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Visualization of Flickr geotagged photos, uploaded between 2007 to 2015 and geotagged with the highest accuracy (street-level). I generated a number of different visualizations. Some are more artistic in style while others are designed more informative.
This type of visualization has been done years before (check out Eric Fischer's maps). Maybe the statistics going on on the lower-right corner provide some additional information not available so far.
Created as part of my research project (maps.alexanderdunkel.com).
Illustrative Visualization of a german climate change adaption research network – using processing and a metaball force field fpr moving agents
A look at mobile traffic trends by website type. Data comes from sites that SwellPath has engagements with. See the blog post that goes with it here: www.swellpath.com/2010/10/mobile-traffic-website-type-inf...
Satellite: Sentinel-2.
Visualization RGB: bands 4 (red), 3 (green), 2 (blue). True color.
La imagen tiene 88 km de ancho (aprox.)
En la imagen, el lago Kulunda aparece ya completamente descongelado el 22 de marzo, 10 días después de la imagen anterior.
El lago de Kulunda (en ruso: Кулундиское озеро, Kouloundiskoïe ozero) es un amplio lago endorreico de agua ligeramente salina de Rusia, localizado en el extremo sur de la gran llanura de Siberia Occidental, siendo el lago más grande de la estepa de Kulunda, en el krai de Altái. Tiene forma ovalada, con una superficie de 728 km ² (dependiendo del nivel del agua) y un diámetro de unos 25-35 km. La profundidad promedio es de 2,5 a 3 m, con un máximo de 4,5 metros y está a una altitud de 99 m s. n. m. Es ligeramente salado y se encuentra a unos 64 km al este de la ciudad de Slavgorod. (es.wikipedia.org/wiki/Lago_Kulunda)
Lake Kulunda or Kulundinskoye (Russian: Кулундинское озеро) is a lake in the southern part of the West Siberian Plain, Altai Krai, south-central Russia.
Lake Kulunda is the largest lake in Altai Krai. It is an endorheic lake located in the eastern side of the Kulunda Plain, near the western limit of the Ob Plateau. This lake, along with many other lakes in the region, exhibits a wide array of colors. (en.wikipedia.org/wiki/Lake_Kulunda)
This sculpture by Natalie Sutinen (born in 1972), can be seen in the art room at the Haninge Cultural Centre from today. The artwork has no name. It is made of wax, paper, books and feathers. Sutinen often works with wax dolls, and says that she wants to visualise death with her art.
This is a java applet produced using Processing that visualizes my personal friends network from Facebook. It clearly shows the different groups from schools that have attended over the years. The java applet looks a bit worse and runs slower than the standalone application, but it gives a pretty good idea of the project
Visualizing the various features of the SwiftRiver distributed reputation and veracity functionality.
Click for full view. Go here for bigger image: samismyth.deviantart.com/#/d4mswda
Made for an Information is Beautiful Challenge, they provided the raw data, sources they used are listed below smoke stack. Concept and execution is mine. I also researched the uses and decided to visualize carbon emissions (black smog).
Key is on the left. Height dimension is years remaining until we are out of *known reserves currently economic to extract*, without recycling (many elements not recycled at present), assuming production growth continues to rise at current rate (lets hope not.)
Top width based on total known reserves, using log scaling. Bottom width based on amount used last year (also log scaled).
Three main uses for each element shown in factory line boxes. Smoke outline is the usual carbon emissions graph flipped onto a vertical axis (so that date is the vertical axis.) Dates only apply to the carbon emissions (note the drop after the Great Depression circa 1929.)
Request permission from me before any reproduction.
I remember this thing from when I was a kid at the Science Museum. They've still got it, and it's taken on a new interest for me since I saw it last. Fluid dynamics is pretty cool, especially when you can see its details.
iPlant Collaborative members discuss an example shown on the TACC Visualization Wall.
Pictured (left to right): Brandon Theis, Steve Goff
"I delighted in seeing image after image populating the parallel glass planes, extending back as far as the eye could discern... Sometimes I would imagine an irreverent me way down the line who refused to fall into place, disrupting the steady progression and creating a new reality that informed the ones that followed."
the quote is by Brian Greene in the chapter titled The Bounds of Reality (On Parallel Worlds) in his book The Hidden Reality, Parallel Universes and the Deep Laws of the Cosmos
I hooked my camera up to my TV, and used the TV screen as the camera's viewfinder.
This is the result you get when the camera is in effect taking a picture of its own viewfinder
A work-in-progress.
Messing around with visualizing my social graph on facebook...
Just a proof of concept. It'll take a lot more to turn this into something useful.
Not sure what this is exactly at this moment.
Still trying to work around the seriously crippled excuse of an API that FB made avaiiable...
iSGTW story | Image created on the Erasmus Computing Grid, by Tobias A. Knoch, Erasmus Medical Center.
A simulated view of the three-dimensional architecture of genetic material as it appears in a human cell nucleus. Colors signify different chromosomes.