Our fascination with northern Australia

Image: Amanda B Slater.

Burke and Wills’ ill-fated expedition left many intrigued about the potential of northern Australia. Image: Amanda B Slater.

By Dr Andrew Johnson

On February 11, 1861, Robert O’Hara Burke reached the Gulf of Carpentaria. He described in his diary the environment as “a considerable portion is rangy but it is well watered and richly grassed”.

More than 150 years after the ill-fated Burke and Wills expedition, many Australians consider north Australia to be a place of limitless potential. Throughout the 20th century, governments promoted development in the north. With a few notable exceptions, these have ended in failure.

More recently, state and federal governments of both political persuasions have had the foresight and courage to mandate scientific investigations to quantify the capacity of the north’s land and water assets, and to understand constraints to sustainable development presented by market opportunities, transport infrastructure and land tenure.

The passionate commentary demonstrates the diversity of views and the breadth of misunderstanding about the challenges of the tropics. Indeed, there are perhaps more urban myths about northern Australia than any other part of the nation. So let’s get some facts on the table.

We can sustainably double or triple the north's irrigation area using renewable groundwater resources. Image: CIMMYT.

Renewable groundwater resources can help increase the north’s irrigation area. Image: CIMMYT.

Our scientists have identified the capacity to sustainably double or triple the north’s irrigation area using renewable groundwater resources. The potential is even greater if surface water is used. History has shown the challenges. Unlocking investment requires confidence about the scale of opportunities, and knowing the risks. A scarcity of detailed information about soil and water availability made it difficult to establish water storage options or agricultural productivity estimates or establish locations for irrigation. The cost of acquiring reliable soil, water and agricultural productivity estimates has often been an insurmountable barrier to private and public investors.

Underdeveloped transport infrastructure and long distances increase the cost of accessing inputs and selling outputs, as well as reducing the mass, quality and value of commodities.

Inconsistency in land and water regulations across jurisdictions and lack of clarity within them poses significant barriers to investment. Northern Australian tenure systems are complex. There are multiple, often overlapping tenure types for the same piece of land. Administrative arrangements vary across state boundaries. There are new and emergent tenures for water and carbon that are uncertain and are evolving.

Image: Kay Ledbetter.

We’re working to improve irrigated agriculture practices. Image: Kay Ledbetter.

Despite this, there are positive developments. In the Gulf country, the federal and Queensland governments, with our researchers, have demonstrated methods for rapidly and economically quantifying water flow and function, identifying water storage options, constructing soil maps of high precision and combining them to establish estimates of regional agricultural production potential. In the east Kimberley, the tireless efforts of government and the community are now driving profound positive change in the Ord. These examples provide a blue print for irrigated agriculture across the north.

The establishment of mosaic irrigation for the beef industry will enable increased productivity by overcoming seasonal feed shortages and intensifying production. This will allow producers to improve long-term viability. A year-round feed supply will also enable more efficient use of existing beef industry infrastructure.

Smarter transport logistics that deliver least-cost pathways for existing infrastructure – critical where rerouting is often required in response to flooding – is essential. A focus on logistics will prioritise investment in strategic infrastructure such as holding yards, rest stops, road configuration, the location of abattoirs and more efficient use of ports.

Image: Alternative Heat.

Smarter transport logistics will help aid our response to agricultural flooding. Image: Alternative Heat.

We also need to address property rights. Changes to land tenure regimes have the potential to transform indigenous communities from welfare dependency to economic participation as well as creating a more positive environment for investment. Changes to tenure arrangements are under way that aim to enable more diverse uses and clarify access and use rights. Future efforts must continue to focus on pastoral lands and in clarifying Indigenous interests in land and water.

Perhaps at no time since Federation has the nation’s interest in the north been so strong. A positive agenda will benefit all Australians, especially indigenous peoples. Whatever the actions taken, many will take time to implement; there are no easy fixes. They require patience, persistence, flexibility and a long-term commitment from all stakeholders.

CSIRO Group Executive Andrew Johnson chairs the expert panel advising the Northern Australia Ministerial Forum.


More in your hip pocket, less on your hips

Image: iStock.

Eat well without breaking the bank. Image: iStock.

Over the years, we’ve received lots of feedback on our Total Wellbeing Diet (TWD). This nutritionally balanced eating plan has become a popular way to help people stay healthy and lose weight.

