
SummarySoil invertebrates make significant contributions to the recycling of dead plant material across the globe. However, studies focussed on the consequences of decomposition for plant communities largely ignore soil fauna across all ecosystems, because microbes are often considered the primary agents of decay. Here, we explore the role of invertebrates as not simply facilitators of microbial decomposition, but as true decomposers, able to break down dead organic matter with their own endogenic enzymes, with direct and indirect impacts on the soil environment and plants. We recommend a holistic view of decomposition, highlighting how invertebrates and microbes act in synergy to degrade organic matter, providing ecological services that underpin plant growth and survival.
Plant growth and nutrition, Nutrient cycling, Ecological applications, Soil fauna, Soil, veterinary and food sciences, Animals, Ecosystem, Soil Microbiology, 580, Decomposition, Agricultural, decomposition, nutrient cycling, Plants, invertebrates, Invertebrates, Microbes, Soil sciences, Biological sciences, Climate change impacts and adaptation, microbes, plant growth and nutrition
Plant growth and nutrition, Nutrient cycling, Ecological applications, Soil fauna, Soil, veterinary and food sciences, Animals, Ecosystem, Soil Microbiology, 580, Decomposition, Agricultural, decomposition, nutrient cycling, Plants, invertebrates, Invertebrates, Microbes, Soil sciences, Biological sciences, Climate change impacts and adaptation, microbes, plant growth and nutrition
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