Border crossings in science communication and engagement

Professor Richard Holliman, The Open University. Credit: Jane Perrone.

Professor Richard Holliman, The Open University. Credit: Jane Perrone.

I’ve just returned from the Public Communication of Science and Technology (PCST) Conference in Istanbul, Turkey. It was, in almost every sense of the term, a most extraordinary event, organised with courage, solidarity and warm hospitality in the face of a devastating refugee crisis and political unrest.

The spirit of the conference was captured beautifully by the PCST President Brian Trench at the start of the event. “Let’s talk, let’s laugh, let’s listen”, and we did.

If you haven’t seen Brian’s opening address, you can find the text here (Opening Address).

The 15th international PCST Conference, University of Otago in Dunedin, New Zealand

The 15th International PCST Conference, University of Otago in Dunedin, New Zealand

And if you think this is for you, start saving your [insert name of currency here] and come along to the 15th International PCST Conference in April 2018.

The PCST community will meet again at the University of Otago in Dunedin, New Zealand; #hugahobbit

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International Public Communication of Science and Technology Conference

Photograph of Gareth Davies

Gareth Davies

Thanks to financial support from the NCCPE’s Public Engagement Ambassador (PEA) programme and the Santander Universities scheme, I was able to attend the 13th Public Communication of Science and Technology (PCST) conference, held earlier this year in Brazil.

The NCCPE has published my post about the conference here on their website.

Technology and data driven collaboration – archaeological practice in the 21st Century

Seminar given on March 10th, 2014 by Anthony Beck, OrcID: Honorary fellow – University of Leeds, School of Computing

The text is CC0 (+BY). The illustrations are CC-BY.

Improving impact through Open Science

Improving impact through Open Science

The Detection of Archaeological residues using Remote Sensing Techniques (DART) project has the overall aim of developing analytical methods for identifying heritage features and quantifying gradual changes and dynamics in sensor responses. To examine the complex problem of heritage detection DART has attracted a consortium consisting of 25 key heritage and industry organisations and academic consultants and researchers from the areas of computer vision, geophysics, remote sensing, knowledge engineering and soil science.
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