The toe in the door: getting started as a science communicator

“Science Communicator” – it’s a great title, but it can be a perplexing one to explain to someone outside the field. Science communicators are so diverse in what they do that attempting to show the professional links that bind book authors and TV presenters to museum curators and researchers can be a challenge. It is even harder when someone asks you “How do I get into science communication?”

The obvious link between us all is that we are interested both in science and in getting science over to others, but that has little practical value when someone wants to know how they can join us as a practitioner. If they are clear that they want to be a teacher, journalist, blogger, volunteer zoo guide or any of the other many activities that nestle under our label the way is clear, but for those simply interested in the vague attraction of science communication, or who have started down one path (like research), feel that it is not for them and they want to do something else, it can be hard to know what advice to offer.

Science communication can also be a pretty idiosyncratic pursuit. Before the Australian Science Communicators formed, many of us had carved our own niche, but that doesn’t mean that it remains a niche now waiting to be filled by another. You only have to look at the speed with which mainstream media are changing to realise that getting into science media now is very different from doing it twenty or thirty years ago, and so older ASC members, often with the greatest experience of science communication, may also provide the least useful examples for others to emulate.

That said, we do get many enquiries from those who, in a general sense, “want to get into science communication.” I was asked to present a session on this at the recent conference but, living in a bushfire-prone region, I like to stay home in February, so had to miss what seems to have been an excellent few days. I haven’t ducked the request, however. I thought about what I would have presented and here, for better or worse, are 17 points that might help someone who is interested enough in science communication to want poke their toe into the water.  They are in no particular order and cover writing, journalism and media presentation. That simply reflects some of my own experience, and I’d be delighted for others with different (or similar) backgrounds to add their points to the list.

