There are no two ways about it: some slugs can be disastrous for your garden. Between eating your veggies, boring holes in your hydrangeas, and even tunnelling into your tubers (yes, really), the legless leaf-lovers have historically been the enemy of the common British gardener.
Of course, we now know that slugs have their part to play in the ecosystem (even if you wish they didn’t play it so close to your radishes). They’re a vital food source for Britain’s rapidly-decreasing bird population; they do a great job at composting; and they help the overall biodiversity and ecological balance of your lawn (never a bad thing).
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Cruelty-free hacks to remove slugs from your garden include putting a scooped-out melon in your yard overnight for the critters before removing the beast-filled rinds the next morning.
And while we love that hack, it seems there’s another, easier trick to keep your veggies slug-free – and it also helps with everything from scaring off birds to keeping deer away and even creating sunboxes.
Simple aluminium foil, it turns out, is the gardener’s best friend. So we thought we’d share some of its many uses:
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1) It makes a great pest control
Herbicides can be harsher on your garden’s health than they are to the pests you want to target. “If you’ve got children, if you’ve got pets, you shouldn’t be using chemicals. But what’s worse is if you are using chemicals, you’re killing our pollinators, which we need for food production. I am very much against any chemicals and herbicides being used,” gardening expert Arthur Parkinson told HuffPost UK.
Thankfully, adding a bit of foil to your plants won’t kill off any all-important pollinators – it’ll just inhibit some slugs and other unwanted garden guests. “Reflective mulches repel invading insect populations,” the University of California shared.
And when it comes to slugs, the foil uses roughly the same logic as copper tape – “the metal causes a reaction with their mucusy bodies that they really don’t like,” Metro said.
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Simply place some sheets of foil around the base of your plants for pest-repelling magic.
2) Tinfoil can create helpful sunboxes
If you’re worried your plants aren’t getting enough light, a little foil can go a long way. “Using aluminium foil can help you double the sun your indoor plants receive,” House Digest revealed.
This is because “its reflective properties will work as a mirror and reflect the light from the window to every niche and cranny of your indoor plants,” meaning you won’t have to turn your potted plants around as often to ensure every side gets as much light.
And they’re not just for indoor plants – “they also work to grow any seedlings indoors and help new plants from the nursery grow straighter and stronger.”
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You can either assemble a tinfoil-lined box yourself using foil, tape, and cardboard.
3) Tinfoil can scare off birds and deer
Though it’s not really a good idea to scare off birds if they’re not causing a problem, under severe conditions, you can banish any unwanted birds by wrapping foil on or around your most-pecked plants. “Birds don’t like the feel of the foil under their beaks and will stay away,” Northwest says.
The trick also works for peckish deer, who HowStuffWorks says hate the shiny stuff. They advise wrapping foil around the stem of any deer-demolished plants: “The foil should at least be as high as your waist because deer are very adept (at) feeding on plants that are shorter than they are. This foil force field can also deter other pesky nibblers like mice and rabbits,” they say.
That’s what I have to chant to myself when reading the news ― fen raft spiders, previously on the brink of extinction, have had their best year on record in 2024.
The spiders, which are the UK’s biggest, are “huge” and “skilled predators.”
That comes from none other than the RSPB, which has brought the species back in its thousands (apparently on purpose).
They love marshes and wetlands, but those had become drained and fragmented.
The British Arachnological Society, Natural England, the British and Irish Association of Zoos and Aquariums, the University of East Anglia, and the RSPB teamed up to boost their numbers in 2010.
In 2012, they released some onto the Cantley Marshes. By 2020, they were spotted in Strumpshaw Fen.
“A lot if it is down to food. They’re a generalist predator, taking a lot of different invertebrates, so if we have a lot of those around, like dragonflies and damselflies, that’s the sort of habitat they really like.”
The RSPB says breeding female numbers are now around 10,000 on Tim’s mid Yare valley patch in Norfolk alone.
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Their increased presence improves the biodiversity of the area. (Which is good. This is good news. Aaaah).
How can I spot one?
More to the point, how can you miss them?
Actually, that’s a bit facetious. They’re shy, and adults can be hard to spot.
But they seem to be thriving at multiple spots along the River Yare, and may be especially visible when the mothers build their nurseries above the water’s surface.
Tim said of their nurseries: “They catch the dew and if you come on a morning, a sunny morning, the light goes through them, and they glow – you can see them with the naked eye 20m or so away.”
