Then Again, Maybe It's Me

Apr 19


Half female, half male. Bilateral gynandromorphism is a rare genetic disorder occurring in insects, arachnids, crustaceans, and birds, where a strange combination of genetic material splits a creature perfectly in half, with one side male and one side female.

Half female, half male. 

Bilateral gynandromorphism is a rare genetic disorder occurring in insects, arachnids, crustaceans, and birds, where a strange combination of genetic material splits a creature perfectly in half, with one side male and one side female.

(Source: asapscience, via approachingsignificance)

emergentfutures:

The Sad, Slow Death of America’s Retail Workforce


Retail sales just notched their best month since 2012 and the industry has added almost one million jobs since 2010. But the rosy headline stats obscure a more complex and potentially troubling story in retail—particularly for its employees.  
The business of selling stuff is becoming much more efficient. Sales-per-employee have gone from $12,000 to $25,000 in the last two decades. That means that even as consumers spend more, we need fewer workers to stock shelves and process orders.


Full Story: theatlanticcities

emergentfutures:

The Sad, Slow Death of America’s Retail Workforce

Retail sales just notched their best month since 2012 and the industry has added almost one million jobs since 2010. But the rosy headline stats obscure a more complex and potentially troubling story in retail—particularly for its employees.  

The business of selling stuff is becoming much more efficient. Sales-per-employee have gone from $12,000 to $25,000 in the last two decades. That means that even as consumers spend more, we need fewer workers to stock shelves and process orders.

Full Story: theatlanticcities

pewresearch:

What will The Next America look like?
Immerse yourself in the data and predictions. 

pewresearch:

What will The Next America look like?

Immerse yourself in the data and predictions. 

Apr 17

hellofromtumblr:

Discover Trending Blogs
Tap the magnifying glass in our mobile apps to find and follow the awesome blogs that are currently trending on Tumblr.
Download for iPhone and iPad Download for Android

hellofromtumblr:

Discover Trending Blogs

Tap the magnifying glass in our mobile apps to find and follow the awesome blogs that are currently trending on Tumblr.

Download for iPhone and iPad Download for Android

engadget:

Shh, it’s a Secret: The allure of the anonymous internet

engadget:

Shh, it’s a Secret: The allure of the anonymous internet

[video]

nevver:

Keyboard

nevver:

Keyboard

postvideo:

ICYMI last night, here’s footage from NASA of the “red moon” lunar eclipse. » WATCH

postvideo:

ICYMI last night, here’s footage from NASA of the “red moon” lunar eclipse. » WATCH

(via fastcompany)

theatlantic:

A Bullseye In the Sky Over Texas

When we see patterns in the atmosphere from space, they tend to be in the clouds of powerful storms. These all have roughly the same form: they look like a spiral galaxy with arms spinning out from the core. 
But meteorologists have detected other organizational principles at work. Like, take the fascinating image above. It shows …. well, I wasn’t sure exactly what it showed. A meteorologist’s blog post described them as “convectively-generated mesospheric airglow waves,” but that did not quite explain how they worked or what they were.
So I got in touch with Steven Miller, senior research scientist and deputy director of the Cooperative Institute for Research in the Atmosphere (CIRA) at Colorado State University. Miller and his colleagues discovered these concentric rings while working with the newish satellite Suomi satellite’s next-generation low-light sensor. (They published a paper on the discovery in PNAS.)
Miller told me I was looking at glowing ripples in the atmosphere itself!
“These are literally ‘ripples of glowing atmosphere’ whose structure is the result of a train of gravity waves that is passing through a thin layer of the atmosphere that produces a very faint veil of light called ‘nightglow,’” he said. “These are not clouds (although they were forced by the thunderstorms below), and they do not occur in the troposphere, where our ‘weather’ is. They are much higher up—at the interface between the mesosphere and the thermosphere—about 90 km [55 miles] above the surface! The glow is revealing important dynamics of our atmosphere that would otherwise be completely invisible to us.”
Read more. [Image: Suomi]

theatlantic:

A Bullseye In the Sky Over Texas

When we see patterns in the atmosphere from space, they tend to be in the clouds of powerful storms. These all have roughly the same form: they look like a spiral galaxy with arms spinning out from the core. 

But meteorologists have detected other organizational principles at work. Like, take the fascinating image above. It shows …. well, I wasn’t sure exactly what it showed. A meteorologist’s blog post described them as “convectively-generated mesospheric airglow waves,” but that did not quite explain how they worked or what they were.

So I got in touch with Steven Miller, senior research scientist and deputy director of the Cooperative Institute for Research in the Atmosphere (CIRA) at Colorado State University. Miller and his colleagues discovered these concentric rings while working with the newish satellite Suomi satellite’s next-generation low-light sensor. (They published a paper on the discovery in PNAS.)

Miller told me I was looking at glowing ripples in the atmosphere itself!

These are literally ‘ripples of glowing atmosphere’ whose structure is the result of a train of gravity waves that is passing through a thin layer of the atmosphere that produces a very faint veil of light called ‘nightglow,’” he said. “These are not clouds (although they were forced by the thunderstorms below), and they do not occur in the troposphere, where our ‘weather’ is. They are much higher up—at the interface between the mesosphere and the thermosphere—about 90 km [55 miles] above the surface! The glow is revealing important dynamics of our atmosphere that would otherwise be completely invisible to us.”

Read more. [Image: Suomi]

“Without a doubt, the ability to connect the dots is rare, prized and valuable. Connecting dots, solving the problem that hasn’t been solved before, seeing the pattern before it is made obvious, is more essential than ever before. Why then, do we spend so much time collecting dots instead? More facts, more tests, more need for data, even when we have no clue (and no practice) in doing anything with it.” — Seth’s Blog: Connecting dots (or collecting dots)

(via emergentfutures)

[video]

“Facebook created order out of chaos," Bader said in an interview with us. "But that order was very constricting. It trained us to share in a certain way, to curate our identities, to put forward things we wouldn’t be judged for. … It can be stressful after a while.” — Shh, it’s a Secret: The allure of the anonymous internet (via infoneer-pulse)

(via infoneer-pulse)

Apr 14

futurejournalismproject:

Too Many Friends
Via Web Urbanist:

In a world of mobile devices, share icons and popup alerts, fine art is interrupted by signs and symbols of our times, adding a jarring layer of technology to recognizably classic works.
Nastya Nudnik is the Kiev-based Ukrainian artist behind this project that pairs emoticons and other digital features with familiar images by renowned artists, from Michelangelo to Edward Hopper.

Nudnik’s work can be viewed on Behance.

futurejournalismproject:

Too Many Friends

Via Web Urbanist:

In a world of mobile devices, share icons and popup alerts, fine art is interrupted by signs and symbols of our times, adding a jarring layer of technology to recognizably classic works.

Nastya Nudnik is the Kiev-based Ukrainian artist behind this project that pairs emoticons and other digital features with familiar images by renowned artists, from Michelangelo to Edward Hopper.

Nudnik’s work can be viewed on Behance.

[video]

[video]