Citation

Soil invertebrates and ecosystem services

Patrick Lavelle, Thibaud Decaëns, Michaël Aubert, Sébastien Barot, Manuel Blouin, Fabien Bureau, Pauline Margerie, Philippe Mora, Jean-Pierre Rossi

European Journal of Soil Biology (2006)

TL;DR

Earthworm activity increases decomposition rates by 50-300%

This comprehensive review documented how soil invertebrates, including earthworms, drive decomposition and nutrient cycling. The finding that earthworm activity can increase decomposition rates by 50-300% and soil nitrogen availability by 20-50% demonstrates the importance of active decomposer communities.

For organizations, this suggests that passive 'natural' decomposition of failed initiatives is insufficient - active decomposition mechanisms (like post-mortems, talent redeployment programs, and technology transfer processes) dramatically accelerate value recovery from endings.

Key Findings from Lavelle et al. (2006)

  • Earthworm activity increases decomposition rates by 50-300%
  • Soil nitrogen availability increases 20-50% with earthworm presence
  • Soils without earthworms accumulate thick litter layers while earthworm-rich soils show rapid turnover

Related Mechanisms for Soil invertebrates and ecosystem services

Related Organisms for Soil invertebrates and ecosystem services