They’re especially visible in the summer months.
Adults have a brown body with white stripes along their abdomen and upper half (they are also massive. I think I would know one immediately by whether I fainted or not).
“We really do want people to see them now, it is a great story to tell,” Tim added.
“Go back ten years or more and there hadn’t been many translocations of invertebrates and most of them had been failures, or not had a great success rate. So it’s great to see one that is really succeeding.”
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Even I, an arachnophobe, have to admit that the growth is impressive. (Though perhaps my distance from the hotspots makes that easier to say…)
According to Recycle Nation, microplastics have been found in an array of strange places, including bees, table salt, and even bottled water so maybe it was just a matter of time until the tiny fragments were found in human bodies.
Yes, that’s right, researchers at the University of Mexico looked at testicular tissue taken from both dogs and humans, finding microplastics in every sample, with a three times higher count in humans than in dogs.
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Aside from being just incredibly concerning as it is, this news has led to researchers questioning whether microplastics are responsible for the decline in male fertility.
The microplastics found in testicles
During the study, 12 different types of microplastics were identified and the most common one was polyethylene (PE) which is used to manufacture plastic bags and plastic bottles and is a major part of our plastic pollution problem.
The researchers couldn’t test human tissue for sperm count but they did do this for canine symptoms. There they found that higher levels of polyvinyl chloride (PVC) plastic correlated to a lower sperm count in the animals.
PVC is widely used in industrial and household products, leading researchers to worry that the plastic could be what’s causing falling sperm counts worldwide, which, according to Science Alert, have already been linked to heavy metals, pesticides and a variety of chemicals.
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We still don’t know the full extent of what microplastics can do to the body, but they have been linked with inflammation and problems with digestion.
Is there any work towards reducing microplastics?
According to BBC Future, there is hope. The experts said: “Researchers are developing a number of approaches to help get rid of the plastic pollution in our environment. One approach has been to turn to fungi and bacteria that feed on plastic, breaking it down in the process.
“A species of beetle larvae that can devour polystyrene has also offered another potential solution. Others are looking at using water filtration techniques or chemical treatments that can remove microplastics.”
It’s only natural to want to limit your exposure to these products, especially since the unfortunate reality is that most people have some level of microplastic in their system, according to Jamie Alan, associate professor in the department of pharmacology and toxicology at Michigan State University. Research is being conducted to understand the full effect of microplastics, but they’ve been found in the plaque in our arteries, in placentas, in our blood and more.
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Studies have also looked at the effect that microplastics have on our cells and organoids, Alan told HuffPost. Research shows that when microplastics get into our cells it can lead to cell death, she said. Additionally, they can attack our DNA and cause unwanted DNA changes, Alan explained.
“You can get a [DNA] change that causes zero effects, but you can get a change that can cause effects,” Alan said. This sounds scary ― and it is scary ― but it doesn’t mean you should totally panic. Our body is trained to handle these kinds of changes, she noted. However, there can be adverse effects — most notably cancer and fertility issues.
All in all, this is obviously very concerning, especially given the sheer prevalence of microplastics. While you can’t totally avoid them — they’re in our air and in our water, too — you can make some choices that limit your interactions with microplastics. Here’s what experts say you can do:
Watch how much ocean-caught fish you’re eating
Microplastics often come from food, Alan said. “If you think about fish and things like that, there’s a lot of microplastics in our oceans, and the fish are eating these, and when we consume the fish, we’re consuming microplastics from them,” Alan said.
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What’s more, microplastics are thought to be carriers of heavy metals and other elements. “And we worry about mercury and things like that in fish,” but elements such as chlorine have also been found in microplastics, Alan said.
As a result, reducing the amount of ocean-caught fish you eat can decrease the amount of microplastics you consume this way, along with other chemicals you likely don’t want in your system, she noted.
If this feels like a lose-lose situation, you aren’t wrong. We’re told to eat fish and follow a Mediterranean diet for the sake of our health, but the fish at the center of such a diet can be full of microplastics. Sigh.
So what can you do? Alan said you can be mindful of the food you’re eating and be aware of the items that are known to contain higher amounts of microplastics than others.
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Though microplastics are prevalent in a lot of our foods, chicken breast, pork loin chop and tofu have less.
Alistair Berg via Getty Images
Microplastics are found in our waterways and in our air, making it impossible to totally escape them.