In fact, when the first TWD book was released back in 2005, it went straight to the top of the Australian best sellers list, even outselling Harry Potter!

People from all walks of life have told us how they love the food, have lost weight and feel more energetic on the TWD. However, we also know that the diet can be a bit expensive.

So to solve this problem, we’ve published ‘TWD recipes on a budget’. The book includes over 100 new budget-friendly recipes along with handy tips on how to stock your kitchen, grow your own herbs, use inexpensive cuts of meat for slow cooking and transfer leftovers into delicious meals. It’s the perfect how-to guide for preparing healthy, economic meals that don’t compromise on taste or nutrition.

We now have three different recipe books that are designed to help people incorporate the TWD into their daily lives. These include the TWD recipe book (2010), TWD fast and fresh recipes (2012) and TWD recipes on a budget (2013).

If you’re keen to expand your culinary repertoire, here are some recipes to get you started:

Hungry for more? Check out these meal ideas from our health bites series. And for other healthy tips, follow us on Pinterest.


Keeping our plastic fantastic

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A thriving plastics and chemicals industry is vital for Australia’s future growth. Image: iStock.

Plastics and chemicals might not seem very exciting, but they play a vital role in our society. In fact, they are used to produce nearly everything we consume.

The Australian chemicals and plastics industry feeds essential products into almost every sector of our economy, from manufacturing and mining to agriculture and healthcare. The industry is vital to our ability to deal with issues such as climate change, population growth, food security and energy and resource depletion.

And since we know that certain economic, social and environmental activities will soon change the way we live and the products we require, the need for strategic planning for sustained growth has become increasingly important.

That’s why we’ve developed Strategic Directions, the sequel to our Elements in Everything report prepared for the Plastics and Chemicals Industries Association (PACIA). It looks at the technological advances, changing environmental regulations, shifting consumer preferences and societal trends that have the potential to open up new market growth areas for the chemicals and plastics industry.

The study examines how the chemicals and plastics industry can address the current challenges and take advantage of market growth areas. It considers two possible scenarios for the future: the current trajectory and sustainable growth.

Sustainable growth outlines a scenario where actions are taken to address the key challenges and opportunities that the chemicals and plastics industry faces in the upcoming decades. It leads to a strong, vibrant and resilient chemicals and plastics industry that continues to contribute to the economy, creates Australian jobs and protects downstream supply chains.

“Foresight is an art and science which marries analytics with creativity to explore plausible futures. It can help us make wiser choices,” says Stefan Hajkowicz, Leader of our Futures team.

To read the full report, head to our website.

Media: Hannah Scott. P: +61 2 6276 6041. M: 0467 707 182. Email: hannah.scott@csiro.au


Cooling India

Imagine if we had no access to cold storage for fruit and veggies.  This is the challenge facing rural India today. Image: I-5 Design & Manufacture.

A luxury for some: not all countries can access cold storage for fresh produce. Image: I-5 Design & Manufacture.

By Kirsten Lea

What if every supermarket in Australia had no access to cold storage for fruit and veggies? Just imagine how quickly the fresh produce would rot and what a waste it would be!

This is the challenge that faces rural India today. The widespread lack of access to electricity in rural areas means that cold storage facilities are few and far between.

Every year, millions of tonnes of fresh produce spoils before it reaches consumers. That’s the equivalent of over 22,000 semi-trailers filled with fresh produce simply driven directly to the rubbish tip.

To help save all that produce and hopefully feed a whole lot of people at the same time, we’ve partnered with TERI (India’s The Energy and Resource Institute) to develop the very first prototype of a biomass powered refrigeration system. The system burns woody waste (like fast growing weeds) to generate electricity to power refrigeration.

This unique project (known as Cool Village Power) is funded by AusAid and makes use of our expertise in renewable energy cooling systems along with TERI’s research into biomass gasification.

Dr Stephen White receiving a traditional Indian garland from a local village resident to celebrate the opening of the biomass power station.

Dr Stephen White officially opening the new facility in India.

“Cool Village Power provides us with a real life opportunity to test laboratory developed technologies. The work has come out of our Energy Transformed Flagship, but it also allows us to work with our colleagues in the Animal, Food and Health Sciences Division to understand the physiology of fruits and vegetables,” says Dr Stephen White from our Energy Technology group.

