Member profile – Rod Lamberts, incoming ASC National President

My Bio-festo (part bio, part manifesto)

By Rod Lamberts

The first time I heard the term ‘science communication’ was 16 years ago. I was reading an article about water quality in the Canberra Times and I remember thinking, I’m really not interested in water quality, but that was still a damn good read. The by-line said the author was a science communication grad student at some place called the Centre for Public Awareness of Science at the ANU. I thought I knew the ANU pretty well, but I’d never heard of this ‘CPAS’ place. It sounded interesting, so I decided to investigate.

A few phone calls, an interview, some meticulous bureaumancy, a PhD in science communication, 15 years making a nuisance of myself and boom, I’m deputy director of one of the oldest, largest and most diverse academic science communication centres in the world. I now get to teach, learn, research, offer advice, cast opinions, mingle with people I’d never dreamed I would meet, travel the world, and have some of the most inspiring (also sometimes confronting) conversations of my life. And I get to call it all ‘work’. I have to say, it’s not a bad gig.

Before coming to sci-comm, I wandered through the academic worlds of psychology and medical anthropology. Both very interesting and fun, but neither fully worked for me. I also tolerated a suit job for an entire 7 months (meh…), and before that, spent a year and a half in the bush making corporate types talk-and-play-nice with each other.

I’ve been a bouncer, a psych research consultant, pumped petrol, sold army surplus and even used to be a pretty flash grill cook. But the most fun I’ve had, and the most consistently interested I’ve been, has been since I started playing in the science communication space.

But enough on my background, I’m keen to consider here what actually is in the science communication space.

We all know sci-comm is a complex and diverse animal. A science communicator might be a scientist, a journalist, a performer, a researcher, a film-maker, an evaluator, a trainer, a writer, a policy-player, an author, a commentator or a teacher. We might serve in the public, private, or non-government sectors. We could work in a one-person outfit or a large corporation. We are practitioners, theoreticians and everything in between. In short, we are a bloody diverse mob.

So if science communication is so broad, what then does it mean to be ‘a science communicator’? To be honest, I’m not entirely sure. In fact, I’m not sure that trying to define it by what we do is the best way to go. In my 15 years of science communicatistry, the main thing I’ve seen uniting people in this broad church is a flock of attitudes rather than any single, or unique, practice.

We seem to have a positive – but still critical – view of science and its benefits. We have an abiding fascination with new knowledge, a passion to share what we know with others, and a desire to make a positive difference. We want our world to be driven by evidence-based ideas, evidence which includes social and cultural morés as well as facts gleaned in the lab.

In short, I think we are united more by ethos than activity.

What we also share is a professional or personal stake in a world where science communication – however defined or practiced – is a term now in common use. It is increasingly being seen as a fundamental part of human scientific endeavour.

This suggests to me that the time has never been more ripe for us to take stock of what the ASC and its members represent, and how we might evolve.

When I nominated for the presidency, I was especially driven to do so because I believe that it’s time to take the next step as an association: it’s time to professionalise.

A fitting first step for this will be to agree on a code of practice (and/or ethics) which reflects the ethos we share as members of the association. To do this, we will have to have some robust, inclusive discussion about who we are, what we are, and what we embody.

Once agreed, a code of practice plants our banner. It shows the outside world what the ASC and its members stand for, and acts as a yardstick against which we can critique our own actions. It’s going to take a while and is bound to be a little contentious at times, but I think it will be worth the growing pains.

More soon!

Rod

Anyone who has ideas, concerns or questions about professionalising the ASC, please do get in touch with me rod.lamberts@anu.edu.au

 

ASC Member Profile: Dr Mona Akbari

Dr Mona Akbari
Communications and Media Officer, Australian Academy of Science

I wanted to do scientific research since I was twelve years old! I marvelled at the process of discovery and spent hours looking at the stars, studying ants and tracing the patterns of leaves and generally poring over my older brothers’ science books. Every time I read in a science textbook that ‘we don’t know the reason this happens’ or ‘science has not yet resolved this question’, I would get excited about discovering the answer. This launched me into over twenty years of focused work and study leading me into an Honours degree in biochemistry and a Doctorate in molecular genetics.