Consider your clothing materials
A major source of nanoplastics in our waterways and airways is our clothing, according to Kizzy Charles-Guzman, CEO of the Center for Environmental Health, who added that “about 70% of all our clothing is made from plastic materials.”
This includes nylon, polyester, acrylic and synthetic fibers — anything that is not a natural fiber like wool, cotton and linen, she said.
“When these textiles are manufactured, when you wash them in your laundry, when you wear them, when you dry them, they are releasing tiny plastic fibers into the water and into the air,” Charles-Guzman explained.
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“So clothing, bedding, any other textiles that are not natural materials, they shed microplastics in fiber form,” she said. “And then they’re just carried off into the environment … either by air or water.”
These microplastics are too small to be filtered in wastewater treatment plants, so they end up in our waterways, she noted.
“The reason this is important is that that’s why you’re seeing [microplastics] in almost everything that we eat and drink,” such as fish and tap water, said Charles-Guzman.
“To limit our exposure … it’s consumer choice. So, selecting natural materials whenever we can — cotton, linen, wool — those are really the best products for reducing plastic microfiber pollution,” she said.
It’s worth noting that polyester blends ― when compared to fabrics like wool ― are often more affordable, making this an impossible choice for many people. (Although thrifting can be a good option, Charles-Guzman noted.)
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Rethink your plastic food storage containers
“Food containers and takeout food is a big one,” Alan said. “It goes in these plastic containers a lot of the time, and those plastic containers can leach out nanoplastics into our food.”
Then, when you eat your meal, you’re putting those microplastics in your system, she said. Microwaving these plastic containers is particularly harmful because they release even more microplastics when heated up.
“If you can get a paper food container or something non-plastic, that’s great,” Alan said. “And that’s another way you can reduce your intake of these plastics.”
You can also opt for glass containers, which are readily available online and at most home retail stores.
Choose reusable water bottles when possible
It’s well-known that plastic water bottles are bad for the environment. Even more, they are a source of the microplastics, Alan said. To avoid the microplastics, simply switch to metal or glass reusable water bottles.
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When it comes to the microplastics in our tap water, new research suggests that boiling your tap water can reduce the amount of microplastics you’re consuming, too.
Pay attention to microbeads in personal care items
Plastic microbeads, which are associated with personal care products including body scrubs and toothpaste, are another item you should try to avoid, according to Charles-Guzman. These tiny plastic beads used as scrubs or exfoliants are too small to be filtered out in wastewater treatment plans, “so they end up in our lakes and rivers and oceans and all of that,” Charles-Guzman said. From there, the microplastics get distributed in our seafood, drinking water and more.
While the Microbead-Free Waters Act of 2015 prohibits the use of plastic microbeads in rinse-off cosmetics, such as soaps, microbeads are not banned in all self-care products, she said.
“It’s important to note that [the act]does not include microbeads found in deodorants, lotions or other non-cleansing cosmetic products,” said Charles-Guzman. “We hope the scope of the statute expands to ban microbeads in more consumer products.”
Look at product labels to determine if what you’re purchasing contains microbeads and opt for products that don’t, she said.
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Show your support for those who are working to combat microplastics
The truth is that this work should not all fall onto the consumer’s shoulders — and, in reality, there is only so much you can do to control microplastics.
“The main thing that needs to happen, and this is the boring answer … it’s a systemic change,” said Charles-Guzman. “What we need to do is governments and companies need to work together to stop the pollution and reformulate away from harmful chemicals.”
Though the actions above can limit your own microplastic use and send messages to corporations about the types of products folks want to buy, more change is necessary.
“We all can play a role, but also … there is a systemic change here that needs to be made, and we are the ones that need to be asking for that change to be made,” she added.
How? You can vote for representatives who want to protect public health, and you can use your dollars to show support for companies that give safer alternatives to shoppers, she said.
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This can mean purchasing from brands that sell 100% cotton shirts as opposed to stores that sell polyester alternatives. Or it can mean bringing your reusable mug to your local cafe for your coffee order instead of using one of their plastic cups.
Additionally, know that there are corporations doing the work to create federal and local change when it comes to microplastic use, said Charles-Guzman. You can consider getting involved with organizations like the Center for Environmental Health (Charles-Guzman’s organization), the Plastic Soup Foundation or the Environmental Working Groupto push the cause along. These organizations also have resources that can help you determine if the products you’re using are safe.
