The research team is using this webpage to collaboratively share their data for the adaptive sampling technique they are utilizing in the project. Fortunately, they have agreed to make the data available for the education/outreach project for the students to access, look at, and use for their investigations if they would like.
Click here to download a complete How to Read CONVERGE Data Primer for all of the data components, or download the data topic area primers from each section.
1) Google Earth Layers
* Click here to download the How to Read CONVERGE Google Earth Layers Data Primer *
- CODAR
- Glider
- Krill acoustic surveys
- Penguin Tracks (NOTE – As of 2/9/15 the bird team is done tagging penguins for the 2014-15 season. The Adelie chicks should start fledging this week and Gentoo adults haven’t been staying at the colony for long enough to get tags out, and more importantly get them back.)
**All the following data (#2-6) will be archived on the website**
2) CODAR Imagery
* Click here to download the How to Read CONVERGE CODAR Imagery Data Primer *
- Current Map Viewer
- Current Map Images
- 24 Hour Average Currents
- Animation of Simulated Drifter Trajectories
3) Glider Imagery
* Click here to download the How to Read CONVERGE Glider Imagery Data Primer *
4) Acoustic krill surveys
* Click here to download the How to Read CONVERGE Acoustic Krill Surveys Data Primer *
- Survey images – Track maps of depth integrated krill biomass, surface temperature, surface salinity, and surface Chl-a fluorescence
5) Penguin Track Data
* Click here to download the How to Read CONVERGE Penguin Track Data Primer *
NOTE – As of 2/9/15 the bird team is done tagging penguins for the 2014-15 season. The Adelie chicks should start fledging this week and Gentoo adults haven’t been staying at the colony for long enough to get tags out, and more importantly get them back.
- Penguin Kernel Density Movies
- Data file of Individual Tracks
6) Other Datasets
* Click here to download the How to Read CONVERGE Other Datasets Data Primer *
- Local Winds
- Predicted Local Water Level
- Remote Sensing