We can’t easily monitor the health
of plants, by the time we see that they’re sick it’s usually too late to save
that. That’s an issue for your house plants, a field of wheat, orchards and
plantations.
Karina Khambatta has developed a
way to use the waxy surface of leaves to monitor their health.
Climbing trees reveals a housing shortage for tree-rats and other endangered animals.
Estimates of tree hollows – which form the houses of
several endangered species in northern Australia – are much too high,
researchers at Charles Darwin University in the Northern Territory have found.
And the discovery could be bad news for several of
Australia’s most vulnerable species, including the Black-Footed Tree-Rat (Mesembriomys gouldii) and Brush Tailed Rabbit-Rat (Conilurus penicillatus).
An “Expansion-Tolerant” Architecture offers stability to ultra-high capacity Lithium-Sulfur battery
A lithium sulfur battery that has four times the capacity than existing electric car batteries has been built and tested by researchers at Monash University, revealed in a paper published in Science Advances.
This would allow you to drive Melbourne to Sydney with
just one charge – driving the coastal route. A current edition prius would
require to stop in Albury-Wodonga to recharge.
Maths model
helps rangers protect national parks, despite tight budgets.
Mathematics can help reduce poaching and illegal logging in national parks, researchers have found.
A
team of applied mathematicians including Macquarie University’s David Arnold
has developed an algorithm that predicts which areas inside park boundaries
offer the greatest possibilities for criminals – and how rangers can most
efficiently combat them.
Researchers
close in on an objective measure for physical distress.
A new microscope-based method for detecting a particular molecule in the spinal cord could help lead to an accurate and independent universal pain scale, research from Australia’s Macquarie University suggests.
An accurate way of
measuring pain is of critical importance because at present degrees of
discomfort are generally assessed by asking a patient to estimate pain on a
one-to-10 scale. The situation is even more acute in the treatment of babies,
the very old and animals, where speech is absent.
New tech means cars can power houses, as well as the other way round.
A
new device turns electric vehicles into chargers for houses and stranded cars.
Researchers
led by Seyedfoad Taghizadeh from Australia’s Macquarie University are looking
to commercialise the technology, which may significantly increase the appeal of
the vehicles.
Adelaide researchers find how a bacteria digests a sugar can be key to new treatments
The severity of a common and often lethal type of bacteria
depends on its ability to process a type of sugar, research from the University
of Adelaide reveals.
Streptococcus pneumoniae causes diseases of the
lungs, blood, ear and brain, killing an estimated one million people every
year. Moreover S. pneumoniae causes
otitis media (infection of the middle ear), which devastates Aboriginal
populations. It also rapidly develops resistance to antibiotics, making it
challenging to treat.
Filtering out social bots can help critical response teams see what’s
happening in real time
Researchers have created an algorithm that distinguishes
between misinformation and genuine conversations on Twitter, by detecting
messages churned out by social bots.
Dr Mehwish Nasim and colleagues at the School of Mathematical
Sciences at the University of Adelaide say the algorithm will make it easier
for emergency services to detect major events such as civil unrest, natural
disasters, and influenza epidemics in real time.
“When something really big is going on, people tweet a
huge amount of useful information,” says Mehwish.
A technique adapted from telecommunications promises more effective cancer treatments.
Drugs can be delivered into individual cells by using
soundwaves, Melbourne researchers have discovered.
Adapting a technique used in the telecommunications
industry for decades, Dr Shwathy Ramesan from RMIT, and colleagues, used the
mechanical force of sound to push against cell walls and deliver drugs more
effectively than treatments currently in use.
The new technique aids in silencing genes responsible for
some diseases, including cancer, by switching them on or off.