Every year 340,000 tonnes of usable whitefish by-product are discarded into the sea. But the fisheries industry has now identified ways of halting this practice.
The fishing company Nordic Wildfish has been assisting in the development of a new technology that can make use of the entire by-product from whitefish such as cod, pollock and haddock.
Instead of discarding the heads, guts and the rest of the fish, they can all be incorporated into a hydrolysis process that separates the bones, leaving a kind of “soup” to which enzymes can be added and valuable oils and proteins extracted.
“The entire process takes place on board the trawler, which has only been at sea for two months,” says Anders Bjørnerem, R&D Director at Nordic Wildfish in Norway.
So this technology is entirely new? “Yes. No one has done this before, and it’s very exciting. We’ve already been nominated for the 2016 Innovation Prize awarded by the technical journal Teknisk ukeblad,” says Bjørnerem.
Non-sustainable food production Nordic Wildfish is located on the island of Valderøya, west of Ålesund, Norway, and has been working closely with the research-company SINTEF for some time to promote technological development.
“As much as 92 per cent of marine whitefish by-product is not utilised,” says Bjørnerem. “Commonly it is only the fillets that are processed to become food. This is not sustainable food production. As we approach 2050, the demand for food on this planet will increase by as much as 70 per cent due to high levels of population growth.
The industry must make it its goal to utilise the entire fish,” says Ana Karina Carvajal, Research Manager at SINTEF Fisheries and Aquaculture.
According to a report published by SINTEF in 2014, 340,000 tonnes of whitefish by-product are discarded annually. SINTEF believes that this material has major commercial potential if it can be processed to produce high quality end-products such as ingredients in animal feed and food for human consumption.
Teamwork is key On board the trawler Molnes, whitefish by-product is processed using enzymatic hydrolysis to produce valuable proteins, amino acids and fish oils.
Many technologies have been developed and adapted for installation on board the refurbished trawler. “Excellent teamwork between researchers and the industry will enable many new systems for better exploitation of the fish to be implemented within the next two to four years,” says Carvajal.
“We’re very pleased to see that some segments within the industry have already taken the first steps towards more sustainable food production,” Carvajal says.
Read more at: https://phys.org/news/2016-11-fisheries-industry.html#jCp
High fat, low fat, no carb, more carb: when it comes to getting information on eating to manage high blood cholesterol, confusion reigns.
We checked the most recent research from trials that tested the impact of specific foods on blood cholesterol. The verdict? Good news first! Eating more nuts, legumes, plant sterols (molecules found in plants) and olive oil helps lower blood cholesterol.
The bad news? Discretionary foods (aka junk) raise blood cholesterol, especially bad cholesterol (called LDL). Eating less lowers it.
Do you know your blood cholesterol level? If you don’t, ask your GP to check it. Over a third of Australian adults have high cholesterol.
1. Eat legumes
Legumes and pulses, including baked beans, kidney beans, chick peas, lentils and split peas, can help lower cholesterol levels. The most recent Australian Health Survey found fewer than one in five Australians ate them on the day of the survey.
The results of 26 randomised control trials (the gold standard of research trials), which included 1,037 people who had either normal or high cholesterol levels, were added together. The data showed LDL cholesterol was reduced by 5% in response to eating 130 grams of pulses per day. This is equivalent to one small can or about a third of a 400 gram (large) can of baked beans.
Pulses are high in vegetable protein and fibre. They lower blood cholesterol in a number of ways. The soluble and insoluble fibres assist with lowering cholesterol absorption in the gut, while they promote growth of beneficial gut bacteria in the large bowel.
Plant sterols, or phytosterols, are chemically similar to blood cholesterol and are found in some plant foods, including nuts. Plant sterols are concentrated from plant sources and then added to some commonly eaten foods such as margarines, spreads or milk.
Plant sterols compete with two other types of cholesterol
for absorption from the gut: pre-made cholesterol, which is found in some foods like prawns, and cholesterol, which is made in your liver. This “competition” process lowers the total amount of cholesterol that eventually ends up in your blood.
A review concluded that two grams of plant sterols a day leads to an 8-10% reduction in LDL cholesterol.
The type of fat the plant sterols are mixed with is important. A meta-analysis of 32 randomised control trials, involving around 2,100 people, found bigger reductions in total cholesterol (a mix of good and bad types) and LDL cholesterol when plant sterols were added to margarines or spreads derived from canola or rapeseed oil, rather than sunflower or soybean oil.
3. Eat nuts
Nuts are high in protein and fat, but the amounts of polyunsaturated, monounsaturated and saturated fat vary. In a review of 25 intervention trials, eating approximately 67g of nuts a day (about half a cup) led to a 5.1% reduction in total cholesterol and 7.4% for LDL.
It didn’t matter what type of nuts people ate; the more nuts, the bigger the cholesterol reduction. People with higher LDL cholesterol at baseline or who were not overweight had a bigger improvement. One caution is that half a cup of nuts contains about 400 calories (1600kJ), so you need to eat nuts instead of another food, or eat less each day but have them every day.
4. Use olive oil
Olive oil is a major component of the Mediterranean diet and the predominant source of fat. Olive oil contains a high proportion of monounsaturated fat.
More than 80% of olive oil’s healthy compounds (called phenolic compounds) are lost during the refining process, so less refined varieties, such as virgin olive oil, are a better choice.
A review of eight trials that included 350 people consuming high phenolic olive oil found medium effects on lowering blood pressure and small effects on lowering oxidised LDL (a type of LDL), with no significant effects on total or LDL cholesterol.
In contrast, another trial randomly selected over 7,400 men and women at high risk of heart disease to follow three diets: the Mediterranean diet plus extra-virgin olive oil, or Mediterranean diet plus nuts, or a control diet (low fat). After 4.8 years follow-up, those in both the olive oil and nut groups had a 30% lower risk of heart attack, stroke or death from heart disease compared to controls.
In a recent trial, 47 men and women were randomised to substitute 4.5% of their usual food intake of olive oil or butter for five weeks, and then crossed over to the other group for another five weeks. Researchers found total cholesterol and LDL-cholesterol levels were significantly higher after consuming butter compared to olive oil.
The reduction was biggest in those who had high blood cholesterol to start with. Switching to a healthier spread makes sense for those with high cholesterol.
5. Avoid junk food
In our study, we found people were able to make a number of smaller changes across a range of the foods that lower blood cholesterol levels, including increasing nuts, soy foods and plant sterols.
But the biggest change people made was cutting back on energy-dense, nutrient-poor foods (junk foods) and eating a wider variety of healthy foods. The benefits of making these changes? They lowered their cholesterol, lost weight and lowered their blood pressure.
A big study examined changes in diet quality scores and heart disease risk in 29,000 men from the Health Professionals Follow-up Study and 51, 000 women from the Nurses’ Health Study (1986-2010). After four years of follow-up almost 11,000 people had a heart disease “event”.
Those who had the biggest improvement in their diet quality score had a 7-8% lower risk. You can check your diet quality using our Healthy Eating Quiz.
When it comes to heart disease risk factors, get your cholesterol and blood pressure checked next time you see your GP.
Will 2016 be the year the world finally lost interest in the paleodiet? Believe it or not, it’s already happened! ‘Peak-paleo’ passed without notice way back in January 2014.
We’re often a little behind the global trends down-under, so Australia’s own peak-paleo occurred almost two years after the rest of the planet. This might explain why the media here still bends over backwards to give celebrity chef Pete Evans and other prominent paleodieters so much limelight.
Still, it’s been a steady decline in interest ever since, and the paleodiet, like the real Paleolithic Era before it, is on the slow road to extinction. But whose to blame for its failure to convince us it holds the answers to all our health and lifestyle needs?
I genuinely believe there is something to the idea that we can learn from our evolutionary past about how to live today. It’s just that the paleodiet fad with its mix of blatant buck making and oddball conspiracy theories has hijacked any science there may have been behind it.
We can point the finger at the high priests of the paleodiet cult themselves who are, afterall, just another segment of the food industry. A sector made up of self-appointed nutrition, health and evolution experts with a disdain for science and the people who conduct it.
In their seemingly ever desperate quest to sell us stuff straight out of the Stone Age, paleodieters have come up with some rather creative food lines.
As we all know, artificially sweetened soft drinks were all the rage in the Paleolithic. Archaeologists have discovered hundreds of fossilised soft drink cans from ancient sites all around the globe.
And remember the furore when the paleopilgrims told us to start feeding our newborns paleo baby formula? There we even calls for paleoparents to be put in jail.
Now we’re told that our pets should be paleopuppies and paleopussies because, as one prominent website puts it, “the consequences of the modern lifestyle are largely the same in pets as in humans”.
In their usual glib way, the advice they dish out for pets is as ill-informed as it is for humans: “A good place to start your research is by looking up what your pet eats in the wild, and slowly introducing those foods into its regular diet, making sure to keep a close eye out for any digestive symptoms”.
Through the process of evolution over thousands of years all of the animals we have domesticated, from dogs and cats to sheep, pigs and goats have changed from their wild ancestors.
Take dogs, the first animal we domesticated from wolves during the Paleolithic, perhaps as far back as 40 thousand years ago, and at several places at different times.
Ever since, they’ve been evolving alongside us to live as we do and to eat a diet a lot like our own. Some scientists even think dogs were responsible for domesticating us!
