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The Taj Mahal located in the white spot of a heatmap of compass data taken from public Flickr photos.
See the related Flickr Blog post.
visualization in-progress - this is a dataset of twitter messages taken from the #140conf that jeff pulver organized in Tel Aviv last December.
In its 2006 Gallery, the journal Nature chose an image that spatially lays out different areas of science in a plane. It is a reduction of a large-format (42" x 43") paper print.
The map was constructed by sorting roughly 800,000 scientific papers (shown as white dots) into 776 different scientific paradigms (red circular nodes) based on how often the papers were cited together by authors of other papers. Links (curved lines) were made between the paradigms that shared common members, then treated as rubber bands, holding similar paradigms nearer one another when a physical simulation had every paradigm repel every other: thus the layout derives directly from the data. Larger paradigms have more papers. Labels list common words unique to each paradigm.
This work was commissioned and partially supported by Katy Borner and the Places and Spaces: Mapping Science exhibition.
www.visualcomplexity.com/vc/project_details.cfm?id=421&am...
Mike Moradi, Founder and Chief Executive Officer, Sensulin, USA; Young Global Leader capture during the Session: "Visualizing Disease" at the World Economic Forum - Annual Meeting of the New Champions in Dalian, People's Republic of China 2017. Copyright by World Economic Forum / Sikarin Fon Thanachaiary
19/10/2013 - Sobreda (Almada, Portugal)
Tirada na companhia do amigo Mário Gomes. Obrigado pela visita.
Taken in the companionship of friend Mário Gomes. Thanks for visiting.
[Obrigado pela visualização]
[Thanks for your visualization]
I made myself a goal to walk 3000 miles (4828 km) in 2014 (and my stretch goal is to cover 5000 km = 3106 miles). Getting behind happens one day at a time, as you can see in this graph, which plots how far behind (or ahead) I am each day.
As you can see, I was 161 miles behind on 6 June, which is day 157, so I the slope is about -1 mile per day. As summer has appeared in Seattle, I am catching up by averaging about 9 miles per day. I am hoping to boost that again when summer school is over and I can get in some long days of hiking.
I find this graph a pretty good motivator to get me to cover miles each day, I think it might be possible to get to 3000 miles (on other words, delta = 0 on 31 December.
Fit20140808Delta
Fresh House | Visualization Project
Project : L.A Apartment
Co-op with the company in Norway
Visualized by Fresh House
The same query as in the previous image, only 16 hours later...
More info here: postspectacular.com/work/socialcollider/start
Part of the official Google Chrome collection of original experiments demonstrating the superior JavaScript performance of Google's browser, the Social Collider reveals cross-connections between conversations on Twitter.
With the Internet's promise of instant and absolute connectedness, two things appear to be curiously underrepresented: both temporal and lateral perspective of our data-trails. Yet, the amount of data we are constantly producing provides a whole world of contexts, many of which can reveal astonishing relationships if only looked at through time.
This experiment explores these possibilities by starting with messages on the microblogging-platform Twitter. One can search for usernames or topics, which are tracked through time and visualized much like the way a particle collider draws pictures of subatomic matter. Posts that didn't resonate with anyone just connect to the next item in the stream. The ones that did, however, spin off and horizontally link to users or topics who relate to them, either directly or in terms of their content.
The Social Collider acts as a metaphorical instrument which can be used to make visible how memes get created and how they propagate. Ideally, it might catch the Zeitgeist at work.
Credits
Karsten Schmidt - concept, design & programming
Sascha Pohflepp - concept, design
Follow us on Twitter for updates:
This visualization shows variations in the three dimensional distribution of water vapor in the atmosphere during the summer and fall of 2005. Water vapor at higher altitudes appears brighter.
The visualization highlights an often overlooked but important player in the climate system: water vapor. Water vapor frequently condenses into familiar—and visible—clouds and rain. Water vapor is also the most significant greenhouse gas in the atmosphere, about twice as important as the more familiar carbon dioxide.
This movie shows the variations in the height of a surface representing a constant value of water vapor during the summer and fall of 2005. This water vapor surface is highest in the tropics where vapor amounts are largest. The greatest heights (about 3.2 km or 2 miles) occur over south Asia where monsoon thunderstorms carry water vapor high into the atmosphere. Other thunderstorms over Africa and South America lift water vapor there. In some regions of the tropics—such as off the west coast of South America— the height of the surface is lower. This indicates drier air brought downward to the surface in these regions. The concentration over the northern hemisphere show tendrils of water vapor being pulled from tropical storms into higher latitudes. Some of this water vapor may condense as rain or snow, far from the warm tropics where it originated.
