EGU Blogs

Geology Jenga

A real-world example of ‘networking’ success

One piece of advice that Early Career Researchers (certainly including PhD students) encounter repeatedly is this concept of ‘developing academic networks’ that may potentially lead to collaborative research and ideally a job in the future. I often wondered what on earth that actually meant when I started my PhD. Attending conferences and speaking to colleagues is certainly fun, interesting and inspiring, but I think the ‘sciencey’ part of my brain wanted to see some tangible data or real-world examples of networking leading to further opportunities.

Conference delegates 'networking' over dinner.  Photo: D. Schillereff

Conference delegates ‘networking’ over dinner. Photo: D. Schillereff

Well, off the back of my attendance at a series of conferences and workshops, I’ve recently become involved in a new Working Group called Aquatic Transitions that is funded by PAGES (Past Global Changes) and led by Professor Peter Gell at Ballarat University, Australia. This short post is mostly a description of my first-hand experience – how did the ‘network’ form, how did I get involved? – and it’s also an advertisement because you can join the mail list here! if it seems of interest!

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Outreach on the slopes.

Outreach on the slopes.

One of the beauties of living in Munich is that the Alps are, practically, on your door step. As I mentioned in one of our more recent posts, now that I am here, I’m looking forward to exploring the city, its surroundings and further afield!

Making it to the top

View of the cable car ascent from the Zugspitze summit.

View of the cable car ascent from the Zugspitze summit. Looking north towards Lake Eibsee. (Credit: Laura Roberts)

That is exactly what I did a few weekends ago. After a little research, I chose to visit the town of Garmisch-Partenkirchen, at the foothills of the Alps. I’d discovered it offered some good hiking and that the town itself was lovely too. It turns out it is also home to Germany’s highest peak, the Zugspitze, a 2962 m towering mass or rock, ice and snow. Climbing to the summit is beyond my capabilities but I still found the less challenging alternative to reach the summit is not for the faint hearted either! It starts with a pleasant (but slow) train journey to Lake Eibsee. You then transfer on to a cable-car which transports you from ca. 1000m above sea level, right up to the summit of the Zugspitze in a hair-raising 10 minute (near-vertical) ascent! Like I said, not for the faint hearted! You can make the whole journey on a cog-wheel train (Zugspitzbahn), if you don’t fancy the rather scary cable car.

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Sharing my new discovery – aquatic plants are (sometimes) suitable for radiocarbon dating!

Radiocarbon dating is probably the most well-known chronological technique regularly employed by archaeologists, geomorphologists and researchers analysing sediment cores. Palaeolimnologists (those who study lake sediments) hoping to determine the age of a sample extracted from a long sediment core traditionally seek terrestrial plant macrofossils (fragments of organic matter visible without a microscope), as these are considered most likely to return a reliable date. When I was searching for material to send to the radiocarbon lab during my PhD, finding bits of leaf from a tree, seeds or twigs made me especially excited.

Segment of a core extracted from Brotherswater, UK. Photo: D. Schillereff

Segment of a core extracted from Brotherswater, UK. Photo: D. Schillereff

A new paper written by James Marty and Amy Myrbol (Department of Earth Sciences, University of Minnesota) and published in Journal of Paleolimnology (MM2014) reviews the feasibility of acquiring robust ages from certain aquatic plant macrofossils. It was an interesting read, as I had not previously considered their viability, and I believe worthy of attention from the palaeolimnology community. The online Tool for Macroscopic Identification available from LacCore team at the University of Minnesota is a valuable resource too.

Examples of terrestrial plant macrofossils found in a sediment core extracted from Brotherswater, England. From left to right: Birch seed; leaf fragment; alder seed. Photos: D. Schillereff.

Examples of terrestrial plant macrofossils found in a sediment core extracted from Brotherswater, England. From left to right: Birch seed; leaf fragment; alder seed. Photos: D. Schillereff.

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Some handy tips towards stress-free PhD completion…

Some handy tips towards stress-free PhD completion…

Laura and I both submitted our theses at the end of September after four years of intense work. We felt there’d be some value (nostalgic to ourselves, hopefully useful to others) in putting together some tips of our own now that we can look back on our achievements.

There are loads of brilliantly-written and extremely useful posts providing advice on the pastoral side of undertaking a PhD, such as developing your relationship with your supervisor and tips for improving your scientific writing. Laura put together a comprehensive series of posts entitled ‘making the post of your PhD’ earlier this year on our blog: here, here and here, and I wrote a piece describing my first experiences of submitting a paper for peer-review and being invited to review my first paper.

So this is the first of a series that aims to offer more specific pieces of advice hopefully relevant to PhD students at any stage of their research:

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