Impact

Explore how NEON data inform disaster prediction and resilience, provide insights into water, soil and other natural resources for land management, and more.

LENO tower from bottom looking toward top of forest canopy

Unlocking the Secrets of Soil Microbial Metabolites

Soil microbes may be tiny, but they play an outsized role in ecosystems. This study developed a novel method to stimulate and test for small bioactive molecules produced by bacteria in soils at NEON field sites. The research opens the door to a better understanding of how soil microbes support plant growth, and what that could mean for agriculture, ecology and even medicine.

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Petri dishes of bacteria cultures

How Permanent is Permafrost? AI Might Help Us Find the Answer

Permafrost degradation is an urgent concern for Arctic ecosystems, and the implications are vast. A recent paper leverages artificial intelligence to develop better predictive models of permafrost thaw. The researchers used data from NEON’s terrestrial field sites in Alaska to train the model, along with data from AmeriFlux.

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thermokarst

Source or Sink? Inland Waters Can Be Both for Nitrous Oxide

A recent study using data from NEON aquatic sites shows that across the continent, under the right conditions, freshwater lakes and streams may act as both sources of atmospheric N2O, and as sinks for the gas. This behavior may help to partially offset N2O emissions and is crucial to account for in modeling.

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A buoy on the CRAM lake site in the fall
Martha Creek in the Fall

NEON in the News

The latest about NEON and NEON-enabled research in news outlets.

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Observatory Blog

Like to hear what the NEON community is working on? We publish about one new blog post per week.

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