Studies of the dog genome have shown that domestication affected two main kinds of genes: ones affecting dog behaviour and the nervous system and genes involved in digestion and diet.
Through a combination of artificial and natural selection dogs have evolved to eat starch, unlike wolves, which have a largely carnivorous diet. Dogs have five times as many copies of the AMY2B gene which is dedicated to producing starch digesting enzymes in their pancreas.
If we study the various dogs breeds around the globe there’s also a clear pattern where larger numbers of copies of AMY2B are found in locations where agriculture spread during prehistory. The dogs bred by farmers are the best at eating and digesting grains and they have the genes to back it all up.
Dogs eat starch, wolves don’t, but starch from grains is simply not allowed on the paleodiet for humans or pets.
Cats on the other hand have a completely different history of domestication compared to dogs. Cats were domesticated much later, with the earliest examples of moggies found just 10 thousand years ago in Cyprus.
Most of the 30-40 cat breeds seen today were only bred during the last 150 years and before this surge in cat popularity there were only around half a dozen cat breeds recognised globally.
With dogs though, some breeds are thousands, other perhaps even tens of thousands, of years old. They have a very deep ancestry back into the mists of prehistory.
The much younger age for cat domestication means that unlike dogs their diet is much more like their wild precursors. This explains why cats are much more carnivorous than their canine house mates.
The big problem in advocating paleopet food is that our pets are no longer wild animals. If we attempt to replicate their evolutionary past, in complete ignorance of how they lived and ate, we might be doing them a lot more harm than good.
Darren Curnoe, Chief Investigator and Co-Leader of Education and Engagement Program ARC Centre of Excellence for Australian Biodiversity and Heritage, and Director, Palaeontology, Geobiology and Earth Archives Research Centre, UNSW Australia
In Australia, one in every two people has a chronic disease. These diseases, such as cancer, mental illness and heart disease, reduce quality of life and can lead to premature death. Younger generations are increasingly at risk.
Crucially, one-third of the disease burden could be prevented and chronic diseases often share the same risk factors.
A collaboration of Australia’s leading scientists, clinicians and health organisations has produced health targets for Australia’s population to reach by the year 2025.
These are in line with the World Health Organisation’s agenda for a 25% global reduction in premature deaths from chronic diseases, endorsed by all member states including Australia.
Today the collaboration is announcing its top ten priority policy actions in response to a recent health report card that identifies challenges to meeting the targets. The actions will drive down risk factors and help create a healthier Australia.
1. Drink fewer sugary drinks
One in two adults and three out of four children and young people consume too much sugar. Sugary drinks are the main source of sugar in the Australian diet and while many other factors influence health, these drinks are directly linked to weight gain and the risk of developing diabetes.
Almost 40% of children and young people’s energy comes from junk food. Children are very responsive to marketing and it is no coincidence almost two-thirds of food marketing during popular viewing times are unhealthy products.
Restricting food marketing aimed at children is an effective way to significantly reduce junk food consumption and Australians want action in this area. Government-led regulation is needed to drive this change.
Campaigns that highlight the dangers of smoking reduce the number of young people who start smoking, increase the number of people who attempt to quit and support former smokers to remain tobacco free.
More than 90% of Australian young people are not meeting guidelines for sufficient physical activity – the 2025 target is to reduce this by at least 10%.
Active travel to and from school programs will reach 3.7 million of Australia’s children and young people. This can only occur in conjunction with safe paths and urban environments that are designed in line with the latest evidence to get everyone moving.
6. Tax alcohol responsibly
The Henry Review concluded that health and social harms have not been adequately considered in current alcohol taxation. A 10% increase on the current excise, and the consistent application of volume-based taxation, are the 2017 priority actions.
People with a mental illness are over-represented in national unemployment statistics. The 2025 target is to halve the employment gap.
Unemployment and the associated financial duress exerts a significant toll on the health of people with a mental illness, and costs an estimated A$2.5 billion in lost productivity each year.
Supported vocational programs have 20 years of evidence showing their effectiveness. Scaling up and better integrating these programs is an urgent priority, along with suicide prevention and broader efforts.
8. Cut down on salt
Most Australian adults consume in excess of the recommended maximum salt intake of 5 grams daily. This contributes to a high prevalence of elevated blood pressure among adults (23%), which is a major risk factor for heart diseases.
Around 75% of Australian’s salt intake comes from processed foods. Reducing salt intake by 30% by 2025, via food reformulation, could save 3,500 lives a year through reductions in heart disease, stroke and kidney disease.
9. Promote heart health
Heart disease is Australia’s single largest cause of death, and yet an estimated 970,000 adults at high risk of a cardiovascular event (heart attack or stroke) are not receiving appropriate treatment to reduce risk factors such as combined blood pressure and cholesterol-lowering medications. Under-treatment can be exacerbated by people’s lack of awareness about their own risk factors.
National heart risk assessment programs, along with care planning for high-risk individuals, offer a cost-effective solution.
10. Measure what matters
A comprehensive Australian Health Survey must be a permanent and routine survey every five years, so Australia knows how we are tracking on chronic disease.
All of these policies are effective, affordable and feasible opportunities to prevent, rather than treat, Australia’s biggest killer diseases.
Most people are interested in how to slow the ageing process, or at least they get more interested as the years tick by. So when new research promises to have discovered the secret, which happens to include eating more of a food that tastes great but often appears on “eat less” food lists, it is bound to make the headlines.
According to a recent article in The Sydney Morning Herald, “aged cheese could help you age well”. The article was based on research published in the journal Nature Medicine. It showed that spermidine – a compound found in aged cheese, legumes and whole grains – could extend the life of mice when added to their drinking water.
A separate study within the Nature Medicine paper looked at the diets of around 800 Italians. It concluded that those who had a high spermidine intake had lower blood pressure and a 40% lower risk of heart failure and other heart diseases.
So if the newspaper report is accurate, then it would be time to get out the cheese and crackers. But before the party starts, let’s take a closer look at the original paper, in which cheese plays a very small, almost insignificant, part.
Spermidine is a naturally occurring compound originally found, as its name suggests, in semen. It is present throughout the human body and plays a vital role in cell survival. Studies have shown spermidine supplements can extend the lifespan of worms, flies and yeast.
The Nature Medicine paper is a series of several studies and analyses in mice, rats and humans.
Studies in mice
The first study compared the effects of adding spermidine, or the related compound spermine, to drinking water in mice, and the effects of not doing so; for either their whole life or starting only at middle age. Researchers found adding the compounds increased lifespan: good news if you are a mouse.
The next analysis is bad news for mice. Researchers looked for the development of tumours related to ageing in the mice in the first study and found no difference between the supplemented and unsupplemented mice.
This meant the supplement in the water didn’t prevent tumours mice get due to ageing. The conclusion then drawn was that the longer life seen in the first study was not due to cancer prevention.
There was not much difference in the heart tissue between groups that had spermidine and those that didn’t. So researchers looked more broadly at heart characteristics and found the hearts in the supplemented group were structurally more healthy.
There were a number of other comparisons that looked at hearts in mice.
The rat study
In the rat study, salt-sensitive Dahl rats – a type bred to develop high blood pressure when fed a high-salt diet – were given food really high in salt. Half of the rats had spermidine added to their drinking water and half did not.
From weeks nine to 15 of the study, the rats in the spermidine group had significantly lower blood pressure compared to the others. But at the end of the study there was not much difference between the two groups.
The human study
In the final human analysis, researchers recorded the diets of more than 800 Italians at three time points (1995, 2000 and 2005) and the number of heart-related events they experienced. These were high blood pressure, heart failure, stroke and premature death from heart disease over the 15 years from 1995 to 2010.
The study found about a 40% lower risk of heart failure, both fatal and non-fatal, among those with the highest spermidine intakes compared to those with the lowest. It also found a significantly lower risk of any heart disease – based on a composite score that included acute coronary artery disease, stroke, high blood pressure and death from vascular disease – among those with the highest versus lowest spermidine intakes.
Of greatest relevance to this analysis is that the biggest contributor to spermidine intakes in this cohort was wholemeal foods, accounting for 13.4% of intake. Next were apples and pears (13.3%), salad (9.8%), vegetable sprouts (7.3%) and potatoes (6.4%). Aged cheese was listed sixth and accounted for only 2.9% of estimated spermidine intake.
What can we take from it?
This extensive body of work is a credit to the researchers involved and does suggest that, at least for mice and rats, investigating the health-promoting effects of spermidine is worthwhile. However, the animal studies were small – with fewer than 15 animals per group – and the number of analyses done increases the potential for some findings to occur by chance.
When analysing differences between groups, as the mouse research in this paper did, one cannot claim spermidine changed a particular value – such as heart muscle strength – in the animals. This is because their heart muscles were not measured before they were given spermidine to compare the before and after effects, so you can only focus on differences between groups.
It’s better to say the outcome was higher or lower, or more or less frequent, in the spermidine-supplemented group compared to unsupplemented animals.
Of major importance in the human cohort study, which followed people for more than 15 years, is that it was not cheese that accounted for the majority of their spermidine intake. Also because this study was observational, it only showed associations, not cause and effect.
Also of note when you read the research is that, unlike the media report suggested, the mice were not fed cheese. A lot more research would be needed, and much more in humans, before claiming spermidine in cheese is the new superfood.
