Friday, September 12, 2008

Some symbols



Here's a start on some icons representing different diets. I kept running into problems because the things I'm representing are pretty broad topics, and it's hard not to narrow them down too much.

I'll try to work on some more interesting ideas in the coming days.


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I found this website that I might collect some data from, even though it's a little late. Basically it has nutrition information for 13,000 foods (it's off of the USDA website). I found the "key" they provided to explain the food codes- it has a fairly complete list of all types of foods that I could work from as well. It's pretty cool anyway if anyone wants to check it out.

http://199.133.10.140/codesearchwebapp/(mqh4bfv4ghhohu55ikx5erny)/codesearch.aspx

Pics from abstract to Literal

Attached are various pics I've done mapping concepts from abstract to literal:

Haves vs. Have Nots



Annual Income



Gross Domestic Product



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Sounds -

1. Descending bells I recorded... could represent either depth or weight
Bells

2. Coins - these are sound of coins I recorded: 1 coin falling onto table, coin into a cup, lots of coins falling onto table, lots of coins into a cup.

Coins

Sunday, September 7, 2008

I'm Late!

My apologies for the delay. Because of Senate's big orientation event yesterday and the preparation that I had to do for that, I'm a couple of days behind on all my work as well as exhausted. Hopefully I can catch up on everything soon, though...

Anyway, here's my data organizing:

Population/Birth Rate
Change in total world population over time (time)
Birth rate/number of babies born annually (time)
Number of people who die annually, for comparison (time)
Regions of the world with the highest birth rates (location, category)

Adoption Statistics
Birth rate/number of babies born annually (time)
Number of children adopted annually (time)
Number of children put up for adoption annually (time)
Estimated number of children abandoned/orphaned annually (time)
Regions of the world with highest number of children abandoned/orphaned (location, category)

Environmental Changes
Increase in air pollution (time)
Number of trees cut down to create more living space (time)
Increase in average global temperature (time)
Regions of the world with the highest increases in these factors (location, category)


And here's what I'm thinking in terms of visual map:


Basically, I'm thinking that my representation should include two modes, one to organize data by time (like a graph) and one by world regions (like a map), so you get both an overall idea of the increase of the statistics, and a sense of which parts of the world they are affecting the most.

Friday, September 5, 2008

Pittsburgh Neighborhood Information

Part 1:
My three of interest include population, employment & occupation, housing

Part 2 (LATCH):
Population
Location: Pittsburgh overall, Pittsburgh neighborhoods individually
Category: age, race, employment status
Hierarchy: population by age (highest to lowest), population by location (highest to lowest)

Employment & occupation
Location: Pittsburgh overall, Pittsburgh neighborhoods individually
Category: gender, occupation, employed vs. unemployed
Hierarchy: most/least employed by location

Housing
Location: Pittsburgh overall, Pittsburgh neighborhoods individually
Category: type of household, household size, age of owner/renter
Hierarchy: most/least housing by type, size & householder

Part 3 (temporal map):


Part 4 (groupings):
(working on now)


Source of information

Data



Here's the data I collected about foods and special diets. I may add to the food list as I discover more foods that are common and diversify the information set.

Sorry about the crappy screencaps! (Click on them and they'll get bigger)



LATCH:
Location— Make a "map" of common foods according to type

Alphabetical— List foods and/or diets alphabetically

Time— Ability to display different diet sets at the same time or at different times

Category— Types of diets/types of foods.

Hierarchy— Grouping foods by type, closer together meaning more closely related (e.g. grouping all fruits together but then grouping all citrus fruits more closely)

Wealth Disparity Data - idea 1

Below are stats for the celebrity-to-you wealth comparison. There actually aren't that many stats because most of the interaction of the data will be happening through a simple formula.

Their annual salary/your annual salary = number of years you would have to work

Comparisons will be done with:
Your salary (or any salary you decide to type in)
Time, measured in years, and potentially with a significant historical event to add some flavor.
Annual Income of celebrities.

As this is kind of an exploratory "fun" interactive, I think I am not going to categorize the celebrities outright... granted there are some implied categories, politicians, moguls, etc, but I'm not sure that it's important to emphasize these. Additionally, if I were to add a wealth hierarchy, that would take away some of the "fun" of discovering how rich people really are as you use the interactive.



I sourced these through Businessweek, CNN and the Harvard Business School

Implementation
So I know that this is jumping ahead, but I actually got on a roll with this the other night and mocked up a way that this could be implemented:


The overall goal here was to compare earnings of people we all know with our own personal scale - in this case working for an entire year. The crazy thing is, even if you make $150,ooo a year, you would still have to work almost 28,000 years to make what Bill Gates does in 1.




Tuesday, September 2, 2008

Overpopulation - Effects & Solutions

Much of this isn't new, but this is the "official", cleaned-up version of my project proposal.

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I think everyone is well aware of the steep increase in the world’s population. I can still remember the big hype surrounding the birth of the world’s 6 billionth baby, and now we’re up to around 6.8 billion already. These statistics are simply mind-blowing.

The Problem At Hand
Researchers from a variety of disciplines have suggested that many of the problems we are facing today, such as pollution, natural resource depletion and global climate change, can be directly linked to this sharp population increase. But if this is the case, then people’s efforts seem to have been primarily going toward trying to eliminate the detrimental effects, rather than trying to attack the problem at its source. Even if we somehow manage to reduce pollution, develop alternative energy sources, and halt climate change, in the end, we haven’t really accomplished anything until we’ve tackled the true issue, which is our rapidly-increasing population.

Context & Audience Affected
Since the issues described above affect us on a global scale, it can be argued that the audience consists of everyone everywhere in the world. However, since the scope of the problem itself is huge and such a large audience has varying needs and interests, I intend to narrow my focus somewhat. The people I am most interested in targeting are those who, in my opinion, have the best opportunity to do something about it: people in the developed world who are able to and possibly considering having children.

It is my personal opinion that people are having too many babies—not just in places like Africa, where birth control is limited, but even in the U.S., where people have technology on their side and it is more socially acceptable for women to make various choices on their own with regard to pregnancy. To solve the problem of our rapidly growing world population, I don’t think that bringing birth control and sex education to Africa and the rest of the Third World is enough. I think a complete change in people’s mindsets is in order. I’m not saying that people should stop giving birth entirely, but I don’t understand why adoption isn’t more widespread than it is.

Goals & Opportunities
My goal is not to preach to my audience, but to present them with three different data sets (world population growth statistics and birth rates, adoption rates, and some generalized facts about environmental changes) and hope that this presentation of the issue will encourage people to think about it in a way they haven’t before—that we are rapidly overpopulating the earth, and that adoption is one of the best solutions.

Project Approach
Since most of this information can be represented through numerical statistics that are constantly changing, I imagine the representation taking the form of an interactive chart or graph on a computerized device. In order to avoid information overload, the data might be presented in layers, where the user, through a menu of sorts, can gradually add more data to the graph as desired. In this way, the user can not only compare all three data sets at once, but also compare one data set in isolation (for example, population growth), as well as two out of the three data sets (such as population growth vs. adoption statistics).