detecting and combating malware, and stop cyber attacks before they affect any organization.

However, the same technology can also be weaponized by threat actors to power a new generation of malware that can evade even the best cyber-security defenses and infects a computer network or launch an attack only when the target's face is detected by the camera.

To demonstrate this scenario, security researchers at IBM Research came up with DeepLocker—a new breed of "highly targeted and evasive" attack tool powered by AI," which conceals its malicious intent until it reached a specific victim.

According to the IBM researcher, DeepLocker flies under the radar without being detected and "unleashes its malicious action as soon as the AI model identifies the target through indicators like facial recognition, geolocation and voice recognition."

Seen below is a diagram showing how IBM's DeepLocker does the deed. 

Here is The Hacker News' take on AI doing the right thing for us rubes.

What if we could Predict when a cyber attack is going to occur before it actually happens and prevent it? Isn't it revolutionary idea for Internet Security?

Security researchers at MIT have developed a new Artificial Intelligence-based cyber security platform, called 'AI2,' which has the ability to predict, detect, and stop 85% of Cyber Attacks with high accuracy.

Cyber security is a major challenge in today's world, as government agencies, corporations and individuals have increasingly become victims of cyber attacks that are so rapidly finding new ways to threaten the Internet that it's hard for good guys to keep up with them.

Interesting is it not?

Disconnect 101 ... :)

Disconnect 101, it's a meme, right? :)

Baby, it's hot outside

Words not needed here. We know it's getting hotter, unfortunately, it's just the beginning ...

Deadly heat waves will become more frequent and occur in more places on the planet in coming decades, according to a study published last summer in the journal Nature Climate Change. Extreme heat waves are frequently cited as one of the most direct effects of man-made climate change.

Remarkably, scientists can now work out in just a matter of days how much human-induced climate change has had to do with a particular weather event, using a combination of observation, historical data and current information from weather stations.

2018 is on pace to be the 4th-hottest year on record

"The European heat wave was at least twice as likely to happen because of human intervention. Based on findings in Ireland it was double -- and we know that with very high confidence -- and based on data from all other weather stations it was more than double," said Karsten Haustein from the World Weather Attribution Project, part of Oxford University's Environmental Change Institute.

Baby, it's hot outside.

August 1, 2018 It’s official: 2017 was the third-warmest year on record for the globe, behind 2016 (first) and 2015, according to the 28th annual State of the Climate report. The planet also experienced record-high greenhouse gas concentrations as well as rises in sea level.

Levels of greenhouse gases were the highest on record. Major greenhouse gas concentrations in the atmosphere – including carbon dioxide (CO2), methane and nitrous oxide – reached new record highs. The 2017 average global CO2 concentration was 405 parts per million, the highest measured in the modern 38-year global climate record and records created from ice-core samples dating back as far as 800,000 years.

Sea level rise hit a new high – about 3 inches (7.7 cm) higher than the 1993 average. Global sea level is rising at an average rate of 1.2 inches (3.1 cm) per decade.

But we never learn, do we?

Spending on oil and gas increased last year, pushing up the share of fossil fuels in energy supply investment for the first time since 2014, according to the International Energy Agency. Investment in renewable energy dropped 7%, while demand for coal rose, largely to keep Asia's furnaces burning as the region rapidly develops.

Any questions?

Addendum: Had to add this from the NYTimes Magazine titled Losing Earth: The Decade We Almost Stopped Climate Change. Anger and sadness comes to mind in reading this as something really significant could have done but wasn't, thanks to the fossil fuel cartel and significant others.