Garrett and Heath on sustainability

Queensland’s Chief Scientist Dr Geoff Garrett and Queensland Solar City community engagement manager Julie Heath will be joining us for drinks at this September’s get-together. The Theme of the night will be Sustainability in Queensland – Science and the Environment.

Dr Garrett was appointed Queensland Chief Scientist from January 2011, after 8 years as Chief Executive and member of the Board of CSIRO.

The Queensland Solar City project is part of the Australian Government’s leading-edge Solar Cities program.

The project will trial a range of initiatives that aim to reduce wasteful energy usage, increase solar energy usage and cut greenhouse gas emissions by more than 50,000 tonnes.

What:

Sustainability in Queensland – Science and the Environment

When:

Wednesday 14th Spetember 2011, 6pm-8pm

Where:

Ship Inn, Cnr Stanley & Sidon Streets Southbank Parklands

Entry:

Free. Meals and drinks at bar prices

RSVP:

Please RSVP robbie[at]econnect.com.au ASAP so we can cater for numbers

Call for Applications to Attend or Sponsor Attendees to Youth ANZAAS 2011

10 July 2011to15 July 2011

Anyone with links into high schools or direct to senior science students may be interested in promoting this, and if there are bodies out there keen to throw a small amount of dollars toward student scholarships or event funding please let us know.

Applications for Youth ANZAAS 2011: Brisbane are open to science students in grades 10-12 across Australia, and close very shortly (Fri 27rd May), although applications received after the closing date will be accepted until all places are filled. More information is available at www.anzaas.org.au/youth and full information/application packages are available upon request.

Youth ANZAAS is a week-long residential conference for approximately sixty science students in Years 10, 11 and 12 from Australia and New Zealand. The event is organised by the Australian & New Zealand Association for the Advancement of Science (ANZAAS), one of Australia’s oldest scientific associations. YA 2011 will be held in Brisbane from Sunday 10th July to Friday 15th July. The programme is based around advanced-level lectures and activities that will challenge attendees and expand their knowledge of the applications of science in the real world. Students will have the opportunity to visit world-class facilities where research is taking place and to engage with leading scientists, experiences which are usually unavailable to the general public. The conference also allows students to meet and create a network of like-minded peers who share their passion for science.

A registration fee (recently reduced to $400 with the aid of some sponsorship) covers all expenses through the week including travel to Brisbane from students’ local capital city. It is understood the cost may inhibit some students’ decision to apply, however some sponsorship of places may be available upon application and funding is also still being sought to further reduce the cost or provide sponsorship for individual places. Special consideration (students from regional and remote areas and with indigenous or ethnic backgrounds are encouraged to apply) is available for candidates upon request.

If there are people or groups interested in offering sponsorship to students please feel free to contact us with your offer.

Cheers,
Felicity

If you have any queries about the program, the application process or anything else regarding Youth ANZAAS 2011 please contact us via anzaas.qld@gmail.com or 0408 797 837. Further information may be available at www.anzaas.org.au/youth.

ASC-WA goes wild at Perth Zoo

Wayne Walters, Perth Zoo’s Acting Education Manager, organised an action-packed program for the ASCers, with attendees taking part in the same education and communication activities used with school, community and corporate groups.

Upon arriving, Wayne and Education Officer Claire Gaskin guided ASC members through an African Painted Dog scenario, in which two teams were required to navigate their way across a grid whilst avoiding some of the dangers the dogs face in real life.

This first activity was an engaging introduction to communication and education at Perth Zoo, in which a range of tools and approaches are used to encourage visitors to connect with animal ‘ambassadors’.

From a science communication perspective, Perth Zoo not only works to raise awareness of issues such as conservation and sustainability, but also encourages visitors to change their own daily behaviour to address these issues. Often these actions are simple, but can conflict with existing attitudes. To illustrate these concepts in action, Wayne
explained one of the Zoo’s current campaigns – encouraging people to choose recycled toilet paper.

The group was then immersed in a selection of the Education Team’s ‘educational experiences’, which are designed to allow hands-on experiences around the Zoo’s own programs and operations. For example, one group of ASCers was put to work solving the problem of finding enough termites to feed the Zoo’s numbats.

