PP Grahame Miles advised the meeting of the visit of Terry Jones on Monday 9th August. We were all asked to make an effort to get as many people along to hear Terry a brilliant raconteur and has many wonderful tales of his time in Griffith as a reporter.
Terry will be speaking on “Rotarian Don Mackay’s Exposure of Underbelly”
Terry is currently Editor of the Bathurst Newspaper, the Western Advocate. In the 1970s he was Editor of the Griffith Area News and has a wealth of knowledge of the events before and after Donald Mackay’s disappearance. On the evening of July 15, 1977, Donald Mackay disappeared from a hotel car park after having drinks with friends. He was never seen again.
Please advise Marg and Grahame of your attendance. 6927 3377 Marg or 6927 3274 Grahame.
The Statue of Donald Mackay in Griffith {Click on thr thumbnail to enlarge}
Bill Gates says he is impressed with the progress Nigeria has made against polio and urges partners in the fight to eradicate the disease not to let up.
Gates, cochair of the Bill & Melinda Gates Foundation, shared personal observations from his June trip to Nigeria on his blog, Gates Notes. The post, along with others about polio, are appearing this week on the Gates Foundation blog, Foundation Notes.
In addition, the Gates Foundation website is highlighting two videos produced in June for the Global Polio Eradication Initiative.
“I was very excited to visit northern Nigeria in June, because the progress there since my last visit in February 2009 has been especially impressive,” Gates writes. As of 20 July, only six cases of the wild poliovirus have been reported in Nigeria this year, compared with 346 during the same period in 2009.
Jul 10
26

Congrats to the Rotary Club of Wagga Wagga who recently turned 80! 8 decades of wonderful Rotary style service to the community is a wonderful achievement to be sure.
Rotary Australia World Community Service Ltd (RAWCS) assists Rotary Clubs develop and manage world community service projects.
Australian Rotarians participate in activities to improve the lives and living conditions of others and to promote international understanding and goodwill.
Rotary Clubs are active in supporting developing countries in our region in the fields of Health, Hunger, Education and other Humanitarian Aid programmes. RAWCS facilitates their work.
Their is a link to their new web site under Rotary Links on the R/H side bar.
You can also access RAWCS here:
RAWCS Overseas Aid Fund is a Deductible Gift Recipient so is able to offer tax deductible donations to support organisations with worthy projects in Australia and overseas.
Our Overseas Aid Fund holds the following registrations which will enable it to accept tax deductible donations and grants from all sources in Australia including business coorporations and not-for-profit organisations.
RAWCS: MAKING A DIFFERENCE IN LIVES AROUND THE WORLD.
FOR A FULL LIST OF RAWCS APPROVED PROJECTS GO HERE:
Jul 10
22
I n 1991, Steve Dudenhoefer sold his successful landscaping business and abandoned his comfortable surroundings in southern Florida, USA, to dedicate his life to alleviating the plight of an indigenous community in the rain forests of eastern Guatemala.
Dudenhoefer says about 60,000 indigenous Maya from Guatemala are living in southern Florida, many of whom fled to the United States to escape the violence brought on by a decades-old civil war. He observed firsthand the challenges facing migrant workers from the Central American country.
“I was struck by the tremendous sacrifice it was for these men to live in the U.S.,” says Dudenhoefer, who became a Rotarian in 1997, when he founded the Rotary Club of Puerto Barrios, Izabal. “It was the only way to ensure safety, health care, and education for their families back home.”
Dudenhoefer moved to Guatemala in 1991 to become a full-time volunteer. While working at a local orphanage, he was struck by the needs of the people there, particularly those of the Q’eqchi’ Maya living in the rain forests.
A year later, he helped establish Ak’Tenamit, an indigenous community development organization that promotes long-term solutions to poverty through education, health care, income generation, and cultural programs.
Rerooted from Rotary International on Vimeo.
Jul 10
22
The latest issue of Rotary Leader equips you with important resources to help your club and district succeed.
Jul 10
22
The US$555 million funding agreement between Rotary and the Bill & Melinda Gates Foundation marks another milestone in Rotary’s 20-year legacy of polio eradication work.
Rotary, a volunteer service organization of 1.2 million men and women, made a commitment to immunize the world’s children against polio in 1985 and became a spearheading partner in the Global Polio Eradication Initiative three years later. The other partners are the World Health Organization, the U.S. Centers for Disease Control and Prevention, and UNICEF.
Rotary’s primary responsibilities include fundraising, advocacy, and volunteer recruitment. To date, Rotary has already contributed more than $800 million to the polio eradication effort.
