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Welcome to OceanWiki

From OceanWiki
Revision as of 14:23, 20 October 2026 by Hagi BucknWise (talk | contribs)

Main Page

OceanWiki is an encyclopedia of marine biogeochemistry, and comprises descriptions of types of experimental data collected, types of computational models, and model strain isolates.

Primary Production

Photoautotrophy | Nitrogen Fixation | Phytoplankton C/N-Based Growth Rates | Chemoautotrophy

Secondary Production

Enzyme Activity | Growth Rate | Respiration

Nutrient Fluxes

Nitrogen | Phosphorus | Sulfur | Trace Metals | Biomineralization

Interactions

Grazing | Mixotrophy | Viruses | Allelopathy | Life cycles

Flux Balance Analysis | Proteome Allocation Models | Particle Simulation | Bio Particle Simulation | Macromolecular Model

Community Flux Balance Analysis | GENOME

CMIP | MARBL | Darwin | AWESOME-OCIM | PISCES

A dictionary with definitions from both experimentalists, observationalists, and modelers.

Teaching material

This was a suggestion from the BioGeoScapes leadership. If you are interested in leading the effort, please get in contact with one of us (see the bottom of How to contribute).

Origin Story & Mission

Marine biogeochemistry needs a shared vocabulary between experimentalists and modelers and shared resources to advance the field. This community-driven collection of biogeochemical output began at the BioGeoScapes modelling workshop and the following PRIMO session at Woods Hole Oceanographic Institution in September 2025. To highlight cross-discipline implications like What data was particularly helpful to inform a model? or How can a model help constrain experimental parameters?, the idea arose to create a Wiki that provided a central repository for basic information related to interdisciplinary biogeochemistry science. This emerged as a way to address needs that have arisen in conversations specifically:

  • defining key terms used across disciplines
  • explain types of data generated by different methods, assumptions, and potential biases
  • describe different types of models, required data inputs, computational demand, and limitations