Effects of Hydraulic Fracturing on Groundwater Contamination

              I recently watched two students present on their findings in their UROP this IAP. Their project was in relation to contamination of groundwater in Ohio due to hydraulic fracturing. They showed not only the data, but the process for gathering that data and discussions of the impact of that data.  They specifically show the amount of gasoline range organic (GRO) and diesel range organic (DRO) compounds for given locations around Ohio in relation to gas wells and drinking water wells. They also graph how the amount of DRO and GRO compounds change based on distance (distance to the closest gas well, but I’m not sure).

              Since this presentation was given at an event for multiple UROP students to show their findings, I believe the audience is supposed to be MIT students and faculty from any department. I imagine they created the presentation for the express purpose of explaining the process and results of their research. It seemed that the data did not match their expected results, so they leave the data open to discussion, to talk about errors in the process or ways to rethink the analysis of the data.

              I did not find that the way the data was presented was effective. I think the process was carried out right, but the data visualizations were hard to follow and gather results from. With the separation of the three maps, it was hard to really tell how each data point related to placement of gas and water wells. The presentation did not compare the data to what non-contaminated groundwater would look like either. Putting the data into more context within the data visualizations would have been more effective.

Shapolsky et al. (Hans Haacke)

Data presentation blog post by Cynthia (Xi) Hua

Shapolsky et al. Manhattan Real Estate Holdings, a Real-Time Social System, as of May 1, 1971 (Hans Haacke) was an artwork, and data presentation, that critically documented unfair land ownership in New York City. 

The work consisted of 142 photographs of buildings labeled with data on their ownership, based on data across roughly a twenty-year period. The piece also included a series of diagrams created by the artist that showed how all these buildings were ultimately tied to the Shapolsky family, notorious NYC slumlords, in some way. The diagrams demonstrated how the Shapolsky family used various dummy corporations and a nepotistic business network to control large swathes of land in the Lower East Side and Harlem, while the street-level images showed the neglected conditions of the buildings. The piece revealed how housing was being bought and maintained primarily for economic profit of the wealthy owners, rather than for the quality of life of the impoverished tenants. 

Haacke’s piece is an early example of data visualization as artwork. The data collection of 142 photographs reinforces the socially conscious nature of the piece — the repetition seems to say that the narrative of the work extends across this many buildings, this buildings windows, this many families. At the same time, the piece stitches disparate experiences together into one narrative. It is powerful in using the act of data collection to create a narrative of landlord abuse that would not necessarily be apparent with any individual piece of evidence. 

At the same time, the piece was meant to go up at the Guggenheim, far from the low-income neighborhoods it depicts. In this respect, I think more contemporary data-based critical artworks could improve and place themselves more directly within the communities in which the operate. In fact, there were claims the Guggenheim’s Board of Trustees was itself tied to the Shapolsky family — and Haacke was later asked to remove the piece by museum directors possibly for this reason. This piece brings up a common concern in critical artworks, including data visualizations, in terms of how to navigate both within and outside of existing systems of power. It also raises the question of when and why socially-engaged projects should be presented as artworks, within museum settings, when they are also operating as objects of journalism and activism. I felt that the piece, were it to have been created today, could have been improved by incorporating activist elements that also directly targeted the problem. 

World Bank Global Project Status Interactive Geo-Map

The interactive map shows the geographical information of the world bank projects and datasets. Users can get insights from different dimensions, including regions, countries or custom places. There are many data attributes behind the map. Basic key elements such as the number of projects, the project value amount, locations of projects, and countries. In the default mode, the color gradient means the investment amount, the darker the color is, the more the investment. Users can also select projects with specific cares or features, for example, they can track the projects’ progress through risk level, performance and start/end date.

Projects with a high level of risks

The audience is very broad for this map. They can be people who care about the developing world economics, NGOs who want to study the regional program status or university students, researchers who want to get world bank investment data for research proposes, government policymaker/officers who engaged in relevant projects.

I think one of the key objectives for the map is to show the organization transparency for world bank. According to the World Bank’s Policy on Access to Information, the world bank have the responsibility to show the public where and how the world bank carries out its projects and how the fund is invested. The key propose of this map might be to expend the public’s horizon from a global point of view, empower people with rich data sources to reduce poverty.

Imported other global data sets

The interactive map is a very effective way to achieve its primary goals—— transparency to the public and empowers the public with a rich global data sources. As mentioned above, users can get access to each level and dimension of project related data easily by filters. The project status are also categorized by under preparation, under implementation, analytic and advisory activities, and board proceedings, etc. The map also integrated more data sources in the world level, from agriculture to the informal employment status, which can provide strong support for the public and researchers to know worldwide situations.

Data Portraits at TED2017

These are data portraits created by Giorgia Lupi for the attendees at TED2017 conference.

Link to the visualization page: http://giorgialupi.com/data-portraits-at-ted2017

Based on the data provided by individuals, a custom data visualization gets generated/hand-drawn, which is then printed and presented to the attendees in a conference in the form of a badge they can wear during the event. The information contained in the visualization is about the individual’s field of work, some casual personal preferences and tendencies. The badge is accompanied by a card with the legend to read the data.

The purpose of this badge/data portrait is to act as a playful icebreaker where other people can glance at someone’s badge and know some data points such as, whether the person comes from the tech field, design or entertainment, do they prefer to read fiction or non-fiction, etc. and initiate a conversation. This visualization is effective in social gatherings where people do not know each other.

I feel the visualization serves the purpose it’s designed for. Through the use of vibrant colors and hand-drawn aesthetic, it creates a playful visualization that works very well for data that is a bit more fuzzy than data that can be found in a scientific publication for example.

Spread of 2019-nCov

An infographic published by Anadolu Agency about the spread of 2019-nCov.

This infographic displays numerical and geographical data about the 2019-nCov virus. It uses a warm color palette and mostly numerical data to show how many people have been infected, how much money was allocated by China to fight against the outbreak, and how much the virus has spread around the world. It also calls out the death toll of the disease, shows a timeline of the disease’s progression, and shows the magnitude of its presence in other countries.

To me, it looks like one main goal of the infographic is to convince the reader that Coronavirus cannot be controlled (the infographic headline is “China unable to stop coronavirus outbreak”). Overall, the infographic is effective in doing this by showing qualitative data about the spread and the progression of the virus over time. However, the infographic could do a better job describing what precautions China tried to take, as it has a narrative that despite great effiorts, the government wasn’t able to stop the spread of the virus (“Despite all precautions, authorities fail to stop novel coronavirus outbreak…”). The infographic never describes what these precautions were, and only provides a numerical value of how much money ($8.74 billion) has been allocated to fighting the disease.

Because this was published on the Andolu Agency website, a Turkish state-run news site, the infographic seems to be directed to civilians. One interesting thing I noticed about the Andolu Agency website is that it has an entire section dedicated to just infographics. I am curious about who browses the infographics on this website versus who browses the traditional news stories.

A screenshot of the “Infographics” portion of the Andolu Agency website.