With nearly 33,000 clubs in over 200 countries and geographical areas, Rotary reaches out to national governments worldwide to generate crucial financial and technical support for polio eradication. Since 1995, the advocacy efforts of Rotary and its partners have helped raise more than $3 billion in vital funding from donor governments.
Rotary clubs also provide “sweat equity” on the ground in polio-affected communities, which helps ensure that leaders at all levels remain focused on the eradication goal. Over the years, Rotary club members have volunteered their time and personal resources to reach more than two billion children in 122 countries with the oral polio vaccine.
Thanks to Rotary and its partners, the number of polio cases has been slashed by more than 99 percent, preventing five million instances of childhood paralysis and 250,000 deaths. When Rotary began its eradication work, polio infected more than 350,000 children annually. In 2008, fewer than 2,000 cases were reported worldwide.
But the polio cases represented by that final 1 percent will be the most difficult and expensive to prevent for a variety of reasons, including geographical isolation, worker fatigue, armed conflict, and cultural barriers.
That’s why it’s so important to generate the funding needed to finish the job. To ease up now would be to invite a polio resurgence that would condemn millions of children to lifelong paralysis in the years ahead.
The bottom line is this: As long as polio threatens even one child anywhere in the world, all children – wherever they live – remain at risk.
Jul 10
21
A team of Monash University researchers led by Professor James Whisstock has made a major breakthrough in the international fight against malaria, which claims the life of a child across the world every 30 seconds.
The research, performed in collaboration with Professor John Dalton at the University of Technology, Sydney, provides a new approach to treating and controlling the disease that is contracted by half a billion people and causes around 1 million deaths a year.
The team, based at the Monash University ARC Centre of Excellence in Structural and Functional Microbial Genomics, has been able to deactivate the final stage of the malaria parasite’s digestive machinery, effectively starving the parasite of nutrients and disabling its survival mechanism. This process of starvation leads to the death of the parasite.
Professor Whisstock said the results had laid the scientific groundwork to further develop a specific class of drugs to treat the disease.
“About forty percent of the world’s population are at risk of contracting malaria. It is only early days but this discovery could one day provide treatment for some of those 2.5 billion people across the globe,” Professor Whisstock said.

The crystal structure. The "drug" is shown in magenta and is bound in the active site. (Credit: Image courtesy of Monash University)
“Drug-resistant malaria is an ever increasing problem, meaning that there is an urgent requirement to develop new therapeutic strategies.”
Researchers used the Australian Synchrotron, located adjacent to Monash University’s Clayton campus. The results are published today in the prestigious Proceedings of the National Academy of Sciences U.S.A.
Lead author of the research paper, Dr Sheena McGowan, from the Monash University NHMRC program on protease systems biology said their findings prove their concept.
“We had an idea as to how malaria could be starved and we have shown this, chemically, can be done,” Dr McGowan said.
The crystal structure. The “drug” is shown in magenta and is bound in the active site. (Credit: Image courtesy of Monash University)
“A single bite from an infected mosquito can transfer the malaria parasite into a human’s blood stream. The malaria parasite must then break down blood proteins in order to obtain nutrients. Malaria carries out the first stages of digestion inside a specialised compartment called the digestive vacuole – this can be considered to be like a stomach. However, the enzyme we have studied (known as PfA-M1), which is essential for parasite viability, is located outside the digestive vacuole meaning that it is easier to target from a drug perspective.”
This breakthrough is in addition to existing malaria drug discovery research advances at Monash University. A new drug candidate which aims to provide a single dose cure, discovered by a major international project involving the Monash Institute of Pharmaceutical Sciences, is currently progressing to first human studies with support from the Medicines for Malaria Venture, Geneva, Switzerland.
Australia is set to lose up to half of its agricultural science and business professionals in the next five years, industry leaders have warned.
As scientists predict the dawn of a new agricultural revolution, up to 50 per cent of the industry’s professionals are approaching retirement age.
Employers say they are already losing some of their most senior staff and in some cases have been forced to bring in staff from overseas to address the skills shortage.
Professor Jim Pratley, the secretary of the Australian Council of Deans of Agriculture, says
coupled with declining university enrolments, the loss of senior agricultural professionals means Australia is seeing a brain drain when it is needed most.
“A generation is coming to the end of their working life and there’s a bit of a gap there in terms of their successors,” he said.
“That gap’s pretty wide in terms of the availability of replacements. For example I know a number of universities have been trying to employ lecturers in agronomy and it’s really, really hard to find people who are suitable.”
Earlier this month in a speech to the ABARE Outlook Conference, CSIRO board member and former primary industries minister John Kerin highlighted an urgent need to address this “very alarming situation”.
“Government agricultural agencies are being cut down, agricultural research and development is lessening, agricultural education is slimming down quite rapidly at tertiary level and physical infrastructure is being under-invested,” he said.