Professor Alex Ford, a marine biologist at Portsmouth University, told Good Morning Britain that the waters he analysed off the Hampshire coast contained drugs, contraceptive pills and antidepressants.
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It comes as new figures fuelled more public anger over untreated sewage being discharged into the sea and rivers when the Victorian-era infrastructure cannot cope with heavy rain.
According to the Environment Agency, the number of sewage spills in England’s rivers and seas more than doubled in a year: there were 3.6 million hours of spills in 2023, compared to 1.75 million in 2022.
‘Every single marine species that we’ve looked at so far is full of cocaine.’ – Professor Alex Ford
Figures are expected to show last year was the worst for sewage spills in England since monitoring began. pic.twitter.com/Pj6QlHQYEe
Ford told the broadcaster from Langstone Harbour, Hampshire: “The sewage treatment plant behind us takes in the waste of half a million people and when it can’t cope with it, it chucks it straight out here.
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“In the marine life just beneath our feet, we’re actually finding they’re full of drugs. They’re full of the contraceptive pills, anti-depressants, anti-anxiety medication. Every single marine species that we’ve looked at so far is full of cocaine.”
GMB presenter Susanna Reid couldn’t quite believe what she was hearing, and asked the reporter to clarify: “Every marine species is full of cocaine, did he say?”
Water companies are permitted to discharge untreated sewage into waterways in exceptional circumstances, such as during the heavy rainfall seen this week.
The overflow systems are used to protect homes and businesses from flooding, and the water companies say only a small percentage of the discharge is wastewater.
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Water UK, the industry body for sewerage companies, blamed heavy rainfall for the rising problem, but campaigners and opposition parties accused the Tory government of failing to get to grips with the problem.
On social media, the reaction was as you would expect …
Already 400 pollution alerts in first three months of this year in Langstone Harbour. More than all of last year. Which was already much worse than year before that. Southern Water tells us sorting the problem is a top priority. And reminds us weather’s been especially wet. https://t.co/ZyqkQBfnfb
Autumn is a bountiful time in your garden. From the abundance of blackberries we saw earlier in the year to the current glut of rosehips, it’s a good season for the green-fingered.
Of course, the end of those autumnal perks signal the start of stark winter’s downsides. Bats and birds begin to struggle to find food. Rough, colder weather makes new growth unlikely.
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Thankfully, there’s one simple (in)action you can take to help prevent some of these issues: keeping fallen leaves in your lawn, rather than throwing them out, is actually a pretty great move in autumn.
Eric Michels, Head of Pro at CJ Wildlife, says “One of the best things you can do with fallen leaves is to leave them for wildlife!”
“While some may consider fallen leaves a nuisance, they provide the perfect opportunity to give back to nature and create a habitat or food source for a wide variety of animals this autumn.”
So, here’s how to tackle your leaves without banishing them from your garden altogether:
Forget intense raking ― this is push-and-pile up season
A large, unraked pile-up of leaves on your lawn can cause problems, like mould. But simply shoving them into a heap in the corner of your lawn (rather than carefully clearing and disposing of them) can provide a home for wildlife, Michels says.
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“Hibernating mammals, such as hedgehogs, frogs[,] or toads, will use leaf piles to create a nest where they will stay throughout winter, while insects and invertebrates will love the dark, damp nooks and crannies that it has to offer,” he says.
“In turn, this will encourage birds such as robins and sparrows to visit your garden to forage for worms and bugs in the leaf layer.”
The Royal Society for the Protection of Birds (RSPB) agrees, saying that “You might not be a fan of creepy crawlies in your composting materials, but they serve an important function by providing food for larger birds and other wildlife.“
Where you place your leaf pile matters
Of course, you won’t want to stick the leaves in a busy or very exposed area ― they’re more likely to get kicked apart or blown away, and it’ll probably be a less welcoming area for wildlife too.
You should “make sure it is located in a quiet corner of the garden where visitors can stay undisturbed throughout winter,” Michels says.
The RSPB adds that “where you put the logs and leaves will affect the wildlife that uses it. Try different spots in your garden, with different sized and shaped piles.”
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Got a felled log? Even better!
“If you have any logs or fallen branches, place these next to [the] leaf pile to provide additional shelter and security,” says Michels. The two make a very appealing pair for visiting wildlife.