It was an entertaining and engaging showcase of the many educational programs offered at the Zoo. However, the final part of the visit was the most special, in which Wayne led the party through the Zoo’s African Safari section after dark.

Many of the animals viewed were particularly active and ASCers were fortunate enough to witness the Southern White Rhinoceroses from less than a metre away, and to hear the lions ‘singing’.

ASC-WA must thank WA Secretary, Miriam Sullivan for organising the visit and Claire Gaskin from Perth Zoo for assisting with the educational activities. A special thanks to Wayne Walters for organising an excellent program and sharing Perth Zoo’s approach to communication and education.

Sarah Lau
ASC National Secretary

asc_zoo_group_activity3asc_zoo_group_activity2asc_zoo_group_activity

Big Blog Theory finalists and the winner is…

Bec Crew, author of the entertaining animal behavioural science blog Save Your Breath for Running Ponies, won the National Science Week 2010 Big Blog Theory competition. I’m pleased to note that all four judges of the blogs, including myself, are ASC members. We examined 31 Australian based science blog entries to select the ten finalists. Look at http://thebigblogtheory.com.au/ to see how the public voting went. A separate group of judges assessed the microblogging category, won by Corri Baker, chemistry PhD candidate and lecturer at the University of South Australia.

Even with well defined judging criteria it was no easy task to assess the blogs but worthwhile to get a snap shot of the excellent local science communication efforts on the web. I’d like to acknowledge Laura Miles, our Scope editor, for her contributions to the judging criteria.

Here are the finalists and the links to their blogs:

Running Ponies http://runningponies.com/ (winner – Bec Crew)

Mr Science Show http://www.mrscienceshow.com

A Schooner of Science http://www.aschoonerofscience.com/

Brave New Climate http://bravenewclimate.com/

Homologous Legs http://naontiotami.com/

Pod Black Cat http://www.podblack.com

Conservation Bytes http://conservationbytes.com/

All in the Mind http://blogs.abc.net.au/allinthemind

Environment Blog http://www.abc.net.au/environment/blogs/

The Skeptics Book http://www.skepticsbook.com

The microblogging finalists were:

@cbsquared_ (winner – Corrie Baker)

@brainsmatter

@lesliecannold

@allinthemind

@biochemnews

Bec Crew will officially start her National Science Week tour Friday 13 August at the launch event at the Royal Botanic Gardens. During her blogging tour she will cover events in Sydney, Melbourne and the Northern Territory. Corri Baker will tweet about events in Perth from 15-17 August.

Jesse Shore
President and Big Blog Theory judge

‘Why is it so?’

“Why is it so?!” is a science catch-cry from 20 years ago whose time may have come again. Those of us familiar with Julius Sumner Miller’s science programs on ABC TV (http://www.abc.net.au/science/features/whyisitso/) from 1963 to 1986 or his 1980s Cadbury commercials have his catch-phrase, “Why is it so?” etched into our minds. Sumner Miller would demonstrate some surprising physical phenomenon, exclaim “Why is it so?” and then go about exploring and revealing the underlying science.

I recently attended the National Steering Committee Meeting on Developing an Evidence Base for Science Engagement in Australia. This group is part of the action to implement recommendation 15 of the Inspiring Australia report, “That the national initiative support a program of research in science engagement – such as baseline and longitudinal and behavioural studies, activity audits, program evaluations and impact assessments – to inform future investment decisions by government and its partners.” As part of our discussions we concluded that around 10 of the 15 recommendations required evaluation to determine their potential or realised effectiveness.

At the end of the meeting we realised the widespread need and importance of evaluation and related measures but wondered how to get our message across to the decision makers in the funding agencies. How do we cast the last of 15 recommendations, the one which sounds like an arid accounting activity, as the foundation for most of the rest of the report? “Recommendation 15 is the Julius Sumner Miller question,” I said. Perhaps we can sell evaluation to the money people as the justification to ask ‘Why is it so?’ to every question of expenditure in the report.

Evaluation has many purposes. In the context of science communication it measures whether our activities change the way people engage with science. We observe a phenomenon of audience behaviour and ask “Why is it so?”. Then we investigate using a reliable way to gather and measure evidence and seek to formulate the science of what is happening. Evaluation may be a form of ‘market research’ but its potential is far beyond the meanings associated with that term. Evaluation is still in its early days.

