unseen majority: soil microbes as drivers of plant diversity and productivity in terrestrial ecosystems

Microbes are the unseen majority in soil and comprise a large portion of life's genetic diversity. Despite their abundance, the impact of soil microbes on ecosystem processes is still poorly understood. Here we explore the various roles that soil microbes play in terrestrial ecosystems with spe...

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Published in	Ecology letters Vol. 11; no. 3; pp. 296 - 310
Main Authors	van der Heijden, Marcel G.A, Bardgett, Richard D, van Straalen, Nico M
Format	Journal Article
Language	English
Published	Oxford, UK Oxford, UK : Blackwell Publishing Ltd 01.03.2008 Blackwell Publishing Ltd Blackwell
Subjects	Animal and plant ecology Animal, plant and microbial ecology Bacteria Bacterial Physiological Phenomena Biodiversity Biological and medical sciences Biological diversity and ecosystem functioning Boreal forests Botany Ecology Ecosystem Fundamental and applied biological sciences. Psychology Genetic diversity genetic variation Genetics Grasslands Introduced plants Limiting nutrients microbial consortia microbial diversity microbiology Mineralization Mycorrhizae Mycorrhizae - physiology mycorrhizal fungi nitrogen Nitrogen fixation nitrogen-fixing bacteria Nutrients Pathogens phosphorus physiology Plant communities Plant diversity Plant Physiological Phenomena Plant species Plants Plants - microbiology Productivity Savannahs savannas soil Soil Microbiology Soil microorganisms Soils species diversity Species richness symbionts Symbiosis Symbiosis - physiology Synecology Terrestrial ecosystems Terrestrial environments Terrestrial environment Productivity mycorrhizal fungi Phosphorus soil Nitrogen Biodiversity Biological diversity and ecosystem functioning Symbiont Fungi microbial consortia Soils Plant Ecosystem Mycorrhiza Nitrogen fixation Ecosystem functioning Microorganism microbial diversity
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Abstract	Microbes are the unseen majority in soil and comprise a large portion of life's genetic diversity. Despite their abundance, the impact of soil microbes on ecosystem processes is still poorly understood. Here we explore the various roles that soil microbes play in terrestrial ecosystems with special emphasis on their contribution to plant productivity and diversity. Soil microbes are important regulators of plant productivity, especially in nutrient poor ecosystems where plant symbionts are responsible for the acquisition of limiting nutrients. Mycorrhizal fungi and nitrogen-fixing bacteria are responsible for c. 5-20% (grassland and savannah) to 80% (temperate and boreal forests) of all nitrogen, and up to 75% of phosphorus, that is acquired by plants annually. Free-living microbes also strongly regulate plant productivity, through the mineralization of, and competition for, nutrients that sustain plant productivity. Soil microbes, including microbial pathogens, are also important regulators of plant community dynamics and plant diversity, determining plant abundance and, in some cases, facilitating invasion by exotic plants. Conservative estimates suggest that c. 20 000 plant species are completely dependent on microbial symbionts for growth and survival pointing to the importance of soil microbes as regulators of plant species richness on Earth. Overall, this review shows that soil microbes must be considered as important drivers of plant diversity and productivity in terrestrial ecosystems.