It was towards the end of my PhD that I got the first inkling that perhaps I didn’t fancy a lifetime of working on a narrow area of science. I certainly did not look forward to the prospect of constantly juggling grant applications with the ‘publish or perish’ drive. But I didn’t give up! I was determined to finish my doctorate and ‘have a go’ at research in the real world. After all, if there was one thing I had learnt from watching other students was that no-one really wants to write-up their thesis and pretty much looks for every excuse to procrastinate.

It was while I was doing my post-doctoral research in Canberra that I heard about the courses offered at Centre for the Public Awareness of Science at the ANU. I decided to investigate and had an epiphany! I realised that while I enjoyed doing the actual science experiments, I equally enjoyed explaining its intricacies to others and sharing the big picture of its potential impact on society.

I enrolled for a course in science communication at the ANU, edging into greater communication roles while also taking time off to have two children. I wrote articles for newsletters and magazines explaining scientific research findings, I designed websites and wrote content to appeal to wider audiences, I designed and wrote promotional material and I prepared talks and speeches, while still keeping one hand in research.  Eventually, I decided it was time to take the plunge into science communication and took on my current role at the Australian Academy of Science.

The Academy brings together Australia’s leading scientists to recognise research excellence, advise government, foster international scientific relations, promote science education and public awareness of science. The Academy was founded by Royal Charter in 1954 by Australian Fellows of the Royal Society of London and currently has over 450 elected Fellows.

My role is to promote public awareness of the scientific research carried out by our Fellows, publicise the Academy’s activities and events, and attract media and community attention to our policy submissions to Government, our scientific conferences, and our science education programs. No two days are the same, being interspersed with writing media releases, media liaison, writing articles for newsletters, updating the website news, organising and ensuring maximum attendance at our public lecture series on topical scientific issues, writing speeches, taking and sourcing photographs, recording of interviews of our scientific heroes for posterity and most recently engaging with younger audiences through social media.

I really enjoy the diversity of this ever changing role and how it’s evolved from more traditional communication tools to the more creative social media avenues. It really is the best of both worlds for me in that I get to read and talk about science discoveries every day and also contribute to how this science shapes our society.

Thanks Mona for taking the time to write this for ASC members. 

Canberra unlocks the secrets to “real” forensic science

By Ian McDonald (Secretary, ASC ACT branch committee)

On a brisk Wednesday evening in early August, Canberrans came to hear real forensic scientists discuss their careers and how they differ from Hollywood’s portrayal. The ASC Canberra event entitled CSI vs Real Forensic Science, was facilitated by Ben Lamont, the Vice President of the ACT Chapter of the Australian and New Zealand Forensic Science Society (ANZFSS) and Forensics Capability Development and Training Officer for the Australian Federal Police (AFP).

This one and a half hour seminar-style event was both interactive and entertaining. Ben set the scene, describing a mock crime and asking five of his AFP colleagues, who specialised in the areas of either: fingerprints, documents, chemical criminalistics, biology and firearms to run through how they would approach the scene and some of the issues they might be face with collecting evidence, particularly for outdoor crime scenes or attending multiple sites.

The audience of over 100 attendees, including ASC members, high school and university students and members of the science community and general public, packed the CSIRO Discovery Lecture Theatre and asked lots of thought-provoking questions.

So, can a crime really be solved within the time frame of an hour TV show? Definitely not according to our expert forensic scientists who talked about it taking up to weeks or months for certain types of evidentiary samples to be processed, analysed and then used as evidence in court. One question of particular interest to our audience was whether Australia is allowed access to the USA fingerprint database used to collect fingerprints from all travellers entering the USA. According to Melanie our fingerprint expert, Australia definitely does not have access to any of the USA databases. The question was asked a few times… it did make me wonder what our audience members were trying to hide!

So how was science communication linked in with this event? Well, forensic scientists probably have one of the most difficult and high pressure communication jobs in the world sometimes being summoned to court and having to give on-the-spot expert evidence in front of lawyers, jurors and judges. I personally couldn’t think of anything more nerve-racking. Also, like many science jobs out their, the speakers did talk about the difficulty of getting into this very popular industry, where in some cases, only 1 of every 30 forensic science graduates are able to get a job in Australia.