Writing and journalism

  1. Try to write/prepare material that lets you build a portfolio that someone will take seriously. Newsletters can provide an outlet and, since they don’t pay, they are often desperate for copy, but choose carefully. Don’t go for a photocopied one with an audience of 10 and so short of material that you can rabbit on at will. Go for something that is edited, well read, professionally printed and where the editor can give you a brief (word count/photo requirement /style etc), although some people say that they don’t care what the outlet is as long as they see evidence of someone who knows how to write a story. Writing material for edited newsletters that have a clear editorial style, professional look and a large audience is good practice in learning how to write an interesting piece, so it is not to be disregarded. Start building a portfolio of your work, even if you are not paid for it.
  2. A lot of material in newsletters, corporate circulars etc shrieks “We want you to know this.” Practise, instead, writing something that makes the reader or listeners think “I want to read/hear/watch this.”
  3. Most (all?) universities have newspapers in which they write thinly disguised “We are wonderful” stories about their staff and research. These go to the community but also to media. Some stories are well written and others no more than puff pieces. See if you can evaluate those of real strength versus those that are uni propaganda. Ask the Media Unit if they will accept/look at material from you. Again, most won’t pay (although I know of one uni which worked with beginners, helped them develop their style and then paid for what was used). MAKE SURE you understand their brief (length, style etc) and match it with what you write. You may get no money, but should get your name in a byline on a printed article that you can add to your portfolio.
  4. Always try to find some kind of story to deliver, rather than just facts/figures. Journalists are often told that their audiences are thinking (if subconsciously) “How does this affect me or the people that I love?” Think of how you can make your story answer that.
  5. Avoid hyperbole, especially the tired clichés of science writing, particularly “breakthrough,” “cutting-edge,” “leading-edge” “world-beating.” Some editors I know are so sick of these that they bin on sight any media releases containing them. Think, instead, of how you can convey why the work is interesting/important rather than resorting to overused and tired clichés that suggest you may not know much about the subject.
  6. Media reports are often called stories, although they are anything but. Remember the power of a true story. Attune your ear to the great broadcasters (e.g. David Attenborough and the late Alistair Cook) and you will find how they can make a report into a story that captures and sustains interest.
  7. Think about and learn how to take an interesting photo to supplement your story. Some outlets will simply not use a story without a photo. Learn the rudiments of composition (for video as well). Practise being able quickly to make the focal interest of your pic one third in and one third up or down in the frame. An interesting picture is NOT people standing to attention in a group smiling at the camera or clustered around a computer. Think of a photo that makes people want to say “What is that about?” and read your story. Some good examples can often be found in finance pages where, faced with subject matter that bores most readers, photographers are often inventive (face seen through glass of wine, reflected in hubcap, shot down length of bore tube etc).
  8. Find science or similar journals that interest you and in which are articles that you believe you could match. Look at (or ask for) their editorial policy that should tell you if they take unsolicited material and in what form. Ask the editor if you may submit something for scrutiny. I work/have worked for a number of science journals in Australia whose editors are (cautiously) ready to mentor beginners if they don’t get overwhelmed with submissions. Some are surprising – have a look at Readers’ Digest policy – and they may pay if you get in.
  9. Remember that many staff in newsrooms go on leave around Christmas and January. Skeleton staff may struggle to find enough material at that time. This also applies to regional media outlets. That may be a good time to make your pitch to see if they will take stuff. Keep what you submit short and punchy and relevant to their readers. If they like it they may, in time, let you get longer, but at least you’ll have something in print for your portfolio. Monday is also often a slow day in the media as the material from the week before is old.
  10. Explore what outlets there may be online. Many people have developed their reputations as good and interesting bloggers. It is another way of learning the discipline of writing competitively (by which I mean making people want to read you when there is so much on offer).
  11. Try your Community Radio and TV stations. They won’t pay, but may be able to take some stuff that you do and may also give you some valuable training in editing, microphone craft, studio practice etc.
  12. Some radio outlets, community and even commercial, may be interested in a package of short pieces. I was recently asked to do one on our state’s ten top scientists. They were only about 2 minutes long, but there were ten of them – a short series for the CV. Think of a similar series you might offer and make it relevant to the outlet (10 top female scientists of Australia? Who should have won a Nobel Prize and Why? 10 science predictions that didn’t come true, kitchen science etc). Sadly, science journalists are being dropped and not replaced as mainstream media struggle to balance the books. Few regular journalists are strong on science, and it can be a good field for a freelancer. My pathway into TV newsrooms for 16 years was not through a journalism degree but a science background and experience in TV presenting.
  13. Learn how to edit a radio piece. You can download a very good digital editing package free from the Internet. It is called AUDACITY (Google it), and sits on your computer. You can record on various (good quality) devices, feed the track(s) into the computer, and edit in Audacity, outputting it as MP3 tracks, downloaded to a recorder, CD or similar. I have used Audacity for quite a bit of nationally broadcast material. It is pretty easy to use and an extremely valuable (and free) way to learn digital sound editing (1 or multi tracks). There is also a manual on line and a Q&A section. This is a good skill to have with the increasing number of online outlets. (Audacity is also good if you are a musician and want to do some mixing).
  14. Similarly, learn to shoot video that looks professional. Use a tripod for steady shots, collect wide and closeup shots (from different angles) and practise editing them together on one of the many editing packages (many free – see what came with your version of Windows). It is a good idea to start with a short, simple, defined project (there is that “brief” again) like a holiday, family gathering, wedding etc. Watch to see how professional media material (eg a news story) is put together. You will learn heaps and, again, have some skills that you can offer when people want science talks or events videorecorded.
  15. See what may be around in terms of Prizes and Awards. There are such things for amateurs in writing, photography and even video. Again, they usually define the brief, and learning to work to a brief is essential. Working up material for the entry will give you training, may give you a prize or may produce something that, even if it doesn’t win, can be used somewhere else.
  16. Many societies need a publicity officer. This might only be for special occasions (awards; events) or they might have much to communicate. Consider volunteering for that role, and learn how to produce a professional looking media release. Many amateur releases are simply long narrative paragraphs; fatal! Media releases have their own “Lego” construction for very good reason – it is easy for journalists to select and join different parts as needed and at great speed. Media releases that don’t look like that often ring alarm bells with journalists. Learn how to put a good media release together with interesting quotations (grabs) from people involved (there are online sites that offer examples) and then where to send it. It will give you useful insights into how journalists try to deal with the barrage of material they get each day. Perhaps your society will pay for you to do media training. If so, grab it, but get it from someone who has actual experience in a newsroom or on the media; there are many “experts” offering training who have done neither, and they make take you down very counterproductive paths.
  17. ASC is a society. That means that there are members with great experience in many different aspects of science communication who are approachable. They are all busy, but most will be happy to help with constructive advice; even reading some of your work if it is not too lengthy. Find someone who has experience in the area of science communication in which you are interested and try them.  Good luck.