In the human study, although we weren’t told what the participants’ overall usual food habits were, we do know high intakes of whole grains, vegetables and fruit are characteristic of foods recommended for good health and longevity generally.
Try increasing your intakes of these foods and, for a variety of reasons, they’re very likely to help you age well. – Clare Collins
The Nature Medicine paper found a correlation between the health of human participants and the amount of spermidine found in their diet. Unfortunately, although this part of the work is tantalising, it is still correlative: who knows whether there is some other ingredient in those foods that improves health, or whether people who preferred to eat those foods were already predisposed to better health?
The Nature Medicine paper also showed spermidine extended lifespans in mice. The animal studies were well performed and showed differences between groups in measures of heart function. But as the author of this Research Check states, a comparison where heart function would have been measured just before and just after drug treatment was not shown.
I believe this is okay, as animals were treated with spermidine for large proportions of their lifetimes, and such a comparison would have been confounded by the effects of ageing. So the comparisons between treated and untreated groups are adequate.
The key difficulty with moving spermidine forward is our understanding of how it works. Spermidine has been demonstrated to promote a process called autophagy, where the cell literally eats part of itself. This is actually a very good thing. By breaking down parts of the cell, old machinery gets destroyed and is replaced by new cellular machinery.
Autophagy is turned on when we exercise or go on a diet, but turned off when we eat too much or sit on the couch, so this could be how spermidine is beneficial.
Scientists like to understand every fine detail of how drugs work. The precise molecular biology of spermidine, and in particular what parts of the cell it interacts with, are poorly understood. Once we know how this works better, spermidine could well find its way into a new therapy. – Lindsay Wu
But he tells a half truth about why the trade accord among a dozen Pacific Rim nations is a bad deal. In Trump’s view, trade agreements like NAFTA have allowed developing countries to “steal” American manufacturing jobs and decimate the well-waged middle class. This is why he says that America should reject the TPP.
But shifting the blame for American joblessness and stagnant incomes obscures the more complex, largely home-grown pressures that led U.S. companies to offshore manufacturing production to low-wage jurisdictions. Promising to tear up certain trade deals and impose tariffs on imports (chiefly from China and Mexico) will do very little if anything to reverse the problem.
The real problem is that these agreements don’t actually do enough to support freer trade. We’ve been studying trade agreements and the political foundations of industrial competitiveness in the United States, East Asia and beyond – for decades. We have witnessed how so-called “free trade deals” have become less and less about opening markets and more about entrenching monopolies. Australia, where we’re based, is also a member of the proposed TPP and, like America, stands to benefit from the deal’s abandonment.
Who’s really to blame for America’s manufacturing decline?
When Trump blames globalization for having “wiped out our middle class,” he misses the point that the main actors behind successive waves of globalization since the 1990s have been U.S. corporations themselves. And when Trump blames China (or Mexico) for stealing American jobs, he misses the point that it is U.S. companies that have been most aggressively downsizing their labour force and distributing production abroad.
Blame shifting also misses the point. It’s American corporations themselves, the key drivers of globalization (which have been the chief beneficiaries of this “downsize and distribute” approach) racking up “super profits” from what is effectively rent-seeking. They do this by exploiting – and aggressively seeking to extend – generous monopoly rights granted to them through intellectual property laws.
While Trump rails against America’s growing trade deficit with China, the reality is that the largest category of imports from that country (about 28%) is electrical equipment (for example information technology (IT) products) very often generated (designed, outsourced or contracted) by U.S. companies. These companies, like Apple, hold the patents, copyright and trademarks.
This has paved the way for some serious distortions in accounting. For example, recent research has shown that the full value of the sale of iPhones in the United States (which are assembled in China) are counted against China’s trade deficit with America.
In reality, China contributes only around 3.6% of the value of iPhone sales in parts and labor, itself importing the remainder of the more (and less) technologically advanced parts (from Japan, Germany and South Korea and beyond). U.S. companies contribute only 6% to the total parts and labor of an iPhone, but Apple takes the lion’s share of the final sale price thanks to its patent and trademark ownership.
So when an iPhone sells in the United States for about $500, only $159 of this reflects content imported from China. The rest goes to American firms. And while that $159 is counted against China’s deficit with the United States, China itself only accounts for $6.50 of that value.
Seen in this light, we should not be surprised that 55% of the price U.S. consumers pay for goods imported from China actually goes to U.S. companies. Following from this, were Trump to make good on his promise to slap tariffs on imports from China, this would effectively penalize many U.S. companies.
The related problem is that decades of downsizing the manufacturing workforce and moving production overseas have gradually denuded America’s industrial ecosystem whereby the networks of equipment makers, suppliers and manufacturers needed to turn innovative ideas into products are disappearing. As one of us has shown in research, extreme offshoring is not only undermining skilled employment in the U.S. but also putting at risk the innovation that has underpinned American technological dynamism since the end of World War II.
Consequently, it’s increasingly difficult to find workers with the skills necessary to make the technologically sophisticated goods associated with the better-paid jobs of yesteryear. For example Silicon Valley, the home of most U.S. technology companies, is now a misnomer since very few semiconductors, which are primarily made of silicon, are produced there. Indeed, a more appropriate name today would be “App Valley” – and apps are not exactly the basis for a vibrant economy.
So why abandon the TPP?
Here’s where free trade deals do come into it.
Successive American administrations have further reinforced this extreme downsizing process by pushing trade agreements like the TPP that pay lip service to market access (free trade). In reality, these agreements entrench monopolies and tie the hands of governments that would otherwise take a more proactive approach to building new advanced industries and upgrading existing ones with new technology.
The creation of the World Trade Organization in 1995 marked the first major shift in international trade deals away from those that prioritize freer market access and towards those that entrench monopolies through the award of generous intellectual property provisions – even at the expense of economic and social goals like encouraging innovation and protecting human health.
But the improvements being made at the WTO level are sorely missing from most bilateral and regional trade deals, especially those being driven by the U.S. Many of these – from the Australia-U.S. Free Trade Agreement to the now defunct TPP – have sought to further extend the monopoly rights of IP-protected firms. These are the very corporate actors that most aggressively pursue the “downsize and distribute” approach.
From Apple and Dell in the IT space to Pfizer and Merck in pharmaceuticals and Nike and Gap in clothing, America’s patent, copyright and trademark-rich businesses reap major rewards for their shareholders by aggressively reducing labor costs through outsourcing. They also do it through extracting monopoly rents from their patented and trademarked technologies and designs. As recent research revealed, this also has major, negative implications for corporate investment and wage levels in the United States.
A better approach to trade
Obviously, the promotion of rent-seeking by entrenching monopoly rights has nothing to do with free trade. But the reality is that, for the United States at least, this has become a primary goal of its “free trade” agreements.
This is why the United States should abandon the TPP – and why Australia should support its abandonment. Abandoning the TPP, and requiring our governments to focus their efforts on trade deals that take a prudent approach to market access and a tough line on rent-seeking – would be beneficial for both our countries.
A wireless sensor system to maximise vineyard irrigation efficiency will begin field trials in January.
SmartVine, developed in South Australia by TK SmartTech, will utilise a network of sensors to collect data on soil, crop health and moisture from across a vineyard.
Using SmartVine’s software, vignerons can then assess and manage their irrigation zones using a central system on their laptop, smartphone or tablet.
TK SmartTech Co-director Tenzin Crouch said the package would allow growers to optimise watering solutions based using a series of algorithms.
“You basically end up with a map of the vineyard which shows the areas that are most productive,” he said.
“That way we can easily map the optimum watering to the right type of soil, and work out where your inputs need to go.
“We’ll be running some algorithms for the farmers, based around what agronomists suggest, and that that will eliminate the farmer’s need to interpret all this complicated data – they’ll just get some really simple outputs.”
The data from SmartVine will allow growers to more effectively determine optimum watering patterns, reducing waste in the vineyard.
“Of course water is one of the biggest costs for any grower, and it’s a really critical part of the growing process as well,” Crouch said.
“It’s really important to make sure you get the right amount of stress to get the optimum grape, which comes back to how you’re watering.”
While SmartVine can automate the irrigation process based off its algorithms, data gathered using the software can also be sent to other experts for analysis.
Vignerons can then set up watering schedules using the program, based on the individual needs of their crop.
“We’re basically trying to give the grower the tool to make that decision themselves,” Crouch said.
“Our algorithms will be useful to get a good baseline, but sometimes your farmer might want a specific profile, or something based off what their winemaker has said.
In its current form, the sensors will connect to a private system, but as Internet of Things technology grows, SmartVine will take advantage of the rapidly expanding network.
One McLaren Vale vineyard is already locked for the January trial but TK SmartTech is still looking to recruit growers in the Barossa Valley and Riverland regions.
Trials will continue until after harvest with SmartVine with expected to be commercially available by June 2017.
Crouch and fellow TK SmartTech director Kai Harrison recently completed an entrepreneurial course through Flinders University’s New Venture Institute where they were also finalists in a pitch competition with their SmartVine system.
IoT developer Thinxtra announced this month it would partner with the South Australian Government to roll out a statewide network by mid-2017.
Young people are fuelling big nights out by drinking alcohol mixed with energy drinks to help them party through the night, according to a new Victorian government report.
The VicHealth report found that people who mix their alcohol with energy drinks are also more likely to be problem gamblers, show other risk-taking behaviour such as heavy alcohol use or illicit drug use, and report more mental health problems.
Executive Manager Dr Bruce Bolam from VicHealth, which funded the studies, said while overall levels of consumption of these products was relatively low compared to beer or wine in the wider population, in young people the level of consumption was very high.
“Alarmingly over one-third of Deakin University students included in one survey reported energy drinks mixed with alcohol being consumed in the past three months,” he said.
“Clearly a lot of the research identified that people consume energy drinks mixed with alcohol to either get a night started or to keep going and also to mask the effects of intoxication.
“Unfortunately the evidence shows this leads to significantly higher levels of intoxication, risk-taking and potential harm.”
Among school-leavers celebrating in Lorne and Torquay on the Victorian coast, 16% of schoolies surveyed said they had drunk alcohol mixed with energy drinks in the past 12 hours.
The study also found one in five 18 to 24 year-olds and one in ten 25 to 39 year-olds reported drinking alcohol mixed with energy drinks in the past three months.
Concerns about heart health
Chris Semsarian, a cardiologist and professor of medicine at the University of Sydney, who as not involved in the study, said the health and medical implications of young people drinking large volumes of energy drinks, with or without alcohol, was a concern.
“There is growing evidence that energy drinks, either alone or mixed with alcohol, can lead to serious cardiovascular effects, including increases in blood pressure, heart rate, life threatening rhythm abnormalities, and even cardiac arrest and sudden death,” he said.
VicHealth’s Dr Bolam said policymakers need to consider that the mix of alcohol and energy drinks is volatile, particularly at night.
“Price, availability and promotion of these products needs to be considered in policy-making.”
Professor Sandra Jones, director of the Centre for Health and Social Research at the Australian Catholic University, who was not involved in the study, said:
“The research we’ve done in my team has been with quite young people – high school students and university students – and what we’ve typically found is that they consume these products to help them stay awake and keep drinking. It’s the ‘life of the party’ motive.”
Packaging and image play a role
Professor Jones said the packaging and the image of the products also appealed to high school students as it wasn’t immediately obvious to adults that the prepackaged products contained alcohol.
“They also know the taste of energy drinks already and are comfortable and familiar with the product,” she said.
“One of the very sensible suggestions in the report is around restriction on their sale in night-time entertainment precincts after certain times; those sorts of strategies are certain to have more of an impact than telling people ‘don’t drink this because it’s bad for you’,” Professor Jones said.
The researchers carried out six separate studies over three years to look at the pattern of drinking in young people.
Their research included watching pub goers across five Australian cities, conducting online and phone surveys, interviewing school-leavers in the street at schoolies events, analysing ambulance data and interviewing 25 young people who drank alcohol mixed with energy drinks.
Our food systems are under increasing pressure from growing populations, diminishing resources and climate change. But, in a new report, we argue that city foodbowls – the agricultural land surrounding our cities – could supply more secure and sustainable food.
New analysis by Deloitte Access Economics has shown that Melbourne’s foodbowl contributes A$2.45 billion each year to the regional economy and around 21,000 fulltime-equivalent jobs. The largest contributors (to the economy and to jobs) in Melbourne’s foodbowl are the fruit and vegetable industries.
These losses can be minimised by setting strong limits on urban sprawl, using existing residential areas (infill) and encouraging higher-density living.
However, accommodating a future Melbourne population of 7 million (even at much higher density) will still likely mean we lose some farmland. The Deloitte modelling estimated this will lead to a loss of agricultural output from Melbourne’s foodbowl of between A$32 million and A$111 million each year.
Protecting our food supply
Australia’s city foodbowls could play a vital role in a more sustainable and resilient food supply. If we look after our foodbowls, these areas will strengthen cities against the disruptions in food supplies that are likely to become more common thanks to climate change.
The New Urban Agenda adopted in October 2016 at the United Nations Conference on Housing and Sustainable Urban Development, or Habitat III, emphasises the need for cities to “strengthen food system planning”. It recognises that dependence on distant sources of food and other resources can create sustainability challenges and vulnerabilities to supply disruptions.
Resilient city food systems will need to draw on food from multiple sources – global, national and local – to be able to withstand and recover from supply disruptions due to chronic stresses, such as drought, and acute shocks, such as storms and floods.
In this future vision, highly perishable foods continue to grow close to the city. City waste streams are harnessed to counter decreasing supplies of water and conventional fertilisers, and increased investment in delivery of recycled water creates “drought-proof” areas of food production close to city water treatment plants.
If Australia’s cities are to retain their foodbowls as they grow, food will need to become a central focus of city planning. This is likely to require new policy approaches focused on “food system planning” that addresses land use and other issues, such as water availability.
We also need to strengthen local and regional food systems by finding innovative ways to link city fringe farmers and urban consumers – such as food hubs. This will create more diverse and resilient supply chains.
Obesity not only affects an individual’s health and wellbeing, it imposes enormous costs on the community, through higher taxes to fund extra government spending on health and welfare and from forgone tax revenue because obese people are more likely to be unemployed.
We propose the government put a tax on sugar-sweetened beverages to recoup some of the third-party costs of obesity and reduce obesity rates. Such a tax would ensure the producers and consumers of those drinks start paying closer to the full costs of this consumption – including costs that to date have been passed on to other taxpayers. There is the added benefit of raising revenue that could be spent on obesity-prevention programs.
Prevalence of obesity in Australia. Author provided
The scope of our proposed tax is on non-alcoholic, water-based beverages with added sugar. This includes soft drinks, flavoured mineral waters, fruit drinks, energy drinks, flavoured waters and iced teas.
While a sugary drinks tax is not a “silver bullet” solution to the obesity epidemic (that requires numerous policies and behaviour changes at an individual and population-wide level), it would help.
Why focus on sugary drinks?
Sugar-sweetened beverages are high in sugar and most contain no valuable nutrients, unlike some other processed foods such as chocolate. Most Australians, especially younger people, consume too much sugar already.
People often drink excessive amounts of sugary drinks because the body does not send appropriate “full” signals from calories consumed in liquid form. Sugar-sweetened beverages can induce hunger, and soft drink consumption at a young age can create a life-long preference for sweet foods and drinks.
We estimate, based on US evidence, about 10% of Australia’s obesity problem is due to these sugar-filled drinks.
Many countries have implemented or announced the introduction of a sugar-sweetened beverages tax including the United Kingdom, France, South Africa and parts of the United States. The overseas experience is tax reduces consumption of sugary drinks, with people mainly switching to water or diet/low-sugar alternatives.
There is strong public support in Australia for a sugar-sweetened beverages tax if the funds raised are put towards obesity prevention programs, such as making healthier food cheaper. Public health authorities, including the World Health Organisation and the Australian Medical Association, as well as advocates such as the Obesity Policy Coalition, support the introduction of a sugar-sweetened beverages tax.
What the tax would look like
We advocate taxing the sugar contained within sugar-sweetened beverages, rather than levying a tax based on the price of these drinks, because: a sugar content tax encourages manufacturers to reduce the sugar content of their drinks, it encourages consumers to buy drinks with less sugar, each gram of sugar is taxed consistently, and it deters bulk buying.
The tax should be levied on manufacturers or importers of sugar-sweetened beverages, and overseas evidence suggests it will be passed on in full to consumers.
We estimate a tax of A$0.40 per 100 grams of sugar in sugary drinks, about A$0.80 for a two-litre bottle of soft drink, will raise about A$400-$500 million per year. This will reduce consumption of sugar-sweetened beverages by about 15%, or about 10 litres per person on average. Recent Australian modelling suggests a tax could reduce obesity prevalence by about 2%.
Low-income earners consume more sugar-sweetened beverages than the rest of the population, so they will on average pay slightly more tax. But the tax burden per person is small – and consumers can also easily avoid the tax by switching to drinks such as water or artificially sweetened beverages.
People on low incomes are generally more responsive to price rises and are therefore more likely to switch to non-taxed (and healthier) beverages, so the tax may be less regressive than predicted. Although a sugar-sweetened beverages tax may be regressive in monetary terms, the greatest health benefits will flow through to low-income people due to their greater reduction in consumption and higher current rates of obesity.
The revenue could also be spent on obesity programs that benefit the disadvantaged, reducing the regressivity of the tax.
While the beverage and sugar industries are strongly opposed to any tax on sugar, their concerns are overblown. Most of the artificially sweetened drinks and waters, which will not be subject to the tax, are owned by the major beverage companies.
A sugar-sweetened beverages tax will reduce domestic demand for Australian sugar by around 50,000 tonnes, which is only about 1% of all the sugar produced in Australia. And while there may be some transition costs, this sugar could instead be sold overseas (as 80% of Australia’s sugar production already is).
A tax on sugary drinks is a public health reform whose time has come.
A free mobile app to help vignerons and winemakers quickly assess grapes for powdery mildew in the field is being made available to growers globally.
Developed in South Australia by the University of Adelaide in collaboration with industry and Wine Australia, the app was initially launched for use exclusively in Australia ahead of the 2016 vintage.
PMapp has been downloaded more than 1000 times and been well received by the Australian industry, prompting the construction of a training website to support the app and its international release this month.
Powdery mildew is a serious disease that affects grapevines worldwide and can cause off flavours and aromas in wine if not controlled.