“Gathered together, this mix can create a lovely pile of goodness to help your garden grow and encourage more birds, bees and other wildlife to visit,” the RSPB shared.
So, if you’ve got some old branches or logs (perhaps from deadheading, pruning, or simply cutting down trees), the more the merrier.
Leaf mulch makes amazing compost, too
Not sure about piling up leaves in your lawn? You can place it in a beg for mulching instead (or on top of) the heaps.
In fact, the RHS refers to bags of leaf mould as “black gold”.
The steps are simple ― collect fallen leaves, stick ’em in a jute leaf sack, a bin bag, or an old compost bag, and simply wait for about two years for the coveted leaf mould.
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And if you’re worried about any bad smells, fear not ― “The mention of ‘rot’ may conjure thoughts of smelliness, but decomposing logs, sticks and leaves don’t have much of an aroma at all – just a faint scent of woodlands,” says the RSPB.
You can make leaf mulch even sooner than that ― just “remember to check leaf piles for any animals before moving or mulching,” Michel says.
Look, anything that means I don’t have to meticulously rake and throw out my leaves is good news to me…
In the midst of a cost of living crisis, many of us are looking for ways to save money and some Tiktok users have one answer: regrow your own food.
It might seem like something that’s reserved for people who are experienced with gardening, have allotments and a lot of disposable income to spend on equipment and seeds but, realistically, all you need is some compost and leftover pots and jars.
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The rest is all part of your weekly shop.
What’s more, by regrowing foods, you’ll be doing your part to reduce food waste – something that is hugely important in the UK as we throw away around 9.5 million tonnes of food waste in a single year despite 8.4 million people in the UK experiencing food poverty.
So which foods can you regrow from scraps?
Spring onions
Regrowing spring onions is incredibly simple. Here’s how to do it:
Cut the green top away from the onion and leave 3-5cm of the white base intact.
Place this into a shallow jar, glass, or mug and submerge half the plant in water.
Leave in a sunny place such as a windowsill and change the water every other day.
Take directly from the jar when ready.
Romaine lettuce
The white roots of lettuce are used for regrowth and to do this you simply:
Cut your lettuce leaves and leave 3-5cm of height on the roots.
Place it in a bowl with enough water to submerge around 1cm of the lettuce.
Place this in a sunny position and change the water every other day.
After two weeks, the lettuce should have sprouted new leaves and roots and, if so, plant into potting soil or compost for prolonged growth.
Harvest when the leaves are around 10cm.
Garlic
If you’re a big believer that ‘there’s no such thing as too much garlic,’ we have great news – you can grow your own, too.
Best planted between November and April, garlic takes a short while to grow but is worth the wait. You can use old or fresh cloves for this but fresh ones tend to grow faster.
To grow your own garlic:
Split open a garlic bulb, being careful to leave skin on all of the cloves.
Place these cloves upright into a shallow bowl, jar, or mug and ensure that only the bottom of the clove is submerged in water.
Once again, place in a sunny position and change the water every other day.
Once shoots have grown, they’re safe to be harvested and eaten.
You can, however, grow full garlic bulbs by planting your sprouted cloves into soil, using a deep pot and only using one clove per pot. This should take around nine months to mature but you’ll know when your garlic is ready because the leaves turn yellow.
Chillies, tomatoes and peppers
Lots of seeded foods can be regrown from the seeds found inside of them – although some are easier to grow than others.
Separate your seeds from the food itself – you may find it easier to remove the pulp from foods such as tomatoes first.
Dry your seeds by placing them onto a paper towel for up to a week.
Plant into soil or compost and water regularly for best results.
Herbs such as basil and mint
Frequent garnishes and vital parts of many sauces, herbs are the finishing touch to the best meals – but buying them fresh can be expensive. Luckily, regrowing from cuts is simple and can be done year-round. Here’s how:
Separate your leaves as far as possible while keeping the roots intact.
Place this into a glass or jar filled with water and place in indirect light.
Change the water every 5-7 days.
Use the leaves as and when you need to and watch it continually regrow over time.
But, amid all the anxiety-inducing headlines, there is a spot of hope – Australia’s Great Barrier Reef appears to have recovered, ever so slightly.
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What happened to the reef before?
The world-heritage site has been suffering from mass bleaching, essentially killing the coral which grows there.
