Royal Holloway, Univ of London

Informations

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City: Egham
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Projects

Name	Role	Start	End
Community consequences of introducing a biological control agent	Lead Partner	-	-
Quantifying the soil community in green roofs	Lead Partner	-	-
Relative importance of tree species and genotypic diversity for above- and belowground processes in boreal forest	Lead Partner	-	-
Intra- and inter-specific competition and the evolution of cooperation in Bacillus thuringiensis	Lead Partner	-	-
Probing Earth's earliest ecosystems: a multi-proxy study of the ~2.7 Ga Belingwe Greenstone Belt, Zimbabwe	Lead Partner	-	-
Seeing genes in space & time: the evolution of neutral and functional genetic diversity using woolly mammoth	Lead Partner	-	-
Fungal endophytes in herbaceous plants: mutualists or antagonists?	Lead Partner	-	-
The ontogeny of plant defense: general patterns and genetic variation	Lead Partner	-	-
Contrasting causes for the demise of Caribbean coral reefs: Terrestrial vs. oceanographic mechanisms	Lead Partner	-	-
Global and local effects of long-term environmental change : a turtles eye view	Lead Partner	-	-
Do mycorrhizal fungi facilitate root defence signalling in belowground predator-prey interactions?	Lead Partner	-	-
The genetics of mammalian speciation and extinction in the Late Pleistocene	Lead Partner	-	-
Male song quality and maternal investment in songbirds.	Lead Partner	-	-
Foraging strategy of a free-ranging marine fish predator in microhabitats varying in prey abundance and availability	Lead Partner	-	-
Multitrophic links between arbuscular mycorrizal fungi and insect parasitoids.	Lead Partner	-	-
Insect-endophyte interactions in herbaceous plants.	Lead Partner	-	-
The nature and origin of cryptic species of modern planktonic foraminifera: developing a new proxy for palaeoclimate, evolution and biodiversity.	Lead Partner	-	-
Tracking oceanic productivity during mid-Cretaceous oceanic anoxic events using species-specific geochemical analysis of coccoliths.	Lead Partner	-	-
Rate and mode of planktonic foraminiferal assemblage size change in response to extreme events in Earth history.	Lead Partner	-	-

Research organisations