Dr Rob Morrison is a freelance science writer and broadcaster, and National Vice President of ASC

Discovery Science Writers Series: 14 May, Prof Julian Cribb

14 May 2010
12:30 pmto1:30 pm

Discovery Science Writers Series: Prof Julian Cribb on ‘Open Science’

When: Friday 14 May, 12:30pm.

Location: CSIRO Discovery, Black Mountain Laboratories, Clunies Ross Street, Acton ACT.

General Information

About the talk

Open Science: Sharing Knowledge in the Global Century is about how we address the profound challenges which now confront humanity – climate, the food crisis, environmental degradation, resource scarcity and disease – through science communication.

Prof Julian Cribb talks about the thinking that inspired his new book Open Science and fleshes out some of his ideas for the Discovery audience.

These call for the sharing of scientific knowledge among billions of humans, on a scale never before attempted.

Prof Julian Cribb talks about the thinking that inspired his new book and fleshes out some of his ideas for the Discovery audience.

Read more about Open Science.

About the author

Prof Cribb is the Principal of Julian Cribb & Associates, specialists in science communication.

He is also Adjunct Professor in Science Communication at the University of Technology Sydney, New South Wales, Australia, and a Fellow of the Australian Academy of Technological Sciences and Engineering.

From 1996–2002 he was Director of CSIRO’s National Awareness Program.

About the Discovery Science Writers Series

CSIRO Discovery presents a series that celebrates authors from the Canberra region who publish in the science arena. Our talks will focus on the science behind the publications as well as the writing process.

Our authors have all recently published, and where possible, copies of their books will be on sale at our events and our authors will sign copies for you.

The Discovery Science Writers Series is presented in association with the Australian Science Communicators ACT Chapter.

Read more about this event on CSIRO’s events listing.

Read more about CSIRO Discovery.

What is and isn’t science?

Hi Jesse & ASC

I asked the ASC-list a similar question in 2008 and had an enthusiastic flood of responses ­ including (now that I look back at them) one from you. I¹m going to send you the replies I received off-list (I found them quite interesting), and I can make these available to anyone else who¹d like to see them.

Below is the summary I posted to the list at the time…

Dear ASC   I had many more responses to my request for a definition of science than I expected. As quite a few of them were off-list, I’ve put together a summary.   Many of the definitions mentioned the things that scientists should conduct or value: – tests – objectivity – reproducibility – experiments – observations – a systematic process   the outcomes of scientific study included: – increased understanding – discoveries – falsifiable theories. – knowledge – the ability to make predictions – facts   and the subject matter that scientists study can be  – stuff – things – processes – the universe and its contents – the physical world   >> Other responses (particularly from philosophers of science) pointed out that >> that these are aspirations or intentions of science, but that science is “a >> heterogeneous blob”. Some branches of the blob regard things to be >> scientific even if they only include some of the aspects or outcomes listed >> above and this is particularly the case when very big or small objects or >> very complex systems are being studied.   >> I think that this is not a futile exercise (as many people suggested) because >> I’m sure that there are things that chemists, microbiologists, zoologists, >> astrophysicists and climatologists do that make them all scientists   >> I’ve put this together in a way that (I hope) avoids the idea that science >> generates absolute truth or reality, is useful for students and simple enough >> to go into a curriculum document. I think it will be valid for most >> scientists…that work on this universe.   >> “Science aims to systematically investigate, improve understanding and make >> predictions about our universe and the things and processes in it”.