So we were very lucky to spend time with these scientists, considered the ‘rock stars’ of the science world, learning about the industry and how it differs from those exciting TV shows we can watch on a nightly basis.

The audience was thoroughly impressed with the professionalism and organisation of the event. The ACT branch committee was very happy with the support we drummed up for both science in general and for the Australian Science Communicators. For those of you who listen to Triple J’s “The Hack” program which airs nationally every afternoon at 5:30pm, this event will be featured on the program in the coming weeks.

The event would have not been possible without our co-organisers and sponsors, Inspiring Australia, CSIRO Discovery and of course, the ANZFSS. We look forward to continued collaboration in future events.

The Forensic Experts answering audience questions at the end of seminar. Speakers left to right: Melanie Fraser (Fingerprints), Alex Borg Caruana (Firearms), Rochelle Epple (Documents), Felicity Pagan (Biology), Ben Lamont (Facilitator) and Timothy Simpson (Chemical Criminalistics).

ASC Member profile – Claire Harris

It’s an anecdote my mum loves telling: “When Claire was a child, she told everyone she wanted to be a bush ranger!”. We all knew I meant park ranger, inspired from lots of time spent exploring the outdoors and trips away camping with Scouts. As a young thing I always knew I wanted to do science (environmental/outdoor preferably) so choosing my high school subjects and university degree was quite easy.

After completing a B Env Sci (and some serious time off enjoying beach volleyball and beer) I got work experience with Queensland Department of Primary Industries, Fisheries and then they offered me a job. It was fabulous: time outdoors, dragging nets through cane field drains in Maroochy, mixed with a bit of lab work sorting samples, mixed with office work and writing. I wrote the stakeholder newsletters and helped write the guidelines to explain what our science meant for policymakers and landholders.

Within various State government jobs, the Cooperative Research Centre for Coastal Zone, Estuary and Waterway Management, I more naturally leaned towards project management and communicating about the research, talking with people about what it meant for them and what they wanted from the research projects. That’s when I started to do science communication study on the side, studying a PGDip at UQ (and ANU a few years later) part-time, around my fulltime work. This was also when I first came across the Australian Science Communicators. I joined the Brisbane committee, met with Jenni and others at Econnect and volunteered at Riversymposium assisting with media as part of a uni subject.

Learning about science’s role in society and how it can be valued, ignored, politicised or sidelined (cue shocking visuals of the John Gummer MP in the UK feeding a hamburger to his daughter during the early days of the mad cow disease discovery) was particularly fascinating.

Funnily enough, after travelling in Europe and the Middle East for 6 months in 2006, I happened to end up working for the UK government in the mad cow disease section as a science communicator. I rewrote technical stuff for non-technical audiences putting it on the web and in policy briefs.

Over the last 5 years I have worked in Canberra, communicating science in the natural resource management and agriculture areas picking up elements of knowledge management and social research at Land & Water Australia and CSIRO. I just finished a six-month secondment at the AG Department of Agriculture, Fisheries and Forestry working on comms strategy in the climate and carbon farming areas. It was extremely challenging but very fulfilling.

I’ve worked for many different agencies, learning new skills and exploring new perspectives all the time and I think this has really benefited my career. From what I see, the science communicators of today need to be able to explore new ways of doing things while also getting better at articulating why our roles are so important and the value we bring. I guess one of my purposes in life came from asking the question: if no-one considers, understands or can contribute to what science is then is there any point in doing the science in the first place?

Although I do sometimes get a little sad when I realise I’ve forgotten some science basics, I feel that I am helping in the best (and most fun, creative) way I can to have science contribute to better lives. And I am also passionate about raising the profile of science communicators. I feel great satisfaction when I am told that I have changed someone’s outlook forever – they will now always think about who they need to talk with and how best to do it rather than just being sure they only need a factsheet to achieve their outcomes!

