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Microbial Ecology the power of the small

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Page 1: Microbial Ecology - KNAW€¦ · Plant growth & development Plant disease suppression Decomposition organic matter Diversity & Dynamics Interactions & Communication Ecosystem functions

Microbial Ecology the power of the small

Page 2: Microbial Ecology - KNAW€¦ · Plant growth & development Plant disease suppression Decomposition organic matter Diversity & Dynamics Interactions & Communication Ecosystem functions

Research Themes & Topics

I. Diversity & dynamics - effects of climate change, land use - microbiome assembly, succession - motility & dispersal

II. Interactions & communication - microbe-microbe, microbe-protozoa - microbe-eukaryote interactions - signaling, volatiles

III. Activity & natural functions - biogeochemical cycling – GHG - decomposition organic matter - protection eukaryotes against stress - enzymes, antimicrobials & volatiles

IV. Tools & bioinformatics - meta ‘omics & network analyses - genomics & genome mining - chemical detection, imaging - stable isotope probing

Page 3: Microbial Ecology - KNAW€¦ · Plant growth & development Plant disease suppression Decomposition organic matter Diversity & Dynamics Interactions & Communication Ecosystem functions

Wetlands store most of the terrestrial carbon but….also are the most important source of methane emission into

the atmosphere and thereby regulate our climate.

I. Microbial diversity & dynamics Example 2: methane-oxidizing/methanogenic microorganisms

Page 4: Microbial Ecology - KNAW€¦ · Plant growth & development Plant disease suppression Decomposition organic matter Diversity & Dynamics Interactions & Communication Ecosystem functions

I. Microbial diversity & dynamics Example 2: soil/rhizosphere/endophytic microorganisms

Page 5: Microbial Ecology - KNAW€¦ · Plant growth & development Plant disease suppression Decomposition organic matter Diversity & Dynamics Interactions & Communication Ecosystem functions

AU

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PKS genes

‘Collimomycin’

Collimonas fungivorans

II. Microbial interactions & communication Example 1: ‘fungal-eating’ bacteria - mycophagy

Page 6: Microbial Ecology - KNAW€¦ · Plant growth & development Plant disease suppression Decomposition organic matter Diversity & Dynamics Interactions & Communication Ecosystem functions

II. Microbial interactions & communication Example 2: microbial volatiles – infochemicals and more

control W163 W211 W236

W237 W251 W261 W269

Page 7: Microbial Ecology - KNAW€¦ · Plant growth & development Plant disease suppression Decomposition organic matter Diversity & Dynamics Interactions & Communication Ecosystem functions

III. Activity & Natural Functions Example 1: decomposition – fungal enzymes and more

Wood decay; degradation plant material for bio-based products

Page 9: Microbial Ecology - KNAW€¦ · Plant growth & development Plant disease suppression Decomposition organic matter Diversity & Dynamics Interactions & Communication Ecosystem functions

IV. Tools & BioInformatics Example 1: metagenomics & network analyses

Page 10: Microbial Ecology - KNAW€¦ · Plant growth & development Plant disease suppression Decomposition organic matter Diversity & Dynamics Interactions & Communication Ecosystem functions

Nutrient cycling (C, N)

Greenhouse gas emissions

Plant growth & development

Plant disease suppression

Decomposition organic matter

Diversity &

Dynamics

Interactions &

Communication

Ecosystem functions

Climate change

Land-use change

Soil-physicochemistry

Bacteria-Bacteria/Archaea

Bacteria-Fungi

Bacteria/Fungi - Plants

Nature Exploration

antibiotics, volatiles, enzymes, bio-indicators

Microbial Communities

Page 11: Microbial Ecology - KNAW€¦ · Plant growth & development Plant disease suppression Decomposition organic matter Diversity & Dynamics Interactions & Communication Ecosystem functions

Microbial Ecology @NIOO

More info: www.nioo.knaw.nl