I welcome your comments, and I’d like to thank all the people who replied to my first email.      

Regards

Mick.

  Mick Moylan Chemistry Outreach Fellow Victorian Institute for Chemical Sciences School of Chemistry University of Melbourne, VIC, 3010 Australia p +61 (0)3 83446465 f +61 (0)3 93475180 e mmoylan@unimelb.edu.au  

World-Wide Day in Science — reminder

WORLD-WIDE DAY IN SCIENCE is fast approaching … 21 April 2010. 10 minutes from a scientist or science-based professional you know The high point of their 21 April. Plus what got them interested in science in the first place. www.dayinscience.unsw.edu.au

WHY BOTHER? Consider the audience, the reach into high schools, the esteemed company. Thousands of website hits each month. Multiple hits from the Australian Department of Prime Minister and Cabinet, workshops with high school teachers by the NSW Department of Education and Training, and inquiries from Africa, the Middle East, Japan, …

PARTICIPANTS & INSTITUTIONS Barry Marshall, Peter Doherty, Fiona Wood, Brian Gaenssler, Terence Tao Staff from – Wellcome Trust Sanger Institute, LPNHE-Paris, Fermilab, Snowy Hydro, The Weather Channel, Department of Agriculture – Falkland Islands, Ecole Polytechnic, Cambridge Enterprise Pty Ltd, Gene Technology Information Service, SymbioticA Pty Ltd, iThemba LABS, Sydney Water Board, Picnic Point High School, Prince of Wales Medical Research Institute, Department of Juvenile Justice – NSW Royal Prince Alfred Hospital, Pfizer, Friends of the Earth, Bahrain Petroleum Company, United Arab Emirates University, Ceylon Tobacco Company, Civil Aviation Authority – Arabian Gulf Taronga Zoo, Australian Science Media Centre, Leukemia Foundation – Brisbane, National Youth Science Forum, CSIRO, British High Commission, Discovery Channel, Luna Media, Edinburgh University, U of the Republic of Uruguay, U of Queensland, Deakin University, U of New England, Pompeu Fabra U, TV Catalonia, U of Barcelona, and – of course – UNSW.

Will

William D. Rifkin, PhD Director, Science Communication Program Faculty of Science, BSB-BABS UNSW, Sydney, NSW 2052 AUSTRALIA

willrifkin@unsw.edu.au +61 2 9385 2748 +61 2 9385 1530 fax

www.scom.unsw.edu.au www.onset.unsw.edu.au www.dayinscience.unsw.edu.au

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What is and isn’t science?

When some people’s world view or vested interest is challenged by a scientific concept they seek to undermine it with a play on words that sways many of the less scientifically literate swinging voters. ‘It’s only a theory, isn’t it?’ places climate change science and evolution on a par with idle speculation and pseudoscience.

One of the things ASC can contribute to ongoing debates about the validity and role of scientific information is to develop various ways of explaining what science is and what it isn’t to suit different audiences and uses.

If you have any good answers or references to ‘What is science?’ and ‘What isn’t science?’ please send them to me. I know there are some good papers that address this topic but wouldn’t it also be good to have a one-liner or two ready to destroy a doubter’s argument? OK, it may need to be a short paragraph with additional cleverly worded information if needed; remember we’re seeking a range of styles of answers for different purposes. No research papers please, unless they would make effective interview material on the Colbert Report.

We’ll have a group of people collate and assess the replies and put the best ones on our website. Then we will seek to promote them far and wide. I’m not promising prizes for the best contributions (not yet anyway) nor can I guarantee your name in lights but there may be some sort of acknowledgement available.

There is no deadline for this as it will be a work in progress for some time. But I ask you to get the ball rolling now by sending me any goodies you have to hand.

I feel this could become an email-athon (is there such a thing?). “Our science assessors are on-line to take your contributions now.”

Have a scientifically wonderful day.

Regards,

Jesse Shore

President, Australian Science Communicators, 2010

http://www.asc.asn.au/

Jesse Shore PhD Science Communicator P: (02) 9810 2328 M: 0415 841 276 E: jesse@prismaticsciences.com W: http://www.prismaticsciences.com/ www.prismaticsciences.com

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UWA SciComm Reminder- Book Club this Friday!

Have text books and journals taken over your bedside table?

Then take back the power of the written word – join the Science Communication Book Club and pick up a book guilt-free!

The feature book for our next meeting is Manthropology by Peter McAllister, our Writer-in-residence. Meet Peter, hear about the joys and trials of writing Mathropology and discuss the book with other science communicators.

Drawing from archaeology, anthropology and evolutionary psychology, the author (a qualified palaeoanthropologist) confirms the awful truth: every man in history, back to the dawn of the species, did everything better, faster, stronger and smarter than any man today.

Find out more about the book at http://www.hha.com.au/books/9780733623912.html

Location:_ Seminar Room, CLT, Physics UWA (map available at http://sponsored.uwa.edu.au/spice/contact) Time & Date:_ 4-5pm Friday 16th April 2010 Drinks and nibbles provided.

Following week on Friday the 23rd of April, we will be joined by guest speaker *Sean O’Halloran*, who has recently submitted his PhD on science communication about roadside drug testing.

The story of the implementation of legislation dealing with the effects of drugs on road safety is an interesting case study at the boundary of policy and science. The story helps to demonstrate that science is not always the dominant influence in political decision-making, even when scientific issues affect the assessment of the problem or the presentation of solutions.

Technocratic assessments of risk are necessarily balanced by public perceptions of risk, where politicians are under pressure to act, or at least be seen to act, to combat perceived threats to community health and safety. Traditional expectations of scientific expertise are also challenged by a ‘democratisation’ of expertise, where ‘appropriate’ scientific evidence is considered more important than ‘reliable’ scientific evidence.

Rhetorical strategies for communicating the many scientific complexities surrounding the effects of drugs on road safety also help to demonstrate the framing of risk, not only in the context of road safety, but in many other contexts – GMO, climate change, uranium mining, nanotechnology and the like. Risks associated with illicit drugs are often framed in value-laden and emotionally charged language where science is co-opted to legitimise problem framing and legitimise unvalidated technological solutions.

For the full Science Communication events calendar, visit http://uwasciencecomm.blogspot.com

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Survey of science show presenters

Hello ASC members

I’m researching the inner workings of science shows and theatre and would greatly appreciate the thoughts of presenters on ASC. My research aims to delve deeper into a show’s impacts, especially their emotional and motivational effects.

I’d really appreciate if any science show/theatre presenters out there could complete the survey at:

http://tiny.cc/presentersurvey

Pretty please spread the word – I’d appreciate any thoughts on other networks I can distribute this through.

Thank you Graham Graham Walker PhD Candidate Centre for the Public Awareness of Science The Australian National University Email: g.walker@anu.edu.au Web: http://cpas.anu.edu.au Telephone: 02 6125 9224 (overseas until mid June 2010)

Conservation & public health – ASC Canberra event this Friday

Hi all Some Canberra ASCers are attending the lecture “More than meets the eye: conservation as a public health imperative” at ANU on Friday night and will follow up with dinner afterwards. We haven’t organised a venue at this stage so if you have any particular suggestions get in touch!

http://billboard.anu.edu.au/event_view.asp?id=59965

Public Lecture More than meets the eye: conservation as a public health imperative

Speaker/Host: Dr Aaron Bernstein, Harvard Medical School and Children’s Hospital Boston Venue: The Finkel Lecture Theatre, The John Curtin School of Medical Research Date: Friday, 16 April 2010 Time: 5:30 PM – 6:30 PM Enquiries: Ros Hales on 6125 5627, ANU Events on 6125 4144

Biodiversity loss, namely a reduction in the variety of life on Earth, continues relatively unabated worldwide. Biodiversity loss represents far more than a loss to experience nature’s beauty or to benefit economically from nature. The simplification of the biosphere has profound and well-known consequences for human well-being. Biodiversity serves as a repository for new medicines and as a source of insights into human disease. It can provide a check up on the spread of infectious diseases and it also delivers a host of goods and services such as food, water and air purification, and regulation of climate.

