International Biogeography Society Conference – Bayreuth, Germany

January 28, 2015
erikjdeboer

IBS LogoInternational Biogeography Society
7th biennial conference
January 8 – 12, 2015
University of Bayreuth, Germany
Report by Erik de Boer

Two weeks ago I attended the biannual International Biogeography Society (IBS) conference in Bayreuth, together with 600+ other people from more than 50 different countries. This IBS conference, my first IBS meeting, proved to be an exciting event during which I met scientists from many different disciplines and heard talks on cutting-edge biogeographical research.

The IBS conference was held in the Bavarian city of Bayreuth, in the middle of the biodiverse landscape of Upper Franconia. This landscape provided the training ground for Alexander von Humboldt, the founder of the field of biogeography. The 4-day conference included a wide variety of symposia and many, many posters. The conference dinner in the German Steam Train Museum was highly memorable. The conference was closed by a lecture from Daniel Simberloff, once a doctorate student of Edward O. Wilson, who received the Wallace Award for his outstanding contributions to invasion ecology.

Erik_PicI had a talk in the plenary symposium of ‘Ecosystem response to past climate change’, organized by David Nogués-Bravo and Francisco Rodríguez-Sánchez. The symposium covered the dangers of climate change to biodiversity and tried to assess if the range and rate of adaptation, migration, persistence, or extirpation, that are registered in deep-time records, palaeorecords, and the recent past, are adequate responses for predicted climate change in the future. I addressed this issue from the point of view of a small remote island, where migration is obviously a limiting factor. I showed how I reconstructed climate and its effect on island biota during the last 40,000 years using long-term palaeoecological records from Mauritius (de Boer et al, 2013 & 2014). These records show that different climate regimes result in different ecosystem response to climate change in the past. Local extirpation or population collapse of larger vertebrates was a natural phenomenon in the lowlands of Mauritius due to frequent climate extremes (I will discuss this in more detail in my next blog; de Boer, 2015). Despite these population collapses, island biota have always (in the timeframe of my records) survived natural climate change. Therefore, my take home message was not to focus on the effects of (future) climate change alone. Other key components of global change, such as invasive species and habitat destruction, are more imminent threats to the biodiversity of many islands. For more information on my research, including publications, click here.

More information on the IBS read on (below) or visit the IBS website or blog. All abstracts and other details of the IBS conference in Bayreuth can be found here. The next IBS meeting will take place in Salvador, Bahia (Brazil) in March 2017.

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An interview with Phil Jardine

July 1, 2014
philjardine

Well, we’ve heard from Wes and Adele, and now it’s my turn (Phil Jardine) for a bit of a chat on the “Ecology of the past” YouTube channel. Similar to the previous interview videos, I’m talking about my role on the Bosumtwi pollen chemistry project, and what I’ve done (academically speaking) prior to coming to the Open University. Enjoy!

For more videos check out the “Ecology of the past” YouTube channel.

Introducing Nick Loughlin: New PCRG PhD researcher

October 15, 2013
adelecmj

Nick Loughlin working...

Nick Loughlin working…

Hi, my name’s Nick and I’m joining the Palaeoenvironmental Change Research Group as a PhD student on a NERC funded project looking at the response of tropical forests to past changes in global climate.

I’m excited to be going off to Ecuador in November (with Encarni and Will) to undertake the sampling of lake sediments around the Estación Biológica Pindo Mirador and the National Park of Cayambe Coca, from which I hope to be able to determine changes in the ecology of the mountainous flora of the Andean regions of Ecuador during the last glacial and current interglacial periods.

Before starting at the OU I undertook a BSc in Geological Sciences at the University of Plymouth and an MSc in Palaeobiology at the University of Bristol working on the palaeoecology of lower Cambrian trace fossils in brackish water environments in an attempt to constrain the evolution and radiation of early metazoans.

I’m thrilled to be starting at the OU and am looking forward to splitting my time trekking through tropical rainforests and staring at microscopic pollen in a lab in Milton Keynes.

To date I have published one scientific paper, I hope to produce many more over the next few years…

Loughlin, N.J.D. & Hillier, R.D. (2010) Early Cambrian Teichichnius-dominated ichnofabrics and palaeoenvironmental analysis of the Caerfal Group, Southwest Wales, UK. Palaeogeography, Palaeoclimatology, Palaeoecology 297(2): 239-251. doi: 10.1016/j.palaeo.2010.07.030

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