University of Adelaide Professor of Plant Pathology and project leader Eileen Scott said she had already responded to inquiries about the app from North America, Chile, Europe and New Zealand.
“Powdery mildew is probably the most ubiquitous disease of grapevines – it occurs everywhere because it’s much less sensitive to weather conditions than other diseases like downy mildew or botrytis,” she said.
The disease is assessed in the vineyard as the percentage surface area of grape bunches affected, which gives a measure of disease severity.
PMapp allows the user to visually assess the severity by matching it with computer-generated images.
The app allows disease data to be entered quickly in the vineyard. Assessors then email the results and analyse the resulting spreadsheet, which records GPS co-ordinates and other assessment details.
Prof Scott said having Australian growers use the app for a year before the rest of the world allowed the system to be trialled thoroughly so any glitches could be fine-tuned.
“What we’ve built on to the app since we did the Australian release was a website designed to support diagnosis and recognition of powdery mildew as well as more training in early assessment than we could build into the app,” she said.
“The app allows people to enter their assessment quickly and efficiently to get an on the run average severity and average incidence across the block they are assessing.
“The website is designed for pre-vintage training of new staff and up-skilling or refreshing of existing and experienced staff so when they go out into the field they feel better prepared for the assessments.”
Australian users of the app in the 2016 vintage said it would become a valuable industry tool with some even using it to also assess grapes for bunch rot.
Australian Vignerons CEO Andrew Weeks said PMapp offered the potential for a uniform and reliable assessment procedure for powdery mildew, which in turn provided a consistent market signal for winegrowers.
“PMapp was a great tool in making decisions acceptable to both grower and winery,” he said.
Accolade Wines Chief Viticulturalist Alex Sas also supported the app.
“PMapp will quickly become part of the standard operating procedures of large wine companies in Australia and worldwide,” he said.
South Australia is consistently responsible for almost 50 per cent of Australia’s annual production.
Dairies are continuously striving to maximise efficiencies and eliminate waste. For those plants producing cheese, there is a profitable method available for turning whey, a cheese by-product, into a significant revenue stream.
Historically, cheese processors would discard whey by transporting it off-site where to be dried by other companies or used as cattle feed, or in some cases drain it to an effluent treatment plant (ETP) or city municipality.
These options would come at significant transport or disposal costs, negatively impact the environment and operating margins.
With its technology portfolio and spray drying process expertise SPX Flow has helped many of these cheese producers upgrade their facilities to produce whey powder, whey protein isolate powder, non-caking whey powder, non-caking permeate powder and lactose powder.
Recently, the company was awarded contracts to design and construct new plants in Lithuania to produce whey powder and non-caking permeate powder and in France a high yield lactose powder plant. This lactose plant can provide a 20 per cent yield improvement compared to traditional processes. Other projects previously commissioned in South America, Scandinavia and Germany are running successfully and helping to establish new global standards in this area.
This lactose process requires specific knowledge of the heat and hold process to elongate evaporator runs as well as key technology used in the crystallisation process. This specialised process knowledge and equipment offered by the company brings advantages including higher product quality, whiter colour, free flowing and heat stable powders resulting in:
Consistently higher quality grade product that can be sold at higher prices
Ability to produce larger output from a single process plant
Very hygienic design compared to alternatives in the market
Significant operating margin improvements driven by yields
The company’s Drying and Liquid processing technologies provide customers with reliable and optimised designs to help them achieve cost efficient solutions in today’s highly competitive dairy market.
Rewind 100 years and the Battle of the Somme would be grinding to a close. For 141 days soldiers had suffered the worst that modern warfare could deliver: bombardment, chemical weapons, failed advances and a level of casualties no one could have anticipated. In this centenary year, multiple articles have been published on the terrible conditions, the tactics, the tear gas. But what about the teeth?
Dentistry, granted, is not a topic that often comes up when discussing World War I. But the poor state of working-class mouths – no dental care for most of them – and the difficulties that the very basic army food presented, made the all-consuming pain of acute toothache all too common. So what were the soldiers eating?
Military leaders have long noted that armies “march on their stomachs”, so the 1914 British army command was well aware of the significance of rations to its men.
Difficulties in the Crimean War, where more soldiers had been admitted to the hospital at Scutari suffering from scurvy than from battle wounds, had prompted a series of army dietary reforms over the second half of the 19th century. Improvements in nutritional science had also helped to shape the provisioning of the army – although the emphasis on energy values to the exclusion of other considerations resulted in a diet that, while high in calories, was often lacking in variety, difficult to consume and somewhat indigestible.
In the summer of 1914, the army provided the same level of feeding for all, but soon found this unsustainable and a series of adjustments followed, reserving the best rations for those in the front line. Those in reserve and in the training camps at home received considerably less.
The fighting man’s calorie quota was on a par with that of the modern British Army, although contemporary ration packs offer a level of variety unimagined by those serving a century earlier. In terms of national comparison, the British fared pretty well, the Americans had the most calories – and the French a widely envied daily wine ration.
If actual rations met the official description, and the cooks were of a decent standard, all went relatively well. A relatively static war meant that the delivery of rations was usually reliable – at times of advance or retreat the long supply chains could be interrupted, but most of the time the complex set of movements from Base Supply Depots to the front was sustained.
Unfortunately, the cooks’ efforts often fell short, although they were hindered by the army’s own recipe books where, for example, the list of ingredients for “Fish Paste” contained four tins of sardines – and eight of bully (corned) beef.
If you were a British soldier serving on the front line in 1917, your rations (comprising a desired 4,193 calories per day) would be as follows:
Meat (fresh or frozen) 1 lb or
Meat (preserved) 9 oz
Bread 1 lb or
Biscuit 10 oz
Bacon 4 oz
Cheese 2 oz
Fresh Vegetables 8 oz
Tea 5/8 oz
Jam 3 oz
Sugar 3 oz
This may look like a pretty good diet, but the army sought to deliver the greatest number of calories in the easiest manner – and that often meant tinned (both meat and biscuit) rather than fresh food. A tin of Maconochie’s meat and vegetable stew, especially when heated up, was the acceptable face of canned food. Cold corned beef wasn’t – and biscuit was even less popular. The British working classes had grown up on a diet dominated by bread, so while a hard-baked carbohydrate substitute may have scored highly in logistical terms it was regarded by most men as an abomination.
The bane of biscuit
Scores of cartoonists and writers have made jokes about biscuit’s similarity to kindling, but it was no laughing matter. Many of the working and lower-middle-class soldiers had very poor teeth – the result of too much sugar and too little dentistry. The army was reluctant to pay for dentists and when the British Expeditionary Force travelled to France in 1914 not one dentist accompanied them.
It was only when General Douglas Haig developed excruciating toothache at height of the Battle of Aisne in October of that year that the cost of their absence was realised. No one was able to treat Haig and he was forced to await a French dental surgeon from Paris. Haig subsequently contacted the War Office to request the recruitment of army dentists for the BEF – 12 dentists arrived in November and a further eight by the end of 1914.
Jokes about the state of the nation’s teeth also reached the pages of Punch. In August 1914 it published a cartoon of a disgruntled man at a recruiting office protesting to the MO who’d turned him away because of his rotten teeth: “Man, ye’re making a gran’ mistake. I’m no wanting to bite the Germans, I’m wanting to shoot ‘em.”
Defective teeth were a major cause in rejecting volunteers and so patriotic dentists stepped forward. C J McCarthy of Grimsby advertised in the local paper promising free treatment to the first 25 volunteers rejected because of their teeth that reported to his surgery.
Dentistry mattered: in the theatre of war, losing a set of false teeth effectively rendered the soldier useless because the conditions at the front didn’t allow for a soft diet for toothless men. Canon J O Coop wrote home to his wife that one man had a self-inflicted wound and “to make more certain [his escape from the front line] he had thrown away his false teeth because he knew that men who lost their teeth were sent to base”.
The army’s efforts weren’t always met with enthusiasm, but innovative Tommies knew how to make the best of what was available, often grinding the biscuits to a powder, mixing in a tin of milk and one of jam – preferably not the eternal plum and apple – and heating. Making the rations palatable was a key skill learned alongside the more distressing aspects of warfare.
Coming up with new food ideas and then bringing those ideas to fruition is not an easy business. Matthew McDonald profiles Newly Weds Foods (Australia), a company dedicated to keeping up with food trends and creating new products for Australian food makers.
Integrated food ingredients business, Newly Weds Foods (Australia) counts all sorts of food companies, including manufacturers, retailers and QSRs as clients.
The company’s products include coatings, seasoning systems and functional blends for seafood, poultry, pork, beef, vegetables and processed meats.
“We do bake breadcrumbs, from Panko to traditional breadcrumb. We do have flour blends, we do have functional and flavour seasoning mixes and we do make liquids, be they shelf stable or frozen that a client might use,” the company’s General Manager Calvin Boyle told Food & Beverage Industry News.
The company’s focus, he explained, is on trying to meet the requirements of its clients.
“We get business because we help solve problems. And we solve problems by either giving clients good new ideas or responding to request for versions of their ideas. Or sometimes we get business because we make a product better than our competitors,” he said.
So what problems does Newly Weds solve?
According to Boyle, they can offer total product solutions. “We’ve got the ability to develop the product for our clients from ground zero,” he said. “[Our] chef…can engage with them to look at new trends and look at new ideas.”
Or alternatively, the client can bring an idea to the company and work with the chef to develop it and create a new product.
“The chef can cook it the way a consumer would and then our food technologists can take that product and commercialise it so it can be made in a factory by us and our clients,” said Boyle.
“Our food technologists are a bridge…they bridge it back to a commercial product.”
But the product development process, he stressed, varies from client to client. Newly Weds is happy to engage with each client in any way they wish.
Understanding market trends and consumer behaviour is very important here. The company’s marketing team provides updated market information to enable its development team to keep ahead of the curve.
And regular internal and external “ideation sessions” ensure they are offering clients the most innovative concepts.
“We will do prospective presentations for clients. We will come up with 10 things we think are good ideas,” said Boyle.
“We supply our various clients about 1,000 separate samples a month right across our client base and a lot of them are demand driven where a client has asked us to do specific work.”
“We go and develop presentations where we look at trends in the market place: what we’re seeing happening, particularly overseas at our various other entities in Europe or North America or Asia.”
Boyle said that, while there are currently several factors influencing consumer choice – things like health concerns, convenience, safety, and environmental concerns – there is no one driver.
“There’s no one particular theme…every day we’re working on a project for a client that will tick every one of the boxes,” he said.
“…Consumers are looking for things that are good for them. I think every consumer goes through this…one day they’re looking for indulgence the next they’re concentrating on their health, so what we’re doing all the time is different products.”
“We’re developing products with lower salt, lower fat. At the same time another client is looking for the best flavour or the most on trend ideas.”
He nominated authenticity as an important factor.
“Consumers want restaurant quality food and they want it convenient…accessible in their supermarkets,” he said.
“We are seeing a real focus on authenticity…if it says chilli [on the packaging], it’s got to be hot.”
The demand for authenticity goes further than just taste. Earlier this year, consumer group Choice revealed that much of what was being sold in Australian supermarkets as oregano was actually olive leaves.
Here in Australia, this type of thing is relatively rare. As Boyle pointed out, the problem is much worse overseas.
“We’re doing a lot of work with our suppliers and internally as part of our quality system to demonstrate to our clients the raw materials we source have not been substituted or supplemented,” said Boyle. “We tested our oregano and it was all perfectly OK.”
Boyle sees a breadth of authenticity as a strength of Australia’s food market.
“Australia is quite a crucible of ethnic diversity,” he explained.
“If you’re looking to present something that’s Italian you have a large population of Australian Italians that will hold you to account that it tastes like it’s Italian. Or if it is meant to be Thai you will have a large number of Thais who are looking for that product to be quite authentic.”
Newly Weds Foods has plants in Sydney, Perth and Auckland, all of which operate as stand-alone entities. The facility in Sydney, for instance, employs a chef and 14 food technologists who are involved in R&D.
In addition, the Sydney plant has a quality assurance team which is even larger than the R&D team.
“We test everything on site including allergen testing. The only thing we don’t do is our own micro biological testing. There are too many good laboratories available close at hand for us to need to do that,” said Boyle
Having an allergen testing capability means the company can test raw materials that come in as well as their own products we make. This provides clients with the security they are looking for.
While he nominated organoleptic testing (which ensures the end product has the look, smell and taste it is supposed to have) as far and away the most important testing, Boyle said testing is not a one-size-fits-all exercise.
“It’s very complicated because we made over 2,000 individual products in the last twelve months. Every one of those products is different,” he said.
“Some undergo micro testing, some undergo chemical testing. It very much depends on the individual product…how clients are using it…what risks the raw materials might pose.”
For example, if Newly Weds commit to making a product that is gluten free will, they will thoroughly test it to confirm that it lives up that claim.
“We do all the tests that are required for each particular product. We know based on what we’ve experienced in the past and information we get from our other Newly Weds entities around the world that we need to do this test on this raw material or when that raw materials is used. That’s part of our core competence,” he concluded.
Market intelligence agency Mintel has announced the six key trends set to impact the global food and drink market – highlighting ingredient and food and drink product trends set to make an impact over the coming year.
2017 will be a year of extremes, from “ancient” products including grains, recipes, practices and traditions to the use of technology to create more and better tasting plant-enhanced foods.
Expect to see a rise in both “slow” and “fast” claims as well as more products designed to help people calm down before bedtime, sleep better and restore the body while they rest. Opportunities will exist for more products to leverage the reputation of the tea category and use chamomile, lavender and other herbs in formulations as a way to achieve a sense calm before bedtime.
There will also be a valid excuse for nighttime chocolate indulgence. In 2017 and beyond, expect to see more of the unexpected, including fruit snacks made with ugly fruit and mayonnaise made with the liquid from draining chickpeas, which has been dubbed aquafaba.
Looking ahead to 2017, Mintel’s Global Food and Drink Analyst Jenny Zegler discusses the top food and drink trends set to impact global markets.
In tradition we trust
Consumers seek comfort from modernised updates of age-old formulations, flavours and formats.
People are seeking the safety of products that are recognisable rather than revolutionary. The trust in the familiar emphasises the opportunity for manufacturers to look to the past as a dependable source of inspiration such as “ancient” product claims including ancient grains and also ancient recipes, practices and traditions. Potential also exists for innovations that use the familiar as a base for something that’s new, but recognisable, such as cold-brew coffee.
Power to the Plants
The preference for natural, simple and flexible diets will drive further expansion of vegetarian, vegan and other plant-focused formulations.
In 2017, the food and drink industry will welcome more products that emphasise plants as key ingredients. More packaged products and recipes for home cooking will leverage fruits, vegetables, nuts, seeds, grains, botanicals and other plants as a way to align with consumers’ nearly omnipresent health and wellness priorities. Technology will play a part, already we have seen one company use artificial intelligence to develop plant-based alternatives to animal products including milk, mayonnaise, yogurt and cheese.
The focus of sustainability zeros in on eliminating food waste.
More retailers, restaurants and philanthropic organisations are addressing the sheer amount of food and drink that is wasted around the world, which is changing consumer perceptions. In 2017, the stigma associated with imperfect produce will begin to fade, more products will make use of ingredients that would have otherwise gone to waste such as fruit snacks made from “ugly” fruit and mayonnaise made from the liquid from packaged chickpeas, and food waste will be repurposed in new ways, such as power sources.
Time is of the essence
The time investments required for products and meals will become as influential as nutrition or ingredient claims.
Time is an increasingly precious resource and our multitasking lifestyles are propelling a need for short-cut solutions that are still fresh, nutritious and customisable, already we have seen so-called “biohacking” food and drink that offers complete nutrition in convenient formats. In 2017, the time spent on – or saved by – a food or drink product will become a clear selling point, inspiring more products to directly communicate how long they will take to receive, prepare or consume.
The night shift
Evening is tapped as a new occasion for functional food and drink formulations.
The increasingly hectic pace of modern life is creating a market for food and drink that helps people of all ages calm down before bedtime, sleep better and restore the body while they rest. Products can leverage the reputation of the tea category and use chamomile, lavender and other herbs as a way to achieve a sense calm before bedtime, while chocolate could be positioned as a way to wind down after a stressful day. Ahead, there is potential for more evening-focused innovations formulated for relaxation, satiety and, taking a cue from the beauty industry, food and drink that provide functional benefits while the consumer sleeps.
Balancing the scales: health for everyone
Healthy food and drink are not “luxuries.”
Inequality is not just a political or philanthropic issue — it also will resonate more with the food and drink industry. Many lower-income consumers want to improve their diets but the access to — and the cost of — healthy food and drink is often an impediment. More campaigns and innovations are to be expected that will make it easier for lower-income consumers to fulfill their healthy ambitions, including apps to help people make use of ingredients that are on sale and, in a tie-in with Mintel’s 2017 Global Food & Drink Trend Waste Not, a value-priced box of “wonky” veg.
“This year’s trends are grounded in current consumer demands for healthy, convenient and trustworthy food and drink. Across the world, manufacturers and retailers have opportunities to provide more people with food and drink that is recognisable, saves time and contains servings of beneficial fruits, vegetables and other plants,” said Jenny Zegler, Global Food and Drink Analyst at Mintel.
“In addition, Mintel has identified exciting new opportunities for functional food and drink designed for evening consumption, progressive solutions for food waste and affordable healthy food for low-income consumers. Opportunities abound for companies around the world to capitalise on these trends, helping them develop in new regions and more categories throughout the course of the next year and into the future.”
Australia’s pet owners have become increasingly conscious of providing their pets with the best possible life – a view that has been clearly demonstrated in the major trends seen in the sale of pet food, writes Branko Miletic.
In monetary terms, according to Galaxy Research, Australian pet owners are spending over $3 billion on pet food a year. Dog food accounts for more than half of this at $1.6 billion, or 53 per cent. Cat food also comprises a significant proportion at $1.1 billion or 36 per cent of all pet food sales. Together, dog and cat food represent almost 90 per cent of all pet food expenditure.
These figures are hardly surprising since there are estimated to be more than 25 million pets in Australia – more than there are people – with nearly 5 million of Australia’s 7.6 million households home to pets. At 63 per cent off the population, Australia has one of the highest rates of pet ownership in the world.
From the horse’s mouth
FMCG analysts Euromonitor International has also found that Australians have a strong emotional attachment to and value their companion animals, with most people considering them members of the family.
At the same time, the global financial crisis had a profound effect on Australian household spending and savings patterns. While the Australian economy never dropped into recession, job certainty was no longer assumed and Australians started spending less and saving more.
This reversed the steadily declining household savings rate, a trend which had been in place since the 1970s.
Euromonitor International has also noted that consumer spending cut backs have been most noticeable when it comes to discretionary spending. However, after looking at all the figures, one sector that seems largely impervious to these economic downturns is pet food. In fact, pet food has been compared to baby food due to its resilient performance.
Paw-sing to read the trends
According to The Animal Health Alliance and their latest Pet Ownership Report, there are a number of trends that are clearly visible in Australia when it comes pet food.
Consumers are prepared to spend more on their pets, which has seen pet food become increasingly sophisticated, particularly in the premium end of the market. Sales of premium dog and cat food products have continued to grow steadily over the past five years, with seven per cent year on year growth in current value terms.
This premiumisation of pet food is impacting the economy and mid-priced segments of the market, which are expected to come under increasing pressure as consumers trade up to premium products.
Packaging has become more sophisticated to reflect the premium offerings and key selling points. For wet pet food, product offerings have tended to move away from large pack sizes to multi-pack single serve portions. To make premium products more affordable, premium dry dog and cat food has increasingly become available in large air tight resealable packs.
This has provided an attractive option for pet owners wanting to economise without sacrificing quality. In non-grocery channels the 3kg pack size is more common, compared to 500g to 1.5kg seen more predominantly in grocery retailers.
Dry pet food is most commonly packaged in flexible plastic and does not yet reflect the trend towards more sustainable packaging options.
Health and Wellness
Just as Australians have become more conscious of having a healthy lifestyle and diet, so too have these become considerations when it comes to buying pet food. Health and wellness claims have become more common in the pet food sector, a trend that is occurring at all price points, including private label offerings.
An increasing number of products boast added vitamins and minerals, and/or that they address specific health concerns. These include weight control, dental hygiene and digestive health. The idea of all-natural, preservative – free and organic products has also permeated the pet food market.
The market has become more and more segmented to offer pet owners products that address specific needs or concerns. This includes the development of products targeted to cats and dogs at different life stages, such as puppy/kitten, ‘mature’ and ‘senior’.
The health and wellness trend has also driven segmentation in pet foods, with different product offerings such as weight control, dental hygiene and digestive health now commonplace.
Private label pet food offerings have increased alongside a range of other product categories on supermarket shelves, and in 2011 accounted for 10.7 per cent of all pet food sales. Woolworths has the largest share of the private label market, and the sixth largest share (2.4 per cent) of the total pet food market.
Grabbing the issue by the tail
According to Duncan Hall from the Pet Food Industry Association of Australia (PFIAA), there are many other factors that have had a direct influence on the choice and type of pet food Australians are purchasing.
“There has been a profound change in the past 20 years in the type of pet food sold in this country,” said Hall.
This is directly related to the types and sizes of pets Australians are now keeping.
“A lot of new pet foods out there are in response to the types of pets we have,” said Hall.
“For example, due to the popularity of certain small dog breeds, we have seen a move away from the large dog food portions to smaller, single serve sizes.”
“However, a lot of pet food trends also mirror the trends we have been experiencing with human foods – like the move to all-natural foods as one example.”
“There are also new types of pet foods that have been developed in response to veterinarians’ requirements for foods that help pet recovery and recuperation from illness and injury.”
Hall also noted that the channels for distribution for pet food sales have increased.
“It’s moved away from just being able to buy pet food in the supermarket to purchasing pet food in pet specialty stores and barns, from the vet and also online,” he said.
The need for proper labelling
Much like with human foods, then there is the issue of labelling.
According to Hall, the pet food manufacturing industry has worked in conjunction with a number of groups including the RSPCA, veterinarians, pet food manufacturers and Standards Australia to come up with a national standard for pet food labelling, also known as AS5182: Manufacturing & Marketing of Pet Food.
“AS5182 was developed to promote prepared pet food as the preferred method of pet nutrition reinforced through the establishment and self-regulation of industry standards,” noted Hall, who added that the “PFIAA was instrumental in establishing AS5812.”
So whichever way you cut and dice the pet food trends in Australia, one thing is for sure – this country will continue to provide a standard of food to its millions of beloved four and two legged friends that is second to none.
With the rise in the planet’s population around 60 million people per year, it is an issue that cannot be ignored.
There are several ways, each with varying degrees of difficulty, to enhance the efficiency of food production. These include tackling climate change, increasing the availability and fertility of land and improving the supply of water. However, an important element of food production which must be addressed immediately is the further optimization of crop yields as it will be a hugely significant factor in ensuring the 2050 target is met.
Whilst tackling climate change, improving the quality and fertility of arable land and supplying water will take time, increases in food sorting efficiencies are possible now. This can be done by utilizing the latest available food sorting technologies and machines, which deliver greater yields, enhanced profitability for processors and, importantly, advanced knowledge from data which can be used further along the processing line.
It is important to recognize that, in addition to the demand for more food, the desire for choice and variety is also growing. This is especially the case in developing countries that are adopting western, middle-class consumption habits such as the desire for a greater variety of food types and outlets in which food is served and consumed.
As people move away from traditional home cooked meals, the demand for convenience food and ready-meals is increasing, bringing with it opportunities to benefit but also obstacles to overcome.
For instance, an average French fry plant produces 140.000 tons of French fries per year. By increasing yields by as little as 0.5 per cent through modern sorting technologies and techniques, a processor could take an estimated 90 truck-loads off the roads.
This action, which has positive repercussions for the environment as a whole, will increase the availability of raw material and boost profitability.
It is important to highlight that this principle can be extended and implemented in all areas of food production. This is especially relevant since the United States Department for Agriculture (USDA) recently claimed that 31 per cent of American-grown food was not available for human consumption at retail and consumer levels. With a commitment to yield optimization, industries can help minimize this waste.
In terms of volume, the same report stated that over 51 million tons of food was lost in America. In monetary terms, this waste represented over $161bn (€145.3bn) as purchased at retail prices.
To help overcome this, the food sorting industry is investing in its technological development to ensure that efficiencies continue to be made. For example, the TOMRA 5B sorting machine is a system that not only sorts to customers’ specifications, but also provides them with an increasing supply of data and easy-to-interpret statistics which can be used to improve future yields.
TOMRA’s smart surround view can reduce false rejections by 20 per cent, increasing exponentially the amount of good final end product, in turn limiting waste.
The ability to efficiently sort vegetables, potatoes and nuts – which represent over 19 per cent of the total amount of food wasted in the United States alone – could have a huge impact. By increasing yields by just one per cent, it is possible to increase the final amount of this type of produce in the US by 11 million tons. Apply this on a global scale and the 2050 food level objective starts to look more achievable.
The improvement in yield enhancing technology is not simply about ensuring food can be used for its initial purpose, it also identifies what produce can find its way into the food chain with an alternative use.
These improvements, as delivered by the TOMRA 5B sorting machine, will result in produce that would once have been identified as waste being recovered. A food type that does not make the grade for sale in its original form can be recouped for the creation of potato flakes, tomato sauces or other alternatives. It can also be sold as a grade B product, ensuring that waste is reduced at every stage of the process.
Developments in technologies, such as a 360-degree surround view of the produce for optimal inspection, combined with innovative detection and rejection technology, result in more valid decisions about the quality of the product. This technological progress not only improves the quantity of food available, it also maintains the high levels of quality expected by consumers who are increasingly interested in what they are purchasing.
Alongside this, the population growth of developing nations – especially those in Sub-Saharan Africa which, according to the FAO, is expected to grow by up to 108 per cent – means that plans for improved yields in these economies must be tackled sooner rather than later.
The use of ever-improving technology to directly increase yields is a move in the right direction. However, the next generation of food sorting machines will be able to provide vital information which will not only increase yields, but also look at improvements further down the production line and in future seasons.
If a food processor was to notice depressions in yield in a particular area of the process, the results taken from the sorting machine could create a solution to easily identify and form actions earlier in the food growing process. Armed with this data, food processors are able to formulate plans to overcome present issues.
If the world is to meet the expected demands for food by 2050, and to make further improvements as the population continues to grow beyond that date, it must tackle the issue of improving yields quickly. By investing in sorting technologies and machines, food manufacturers and processors will be able to not only satisfy the need for increased volumes of product, but also increase their revenues.
To support this, food sorting technology developers will continue to refine their systems to enable greater access to increasingly accurate data and provide more capable machines to reduce waste to an absolute minimum.
The outlook should be regarded as a positive one. The assistant director general of FAO, Hafez Ghanem, said that his organization is “cautiously optimistic about the world’s potential to feed itself by 2050”. With continued developments in food sorting technology, it has every reason to be.
 Estimated on an average truck capacity size of 25 tons
[Roel Molenaers is head of product management, TOMRA Sorting Food]
When it comes to choosing a bulk packaging system, every business has its own unique needs. There are different types of bulk packaging systems available on the market, and each machine comes with its own uses and advantages.
Some focus more on outer packaging functions such as forming, cleaning, and sealing. Others focus more on the interior of the package through filling, wrapping, and creative packaging solutions. What you’ll need depends on the type of items you’ll be packaging and the type of packaging you’ll be using, as well as your budget.
Form, fill and seal machines (FFS)
These machines are commonly used for food packaging, although they can also be used for other items including liquids and solids. The FFS machine creates a bag from a flat roll of film, while simultaneously filling the bag with the product and sealing the bag once it’s full. The advantages of FFS machines are that they can operate at a high speed and they’re ideal for running the same product continuously.
The cost of the film is cheaper than purchasing pre-made bags, so you will save on operating costs. However, changing the film is time-consuming, and if the bag is dropped it will often break.
Vertical form, fill and seal machines (VFFS)
VFFS machines fill each bag before heat sealing it, labelling it with a time stamp, and auto cutting the bag. Most VFFS machines can operate at about one finished bag per second, so they are ideal for businesses with high output requirements.
They can be used for small individual packages (like sachets) or for larger bags, and they can package a wide variety of materials like seeds, powders, liquids. VFFS machines are suitable for bagging oats, hay, mulch, fertilisers and more.
Bale packaging machines
Bale packaging machines use hydraulic cylinders to compress products to a quarter of their original size. This allows you to store more products, maximise your available space, and save on packing and transportation costs. This type of bulk packaging system is normally used for cereals, rags, sawdust, humus, straw, hay and fodder.
Valve bag fillers
These machines are consistent, accurate, and simple to install and adjust. Valve bag fillers use a two-stage filling system. The majority of product is filled at maximum rate, and then just before the bag reaches its target, the machine reduces the fill rate to a dribble feed.
This way, the machine can stop filling more accurately when the bag reaches its target weight.
Valve bag fillers are relatively small machines, so they don’t take up a lot of floor space. They’re suitable for packaging dry materials, powders and granular products such as soil, mulch, minerals, grains or concrete mix.
Pre-made bags or open mouth baggers
These systems are extremely flexible. They are compatible with paper bags or woven bags, heat sealers, inner liners, stitched outer bags, fold overs and taped seals.
They offer various feeding methods including gravity feeding, auger feeding, and vibratory feeding, providing you with the ability to package unusual products.
You can add dust extraction systems or bag compression functions depending on your business needs. Poly woven bags are, on average, more robust than FFS bags, but your cost per bag will be higher. Open mouth baggers also tend to be slower than FFS systems.
Wheat is everywhere. It’s in bread, pasta, pastries, biscuits, pizza, batter, cereals, soups, sauces, instant drinks, salad dressing, processed meats and sweets, to name but a few.
The western diet is so infatuated with wheat that most of us eat a kilo or more a week. So why do we love it?
It’s simple. It provides the texture of our pasta, the spring in our bread, the thickening in our soups and sauces, and the crunch in our batter and pastries.
But what some of us crave, others look to avoid. They study ingredients on packaging and travel across town to find processed foods that don’t contain wheat. While they may enjoy the texture, spring, thickness and crunch, they don’t feel well after they eat wheat.
So what’s the problem?
Some have a sensitivity to a small set of wheat proteins called gluten. For a subset of people their reaction is so extreme it’s defined as coeliac disease.
But most people who avoid wheat are not intolerant to gluten but rather to some other substance in wheat. Scientists agree this is likely to be other proteins found in the wheat grain, but it is typically unknown what the culprit is in each case.
This is a frustrating mystery for wheat sensitivity sufferers which hangs over their café breakfasts, luncheons with friends and social dinner parties.
The full set of proteins that make up wheat grains has only recently been revealed, with details published last month in The Plant Journal. These proteins make up the wheat proteome and have been exhaustively mapped out for the first time in wheat by research conducted here in Australia.
With this discovery we now know that, beyond gluten, thousands of different proteins can be found in wheat grain. Some of them we didn’t even know existed before this research was undertaken.
We know when they are made during grain development and we know if they are also found in other parts of the wheat plant such as the leaves, stems and roots. Each of these long wheat grain proteins are digested in our gut to become short peptides.
That means there are hundreds of thousands of different peptides that can be derived from wheat. Most are harmless and good nutrition but for some people, a set of them will make us unwell.
Single out the proteins
Only now that this mapping of the wheat proteome has been completed can we measure each protein separately and see how abundant they are in different varieties of wheat.
This information enables scientists to use mass spectrometers to sift through proteins and peptides by subtle differences in their weight – a difference that can be smaller than the mass as a proton.
We can literally dial up the masses of a particular set of peptides and set the mass spectrometer to work measuring them. The technology is at the cutting edge of new blood tests for disease. It can now be applied to make new measures in wheat.
This means we have a remarkable new opportunity to see wheat in a novel way – as a complex set of proteins that can work for us, or against us.
This breakthrough not only shows us the list of proteins in grain. When paired with wheat genome data (information about the complete set of genes in wheat) it tells us for the first time which of the 100,000 different wheat genes are responsible for making each of the proteins.
Armed with this new information, things really can change. We will ultimately be able to determine which proteins in wheat are causing people to feel unwell. We will then be able to breed wheat varieties that contain less or none of the proteins responsible.
These kinds of selective changes in wheat protein content don’t need to stop at aiding those intolerant to today’s wheat. They can enable wheat varieties to be tailored to make wheats that are better for baking or brewing or thickening.
They can even help us to breed wheat that is better able to survive in harsh environments, to adapt to changes in climates and is better suited to more intensive farming.
This is important because wheat is not just an integral part of the western diet. It is also part of an international plan to raise crop yields to ensure we have food for the estimated 8.5 billion people across the world by 2030.
Safe, benign, abundant, cheap, high quality wheats with protein contents ready for many different applications are a key part of food security and a fairer future.
It’s no wonder people are confused about whether it’s good to eat cheese, when even food experts are divided. Some argue that we’re not eating enough of this important source of protein and calcium, while others say the high levels of salt and saturated fat mean we should be eating less.
Whatever your position, it’s becoming increasingly hard to avoid cheese. Whether its grilled halloumi with poached eggs for breakfast, pumpkin and feta salad for lunch, or pepperoni pizza for dinner, cheese is a key ingredient in many regular meals. It’s a popular snack food, with many health professionals promoting crackers and cheese as a high-protein snack. A cheese platter is also the favourite way to kick off afternoon drinks or a barbeque.
So just how much cheese are Australians eating, and is it good for us?
The Australian Dietary Guidelines recommend that adults eat about 2.5 serves of dairy (including milk, yoghurt and cheese) a day. They also say this should preferably be low-fat to ensure that nutrient needs are met without exceeding energy requirements.
Available sales data for cheese suggest that Australians are eating 13.6kg of cheese per person per year, which works out at 37g per person per day, or just less than one Australian portion (Australian portion sizes are 25% bigger than European Union ones, at 40g compared with 30g).
It seems that the advice to limit full-fat cheeses to two or three serves per week is being ignored. Low-fat products only made up 29% of dairy products consumed in the last dietary survey while cheese accounted for 99% of the high-fat dairy products consumed.
This is 11% and 40%, respectively, of the amount used as the reference guide for daily intake labelling. So even though actual recommendations depend on individual energy requirements, it is still clear that we need to limit our consumption of full-fat cheese to avoid excessive amounts of saturated fat.
The levels of sodium in cheese are also something to watch out for as too much salt increases blood pressure, which increases the risk of heart disease and stroke.
Interestingly, processed cheddar contains twice as much sodium as unprocessed cheddar, at 532mg per portion (26% of WHO recommended amount), so it would seem better to opt for the unprocessed version on that basis (although this may have higher levels of saturated fat and less calcium).
The definition of a processed cheese is a product manufactured from cheese and products obtained from milk, which is heated and melted, with or without added emulsifying salts, to form a homogeneous mass.
Such products can be produced more cheaply, last longer and are more convenient to use and so are a popular product for kids’ school lunchboxes. Current concerns over increasing childhood obesity in Australia means its important to keep an eye on fat and energy contents of children’s foods.
Kraft singles and Bega Stringers both contain a little less energy, substantially less saturated fat, and about the same amount of sodium and calcium per portion as regular cheddar cheese. Meanwhile, Philadelphia cream cheese contains even less energy and much less sodium but is higher in saturated fat.
A recent meta-analysis of 15 studies, that suggested moderate cheese consumption (up to 40g per day) was associated with reduced heart disease risk, didn’t differentiate between low and full fat cheeses.
The authors (two of whom incidentally work for a leading dairy company in Asia) suggested the calcium, protein, vitamins or minerals (not specified) in cheese might explain the apparent protective health benefits.
Cheese is a good source of calcium and we need calcium for bones and teeth as well as regulating muscle and heart functions.
The recommendations are for most adults and children aged nine and above to eat 1,000-1,300mg of calcium a day. A 40g serving of cheddar cheese contains around 320mg. So you would need to eat at least three portions if you were to get your calcium requirements just from cheese.
So what’s the verdict?
For maximum health outcomes I’d stick to the advice to eat two to three serves of dairy (mainly low fat) per day. This may include one serve of low-fat cheese, with maybe one serve each of low-fat milk and yoghurt to ensure you get enough calcium. I’d also stick with the recommendations to limit full-fat cheeses to two to three serves per week.
Enjoy sparingly (two to three times a week): full-fat cheeses, hard cheeses, feta, halloumi, blue cheese.