In tropical countries like India, around 22 per cent of agriculture produce is spoiled at the point of production due to inadequate storage facilities. And while there is a real advantage in having refrigerated storage close by, the lack of reliable power supply in rural Indian communities makes this difficult.

“Our role in the project was to design, construct and test a cooling system suitable for storing agricultural products. The system needs to achieve cool temperatures for refrigeration, be robust and require only simple, low-cost maintenance,” says Dr White.

The chiller is powered by a biomass gasifier which generates electricity. Whenever the biomass system is functioning, the cold storage system will operate independently of grid electricity.

Locals from a village in the Uttar Pradesh state in northern India watch television under the glow of a light bulb, both powered by our new biomass power station.

Locals from a village in the Uttar Pradesh state in northern India watch television under the glow of a light bulb, both powered by our new biomass power station.

The demonstration site is a village in the Uttar Pradesh state in northern India where an electrified and cold storage facility has been set up to store local produce.

It is hoped that this project will have future economic and social benefits in India and other developing countries. The widespread implementation of such technology could help reduce poverty in rural communities by lowering food spoilage and improving the provision of electricity.

Read more about our energy research on our website or listen to our podcast on Cool Village Power.


Whisky on the bedrocks

A simple geological classification of whisky.

A simple geological classification of whisky.

What do our scientists do in their spare time? Paul Shand’s expertise lies in geology and hydrogeochemistry, and he’s discovered the ‘water of life’ – whisky that is – among the rocks.

Paul is a scientific whisky buff; working to reclassify whisky according to geology. The simple classification used at present is based on numbers of distilleries in a region along with old political divides. This weekend, Paul is aiming to convince the Malt Whisky Society of Australia’s 4th Whisky Convention that geology is a much better way to classify whisky.

The link between geology and whisky 

Geology’s influence on whisky is mainly due to its control on water chemistry. The chemistry of the water is believed to influence the taste of the final product. There’s little research in this area but there is a wealth of experience from seasoned distillers. Paul mentioned that the old timers certainly thought there was an effect from water chemistry, and since they developed the distillation techniques through trial and error it would be wise for us to listen. The importance of water chemistry is also a view of the people on site who actually make the whisky, but there is debate as some companies agree while other multinationals and writers don’t think it has an effect.

Essentially Scottish malt whisky contains components of the landscape, dissolved in the water via interactions with the bedrock and soil through which it has passed. Each sip contains part of that geological history which comes from the rocks ‐ it may be hundreds of millions of years old, it may be only a few thousand – that’s worth savouring and contemplating. We’ll drink to that, whether it’s a Devonian or Precambrian drop.

The whisky geological column. From Cribb & Cribb, 1998.

The whisky geological column. From Cribb & Cribb, 1998.

In search of the perfect dram

Paul was brought up in Wick in Scotland, and walked past the renowned Pulteney distillery on the way to school each day. He subsequently studied geology at Edinburgh University before completing a PhD on ancient volcanic rocks in the south of Scotland.

His baptism into malt whisky happened during an exploration for gold in the Scottish Highlands, where he not only discovered solid gold, but also sampled ‘liquid gold’ for the first time after a hard day of digging. He then worked for 15 years with the British Geological Survey travelling extensively in search of the perfect dram but under the pretense of research on ‘water for life’.

Paul Shand with his favourite drop

Paul Shand with a glass of liquid gold.

It was during a sabbatical to Australia that Paul found exciting scientific challenges and some of the world’s best Uisge Beatha, Gaelic for ‘water of life’. So he stayed, taking up a position as Principal Research Scientist in our Water for a Healthy Country Flagship. He is also an adjunct Professor in the School of the Environment at Flinders University.


CeBIT’s best bits

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Sydney’s Darling Harbour was swimming in a sea of red flags to celebrate CeBIT. Image: CeBIT Australia.

This week we headed down to CeBIT, one of the world’s biggest IT trade shows. Here are some highlights from the titanic tech-fest:

Cyber (in)security

With the recent spout of online hacks, cyber security was a hot topic of discussion. The experts gave us a friendly reminder to be careful what we share online.

The force was strong with 3D printing this year.

The force was strong with 3D printing this year.

DIY 3D printing

We got a glimpse of the latest range of DIY 3D printers – the ultimate birthday present for any tech lover.

Take a load off

Need to relax? There were plenty of super sturdy cardboard chairs to sit on, and you could even grab a free massage.

It’s getting cloudy

It was all about cloud computing this year, with Minister Stephen Conroy launching the National Cloud Computing Strategy. The popular slogan going around was ‘say no to software’.

Harping on about Harper

Digital campaign guru Harper Reed made a special appearance, giving a captivating talk on his role as Chief Technology Officer for President Obama in 2012.

Harper Reed getting a lesson in Aussie fashion. Image: CeBIT Australia.

Harper Reed getting a lesson in Aussie fashion. Image: CeBIT Australia.

Fab fashion

With so many stylish tech-heads roaming around, it almost felt like we were at Sydney Fashion Week. The top trends in tech fashion this season included kilts, wet-suits, German beer maid outfits and kangaroo costumes.

Food, glorious food

What good would a trade show be without free food! But forget lollies in bowls, we were spoiled with a popcorn machine and frozen slushies.

Hugs with bots

And finally, robot love was definitely in the air. Everyone was lining up to give our newly named museum robot a cuddle – including our own members of parliament. The University of Western Sydney also bought along their cute bots, who busted some killer moves.

Head to our website for more information on our stand at CeBIT.


The people have spoken: our bots have names!

No longer nameless: Introducing

No longer nameless: Introducing Chesster (left) and Kasparov (right).

It’s a proud day for us here at CSIRO. Excuse us if we get a bit emotional, but our Museum Robots have officially been named!

The two bots (pictured right) were designed to roam the halls of the National Museum of Australia, allowing remote visitors to experience the galleries for themselves.

Earlier this year we asked school kids to come up with their best robot names. And this week we announced the lucky winners at CeBIT.

And the winners are…

‘Chesster’ 

Isabelle Noble (year 1), Clare Primary School, Auburn SA - “I chose Chesster because it looks like a chess piece.”

‘Kasparov’

Philip Vels (year 12), Lake Tuggeranong College, Canberra ACT – “In 1999, one of the greatest chess games was played between Kasparov and Topalov. Sure, you hear of many great chess games, but this game stands out as it comes with a queen sacrifice.”

Senator Stephen Conroy having a laugh with Chesster. Image: CeBIT Australia.

Senator Stephen Conroy having a laugh with Kasparov and our staff at CeBIT. Image: CeBIT Australia.

With so many other creative entries, we just had to share a few:

‘DUGIE’ – “DUGIE is an anagram of ‘GUIDE’ and that’s his job. I think it is a cute name.” – Monique Tebeck, Lock Area School, SA.

‘Spongebob’ and ‘Grubby’ - “I called the white one Spongebob because it looks like Spongebob and I like him a lot. The black one might be dirty so I think he should be called Grubby like my hands are when I play.” - Cadel Raymond Ambrose, Bittern Primary, VIC.

‘Lovebot’ - “I chose Lovebot because it loves stuff like showing people around and making new friends.” – Kegan-Brock Phillips, Hillcrest Primary School, WA.

‘Luke Skywalker’ and ‘Darth Vader’ – “I think these are absolutely amazing names that everyone will relate to. For some it may be the reason of going to see the robots, because everyone knows Star Wars is awesome.” – Tristan Allan Van Hoof, Warwick State High School, QLD.

Learn more about the Museum Robot project and view a demonstration.


Cotton on to the awesomeness of plants

By Vanessa Hill

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The soft and fluffy cotton grows in a boll around the seeds of the plant.

Happy Fascination of Plants Day! That is, if you’re not too busy celebrating Sea Monkey Day, Museum Day, or preparing for Pick Strawberries Day on Monday. It’s true there are many ‘days’ competing for our attention. But unlike picking strawberries, appreciating plants only takes a few moments. And plants are seriously amazing.

As a city dweller, plants were something I never really appreciated. Once I tried to grow a veggie patch on my balcony and I got a rash as soon as I put my hand within an inch of the tomato vine. I’m sure many city dwellers are plant aficionados, so maybe “naive urbanite” is a more fitting title for me.

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When I moved from Inner Sydney life to the NT. It was a serious adventure.

Anyway, a few years back I moved to the Northern Territory. When I was walking to pick up the keys to my house I was fascinated, and somewhat confused, at the plants lining the footpath. The bush looked almost dead, but had an odd ‘flower’ on it. At the time I could only describe this as “a cotton bud”. Like the ones you buy in a packet from Coles. When I expressed my surprise to my new colleagues, they laughed at me. A lot.