In this lecture, Dr Bernstein will present examples, including evidence from recent emerging infectious diseases in Southeast Asia such as SARS and Nipah virus, that biodiversity is a public health matter. He will argue that human well-being is tied to the well-being of all species and that we must take care of biodiversity if we are to take care of ourselves.

Aaron Bernstein, MD, received his AB from Stanford University and medical degree from the University of Chicago Pritzker School of Medicine. He completed residency in the Boston Combined residency in Pediatrics of Harvard Medical School and the Boston University School of Medicine and has since joined the faculty of Harvard Medical School and Children’s Hospital Boston where he works as a pediatric hospitalist.

He is a lead author and co-editor of Sustaining Life: How Human Health Depends on Biodiversity, the most comprehensive and accessible account available of the ties between human health and the natural world, and which has been named one of the best biology books of 2008 by the Library Journal.

In 2008 he was named a Harvard University Zuckerman Fellow.

Dr Aaron Bernstein’s speaking tour has been made possible by the Thomas Foundation Conservation Oration presented in partnership with The Nature Conservancy.

Presented by the Institute for Population Health, ANU College of Medicine, Biology and Environment.

Liz Yuncken Memberships and Publications Manager CSIRO Education

Phone: +61 2 6276 6264 | Fax: +61 2 6276 6641 elizabeth.yuncken@csiro.au | www.csiro.au Address: PO Box 225 Dickson ACT 2602

PLEASE NOTE The information contained in this email may be confidential or privileged. Any unauthorised use or disclosure is prohibited. If you have received this email in error, please delete it immediately and notify the sender by return email. Thank you. To the extent permitted by law, CSIRO does not represent, warrant and/or guarantee that the integrity of this communication has been maintained or that the communication is free of errors, virus, interception or interference.

Please consider the environment before printing this email.

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ASC-WA Sundowner and AGM 29 April

Join ASC-WA for a (free) sundowner at Kings Park and for our AGM, where the activities of the past year and those for the coming year are discussed. We will also vote on the state committee.

If you have any items you wish to discuss, or you would like to nominate for the committee (or a specific position), please email Sarah Lau (slau@chemcentre.wa.gov.au).

Where: Botanical Café, Kings Park (parking available behind café and function centre)

Date: Thursday 29 April 2010

Time: 5.30pm

Cost: Free for ASC-WA members, $20 for non-members. Sign up at the event and it’s free! (There is pizza, and three drinks per person included in admission.)

RSVP essential for catering purposes – email slau@chemcentre.wa.gov.au by Monday 26th April 2010.

Sarah Lau [slau@chemcentre.wa.gov.au]

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Adelaide event Mon 19 April

ASCSA Monthly: Inspiring Australia – communicating science to the nation Monday 19 April, 6.30-8.30pm, The Science Exchange. Book at http://ascainspiring.eventbrite.com/ In February, The Federal Minister for Innovation, Industry, Science and Research, Senator The Hon, Kim Carr, launched Inspiring Australia; A national strategy for engagement with the sciences. This long-awaited report sets out a plan for science communication in Australia, arguing that ‘To fully realise the social, economic and environmental benefits of our significant investment in science and research, we must communicate and engage the wider community in science.’

What does the report mean for scientists and those involved in the many different forms of science communication? How might we influence its implementation? What do bodies such as the Australian Science Communicators make of the report’s many recommendations?

A panel of science communicators will provide some brief observations on different aspects of the report before the topic is opened for general discussion on science communication in Australia and South Australia.

Cost:

Free for ASC or RiAus members

$5 students

$10 non-members.

Book now online and cash payment can be made on the evening at reception.

http://ascainspiring.eventbrite.com/

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