 

Claire Harris

ASC ACT President, Vice President ASC National Executive

http://au.linkedin.com/in/claireharrisoz

At the moment I have a little project collecting links for communication conferences: http://delicious.com/claireharrisoz/tag_bundle/comms-conferences

ASCSA Journal Club

From Lisa Bailey

ASCSA Journal Club

The South Australian branch of ASC will this year be starting a new journal club as part of our roster of ongoing ASCSA activities.

I saw a need for this as I believe there is currently too much of a disconnect betweent the formal research of science communication and public engagement in the academic world, and science communication practitioners.  Often science communicators work in small businesses, not-for-profit organisations or freelance, where a primary focus is placed on delivery of science engagement output.  Practitioners based outside of Universities or large research organisations often lack access to scholarly research held behind online publishers paywalls.  It can be difficult to make time to seek out and review current relevant research in day to day working life.

So, we’re starting an experiment this June with our first journal club. I hope it will be an ongoing and informal process, with the chance to just catch up for a coffee with our fellow SA based commuicators as much of a benefit as a review of current trends in sci-com research.

How we progress will depend very much on who’s interested and what people would like to get out of it, but I’m looking forward to it.  Our first article for review is an article by Alice Bell Has blogging changed science writing?, available online here.

We’re meeting on Tuesday 12 June for more information visit http://ascjournalclub.eventbrite.com.au/   If you’re in SA I hope to see you then, or if you have a suggestion for an article for us to review let me know at lisabailey2606@gmail.com

The pseudoscientific merry-go-round takes another turn

Dr Rob Morrison writes:

The endless debates about climate change in the media could lead you to think that it is the only important issue on which science is trying to make some headway with a skeptical (if not antagonistic) public.

Not so. Try health or, more specifically, the various health “treatments” that are offered to a public that seems, at best, confused about what treatments work, which don’t work, what has scientific validity and what can legitimately claim to be evidence-based.

This all promises to offer a new, rich field for controversy, as the federal budget, cutting left and right, has at last decided to make some cuts that are long overdue; requiring the Chief Medical Officer to determine what “natural” health treatments are evidence-based. There is a year in which to conduct this review, after which the Health Minister, Tanya Plibersek, says that “The Private Health Insurance Rebate will be paid for insurance products that cover natural therapy services only where the Chief Medical Officer finds there is clear evidence they are clinically effective.”

The kinds of “treatments” cited include homeopathy, Reiki, aromatherapy, iridology, ear candling, crystal therapy, flower essences, kinesiology and Rolfing. I could add a few others, but these would at least be a good start. Many people don’t know what is involved in most of these. Have a look at Wikipedia, or the websites of the people that offer such stuff, and you are in for a sobering read.

I have more than a passing interest in all of this. At the end of 2011, five of us, disturbed by the number of Australian Universities that were offering courses in pseudoscience and calling them science, formed Friends of Science in Medicine  www.scienceinmedicine.org.au  Very quickly we have gathered more than 700 supporters, mostly distinguished academics, scientists, medicos and consumer advocates; many of them international and including some influential organisations. They  support FSM’s aims which are, broadly

  • maintaining tertiary educational institutions free of health-related courses not based on science;
  • engaging regulatory authorities (and other responsible health care bodies) to reduce the real and potential harm from ‘complementary and alternative medicines’ (CAMs) not based on science;
  • publicly challenging non-scientific principles of many practitioners of CAMs, revealing their covert attempts to deceive the public;
  • engaging the broader public to help clarify the exciting potential of more science for better medical care and
  • educating the public to help them understand how to receive evidence-based health care and how to avoid misleading and sometimes dangerous alternative CAM practices.

Our first attempt has been to clarify which universities are offering pseudoscientific courses of this kind. It is harder to do this than you’d think, and certainly harder than it should be when taxpayers’ dollars are used to fund such courses. Some universities are quick to deny that they offer these courses, some do not reply, others do so in terms so ambiguous that it is impossible to know what they offer, and their websites (in most cases) don’t give much away, but it looks as though about one third of Australian universities are teaching pseudoscience as heath science. Others claim to be doing research into what alternative treatments and medicines actually work – laudable if true, but sometimes a cover for teaching the stuff as if it is true.

At a time when scientific research funds are being cut, and demands on valid medical services are greater than ever before, it is extraordinary that taxpayers should still have millions of dollars of their taxes wasted annually through the funding of spurious university health courses and rebates for pseudoscience health “treatments.”