I’m pondering whether evaluation will be to science communication as peer review is to the scientific process. Science communication has some peer reviewed journals but science communication research is a small part of our overall work to make science accessible. Perhaps not everything needs to be evaluated there are plenty of activities that would benefit from a rigorous evaluation of expectations and outcomes.

Peer review evolved gradually with the scientific process over the last few hundred years. I suspect that evaluation and the wider field of evidence based measures are at an early stage of the development of their species. They will mature through advancements in behavioural psychology, the use of increasingly insightful interview techniques and a deeper understanding and more rigorous application of statistical analysis.

I welcome your thoughts on this. All comments will be carefully evaluated.

Jesse Shore
National President

What counts in science communication?

These days many science awards, although being primarily for research, also require evidence that the candidate has played a role in science communication.  Because of ERA descriptions and other measures of research and publications, most judges can evaluate the strength of a researcher by using clear and agreed indicators (peer-reviewed publications, citations, ARC grants, patents etc), but it is harder for them to evaluate the submitted claims about involvement in science communication. How does “subject of media interview” compare with “gave presentations in schools,”  or “participated in National Science Week” with “delivered several talks for Rotary” and similar?

Sometimes the standard of competing entries is so high that the perception of good science communication can be a deciding factor in who wins or loses an award. As science communicators, we can help in this process by detailing some of the activities embraced by the broad brush of science communication and giving them a rough hierarchy (at least within categories) to show what we consider to be significant work in our field and help to have that recognized within the nation’s science awards.

The following is neither comprehensive nor prescriptive, but may start the ball rolling. It has received some input from experienced science communicators already, but science communication is such a broad field that there will be other activities that we will have missed, and there are varying activities and awards in different states.

The final list will be audited by the executive, but remain open for suggestions.  Please send any to rob.morrison [at] flinders.edu.au One note of warning: it is impossible to get down to very fine detail so a huge list of headings will not help.  Please use existing headings where possible, adding examples to show what such a heading might be interpreted to include. Of course, if there is something new to be included which does not fit an existing heading, then please submit it.

Significant Achievements in Science Communication

This list is neither comprehensive nor prescriptive, but gives some guidance as to the relative importance of various science communication activities when considering these in science awards. No section is considered more important than another but, within each section, those items of higher significance are placed higher in the list. Please note that awards etc are those that specifically  recognise science communication, not science research.  Allowance should also be made for the fact that various awards, activities etc may be available in some states and territories and not in others.                                                                                                                               (Updated: 1 July 2010)

SCIENCE  COMMUNICATION  AWARDS

National Awards
* Eureka Prizes for Science Communication (especially Science Promotion; Science Journalism, People’s Choice)
*  Prime Minister’s Prize for Teaching
* National Media Awards for Science Journalism (Michael Daley, Walkley etc)
*  National Teaching Prizes
*  National Unsung Hero of Science Award (Aust Science Communicators)

# There are many awards made by particular societies and agencies. It is impossible to list these but, in general, the more significant the body, the more significant the award.

State Awards
* State Science Excellence Awards: eg SA Science Educator of the Year (School , Tertiary, Community)
* Tall Poppies Awards
* Unsung Hero of Science Communication  (SA only at present)
*  State Media Awards for Science Journalism (eg Archbishop of Adelaide Media Citation; Margaret Tobin Award for Mental Health journalism etc)
*  State-based teaching prizes

# There are many awards made by particular societies and agencies. It is impossible to list these but, in general, the more significant the body, the more significant the award.