“This is at a time when we are facing unprecedented agricultural production and environmental challenges.”
Professor Pratley says the state and federal agricultural agencies agree that a massive loss of senior professionals is a potential scenario for the industry.
When contacted by the ABC the Federal Department for Agriculture, Fisheries and Forestry and several state agencies said they were aware of the projection and had funding, grants and graduate programs in place to address the situation.
It is a situation already being felt by businesses.
Ruth Trench-Thiedeman is the people and performance manager at Landmark, one of Australia’s largest agribusiness companies.
She says the outlook for a huge drop in agricultural professionals is a concern for the industry.
“We have these problems really on a day-to-day basis and they’re caused by a number of factors,”
she said.
“We’re worried about it. We have many people who are on the brink of retirement age. That’s a concern for us. We also have turnover that’s higher than we would like as well which means we’re always looking to find new people in various roles.”
Ms Trench-Thiedeman says there is a loss of experience when senior staff retire that cannot be filled by graduates.
“There’s a huge a loss of intellectual property and just that experience. While we have a graduate intake you can’t buy the experience at one end with the graduates coming at the other end. It’s something that has to be developed up,” she said.
“One of the issues we have is that our customers become very attached to those people who’ve got the experience and who can just answer their questions and provide solutions to their problems really quickly.”
She says Landmark has already been forced to employ agronomists from overseas because the expertise has not been available in Australia.
But she says looking overseas for employees is impossible in some cases because of the unique profile of some of Australia’s agricultural areas.
Ms Trench-Thiedman says all businesses in the industry are struggling to hold onto experienced staff.
“The issue is more around how do you keep the good people in the business? Then you’ve got the issues like increasing salaries or providing incentives for people either around performance or actually staying in the business for a period of time,” she said.
“You have to be awfully careful though because each time you increase the salary you’re actually making it more unaffordable for everybody in the rural space.
“We’ve found that with the mining industry. They were offering huge salaries for apparently quite minor sorts of jobs. We had a number of people move in Western Australia and Queensland, moving over to various mining companies on salaries that we couldn’t possibly compete with. Double their salaries. We couldn’t possibly compete with that.”
The CSIRO has warned that as population growth and climate change challenge food sustainability, scientific research in agriculture will be needed more than ever.
But Ms Trench-Thiedman says many of the specialist agriscientists needed to develop and implement new technologies may not be around.
“When you look at the technology of the future, you’re going to need really specialised people,” she said.
“You won’t be able to grow people to do that. You’re going to have to have people who are specially trained to really understand and interpret all the data.
“This is where you’ve got satellites actually mapping the pastures and showing you where the water is and what crops are growing where and giving all that sort of information that’s coming in, where is it best to grow what crop.”
Meanwhile, Professor Pratley has also been researching the sharp decline agricultural graduates.
He says there are less than 800 graduates each year to fill the more than 2,000 agricultural jobs available to them.
Future Farmer’s Network chairman James Caracoussis says he is not surprised by the latest outlook for the agricultural workforce.
But Mr Caracoussis says if the projections were to come true, Australia would be in a lot of trouble.
He says filling the gap with overseas workers could be an option.
“When you look at especially say Asia, India, South America, they’re just going crazy in terms that their agricultural industries are growing massively and China’s probably a bit of a sleeping giant,” he said.
“So I’m not sure if migrant workers would be the quick fix or the solution. You could possibly toss a coin as to whether it’s the solution or whether it happens.”
Professor Pratley says agriculture loses many graduates to other industries.
“We’re probably losing them even out of the industry to other areas because people who are trained in agriculture can almost do anything,” he said.
“They’ve got very strong levels of multi-skilling and so people who do an agricultural degree are actually very employable even outside the industry.”
He says another worrying trend is that many jobs for agricultural graduates are based on what is called “soft money”.
“These days they are on what we call soft money, which is the money that the funding bodies provide and those tend to have three or four-year funding cycles,” he said.
“So they go into a job with only a three-year time horizon before they actually have to then find the next lot of money and that cycle continues.
“So we see quite an attrition of people who have started off in agricultural research, but head off to other places with a much more long-term tenure.”
Mr Kerin says this situation has made post graduates in agriculture “scarcer than hen’s teeth”. He blames the image of agriculture and community ignorance.
Professor Pratley agrees there has been a negative perception of the industry.
“There’s been a perception for quite a while that perhaps there are no jobs in agriculture, that the jobs aren’t that exciting, that the pay rates aren’t good enough and you perhaps don’t need educated people in the industry,” he said.
“But when we got the data together on this, the picture is actually quite different. It’s almost a reverse.
