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<p>Groundwater ecosystems sustain drinking water supplies and play key roles for global biogeochemical cycles. Their functions are largely conveyed by microorganisms; so to understand and predict their response to global change, functional insights into groundwater microbiomes are essential. By combining metabolic labeling and omics methods to mechanistically trace microbial functions, we aim to reveal the role of non-phototrophic primary production in groundwater and its global significance.</p>

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Produktiv trotz Dunkelheit: CO2-Fixierung im Grundwasser

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年10月8日

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  • Alisha Sharma,
  • Martin Taubert,
  • Kirsten Küsel

摘要

Groundwater ecosystems sustain drinking water supplies and play key roles for global biogeochemical cycles. Their functions are largely conveyed by microorganisms; so to understand and predict their response to global change, functional insights into groundwater microbiomes are essential. By combining metabolic labeling and omics methods to mechanistically trace microbial functions, we aim to reveal the role of non-phototrophic primary production in groundwater and its global significance.