Molecular and genomics data
Researchers can use molecular and genomic assays and other analyses in laboratories and at sea to determine the activity and abundance of zooplankton, phytoplankton, bacteria, and harmful algal toxins. Records of environmental conditions, such as seawater chemistry, temperature, salinity, and turbidity at the precise sample location, help identify oceanographic conditions that favor particular species.
ESP Web Portal
The Environmental Sample Processor web portal provides near-real time access to the results of molecular assays conducted at sea as well as data on the environmental conditions during sampling.
Products
- Data repository
- Image gallery
- Video library
- Creature feature
- Deep-sea wallpapers
- Seminars
- Research software
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- Video Annotation and Reference System
- Oceanographic Decision Support System
- MB-System seafloor mapping software
- Matlab scripts: Linear regressions
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- Introduction to Model I and Model II linear regressions
- A brief history of Model II regression analysis
- Index of downloadable files
- Summary of modifications
- Regression rules of thumb
- Results for Model I and Model II regressions
- Graphs of the Model I and Model II regressions
- Which regression: Model I or Model II?
- Matlab scripts: Oceanographic calculations
- Matlab scripts: Sound velocity
- Visual Basic for Excel: Oceanographic calculations
- Educational resources
- Publications
- Sample archive
- SciComm Resources
Related
New database provides vast trove of genetic information on tiny single-celled organisms in the ocean
Oct 1, 2014 – Marine microbiologists typically use large databases to compare the genetic material of one microbe to that of others. Unfortunately, existing databases are woefully incomplete when it comes to microbes in the ocean.