“There are a huge number of jobs out there and the industry desperately needs people with qualifications who take up what’s a really demanding and exciting profession.”
Source ABC
Jul 10
21
An Australian man who has been donating his extremely rare kind of blood for 56 years has saved the lives of more than two million babies.
James Harrison, 74, has an antibody in his plasma that stops babies dying from Rhesus disease, a form of severe anaemia.
He has enabled countless
mothers to give birth to healthy babies, including his own daughter, Tracey, who had a healthy son thanks to her father’s blood.
Mr Harrison has been giving blood every few weeks since he was 18 years old and has now racked up a total of 984 donations.
When he started donating, his blood was deemed so special his life was insured for one million Australian dollars.
He was also nicknamed the ‘man with the golden arm’ or the ‘man in two million’.
His blood has since led to the development of a vaccine called Anti-D.
He said: ‘I’ve never thought about stopping. Never.’ He made a pledge to be a donor aged 14 after undergoing major chest surgery in which he needed 13 litres of blood.
‘I was in hospital for three months,’ he said. ‘The blood I received saved my life so I made a pledge to give blood when I was 18.’
Just after he started donating he was found to have the rare and life-saving antibody in his blood.
At the time, thousands of babies in Australia were dying each year of Rhesus disease. Other newborns suffered permanent brain damage because of the condition.
The disease creates an incompatibility between the mother’s blood and her unborn baby’s blood. It stems from one having Rh-positive blood and the other Rh-negative.
After his blood type was discovered, Mr Harrison volunteered to undergo a series of tests to help develop the Anti-D vaccine.
‘They insured me for a million dollars so I knew my wife Barbara would be taken care of,’ he said.
‘I wasn’t scared. I was glad to help. I had to sign every form going and basically sign my life away.’
Mr Harrison is Rh-negative and was given injections of Rh-positive blood.
It was found his plasma could treat the condition and since then it has been given to hundreds of thousands of women.
It has also been given to babies after they are born to stop them developing the disease.
It is estimated he has helped save 2.2 million babies so far.
One of the mothers he has helped is Joy Barnes, who works at the Red Cross Blood Bank in Sydney.
She has known Mr Harrison for 23 years but has only just told him she is one of the countless mothers he has helped.
Ms Barnes, who miscarried at four and five months before having treatment, said: ‘Without him I would never have been able to have a healthy baby.’
Speaking to Mr Harrison on an Australian TV show, she said: ‘I don’t know how to thank you enough.’
His own daughter, Tracey, also had to have the Anti-D injection after the birth of her first son.
She said she was ‘proud’ of her dad for continuing to give blood, even after the death of her mother after 56 years of marriage.
Mr Harrison said: ‘I was back in hospital giving blood a week after Barbara passed away.
‘It was sad but life marches on and we have to continue doing what we do. She’s up there looking down, so I carry on.’
Mr Harrison is expected to reach the 1,000 donation milestone in September this year.
Source Daily Mail UK
Jul 10
21
Some ideas are terribly clever and simple, materials technology is advancing so fast.
In the world today, more than 2.6 billion people have no access to basic sanitation. That means that 40 out of every 100 people lack even the most simple latrine to perform their needs. The lack of toilets affects both society and the individual through the contamination of fresh water and ground water. Human faeces contain viruses, bacteria, worms and parasites which kill and infect people. One child in the world dies every 15 seconds due to contaminated water. The inside of the Peepoo is coated with a thin film of urea. Urea is the most common fertilizer in the world and is a non-hazardous chemical. It is found, for example, in toothpaste or skin cream, often under the name
of carbamide. When the urea comes into contact with faeces or urine, a breakdown into ammonia and carbonate takes place, driven by enzymes which are naturally occurring in faeces.
As the urea is broken down, the pH value of the material increases and hygienization begins.
Organisms which produce diseases (pathogens) and may be found in faeces (bacteria, viruses and parasites) are inactivated within 2-4 weeks depending on the surrounding temperature. The presence in urine of organisms which cause diseases is at a considerably lower level than in faeces and the hygienization of the urine occurs more quickly. With conventional urine processing, urine sorting, the primary source of contamination is derived from faeces; this risk does not arise here since the bag is a disposable toilet.
Untreated faeces cannot be regarded as hygienized until 1-2 years of storage has passed. The urea treatment is the simplest and most efficient treatment available. In the end, when the bag degrades in the soil, the ammonia acts as a harmless fertilizer taken up by plants.
Via Peepoople.com
The bulletin this week is available on the newsletter link:
Items of interest:
GSE Team Nominations
Monday August 9th Guest Speaker Terry Jones on the Donald MacKay saga in Griffith during the late 70s.
ROSTERS: