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Open database tracks Earth's water cycle by standardizing decades of satellite data (phys.org)
submitted 1 week ago by [B] to c/ecosocial@news.abolish.capital
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All water comes from somewhere. Researchers who want to know where it comes from rely on water isotopes, variants of water molecules with slightly different masses, as location identifiers. In particular, the specific ratio of heavy to light water isotopes is unique to the water's origin and processes it has undergone and can provide information on how water travels across the globe.

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Open database tracks Earth's water cycle by standardizing decades of satellite data (phys.org)
submitted 1 week ago by to c/science@beehaw.org
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To encourage people to add new data, the pipeline used to standardize the data is publicly available as part of the data set. This allows other researchers with access to similar data to grid and standardize it themselves before submitting it to the open database.

"Projects like this advance science through collaboration, accessibility and preservation of data," said Dee, who is also an author on the paper.

"This database will allow researchers across the world to ask questions about cloud formation, moisture transport processes, El Niño and La Niña, deforestation, soil moisture and more. It's so important to highlight that it's not just the collection of data that matters; it's also the effort it takes to make the data truly usable for the broader research community, students and even the public."

link to open access paper https://www.nature.com/articles/s41597-026-08218-8

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Open database tracks Earth's water cycle by standardizing decades of satellite data (phys.org)
submitted 1 week ago by to c/climatecrisis@lemmy.ml
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To encourage people to add new data, the pipeline used to standardize the data is publicly available as part of the data set. This allows other researchers with access to similar data to grid and standardize it themselves before submitting it to the open database.

"Projects like this advance science through collaboration, accessibility and preservation of data," said Dee, who is also an author on the paper.

"This database will allow researchers across the world to ask questions about cloud formation, moisture transport processes, El Niño and La Niña, deforestation, soil moisture and more. It's so important to highlight that it's not just the collection of data that matters; it's also the effort it takes to make the data truly usable for the broader research community, students and even the public."

link to open access paper https://www.nature.com/articles/s41597-026-08218-8