Right now, there are more than 79 million photos on Instagram that fall under #selfie. This is not counting #selfies (7 million photos), #selfienation (1 million photos), #selfiesfordays (400,000 photos) or the countless number of photos with no hashtag at all. You might be thinking: “Finally, we’ve reached peak #selfie!” But according to a new study, only 3-5 percent of photos on Instagram fall into the category…
…In its short lifespan, the selfie has gone from pop culture phenomenon to academic lab rat. For obvious reasons, these photos are a psychological research goldmine, but there’s been little done in the way of objectively looking at the photos’ content to see how it might reflect the actual world we live in. Selfiecity looks at the trend through a window, not a microscope. Instead of zeroing in on a single narrow element, the Selfiecity project is broken down into a few broad areas: main findings, contextual essays and interactive data visualizations. “We wanted to look at this phenomena from different perspectives,” Manovich explains.
Selfiecity analyzes Instagram data for visual cues like head position, emotional expression, gender and age, in order to get a clearer picture of how (and how often) people actually take selfies in different cultures. “The idea was to confront the generalizations about selfies, which are not based on data, with actual data,” says Manovich. “We wanted to look at what the actual patterns are.”
In 2006 and 2007, Gallup asked people in 136 countries whether they had experienced love the previous day. The researchers found that on a typical day, roughly 70 percent of the world’s population reports feeling love. The world leader in love turned out to be the Philippines, where more than 90 percent said they had experienced love, and the world’s laggard Armenia, where only 29 percent of respondents did.
Image: Percent of People Feeling the Love, via The Atlantic. Select to embiggen.
Images and descriptions via Hagströmerbiblioteket where you can browse 15th through early-20th century illustrations of anatomy, biology, botany and more.
From top to bottom:
Georg Constantin This extraordinary tattoo is one of over 100 chromolithographed plates in Hebra’s monumental atlas of skin diseases. It shows the naked Georg Constantin from Albania, whose 388 tattoos of all kinds of animals in red and blue cover his face and entire body. Atlas der Hautkrankheiten, (Vienna, 1856-1876)
Anatomical Plate Hans von Gersdorff, surnamed ’Schylhans’ or ’Squinting Hans’, from Strasburg, was an army surgeon who took part in numerous campaigns, including the Burgundian War (1476). His widely circulated handbook of wound surgery, first published in 1517) was based on forty years of experience, chiefly in various military campaigns. It is illustrated with 25 full-page woodcuts by Hans Wechtlin including the first image in a book of an amputation. Feldtbuch der Wundartzney, (Augsburg, Heinrich Stayner, 1543)
Artificial Mechanical Hand Paré was a French barber surgeon and the official Royal Surgeon for four successive French kings. He is considered one of the fathers of modern surgery, and a leader of surgical techniques. His collective works were published in several editions, a book of over 1000 pages richly illustrated with woodcuts and among them his inventions of both artificial hands and legs. Les Oeuvres. Quatrième édition, (Paris, 1585)
Anatomical Plate One of the most spectacular anatomical atlases ever produced. Antonio Serrantoni was responsible for the drawing, engraving, and hand-colouring of the breathtaking plates, which were first published in natural size, in a volume in large elephant folio (70 x 100 cm), which was evidently impossible to use, but later reduced in a new version with the 75 engraved plates in normal folio size, printed in colours and finished by hand, each plate accompanied by a duplicate in outline. Anatomia Universale , (Florence, 1833)
Daily record lows are possible Tuesday morning in Chicago, Detroit, and Dayton, Ohio, among other locations. This daily record cold will spread to the Deep South, while lingering in the Great Lakes and Ohio Valley Wednesday morning, possibly including Mobile, Ala. and Lake Charles, La.
Of course, that’s just the actual air temperature. Wind chills will be dangerously low at times early Monday and Tuesday. In the upper Mississippi Valley, northern Plains and western Great Lakes, wind chills will likely dip into the 30s and 40s below zero. Some spots near the Canadian border may even see 50s below zero.
For budding meteorologists, this isn’t another Polar Vortex. Instead, it’s an Alberta Clipper. From our close reading of the phenomenon, it appears we can blame Canada.
On the 25th of January, the protesters seized the state administration in 8 administrative regions of Ukraine.
In particular, the territory for this protest spread over Kyiv, Zhytomyr, Khmelnyts’ky, Rivne, Ternopil, Chernivtsi, Ivano-Frankivsk and Lviv oblast’. Protesters also blocked the regional state administration in Transcarpathia and Volyn oblast’.
In Cherkasy the police took control over the administration again.
We are excited to unveil a couple experimental data-driven visualizations that literally map 400,000 hours of U.S. television news. One of our collaborating scholars, Kalev Leetaru, applied “fulltext geocoding” software to our entire television news research service collection. These algorithms scan the closed captioning of each broadcast looking for any mention of a location anywhere in the world, disambiguate them using the surrounding discussion (Springfield, Illinois vs Springfield, Massachusetts), and ultimately map each location. The resulting CartoDB visualizations provide what we believe is one of the first large-scale glimpses of the geography of American television news, beginning to reveal which areas receive outsized attention and which are neglected….
…What you see here represents our very first experiment with revealing the geography of television news and required bringing together a bunch of cutting-edge technologies that are still very much active areas of research. While there is still lots of work to be done, we think this represents a tremendously exciting prototype for new ways of interacting with the world’s information by organizing it geographically and putting it on a map where it belongs!
The US Census Bureau today released an updated set of statistics based on its nation-wide, 2008-2012 American Community Survey. Along with it, the Bureau’s created an interactive map to allow users to visually explore communities across the country.
The new application allows users to map out different social, economic and housing characteristics of their state, county or census tract, and to see how these areas have changed since the 1990 and 2000 censuses. The mapping tool is powered by American Community Survey statistics from the Census Bureau’s API, an application programming interface that allows developers to take data sets and reuse them to create online and mobile apps.
Site visitors can explore eight core statistics (eg, median household income, total population and education levels) via the map.
Those with coding chops can hit up the Census Bureau’s API to develop creations of their own. The API gives access to 40 social, economic and housing topics.
Our Drone Future explores the technology, capability, and purpose of drones, as their presence becomes an increasingly pervasive reality in the skies of tomorrow.
In the near future, cities use semi-autonomous drones for urban security. Human officers monitor drone feeds remotely, and data reports are displayed with a detailed HUD and communicated via a simulated human voice (designed to mitigate discomfort with sentient drone technology). While the drones operate independently, they are “guided” by the human monitors, who can suggest alternate mission plans and ask questions.
Specializing in predictive analysis, the security drones can retask themselves to investigate potential threats. As shown in this video, an urban security drone surveys San Francisco’s landmarks and encounters fierce civilian resistance.
The map, created as part of the Information Geographies project at the Oxford Internet Institute, has two layers of information: the absolute size of the online population by country (rendered in geographical space) and the percent of the overall population that represents (rendered by color). Thus, Canada, with a relatively small number of people takes up little space, but is colored dark red, because more than 80 percent of people are online. China, by contrast, is huge, with more than half a billion people online, but relatively lightly shaded, since more than half the population is not online. Lightly colored countries that have large populations, such as China, India, and Indonesia, are where the Internet will grow the most in the years ahead.
And, via the Oxford Institute’s Mark Graham and Stefano De Sabbata, some trends:
First, the rise of Asia as the main contributor to the world’s Internet population; 42% of the world’s Internet users live in Asia, and China, India, and Japan alone host more Internet users than Europe and North America combined…
…The map also reveals interesting patterns in some of the world’s poorest countries. Most Latin American countries now can count over 40% of their citizens as Internet users. Because of this, Latin America as a whole now hosts almost as many Internet users as the United States.
Some African countries have seen staggering growth, whereas other have seen little change since we last mapped Internet use globally in 2008. In the last three years, almost all North African countries doubled their population of Internet users (Algeria being a notable exception). Kenya, Nigeria, and South Africa, also saw massive growth. However, it remains that over half of Sub-Saharan African countries have an Internet penetration of less than 10%, and have seen very little grow in recent years.
It is therefore important to remember that despite the massive impacts that the Internet has on everyday life for many people, most people on our planet remain entirely disconnected. Only one third of the world’s population has access to the Internet.
FJP: Global mobile penetration? At 6.8 billion mobile subscribers, that’s another story. So, disconnected in a sense. But being mobile can be very connected.