I had no idea what a cotton plant looked like. I was just beginning a postgraduate degree in Environmental Management, and I only had a vague idea of where my food came from. Or how my clothing was made. I felt silly, and quite ignorant. As I spoke to more people about it, I realised it’s a common problem.

Generally people don’t have a strong appreciation of what plants do for us. We know that they convert carbon dioxide into oxygen, provide food, clothing and building materials. But we don’t appreciate this as these processes are so foreign, because our food comes from Coles, our clothes from Myer and our building materials from Bunnings. The appreciation in lost in not knowing how food travels from farm to plate, how fibres like cotton are spun into fabric.

Cotton, for example, has been cultivated for over 5,000 years all around the world. Despite the geographic divide between cotton farmers, the crop has been cleaned, spun and weaved in the same manner everywhere. Tiny cotton seeds are super durable, and can survive been blown for thousands of kilometres and even across bodies of water. And if you don’t think cotton is sexy, it’s a relative of the hibiscus, both belong to the Gossypium genus of plants.

CSIRO have been researching and growing cotton in country NSW for 40 years. Over that time, our research has improved yield, disease resistance and fibre quality. All while supporting a rural economy.

Next time you think plants are boring, think again. Think about what you had for breakfast, what your clothing is made out of and the amazing fact that they actually convert carbon dioxide into oxygen. Plants are seriously fascinating.

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Cotton plants. Seriously, this still amazes me.


We love our mums!

How would your kids describe what you do at work? In the lead up to Mother’s Day, we asked a bunch of CSIRO mums to tell us what their kids think they do in our labs, offices and communities around the country.

Introducing the mums of CSIRO!


Toni takes the helm

Toni Moate

“Being a working mum is always a compromise – but one that I’m happy to manage.” – Toni Moate

Here’s the next instalment in our series about mums at CSIRO in the lead up to Mother’s Day. Meet Toni Moate, Executive Director of the Future Research Vessel Project.

Tell us about a typical day for you.

In the front of the computer, dealing with a lot of emails and attending meetings. I get very excited when I visit the shipyard and see the RV Investigator under construction. Never thought I would be so excited to wear overalls and steel-capped boots.

Why did you get into science in the first place?

I am an accountant working in a science organisation. I love working for CSIRO as science makes such an important contribution to Australia and its future. I am passionate about the need for professional support staff to contribute to the delivery of science.

Has being a mum changed how you work? If so, in what way?

Definitely. It has made me more conscious of how generous CSIRO is in its work/life balance opportunities, and to make me even more vocal in discussions about how we make sure CSIRO isn’t a ‘black box’ that parents disappear into during the day. I think it has made me more efficient in delivery of work – but I’m writing my profile while on a plane so I probably still have a way to go on that one!

A blast from the past: Toni and her two daughters when they were younger.

A blast from the past: Toni and her two daughters when they were younger.

Tell us about your children.

I have two daughters, Isabel (11) and Samantha (9). Both love sport and reading, and spending time with me at the shops! Isabel is a gentle personality and nearly as tall as me (which is not difficult) and Samantha is a barrel of laughs and nearly as indomitable (which is much harder)! I hope they are not defined by it – but they both have anaphylaxis – Isabel to nuts, and Samantha to a whole range of foods. As a family we are committed to not letting this stop us taking up opportunities – but when I see the school phone number on my mobile I don’t relax until I know that one of the girls has only had a fall in the playground (or some other innocuous event). I have been in our Chief Executive’s presence when she has stepped out to take a call from one of her children – and it’s a really positive message that the importance of family is recognised at the top.

How do you think your daughters would describe what you do for a job?

I asked them recently – they have no idea although they talk confidently about the people I work with. It’s much better now that I’m involved in building the Investigator – it is much more tangible than managing budgets.

What do you wish other people understood more about being a working mum?

That it is always a compromise – but one that I’m happy to manage.

Toni has shiploads of fun working on the RV Investigator!

Toni has shiploads of fun working on the RV Investigator!

What’s the best day you’ve had at work?

The day of the Investigator ‘strike steel’ ceremony. So much effort was put into writing plans, and reports, and commenting on drawings and contractual issues. It was great to be in overalls to push the button to start the physical construction of the ship – even if my overalls were ill-fitting (made for men!) and my helmet on a jaunty angle.

What one invention would you like CSIRO to work on that would make a mother’s life easier?

It would be easy to say ‘cloning’ but it does bring to mind Dolly the sheep. I think a device that detected lack of motion in the morning when I’m trying to get the girls to school – with a voice activated command “Are you two ready for school yet?”

**

Want to know more about careers at CSIRO? Check us out on LinkedIn.

Learn more about the Investigator project.


Mother of invention

Megan Fisher

“Being a mum has certainly fine-tuned my organisational skills. My Outlook calendar is my new BFF.” – Megan Fisher

As part of our series in the lead up to Mother’s Day, Megan Fisher, Executive Manager of Intellectual Property and Licensing, tells us about a typical day at work and how her life has changed since becoming a mum. By the way, intellectual property is everything from inventions to designs and artistic works.

Tell us about a typical day.

A lot of my day is spent discussing with commercial people, scientists, and intellectual property managers within our organisation and outside, about how we can develop and commercialise technologies so we can get them out there to make a difference. That’s the CSIRO part. On either side of that there is the usual feeding, clothing and taxiing kids around.

Why did you get into science in the first place?

At school, I was very interested in home science, and not just because of the cooking but because I was interested in the science behind nutrition and how it helped us to function. At uni I focused on chemistry and biochemistry because this interest translated into wanting to understand how things worked at a molecular level.

Tell us about your children.

I have two great boys – one who is 10 and the other is 4.  My 10 year old is into everything – cubs, tennis, swimming and cricket – but his greatest passion at the moment is playing Minecraft. My four year old is full of beans, loves Ironmen and Clone Wars and has asked me to buy him a brown shirt so he can dress like Anakin Skywalker.

Has being a mum changed how you work? If so, in what way?

Yes! It has certainly fine-tuned my organisational skills. My Outlook calendar is my new BFF. I use it to schedule my work and home life, and the lives of my family.

How do you think your sons would describe what you do for a job?

They tell people that I am a scientist.

What one thing do you wish other people understood more about being a working mum?

I think all the people I work with have a good understanding of what it’s like to be a working mum. For me it’s knowing and accepting that even though you have left ‘work’ for the day there are still a few hours of work ahead before you can sit down with the iPad and surf the net.

What’s the best day you’ve had at work?

I’ve had many best days. I particularly like the days when you hear that a technology you helped with has progressed to the next stage of development with a company or become a product on the market or is helping a company grow.

What one invention would you like CSIRO to work on that would make a mother’s life easier?

Can I pick two? One would be an invention to help prevent or cure all those bugs that kids seem to pick up in the early years. Another invention would be something that automatically tells the kids to stop playing that computer game and physically removes them from the iPad/iPod/computer.

***

Did you know that CSIRO is a significant producer of intellectual property? We’re Australia’s largest patent holder, with 3582 live patents, 728 inventions, 275 trademarks and 83 plant breeder rights. More than three billion people around the world use one of our most famous inventions everyday…


Star mum

"My boys say that Mummy works the telescopes and she is an astronomer." - Kate Brooks

“My boys say that Mummy works the telescopes and she is an astronomer.” – Kate Brooks

At work, she operates radio telescopes across Australia to help astronomers learn more about the origins of the Universe. At home, she raises three energetic kids. Meet Kate Brooks, Deputy Head of Operations at Australia Telescope National Facility.

Describe a typical day.

My work day is a mix of emails, scheduled meetings, and impromptu conversations with staff from across the organisation but primarily with my boss and Operations staff at our observatory sites in NSW and Western Australia. There is not enough word space to describe what I do outside of my work day!

Why did you get into science in the first place? 

I always enjoyed physics at school but my passion to be a scientist really came about after completing a CSIRO Vacation Scholarship back in 1993. I loved working with scientists from all over the world, using high-tech facilities and working on really exciting projects.

What attracted you to work at CSIRO? 

After working overseas in Chile for several years I returned to Australia to take up a role with CSIRO Australia Telescope National Facility. I was attracted to working at an international observatory on a job that offered a mix of research as well as support and development work for our state-of-the art telescopes.

Tell us about your children. 

I have three wonderful kids, two boys, Alex aged 9 and Marcus aged 6 and our girl Carla, aged 3. Our boys are bright, active and very sporty and our little girl is into everything pink and certainly keeps her big brothers in line.

