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{{DISPLAYTITLE:Welcome to | {{DISPLAYTITLE:Welcome to Oceancyclopedia}} | ||
Marine biogeochemistry needs a shared vocabulary between experimentalists and modelers for cross-disciplinary work to advance the field. Written output can highlight cross-discipline implications:<br> | Marine biogeochemistry needs a shared vocabulary between experimentalists and modelers for cross-disciplinary work to advance the field. Written output can highlight cross-discipline implications:<br> | ||
*What data was particularly helpful to inform a model?<br> | *What data was particularly helpful to inform a model?<br> | ||
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Yet, to integrate disciplines successfully, researchers need to be vocal about discrepancy and uncertainty, and realize caveats of how values are determined (via any of the three categories of work). | Yet, to integrate disciplines successfully, researchers need to be vocal about discrepancy and uncertainty, and realize caveats of how values are determined (via any of the three categories of work). | ||
''' | '''Oceancyclopedia''' is an encyclopedia to '''bridge disciplines of marine biogeochemistry''', and consists of three components: | ||
==== [[:Category:Lexicon|Lexicon]] ==== | ==== [[:Category:Lexicon|Lexicon]] ==== | ||
A dictionary with definitions from both experimentalists, observationalists, and modelers.<br> | A dictionary with definitions from both experimentalists, observationalists, and modelers.<br> | ||
Revision as of 18:46, 13 November 2025
Marine biogeochemistry needs a shared vocabulary between experimentalists and modelers for cross-disciplinary work to advance the field. Written output can highlight cross-discipline implications:
- What data was particularly helpful to inform a model?
- How can an experimentalist capitalize on a model to constrain parameter spaces?
Yet, to integrate disciplines successfully, researchers need to be vocal about discrepancy and uncertainty, and realize caveats of how values are determined (via any of the three categories of work).
Oceancyclopedia is an encyclopedia to bridge disciplines of marine biogeochemistry, and consists of three components:
A dictionary with definitions from both experimentalists, observationalists, and modelers.
(Include math, figures, etc. as needed)
Types of data from experimental observations explained including how they are obtained. Methods are grouped by the process they investigate.
Types of models explained grouped by the scales they function at.
These pages contain definitions, limitations, context, and references.
They are populated by researchers, naming responsible authors for context and credit.
Webseries?
Videos to compliment the dictionary
5 - 20 minute discussion on a topic by a BGS expert
Ideally, someone to coordinate this