{
  "@name": "nanoscale-chemical-maps-of-soil-particles-show-how-carbon-is-stored",
  "@path": "/nanoscale-chemical-maps-of-soil-particles-show-how-carbon-is-stored",
  "@id": "836603d3-4b4e-4613-a93d-d8e901d347b4",
  "@nodeType": "mgnl:content",
  "mgnl:created": "2023-10-08T09:00:00.000Z",
  "mgnl:lastModified": "2023-10-08T09:00:00.000Z",
  "title": "Nanoscale chemical maps of soil particles show how carbon is stored",
  "date": "2023-10-08",
  "newsType": "Science Highlight",
  "techniques": [
    "Scanning transmission X-ray microscopy"
  ],
  "sectors": [
    "Environment"
  ],
  "scienceGroup": "Imaging and Microscopy",
  "instruments": [
    "I08"
  ],
  "author": "Dr Lena Fischer",
  "image": null,
  "body": "<p>STXM imaging on I08 revealed how organic carbon binds to mineral surfaces in soil, informing models of long-term carbon storage.</p>",
  "legacyUrl": "/Science/Research/Highlights/2023/Nanoscale-chemical-maps-of-soil-particles-show-how-carbon-is-stored.html",
  "@nodes": []
}