Task 0: Exploring Climate Change with NEX GDDP CMIP6 Data
Overview
Visualize how air temperature changes over time from 1950 to 2100 using NEX GDDP CMIP6 data, exploring patterns and variations across different regions.
Dataset
NEX GDDP CMIP6 Data
Instructions
- Create visualizations showing air temperature changes over time.
- Explore how humidity varies across different regions globally.
Variables
Air temperature, humidity
Dashboard Example
Check out the dashboard for more details: Dashboard
Task 1: Visualizing Wind Patterns in the Atmosphere (DYAMOND GEOS Data)
Overview
Visualize global atmospheric wind patterns using eastward (U) and northward (V) wind velocities to understand atmospheric circulation at different levels.
Dataset
DYAMOND GEOS Data
Instructions
- Generate vector field visualizations showing wind direction and magnitude.
- Create a dynamic visualization illustrating atmospheric circulation patterns.
Variables
U (eastward wind), V (northward wind), W (vertical velocity)
Task 2: Visualizing the Interaction Between Atmosphere and Ocean During Extreme Weather Events
Overview
Explore the interaction between atmospheric dynamics and ocean conditions during extreme weather events like tropical storms or hurricanes, focusing on wind patterns, temperature, and currents.
Dataset
NASA DYAMOND Data
Instructions
- Focus on regions where extreme events occur (e.g., cyclones or monsoons).
- Visualize the interplay between wind patterns, temperature, and ocean currents.
- Emphasize interactions between atmospheric wind patterns and sea-surface temperatures or currents.
Variables
Atmospheric Data: U (eastward wind), V (northward wind), P (mid-level pressure), T (air temperature)
Ocean Data: Theta (sea-surface temperature), u, v (east-west and north-south velocities), salt (salinity)
Dashboard Example
Sample use case: Use case
Task 3: 3D Ocean Circulation Patterns with Depth
Overview
Visualize the complex 3D structure of ocean currents by mapping velocity fields (u, v, w) at different depths, highlighting circulation patterns and their vertical structure.
Dataset
ECCO LLC4320 Dataset
Instructions
- Create layered visualizations showing changes in ocean currents with depth.
- Highlight major circulation systems, such as thermohaline circulation.
Variables
U, V, W, theta (temperature), salinity
Task 4: Explore and Innovate (Open-Ended Task)
Overview
Participants are invited to explore any of the provided datasets in creative and innovative ways. The goal is to generate novel visualizations that offer new insights into the data without being restricted to a specific problem or task.
Instructions
- Use any variables, dimensions, or time ranges from the datasets.
- Combine multiple datasets for a multidisciplinary visualization.
Deliverable
A unique and innovative visualization providing fresh insights, along with an explanation of the approach used.