AbstractList	Microbes are the unseen majority in soil and comprise a large portion of life's genetic diversity. Despite their abundance, the impact of soil microbes on ecosystem processes is still poorly understood. Here we explore the various roles that soil microbes play in terrestrial ecosystems with special emphasis on their contribution to plant productivity and diversity. Soil microbes are important regulators of plant productivity, especially in nutrient poor ecosystems where plant symbionts are responsible for the acquisition of limiting nutrients. Mycorrhizal fungi and nitrogen-fixing bacteria are responsible for c. 5-20% (grassland and savannah) to 80% (temperate and boreal forests) of all nitrogen, and up to 75% of phosphorus, that is acquired by plants annually. Free-living microbes also strongly regulate plant productivity, through the mineralization of, and competition for, nutrients that sustain plant productivity. Soil microbes, including microbial pathogens, are also important regulators of plant community dynamics and plant diversity, determining plant abundance and, in some cases, facilitating invasion by exotic plants. Conservative estimates suggest that c. 20 000 plant species are completely dependent on microbial symbionts for growth and survival pointing to the importance of soil microbes as regulators of plant species richness on Earth. Overall, this review shows that soil microbes must be considered as important drivers of plant diversity and productivity in terrestrial ecosystems. The roles that soil microbes played in terrestrial ecosystems with special emphasis on their contribution to plant productivity and diversity were discussed. Soil microbes regulated plant productivity via a variety of mechanisms. Positive effects of microbes on plant productivity were most common in nutrient poor ecosystems where they enhanced the supply of growth limiting nutrients namely N and P to plants. Negative effects of soil microbes on plant productivity could also occur when they acted as pathogens, competed with plants for nutrients, or transformed nutrients into forms that were inaccessible to plants. The fungus could change plant community structure considerably if the growth of specific plant species was stimulated. Microbes are the unseen majority in soil and comprise a large portion of life's genetic diversity. Despite their abundance, the impact of soil microbes on ecosystem processes is still poorly understood. Here we explore the various roles that soil microbes play in terrestrial ecosystems with special emphasis on their contribution to plant productivity and diversity. Soil microbes are important regulators of plant productivity, especially in nutrient poor ecosystems where plant symbionts are responsible for the acquisition of limiting nutrients. Mycorrhizal fungi and nitrogen-fixing bacteria are responsible for c. 5-20% (grassland and savannah) to 80% (temperate and boreal forests) of all nitrogen, and up to 75% of phosphorus, that is acquired by plants annually. Free-living microbes also strongly regulate plant productivity, through the mineralization of, and competition for, nutrients that sustain plant productivity. Soil microbes, including microbial pathogens, are also important regulators of plant community dynamics and plant diversity, determining plant abundance and, in some cases, facilitating invasion by exotic plants. Conservative estimates suggest that c. 20 000 plant species are completely dependent on microbial symbionts for growth and survival pointing to the importance of soil microbes as regulators of plant species richness on Earth. Overall, this review shows that soil microbes must be considered as important drivers of plant diversity and productivity in terrestrial ecosystems. [PUBLICATION ABSTRACT] Microbes are the unseen majority in soil and comprise a large portion of life’s genetic diversity. Despite their abundance, the impact of soil microbes on ecosystem processes is still poorly understood. Here we explore the various roles that soil microbes play in terrestrial ecosystems with special emphasis on their contribution to plant productivity and diversity. Soil microbes are important regulators of plant productivity, especially in nutrient poor ecosystems where plant symbionts are responsible for the acquisition of limiting nutrients. Mycorrhizal fungi and nitrogen‐fixing bacteria are responsible for c. 5–20% (grassland and savannah) to 80% (temperate and boreal forests) of all nitrogen, and up to 75% of phosphorus, that is acquired by plants annually. Free‐living microbes also strongly regulate plant productivity, through the mineralization of, and competition for, nutrients that sustain plant productivity. Soil microbes, including microbial pathogens, are also important regulators of plant community dynamics and plant diversity, determining plant abundance and, in some cases, facilitating invasion by exotic plants. Conservative estimates suggest that c. 20 000 plant species are completely dependent on microbial symbionts for growth and survival pointing to the importance of soil microbes as regulators of plant species richness on Earth. Overall, this review shows that soil microbes must be considered as important drivers of plant diversity and productivity in terrestrial ecosystems. Microbes are the unseen majority in soil and comprise a large portion of life's genetic diversity. Despite their abundance, the impact of soil microbes on ecosystem processes is still poorly understood. Here we explore the various roles that soil microbes play in terrestrial ecosystems with special emphasis on their contribution to plant productivity and diversity. Soil microbes are important regulators of plant productivity, especially in nutrient poor ecosystems where plant symbionts are responsible for the acquisition of limiting nutrients. Mycorrhizal fungi and nitrogen-fixing bacteria are responsible for c. 5-20% (grassland and savannah) to 80% (temperate and boreal forests) of all nitrogen, and up to 75% of phosphorus, that is acquired by plants annually. Free-living microbes also strongly regulate plant productivity, through the mineralization of, and competition for, nutrients that sustain plant productivity. Soil microbes, including microbial pathogens, are also important regulators of plant community dynamics and plant diversity, determining plant abundance and, in some cases, facilitating invasion by exotic plants. Conservative estimates suggest that c. 20 000 plant species are completely dependent on microbial symbionts for growth and survival pointing to the importance of soil microbes as regulators of plant species richness on Earth. Overall, this review shows that soil microbes must be considered as important drivers of plant diversity and productivity in terrestrial ecosystems.Microbes are the unseen majority in soil and comprise a large portion of life's genetic diversity. Despite their abundance, the impact of soil microbes on ecosystem processes is still poorly understood. Here we explore the various roles that soil microbes play in terrestrial ecosystems with special emphasis on their contribution to plant productivity and diversity. Soil microbes are important regulators of plant productivity, especially in nutrient poor ecosystems where plant symbionts are responsible for the acquisition of limiting nutrients. Mycorrhizal fungi and nitrogen-fixing bacteria are responsible for c. 5-20% (grassland and savannah) to 80% (temperate and boreal forests) of all nitrogen, and up to 75% of phosphorus, that is acquired by plants annually. Free-living microbes also strongly regulate plant productivity, through the mineralization of, and competition for, nutrients that sustain plant productivity. Soil microbes, including microbial pathogens, are also important regulators of plant community dynamics and plant diversity, determining plant abundance and, in some cases, facilitating invasion by exotic plants. Conservative estimates suggest that c. 20 000 plant species are completely dependent on microbial symbionts for growth and survival pointing to the importance of soil microbes as regulators of plant species richness on Earth. Overall, this review shows that soil microbes must be considered as important drivers of plant diversity and productivity in terrestrial ecosystems.
Author	Bardgett, Richard D. Van Straalen, Nico M. Van Der Heijden, Marcel G. A.
Author_xml	– sequence: 1 fullname: van der Heijden, Marcel G.A – sequence: 2 fullname: Bardgett, Richard D – sequence: 3 fullname: van Straalen, Nico M
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Snippet	Microbes are the unseen majority in soil and comprise a large portion of life's genetic diversity. Despite their abundance, the impact of soil microbes on... Microbes are the unseen majority in soil and comprise a large portion of life’s genetic diversity. Despite their abundance, the impact of soil microbes on... The roles that soil microbes played in terrestrial ecosystems with special emphasis on their contribution to plant productivity and diversity were discussed....
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SubjectTerms	Animal and plant ecology Animal, plant and microbial ecology Bacteria Bacterial Physiological Phenomena Biodiversity Biological and medical sciences Biological diversity and ecosystem functioning Boreal forests Botany Ecology Ecosystem Fundamental and applied biological sciences. Psychology Genetic diversity genetic variation Genetics Grasslands Introduced plants Limiting nutrients microbial consortia microbial diversity microbiology Mineralization Mycorrhizae Mycorrhizae - physiology mycorrhizal fungi nitrogen Nitrogen fixation nitrogen-fixing bacteria Nutrients Pathogens phosphorus physiology Plant communities Plant diversity Plant Physiological Phenomena Plant species Plants Plants - microbiology Productivity Savannahs savannas soil Soil Microbiology Soil microorganisms Soils species diversity Species richness symbionts Symbiosis Symbiosis - physiology Synecology Terrestrial ecosystems Terrestrial environments
Title	unseen majority: soil microbes as drivers of plant diversity and productivity in terrestrial ecosystems
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