Keywords

Countries

Years

No data

Organisations

Marine and Freshwater Microbial Biodiversity (M&FMB)

Informations

Total budget
3,280,818 EUR
Start date
6/1/2001
URL
http://www.nerc.ac.uk/research/funded/programmes/
Fundings
-
End date
1/2/2007

Projects

NameRoleStartEndAmount
Characterisation of biofilm specific, cross-species cell signalling system regulating release of antimicrobial compounds & pigments in marine bacilliGrant---
Ubiquitous dispersal of free-living microbial species: testing the hypothesis in freshwater and marine environments.Grant---
Virus dynamics in aquatic systems - an insight into the differences between marine and freshwater environments.Grant---
Exploring distribution/diversity/pressure adaptation & potential biotechnological significance of prokaryotic ether lipids in non-extreme environmentsGrant---
Geochemical processes at the microbial scale.Grant---
Do different models of prokaryote species abundance reflect freshwater quality?Grant---
Characterisation and ecophysiology of non-extremophilic archaea.Grant---
Lambda integrase gene family: markers for phage diversity, environmental regulation, and gene transfer in freshwater bacteria.Grant---
Community structure and the stable isotope biogeochemistry of methanogenesis: insights into the carbo-flow paradox of freshwater and marine habitats.Grant---
Biodiversity and molecular probes for in situ identification of gymnamoebae - new tools to allow simple and accurate identification of amoeboid . . .Grant---
Community structure and the stable isotope biogeochemistry of methanogenesis: insights into the carbon-flow paradox of freshwater and marine habitats.Grant---
Genetic diversity in populations of freshwater picocyanobacteria.Grant---
Isobaric in situ microbiological and physiochemical sampling of marine extremophiles - new protocols for understanding life in extreme environments.Grant---
Exploitation of deepsea marine isolates - chemical, genomic and transcriptomic characterisation of metabolism in marine streptomycetes.Grant---
Characterisation of novel methyl bromide degrading bacteria and assessment of their potential as biocatalysts.Grant---
Natural products from marine actinomycetes that attract and kill Ulva zoospores.Grant---
Diversity of novel, technologically useful, pigment-producing diatoms in estuaries of South Devon, U.K.Grant---
Marine Algal Characterisation and Exploitation (MACE).Grant---
Natural product screening on a chip-linking taxonomy to function.Grant---
Determining the exploitation potential of novel algal virus enzymes.Grant---
Biofilm disrupting compounds from marine bacteria.Grant---

Funding agencies

NameRoleStartEndAmount
Natural Environment Research CouncilLead Funder---

Funding programmes