It's never a dull moment for this super mum of three!

It’s never a dull moment for this super mum of three!

How do you think your children would describe what you do for a job?

My boys say that “Mummy works the telescopes and she is an astronomer.”

Has being a mum changed how you work? If so, in what way? 

Absolutely. After years of travelling on the international conference circuit and frequently visiting telescopes and astronomy institutes in Chile, the US and Europe, I now keep my travel to an absolute minimum.

Gone are the days of cramming long work days (and nights) in the lead up to major deadlines. I have to carefully manage my time and always have some slack in my schedule in case my children get sick (which happens a lot in the first few years of daycare).

You can visit Australia Telescope National Facility to learn more about our world-class radio astronomy observatories.


She makes goo and stuff – a mum’s lot

FionaScholes_Lab

Fiona turns sunshine into electricity – at least that’s what her 6 year old daughter says!

Meet Dr Fiona Scholes, Senior Research Scientist in Flexible Electronics, and Research Team Leader in Nanofabrication. We asked this busy mother of two to tell us more about what she does – and what her kids think she does. Prepare for a giggle!

Tell us about a typical day for you.

Our team makes flexible, paper-thin solar panels printed onto plastic. On a typical day, I might be in the lab making small-scale solar cells to test new materials for our printing process, at my computer analysing how the materials performed, or meeting with colleagues from CSIRO and across the Victorian Organic Solar Cell Consortium (VICOSC) to discuss our progress.

Why did you get into science in the first place?

I was a huge fan of the TV program The Curiosity Show and always tried to recreate their experiments at home!

Tell us about your children.

My husband (who also works at CSIRO) and I have two kids – a daughter (6) who is crazy about cats and craft, and a son (3) whose latest music obsession is Talking Heads (blame Daddy for that one)

How do you think your kids would describe what you do for a job?

When I asked them what I do at work, my son said “When you are at work you are a scientist” and my daughter said “You try to turn sunshine into electricity… and you make goo and stuff.”

"My son (3) says when I'm at work I'm a scientist, and my daughter (6) says I try to turn sunshine into electricity…and make goo and stuff.” - Fiona Scholes.

Fiona and her youngens spending a relaxing day at the beach.

What attracted you to working at CSIRO?

CSIRO has a long history as Australia’s premier applied research organisation, using science to solve real-world problems. It is an honour to be part of this, and it’s so satisfying to work in areas that could transform existing industries and stimulate new ones.

What’s the best day you’ve had at work?

I enjoy every day at CSIRO as I’m always learning something new and working with enthusiastic and talented people. I’m really proud to be a member of the VICOSC team, which is making tremendous progress towards flexible solar cells every day.

What do you wish other people understood more about being a working mum?

In my experience, CSIRO mums are just as committed to their research as they were before starting a family. While they might not be working as many hours, they are usually so focussed and organised that they deliver incredible bang for their buck.

What invention would you like CSIRO to work on that would make a mother’s life easier?

There just isn’t enough time so a time machine would come in handy.

To find out more about Fiona’s research, visit our website


Mum’s the word at CSIRO

Ever wonder what kind of people work at CSIRO? Well, in the lead up to Mother’s Day on 12 May, we’re asking the mums who work at CSIRO to tell us more about what they do.

"My two boys, Peter (11) and Tom (9) once told me I go to work, do a few clicks on the computer, have lunch and come home."

“My two boys once told me I go to work, do a few clicks on the computer, have lunch and come home.” – Jenny Hayward

Jenny Hayward, research scientist from our Energy Technology group is the first cab off the rank. She walks us through a typical day in her busy life.

Describe a typical day.

I rush around the house then walk kids to school and myself to work. The first thing I do is make a coffee on our new coffee machine (thanks social club) and then I can start thinking about what I need to do. A typical day at work involves writing reports, running our global electricity model and interpreting the results and literature searches – sounds quite relaxed when you write it down.

What attracted you to working at CSIRO?

I was always told I ask too many questions, so science was a good fit for me! It’s also such an interesting and challenging place to work.

Has being a mum changed how you work? If so, in what way?

Definitely. Before I had kids I used to work from 2pm until 2am sometimes. Apart from being too old for that, the kids would kill me!

Tell us about your children.

I have two boys, Peter who is 11 and loves drama, cars and Jeremy Clarkson (why?) and Tom who is 9 and loves cars and soccer.

