To investigate rising surface temperatures, we worked with data collected from the Berkeley Earth data page. This dataset was created by Berkeley Earth as part of an effort to provide comprehensive temperature data covering a range of time dating back to 1750. The data they provided includes geographical information by latitude and longitude, the average land temperature in celsius, and the uncertainty of the data in the form of a confidence interval. For our purposes, we decided to focus on only temperatures in Greenland.
To analyze the potential effects of rising surface temperatures on sea level rise, we used a predictive dataset collected by the World Bank Group. The data was created utilizing Geographic Information System (GIS) software. The GIS software allowed for the analysis of a collection of spatial data from around the globe regarding key factors such as land, population, agriculture, urban areas, wetlands, and GDP.
We chose these datasets because of their applications for our project. Our goal is to analyze trends in melting ice caps and rising sea levels, as well as their impacts. We are able to achieve this through pairing the two datasets to investigate patterns in increasing surface temperatures and the global impacts of the corresponding melting ice caps and rising sea levels.
After sourcing our data, we used Breve to identify any major issues with the data before manually rearranging our data to be suitable for our visualizations. Our first dataset is on surface temperatures in Greenland. This dataset included data points once every month from 1750 until 2013 from countries all over the world, but we cleaned the data to only include Greenland because we are interested in the melting of glaciers. Instead of having one data point per month, we went with one data point per year and made that data point July 1st of every year. This made our dataset much smaller and easier to handle. Each data point gives us the surface temperature so we are able to see the temperature over time. After cleaning our data, our variables were as follows:
Our second dataset showed the potential impacts of sea level rise on countries from around the world. When cleaning the data, we decided that we only wanted to look at land area, population, and GDP affected because those are more relevant to the human-centered narrative we want to tell. The data was originally in a complicated table across multiple sheets so we had to clean it to be in CSV format.
To clean the data we made columns with the variables above and copy and pasted the corresponding values from the table into our CSV so that it was in a format that could be handled by Tableau for visualizations.
To see the before and after of our data cleaning, visit the Data Critique for options to preview and download the original and cleaned datasets!
To create our data visualizations, we used Tableau and R. Our visualization choices were guided by three key factors: the data types we needed to represent, how many variables each graph would display, and how each visual element supported our story’s flow. Tableau was very useful for bar charts and maps to visualize the sea level rise dataset and R was helpful for using scatter plots to visualize the Greenland temperatures over time.
Our team chose to use WordPress to create our website due to its ease of access and its ability to present our information in a well organized format. We chose a lighter theme and used dark fonts while also including Earth tones to match the overall theme of the website. We chose light and dark contrasts to better increase readability and contrast between the text and background. With each figure and data visualization we will include an alt text or caption to make the entire project more reader friendly and ensure its accessibility to a wide range of readers. Lastly we ensured all links worked and easily allowed readers to access information within the website.
Hello! I’m Orion, a 4th year undergrad studying English and Entrepreneurship at UCLA and I am passionate about sustainability and environmental justice. As project manager, I manage our team’s progress and facilitate the overall materialization of our vision. I coordinate our schedule, ensure that milestones are met, and keep our focus on the big picture. I created the timeline and I also contributed to our data visualizations, narrative, bibliography, and general site refinement. My favorite body of water is the Puget Sound!
Hello, my name is JJ Svenson and I am a 3rd year student at UCLA pursuing a Statistics & Data Science major with a minor in Geography & Environmental Studies! I am very passionate about the environment and data analysis and love finding ways to use data to explore human impacts on the environment. As our group’s Data Specialist, I was in charge of sourcing our data and cleaning and refining it to be suitable for visualizations! My favorite body of water is Lake Tahoe!
Hey everyone!! I am a 4th year International Development Studies Major from Erie, PA. I am passionate about the humanistic story in relation to environmental studies and understanding how we can create policy relating to that story. As editor, I am in charge of ensuring that the website flows within itself and best highlights the story and research question we are aiming to answer. My favorite body of water is Lake Erie!
Hi! I’m a 4th year Computer Science major and LA native. As Web Manager, my responsibilities included setting up the website and ensuring accessibility. I oversee the design and structure of the site, and work with the CMS (or HTML files) to ensure that the site performs to the team’s specifications. My favorite body of water is Crater Lake!
Hi, my name is Geoffrey and I am a 4th year Computer Science major from San Diego. As the Data Visualization Specialist, I was in charge of organizing our data visualizations and making sure each of our charts and graphs were clear and easy to understand. My favorite body of water is the Pacific Ocean!
Hey! I’m Gerardo, a 4th year Statistics & Data Science major from East Los Angeles. I am extremely passionate about portraying and highlighting the effects of humans actions to produce a sense of advocacy for nature. As the Content Developer, I am responsible for overseeing the narrative of our website including the data visualizations that portrays the content of our study. My favorite body of water is the Atlantic Ocean!
For sharing your deep knowledge and passion for digital humanities. Your engaging lectures introduced us to an invaluable suite of tools and methodologies that have truly transformed our understanding of this field. We are incredibly grateful for the time and care you have dedicated to this course. Thank you for this remarkable learning experience!
For your invaluable guidance and advice throughout the development of our data visualizations and narrative. Your thoughtful feedback and suggestions have greatly helped us refine and enhance our project. We are truly appreciative of the time, expertise, and ongoing mentorship. Thank you!