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Adding examples and a bit more to the introduction page on what biological data is would be helpful for clarity for non-biologists. Or it could be generalized for data quality and best practices. Or you could just use an umbrella term like Environmental Science to cover a wider range of disciplines.
NEON data comes to mind - they are creating high standards for eddy covariance data with their flux towers, but they also have large biological data repositories including species distributions and whatnot that might have similar standards, but I'm not directly familiar with using these (https://www.neonscience.org/data)
For eddy covariance data, Fluxnet is usually considered the high standard for non-NEON towers that anyone with a tower can submit to. Fluxnet takes data in in a certain format with data requirements (.csv) and metadata in order to be able to be published, so their website will have some guidelines for these too if you were interested (https://fluxnet.org/data/).
That said, I really love what you are doing. Clear data standards are so important to increase data quality across disciplines.
The text was updated successfully, but these errors were encountered:
👍 Happy to answer any questions if needed. FWIW our bio data is stored in internalized formats that aren't technically any one global standard (though it was built from various ones). Doing it this way lets us a) keep data associated with our (relatively complicated) protocols and sampling/data storage structures intact and b) makes mapping to whatever standard needed for publication relatively easy
Adding examples and a bit more to the introduction page on what biological data is would be helpful for clarity for non-biologists. Or it could be generalized for data quality and best practices. Or you could just use an umbrella term like Environmental Science to cover a wider range of disciplines.
NEON data comes to mind - they are creating high standards for eddy covariance data with their flux towers, but they also have large biological data repositories including species distributions and whatnot that might have similar standards, but I'm not directly familiar with using these (https://www.neonscience.org/data)
For eddy covariance data, Fluxnet is usually considered the high standard for non-NEON towers that anyone with a tower can submit to. Fluxnet takes data in in a certain format with data requirements (.csv) and metadata in order to be able to be published, so their website will have some guidelines for these too if you were interested (https://fluxnet.org/data/).
That said, I really love what you are doing. Clear data standards are so important to increase data quality across disciplines.
The text was updated successfully, but these errors were encountered: