Posted by Paul
The next ARAMACC training event isn’t just a workshop. It isn’t even a double workshop. This time we are offering us a TRIPLE workshop featuring “Ecology of long-lived bivalves”, “Attracting funding” and “Introduction to R”. With Rob Witbaard leading, this will take place at the world-famous Netherlands Institute of Sea Research (NIOZ) on the breezy and bracing North Sea resort island of Texel. With this workshop happening in the last week of October, it could well be exceptionally breezy!
The workshop takes us from the welcome dinner on Sunday 25th through to Friday 30th October – or the following Monday for those who are braving the optional “R” workshop: the full schedule is here.
The workshops will feature some exciting and distinguished guests:
Dr Bryan Black from University of Texas at Austin, dendrochronologist, sclerochronologist and proven expert in the integration of ecological variables to build multicentennial climate reconstructions. Bryan will be introducing us to the use of multivariate analysis in ecology and leading an exercise in the application of multivariate methods to existing datasets.
Dr David Reynolds from the School of Earth and Ocean Sciences at Cardiff, who is currently aiming to publish the first 1,000-year annually resolved marine temperature record and who has just obtained funding from NERC for a pan-Atlantic sclerochronology project (CLAM – Climate of the LAst Millennium). David will be contributing to the grant capture workshop.
Dr Marc Lavaleye, a specialist in the ecology of cold water coral reefs, will give the keynote talk at the start of the workshop on Monday.
In addition some of the ARAMACC regulars will be offering their expertise, with Julian introducing us to taxonomy and bivalve identification (useful as I suspect some of us can only identify about two species), while Chris, Paul and Rob will describe their experiences obtaining – or more often failiong to obtain – grant funding. We’ll also – I hope (weather permitting) – get out of the classroom, when Rob takes us to sample Cerastoderma on the tidal flat.