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<p>Agricultural long-term field trials provide fundamental data on crop performance and soil characteristics under diverse management practices. This information represents essential knowledge for upcoming challenges in food and nutrition security. Data provided here have been compiled since 2004 from a nitrogen(N)-fertilization intensity, tillage, and crop rotation field trial in Central Germany including standardized metrics regarding soil management, physical soil properties, crop management, crop characteristics, yield, and harvest quality parameters. In 2015, the field trial became a member of the German Agricultural Soil Research Program BonaRes. Numerous measurement results were added including plant physiology and soil and rhizosphere microbiology. DNA of bacterial/archaeal and fungal microbiomes was sequenced in the rhizosphere and root-associated soil following a meta-barcoding approach. Taxonomic and relative abundance data were included in the dataset. The dataset is the first to include information on root characteristics, soil and rhizosphere microbiomes, and crop gene expression. We encourage reuse of these biological field trial data in terms of meta-analysis, modeling and AI approaches.</p>

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Two decades long-term field trial data on fertilization, tillage, and crop rotation focusing on soil microbes

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年6月12日

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  • Marie Raab,
  • Lars Schütz,
  • Loreen Sommermann,
  • Doreen Babin,
  • Ioannis Kampouris,
  • Davide Francioli,
  • Rita Grosch,
  • Günter Neumann,
  • Annette Deubel,
  • Joerg Geistlinger,
  • Korinna Bade,
  • Wilfried Rozhon

摘要

Agricultural long-term field trials provide fundamental data on crop performance and soil characteristics under diverse management practices. This information represents essential knowledge for upcoming challenges in food and nutrition security. Data provided here have been compiled since 2004 from a nitrogen(N)-fertilization intensity, tillage, and crop rotation field trial in Central Germany including standardized metrics regarding soil management, physical soil properties, crop management, crop characteristics, yield, and harvest quality parameters. In 2015, the field trial became a member of the German Agricultural Soil Research Program BonaRes. Numerous measurement results were added including plant physiology and soil and rhizosphere microbiology. DNA of bacterial/archaeal and fungal microbiomes was sequenced in the rhizosphere and root-associated soil following a meta-barcoding approach. Taxonomic and relative abundance data were included in the dataset. The dataset is the first to include information on root characteristics, soil and rhizosphere microbiomes, and crop gene expression. We encourage reuse of these biological field trial data in terms of meta-analysis, modeling and AI approaches.