SCIENCE COMMUNICATION ACTIVITIES

School
* Initiation of Community/School Science Activities (eg Double Helix, naturalist societies etc)
* Executive/Committee of state educational organisations:  ( eg State Science Teachers’ Assocn etc)
* Participant in Scientists in Schools Program
* Occasional school presentations

Community
* Executive/Committee of state organisations:  (eg National Science Week, Australian Science Communicators SA)
*  Significant public science presentations (eg Thinkers in Residence, Festival of Ideas, National Science Week etc)
* Chair/organiser of significant Community Science Event or Conference
* Regional Program/presentation of science to community

PUBLICATIONS AND MEDIA

* Author of commercially published popular science book (Field Guide, Textbook etc)
*  Writer of substantial open broadcast Television or Radio documentary (may be more than one part)
* Author of science book for schools (commercial publisher, Primary reading program etc)
* Chapter in book as above
* Writer of regular column or presenter of regular series/segment  (mainstream media, science journal etc)
*  Subject/Author/Presenter of significant story/broadcast  in national popular science journal/media outlet (Cosmos; Australasian  Science, Sky and Space; Catalyst; The Science Show, Ockham’s Razor etc)
*  Included in database and used as expert commentator in media by Australian Science Media Centre
*  Subject of significant story in national mainstream media
*  Subject of significant story in state media  (Feature story;  Feature in Education Pages)
*  Subject of story in local media
*   Subject of story in regional media

OTHER

The field of science communication is a young and growing one. Many initiatives within it are similarly new, and not incorporated in the categories above that refer to more conventional activities. They may well, however, provide evidence of significant contributions to science communication.

Canberra’s Sustainable House visit

11 July 2010
11:00 amto12:30 pm

Join Nick and Sarah for a tour of their house in Ainslie that is carbon neutral and draws no water from the mains. In 2007, they were the winners of the ACT Sustainable Cities Award, Residential Category.

See and hear about the solar heating, innovative biological greywater treatment system that treats all household waste water, and the first and only approved waterless composting toilet in residential Canberra.

When: Sunday 11 July, 11am -12:30pm
Where: 240 Duffy St, Ainslie
Cost: ASC Members $10, Non-members $15
RSVP: By 2 July (to asccanberra [at] gmail.com)

Optional lunch to follow at Olim’s Hotel (Limestone Ave, Ainslie) with special guests Derek Wrigley and Emeritus Professor John Sandeman for an informal chat about sustainable housing and communication.

More information:

Canberra’s Sustainable House

Derek Wrigley’s profile (ANU)

John Sandeman’s profile (ANU)

ABC Stateline transcript ‘Climate Houses’ (featuring Derek and John)

Book by Derek  Wrigley: Making Your Home Sustainable: a guide to retrofitting

100,000 students engaged in NSW science and engineering challenge

The University of Newcastle celebrated a milestone in science and engineering engagement recently with the 100,000th student participating in the Science and Engineering Challenge.

The Challenge changes students’ perceptions about what a career in science or engineering entails as they compete in a variety of activities including building bridges, making catapults, navigating virtual mazes and decrypting codes.  The principle message they take from the competition is that a career in science or engineering involves creativity, innovation, problem solving and team work.

Developed by the University’s Faculty of Science and Information Technology and Faculty of Engineering and Built Environment, the innovative program has been successful at convincing students to continue with maths and science in senior secondary school to keep their options open for careers in science and engineering.

The Challenge is a partnership with Rotary, Engineers Australia and universities across Australia, and is sponsored nationally by the Australian Constructors Association.  The Challenge has previously won the Engineers Australia National Engineering Excellence Award for the best engineering project in Australia.

Professor John O’Connor, Head of the University’s School of Mathematical and Physical Sciences, said the Challenge was established in 2000 as a way of boosting enrolment in secondary high school science and mathematics.

The Department of Innovation, Industry, Science and Research has provided one million dollars over two years to support both the Challenge and the University’s SMART program, which delivers interactive science shows to primary school students, said Professor O’Connor.

Since its inception, the Challenge has grown from a local event to one involving more than 20,000 students per year from high schools across Australia each year. The participation of 100,000 students in the program demonstrates the wonderful success the Challenge has achieved throughout its 10 year history.

One of its great strengths is the principle of “local ownership”. In every location, a local organising committee coordinates activities in their region.

Professor O’Connor welcomes interest from ASC members wishing to assist with future Challenge activities. Find out more here: http://www.newcastle.edu.au/faculty/engineering/events/challenge/ or contact: Professor John O’Connor – ASC NSW Branch / Hunter Chapter, john.oconnor [at] newcastle.edu.au.

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