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About AIRS
The Atmospheric Infrared Sounder, AIRS, in conjunction with the Advanced Microwave Sounding Unit, AMSU, sense emitted infrared and microwave radiation from the Earth to provide a three-dimensional look at Earth's weather and climate. Working in tandem, the two instruments make simultaneous observations all the way down to the Earth's surface, even in the presence of heavy clouds. With more than 2,000 channels sensing different regions of the atmosphere, the system creates a global, 3-dimensional map of atmospheric temperature and humidity, cloud amounts and heights, greenhouse gas concentrations, and many other atmospheric phenomena. The AIRS and AMSU fly onboard NASA's Aqua spacecraft and are managed by the Jet Propulsion Laboratory, Pasadena, California, under contract to NASA. JPL is a division of the California Institute of Technology in Pasadena.
Credit
NASA/JPL AIRS Project
Download the image
Various sizes of the image are available, and there are two ways to download:
1) Right-click on the image. Click on a size next to "View all sizes".
2) Click on the "Actions" menu located above the image. Select "View all sizes".
Resources
Atmospheric Infrared Sounder web site ›
How to get the AIRS data
PROJECT:Jinhui Park
DESIGNED BY SCDRI
RENDERED BY FRONTOP
Frontop creates 3d rendering, architectural rendering, architectural visualization and architectural animation for architects, designers, real estate developers and much more.
Sea ice extent grows in the summer and shrinks in the winter. While the sea ice extent might look similar from year to year, thickness data show dramatic thinning (shown in dark blue). Visualizations like this clip from an image sequence, generated with ICESat data acquired between Feb. 17 and March 21, 2008, are helping scientists and the public better comprehend the complex, dynamic evolution of Earth's sea ice and ice sheets.
Credit: NASA Goddard's Scientific Visualization Studio
This is a visualization of Moscow 2009 Eurovision Final votes. Each color represents a country and each link represents a vote. Color of the vote represents the awarded country and the weight of the link represents vote’s value.
This is another shot from Tonan's senior picture shoot. He was so fun to work with and just a natural. He plays on the football team so we tried to take something that wasn't so traditional. Hope you enjoy!
made by frontop
the lines in the right side just showing that there is a building there, but to show the target building in better effects, we just show the outline of that building, pls kindly note.
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Superimposed visualization of cumulated activity on Google search engine, by 19 users of french group "The Web Explorers". Realized by Luc Legay ru3.com for a study case lead by The Web Explorers. Built with individual data collected on Google History page : www.google.com/history/trends - july 2008 - Creative Commons Attribution-Share Alike 2.0 Generic
At a concert.
Because of the age of the subjects I have not identified a location for this photo - If you can guess, please keep it to yourself - I will remove any comment that contains a guess about location.
Thanks!
Today I launched the tech tool support web site for our Bachelor study program and still needed a header photo.
Having done a visualization with Lego building blocks once, I wanted to do something similar. I got the Lego blocks out and put my ideas into this visualization.
For an explanation, see Visualization for "Support in Using ICT".
**I DID NOT CREATE THIS ANCHOR CHART***
i found this cool anchor chart on pinterest and repinned it. the original link is to an image on slide.com...which is no longer in existence.
NOTE: If this is your anchor chart...please let me know so i can give you proper credit. I am only storing it here so i can still have it for reference.
Plotting the Rhythm of Female Fertility.
seen on Dutch Design Week 2010.
Design student Brigitte Coremans has developed a pair of clocks [brigittecoremans.com] that visualize the female reproductive cycle. The pieces titled 'Life Clock' and 'Menstruation Clock' question how much women should naturally know, understand, and feel still of their own menstrual cycle.
'Menstruation Clock' plots the woman's daily body temperature value unto a scrolling roll of paper, similar to those found in lie detectors and those old-fashioned ambient temperature monitoring devices. This clock aims to reconnect a woman with her own personal rhythm, which itself is sensitive to various factors, including stress, exercise, under- or overweight and artificial lighting. Naturally, one can easily imagine other usage scenarios for such a device as well, ranging from communicating fertility chances to providing men some insight into eventual mood swings.
The 'Life Clock' counts down 500 ceramic beads, which represents the average amount of chances a woman can conceive. Each 28 days, the clock counts down 1 bead from the necklace. The colors of the beads vary according to the age and quality of the egg. For instance, the dark beads show the amount of deviated eggs when a women turns 40.
Via Fastcodesign.