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Soil organisms are largely out of sight and mind. Yet, soil is home to a staggering 59% of all species on Earth; species that act as major drivers of the structure and functioning of our vital terrestrial ecosystems. Our understanding of this hidden diversity still lags on what is known about biodiversity above-ground, and it is largely ignored by international biodiversity conventions. But interest in soil biodiversity is booming, reflecting a growing awareness of the importance of soil life for the health of natural and managed ecosystems, and of the many services soil biodiversity provides for a healthy planet.
The Ecology of Soil explores what is known about the diversity of life in soil, how it is distributed in space and time, and how interactions between soil organisms, plants, and their consumers shape terrestrial ecosystems. It also provides an assessment of how soil biodiversity and its many functional roles are modified by global change, especially land use and climate change, and how soil ecology knowledge can be harnessed to address sustainability challenges of sustainable agriculture, ecosystem restoration, and climate change mitigation and adaptation.
By drawing on a rich diversity of soil ecology knowledge from ecosystems of the world, and from the foundational to the new, this fascinating book provides the most comprehensive and up-to-date assessment of the ecology of soil and its importance for a healthy planet. Detailed and accessible,
The Ecology of Soil is suitable for both undergraduate and graduate students, and will inspire any reader to delve deeper into the ecology of soil.
List of contents
- 1: The soil environment
- 2: The diversity of life in soil
- 3: Soil biota and ecosystem functioning
- 4: Feedbacks between plants and soil biota
- 5: Above-ground consumers, soil biota and ecosystem function
- 6: Soil biota and climate change
- 7: Soil biota and sustainability goals
- 8: Some conclusions and future perspectives
About the author
Richard Bardgett CBE is a Distinguished Professor of Ecology at Lancaster University, having previously been based at The University of Manchester. He explores how soils and their biodiversity shape terrestrial ecosystems and their response to global change. He is also interested in the practical implementation of soil ecological concepts for climate mitigation and ecosystem restoration. He served as President of the British Ecological Society (2017-to-2018) and co-founded the Global Soil Biodiversity Initiative to promote translation of soil biodiversity knowledge into policy. Richard was appointed Commander of the Order of the British Empire (CBE) in 2023 for services to soil ecology and climate change science.