How do you think your sons would describe what you do for a job?

They once told me – I go to work, do a few clicks on the computer, have lunch and come home.

What one thing do you wish other people understood more about being a working mum?

Actually, people at work are really good about that. I guess it’s more outside of work, where I can’t drop everything to help out at my kid’s local theatre, for example. I just don’t have enough spare time for myself!

What’s the best day you’ve had at work?

Getting a piece of work finished is always a great day.

What one invention would you like CSIRO to work on that would make a mother’s life easier? 

A home kitchen vending machine with legs so it can carry food to the kids and empty plates to the sink – washing up would be great too.

Just a typical day at work for research scientist and mother of two, Jenny Hayward.

Just a typical day at work for this research scientist and mother of two.

Stay tuned – more profiles to come in the following weeks!


Carbon, chocolate and 3D printing

By Sherrie Wilson

Could rocks hold the key to reducing carbon emissions? Image: Pacific Northwest National Laboratory.

Could rocks hold the key to a healthier planet? Image: Pacific Northwest National Laboratory.

Our scientists in Western Australia are busy developing technology that could significantly reduce emissions of greenhouse gases. One of the exciting technologies being explored is carbon capture and storage (CCS).

CCS involves capturing carbon dioxide (CO2) that would otherwise be released into the atmosphere, compressing it, piping it to a suitable site, and injecting it into deep geological formations where it can be stored safely for millions of years.

They are currently looking at core samples taken from the south west of Western Australia, to determine whether the rock below can be used for the secure storage of CO2. The rock needs three features to be suitable:

  1. Sufficient pore spaces in which CO2 can be contained (porosity)
  2. Pathways connecting the pore spaces for the CO2 to move through (permeability)
  3. A solid, sealing layer of rock on top of the porous, permeable layer, to stop the CO2 moving outside the target area (seal).

Scientists have offered a delicious example of why these geological features are important.

Choca-block

tim tam

The humble Tim Tam is a lot like a reservoir rock – only tastier! Image: Flickr.

Let’s consider a Tim Tam and an Aero bar as two possible types of reservoir rock and milk as our CO2. Both chocolate bars have plenty of porous space in them, yet if you bite an end off each and try to use them as a straw to draw milk through, the permeability of the Tim Tam will allow the milk to be pulled through the porous spaces into your mouth, but the Aero bar won’t.

Despite Image: Trypophobia.com

The Aero bar, although seriously delicious, has no chance of holding your milk. Image: Trypophobia.com

This is because the Aero bar, although porous, does not have any channels connecting the spaces and therefore the milk cannot move through the chocolate. The principle is the same for the reservoir rock needed to store CO2. The CO2 needs to be able to move through the rock and fill all the porous spaces.

Hard-core pore

To help visualise the spaces inside the rock where CO2 (or oil, natural gas or formation waters) will move through and be stored, we’ve teamed up with Lithicon Australia to bring the core samples to life. Lithicon Australia use a type of CT scanner and leading-edge analysis to produce 3D photographs of the core samples. From those images they are able to print physical 3D models.

IMG_1020

Solid as a rock: this model demonstrates the solid grains that make up the reservoir rock.

These models represent a seriously tiny piece of the original core sample (0.8 of a millimetre in diameter). They also help us recognise that the spaces where CO2 (and oil and gas) sit within rock are not the big caverns that we often envisage, but a series of very small interconnected spaces.

IMG_1018

Look at those pores! This model represents the pore spaces and channels that connect them inside the rock.

With ongoing advancement and increasing accessibility of printing technology, it’s likely that 3D models like these will be utilised more often in future projects, which will provide us with exciting new ways to visualise and analyse geological formations.

As you can see from the core samples (which are equivalent to the rocks from Western Australia) the rock is likely to be sufficiently porous and permeable. Scientists are excited by these initial results, but suggest the core samples are just the first step in a long line of processes that must be undertaken for CCS to begin.

But our use of 3D printing is not limited to the geological sector. The Lab 22 3D printing facility was established in October 2012 and is already being used to manufacture a range of prototype products including biomedical implants, chemical processing and aerospace parts.

Recently we have also used 3D printing to build a new generation of hi-tech fish tags made of titanium, with the aim of tracking big fish such as marlin, tuna, swordfish, trevally and sharks for longer periods.


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