Ecology and Evolution Seminar Series

Seminars from the RSB Division of Ecology and Evolution (E&E).

04
Mar
2021

E&E Webinar: Towards an Internet of Animals  »

9am 4 March 2021
Martin Wikelski, Co-director, Max Planck Institute of Animal Behaviour
I’ll share some of the latest data on animal movement around the planet. I will highlight how this helps us to preserve biodiversity, to secure our global food supplies, to anticipate pandemics and potentially to predict natural disasters.

Past events

26
Feb
2019

At the origin of a global invasion: the honey bee parasite Varroa that keeps on jumping »
22
Feb
2019

E&E PhD Exit Seminar: Macroevolution across a changing Australian landscape »
22
Feb
2019

E&E PhD Exit Seminar: Burning biodiversity: how fires disturb bird communities »
19
Feb
2019

Cool plants in a warming world – how warming changes alpine and Arctic plant communities »
08
Feb
2019

E&E PhD Exit Seminar: Phylogenetics and reproductive evolution in thynnine wasps, using next-generation molecular and morphological data »
11
Jan
2019

The heat is on: effects of temperature on feeding by herbivorous marsupials »
05
Dec
2018

A lemur’s guide to biophysical modelling »
04
Dec
2018

Avian thermoregulation in the heat: integrating physiological and behavioural data to model the responses of desert birds to climate change »
20
Nov
2018

Major transitions in the mating behaviour of plants »
16
Nov
2018

E&E PhD Exit Seminar: Genotypic and phenotypic characteristics of Escherichia coli bloom strains »
01
Nov
2018

Tempo and Mode Seminar: Indigenous advantage: can Northern Australia lead through innovation »
30
Oct
2018

Consequences of collapsing animal migrations »
23
Oct
2018

A tale of hot intrigue: thermal adaptation, invasion, endemism, and hybridization in blue mussels  »
19
Oct
2018

E&E PhD Exit Seminar: How good is your weed: How getting high in the right place can predict marine fish patterns and processes »
18
Oct
2018

E&E Special Seminar: The structure of phenotypic variation: questions arising from analysis of repeatedly-expressed traits »

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