You can never know what your influence has been, but it is heartening to see, in the four months that FSM has been highlighting the absurdity of treating and funding these pseudosciences as if they were legitimate and evidence-based procedures, the NHMRC, Therapeutic Goods Administration (TGA) and now the federal government have all taken steps to move against them.

Not before time, but the vested interests are already making waves, and you can bet that a new science/non-science controversy will erupt around the scientific validity or otherwise of these alternative practices. FSM has already received many such criticisms from the alternative brigade. We are accused of not having open minds, ignoring the fact that some of these treatments have been used for hundreds of years, that they must work because millions of people use them, that they helped a family member, etc, etc.

None of these, of course, carry any weight as scientific arguments, and they will all be familiar to those who have ever tried to deal with the creationists who argue against the science of evolution, but they do suggest that, as with those who deny evolution, members of the anti-vaccination lobby and people who call themselves climate-change skeptics but are, in fact, climate-change deniers, we are in for another round of public misunderstanding about, and challenges to, the ways in which science does its business.

Review of “Transit of Venus” (Nick Lomb) by Simon O’Toole

In just days from now, on June 6, the planet Venus will pass between the Earth and the Sun for the last time this century; the next opportunity to observe this event will be December 11, 2117. In Transit of Venus: 1631 to the Present, Nick Lomb, of Sydney Observatory, presents the fascinating history of this celestial event and some of the characters who observed the seven transits in the 400 years since the invention of the telescope.

The book covers a simple idea: observe the start and end times of Venus’ passage across the solar disc (the “transit”) from different places around the globe, then use geometry to determine the distance from the Earth to the Sun. Without this distance, the distances to the other planets, such as Jupiter and Saturn, were only known in relative terms (Jupiter is 5.2 times further than Earth, for example).

In practice things are never straightforward of course. The Transit of Venus is therefore not just a book about measuring a distance; it is also the story of the trials and tribulations of early efforts to achieve this goal. It is a story of hardships and personal sacrifices, long arduous journeys across unforgiving seas, and too often of failure at the final hurdle.

Lomb’s narrative interweaves the contribution of well-known figures such as Lieutenant James Cook, Edmund Halley and Johannes Kepler, with unsung heroes including Jeremiah Horrocks and Henry Chamberlain Russell. It is well known that Cook came to the Southern Hemisphere with the primary goal of observing the transit of Venus from Tahiti in 1769; his search for the Great South Land, while arguably more successful, was more a side project.

The story is told from an Australian perspective – after all Australia often played a key role due to its geographical location – but my favourite story is that of the unfortunate Frenchman Guillaume Le Gentil in the 18th century. Imagine sailing across the globe to find your chosen site had fallen into enemy hands en route, staying away from home for the next 8 years to observe the following transit, then missing out again due to bad weather, and finally returning home to find your family believing you dead.

A key point that Lomb comes back to is on the accuracy of measurements: acquiring both the timing and longitude of the observation accurately was extremely difficult. The transit of 1874 was probably the most successful, with large numbers of people observing it all over the world. The accuracy of the observations was thought to be almost as disappointing as previous attempts however, and this caused enthusiasm for the project to wane.

In the end, there is a somewhat tragic air to Lomb’s tale. Despite the efforts of many talented people, other methods of determining the distance from the Earth to the Sun won the day, making the measurement with far higher precision; transit measurements only ever achieved an accuracy of about 1 million kilometres.

Nowadays, a transit of Venus is more a curiosity, albeit a rare one. In the modern age, Venus is observed scientifically to gain a better understanding of its formation and geology rather than for our understanding of distance. The book also includes many of the spectacular images taken from various space missions to the planet in the last 50 years.

It is the rarity that still makes the transit a major event though, similar to the passage of Halley’s Comet; this is the final chance for any of us to witness a transit. The final chapter of the book contains information on when, where and how best to observe the 2012 transit on June 6. In Australia we are well placed once again!

The Transit of Venus is beautifully presented and thoroughly researched, with many archival images covering the history of the quest to accurately measure Venus’ transit times. Nick Lomb is to be congratulated for putting together this very worthwhile and enjoyable read.

SocMed Stars

Thanks to Kristin Alford from Bridge 8 for contributing this article:

The ability to synthesise complex information and articulate it in a clear and concise way is a skill. When that is done well within a strict word limit under tight deadlines, it’s something to celebrate.
Kylie Sturgess (@kyliesturgess <http://twitter.com/kyliesturgess> ), Dr Krystal Evans (@dr_krystal <http://twitter.com/dr_krystal> ) and Dr Sarah Keenihan (@sciencesarah <http://twitter.com/sciencesarah> ) are worth celebrating.

Over the course of the Australian Science Communicators Conference in 2012 <http://2012conf.asc.asn.au/>  they made sense of the content in short sharp bursts using a range of social media platforms. Kylie live-blogged many of the sessions and has several podcasts, Krystal live-tweeted almost everything and Sarah both live-tweeted and provided Storify summaries.

If you were at the conference and drew on the back channel to see what others were thinking or to catch up on parallel sessions you couldn’t get to, you would have appreciated their contributions. If you weren’t at the conference, their commentaries and summaries made it possible to follow along. This was certainly the case for Ed Brown (@reallyedbrown <http://twitter.com/reallyedbrown> ) who interviewed all three in his ‘Science on Top’ podcast <http://scienceontop.com/2012/03/sot-special-asc2012/>  (this link includes all Kylie’s blogs, other links and Ed’s own Storify summaries of Day 2 and 3).

As producer of the social media session <http://2012conf.asc.asn.au/2011/12/24/plenary-6-sophisticated-social-media-use-science/> , I was certainly interested to see what the back channel had discussed during the session, so seeing Kylie’s blog <http://freethoughtblogs.com/tokenskeptic/2012/02/28/live-blogging-the-sophisticated-social-media-use-and-science-asc2012/>  and Sarah’s Storify <http://storify.com/sciencesarah/asc2012-plenarysophisticated-social-media-use-and>  was immensely useful, and both made it easier to share the content with others later. Mentioning this later on Twitter also brought endorsement that the contribution was worth recognising.

Congratulations and thank you Kylie, Krystal and Sarah. A specially-designed certificate from James Hutson is on its way.

(Also published at http://bridge8.wordpress.com/2012/03/19/socmed-stars-at-the-asc-conference/)

Dr Kristin Alford
Futurist & Founding Director
Bridge8 Pty Ltd
http://www.bridge8.com.au

Book Review: Genome Generation

By Daniella Goldberg, Gene Genie Media.

This year marks the tenth anniversary since the epic task of sequencing all three billion letters of the human genome. The Genome Generation by Dr Elizabeth Finkel, molecular biologist turned science journalist, reveals the impact of the genome revolution and how it affects everyone in some way, whether it’s predicting your genetic destiny as in the movie Gattaca, designing genetically engineered foods to feed the third world, curing serious genetic diseases or understanding your ancestors.

And even the author found a few surprises when conducting her research. “When I started this book, I thought I knew it all,” says Finkel. “But in the end, nothing that I knew ended up in the book. When relying on media you get a very different view of science than when you drill down asking your own questions.”

Finkel has gathered the latest evidence about the impact of the genome from visiting doctors from hospitals in the developing world, where they are researching the genetics of AIDS-resistance. She also met with farmers and agricultural researchers in developing countries that are desperately in need of sustainable crops to feed the exploding population.

“Writing a book is like a marriage. You have to sustain the passion for a long time and I knew I could do this in three areas, medicine, agriculture and evolution,” says Dr Finkel, worked on the book for three years.

Central to Dr Finkel’s research was her annual visit to Lorne’s scientific conferences in Victoria, where she spoke to and quoted leading scientists and learned the latest findings about the human and other genomes.

“Today we have really moved into a new era and our old paradigms have shifted,” she says. For example, we used to believe that 98.5 per cent of our DNA was ‘junk.’ Now we know most junk DNA is producing RNA and has functions we never would have anticipated, such as acting like proteins or enzymes or even like genes.

Queensland genetics researcher Professor John Mattick was one of the first true believers that junk DNA really has an important function. Today, we have tools to investigate DNA to support this theory, although the verdict is still out on this complex topic.

Another paradigm that has crashed since the human genome was sequenced is the Lamarckian theory. Dr Finkel says that when she first heard of epigenetics studies showing that the environment could impact our genetic program she did not want to write a chapter about it because it went against what she was taught at university.

What is revealed in this book is very compelling and could directly impact the way pregnant mothers behave. Epigenetic researchers have shown that inter-uterine environment may have long terms genetic programming effects on the foetus. For mothers around the world, this type of data could have far reaching implications.

Dr Finkel says she wrote this book to reveal the impact of the human genome, ten years after it was sequenced. Many questions about the human genome still remain unanswered however one fact is clear: the genome is a powerful tool that will impact everyone in some way in their lives.

This is an excellent yarn.. Well worth reading!

Daniella Goldberg, Gene Genie Media.

Outreach where they least expect it – Guerilla Astronomers

Thanks to Kirsten Gottschalk from ICRAR for contributing this post:

I have a confession – I love astronomy. Something about it has fascinated me ever since I can remember. Understandably then, it’s something I am very passionate about. This is why I was quite taken aback when I heard “People aren’t interested in looking through telescopes anymore,” during a session at the recent ASC National Conference.  From a respected astronomer no less! Luckily for me and my love of astronomy, her experience couldn’t be further from my own.

 

As part of my role in the Outreach and Education team at the International Centre for Radio Astronomy Research (ICRAR) I take a lot of telescopes to a lot of places and people are always interested to look through them, at them, or just talk about them.

 

One of my favourite outreach strategies is the idea of ‘Guerilla Astronomy’ – taking a telescope somewhere people will least expect it and introducing them to astronomy with no advertising or attempt to gather an audience.

 

Myself and a band of ICRAR’s professional astronomers take a small (but still impressive looking) telescope or two out to the side of a bike path, to the middle of the CBD shopping precinct, or to another outdoor event and simply stand next to our telescopes talking to anyone that comes near. People always come near, and the result is something that never ceases to remind me why I do what I do.

 

From the woman on her evening jog who got straight back in the car after seeing the Moon to go get her kids; to the children who wont let anyone else have a turn because they are so mesmerised by the Orion Nebula; through to a member of the public helping his elderly mother take her first close up look at Jupiter and its moons, and her gasp when the image became clear to her through the eyepiece. Talking with the astronomers who join me on these evenings, we have so many more positive engagement stories like these. To me, this kind of work is the most important and most interesting part of science communication – engaging with the unengaged and giving them a positive experience of science to take away.

 

There’s probably a large combination of things that make these events so successful – the unexpected experience, and therefore no expectations of what will happen, us being conveniently located where people are already, and in the evening when there’s sometimes a bit more time to spare. But I like to think that the telescopes themselves play a big part in it – they’re an ingeniously simple piece of machinery (just a couple of mirrors and a lens when you get down to it) that pack a big punch and make the previously invisible, visible.  Nothing beats seeing the red spot on Jupiter in person ‘for real’ and knowing that the light has travelled from the depths of the Sun where it was created in a nuclear reaction, all the way out to Jupiter (741 million kilometres) and then bounced off right back into this telescope and then your eye. Or maybe that’s just me?

 

I’ll admit, sometimes it is frustrating the first question is ‘How much is it worth?’ but there are always more questions, and I like to think that they’re only asking because they think it’s so cool they want one too!

 

Nevertheless, the benefits to me, to ICRAR, and our astronomers stemming from Guerilla Astronomy are numerous. It never ceases to inspire a researcher to be told their life’s work is utterly fascinating by either a 5 or 75 year old, and they get told often and emphatically at these impromptu events. We’ve also had so many people follow up for more information, attending our other larger events, or even organising us to visit their school or club for a talk stemming from one simple interaction by the Swan River on a Wednesday night.

 

Our last Guerilla Astronomy event had over 150 people look through our telescopes over the course of two hours, without us even having to put a sign out!

 

Kirsten Gottschalk
Outreach and Education Officer
ICRAR: Discovering the hidden Universe through radio astronomy