Mass bleaching typically happens when delicate coral polyps are effectively cooked by unusually warm waters. When coral is bleached, it turns white, although it can recover if water temperatures return to normal.
However, if the warm water stays for too long – often a consequence of the climate crisis – large areas of the reef can die.
The Great Barrier Reef Marine Park Authority has explained before that bleached coral “is stressed by still alive”.
A long-term monitoring programme has found two-thirds of the famous reef now have the largest amount of coral cover seen in 36 years, suggesting it has recovered from previous bleaching.
The progress has occurred in the central and northern stretches of the reef, although the southern region is still struggling, according to the Australian Institute of Marine Sciences.
“What we’re seeing is that the Great Barrier Reef is still a resilient system. It still maintains that ability to recover from disturbances,” programme leader Mike Emslie said.
In the northern region, the hard coral cover soared tot 36% in 2022, up from 13% in 2017.
The central region coral cover climbed to 33% from 12% in 2019.
Both of these areas are recording the highest levels since they started being monitored in 1985.
It’s not all good, though
As with all climate news right now, we still should not be complacent.
In the southern region of the reef, in 2021 the coral cover was 38%. It fell to 34% in 2022.
Emsile told Reuters that, while the recovery of the northern and central regions is encouraging, “the frequency of these disturbance events is increasing, particularly the mass coral bleaching events”.
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There has been four mass bleaching incidents in the last seven years – one of which was during a La Nina event, which is an oceanic phenomenon which brings the cooling of surface ocean waters.
Even in the areas of more reassuring growth, there are concerns it will not be sustainable. The recovery has been driven by Acropora corals, which are vulnerable to wave damage, heat stress and crown of thorns starfish.
“We’re really in unchartered waters when it comes to the effects of the bleaching and what it means moving forward,” Emslie said. “But as of today, it’s still a fantastic place.”
The United Nations Educational, Scientific and Cultural Organisation (UNESCO) is still considering whether to list the site as “in danger”. The World Heritage Committee was set to discuss the fate of the reef in June in Russia, but it has since been postponed.
Worms are the last thing we want around us, but scientists reckon these special ‘superworms’ could actually be super helpful.
That’s because they have an amazing capacity to digest waste plastic. Think of what that could mean for our environmental woes – namely the amount of rubbish we throw out or attempt to recycle.
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The larvae of the darkling beetle, dubbed superworms, are currently being used by people as food for pet reptiles.
But publishing their findings in the journal Microbial Genomics, scientists have found a new purpose for them, which could soon be available to customers.
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Scientists at the University of Queensland in Australia say that the larvae, Zophobas morio, are able to break down polystyrene (found in lightweight plastics), at no harm to them.
In fact, these superworms can thrive on a diet of polystyrene. Dr Chris Rinke from the university’s School of Chemistry and Molecular Biosciences, said: “We found the superworms fed a diet of just polystyrene not only survived, but even had marginal weight gains.”
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So how does it work, then? Dr Rinke says the creatures work away at the polystyrene and use it for energy.
“This suggests the worms can derive energy from the polystyrene, most likely with the help of their gut microbes,” he said.
“Superworms are like mini-recycling plants, shredding the polystyrene with their mouths and then feeding it to the bacteria in their gut.
“The breakdown products from this reaction can then be used by other microbes to create high-value compounds such as bioplastics.”
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To get these results, the scientists fed the worms different diets over three weeks, with some eating bran (the outer layer of cereal grain), others fasting and some on polystyrene.
But don’t fret, this advancement doesn’t mean we’re going to get our individual worm plants to break down our plastic takeaway containers and such (think how chaotic that could be).
Instead, the scientists are looking to replicate the enzyme the creatures use so it can be reproduced at scale for recycling. Then, plastic would be mechanically shredded and treated with the enzyme to help degrade it.
Co-author of the research, PhD candidate Jiarui Sun, said further testing needs to be done as they intend to grow the gut bacteria in the lab and examine its breakdown of the plastic.
Sun added: “We can then look into how we can upscale this process to a level required for an entire recycling plant. Our team is very excited to push the science to make it happen.”
If we can prevent these plastic materials going to landfills with a little help from our wormy friends, then why not?
Saving the planet from the harsh effects of climate change is everyone’s job. And now, the Earthshot prize is here to reward those creating the most innovative solutions.
Created by the Duke of Cambridge, the awards present a £1 million prize to five projects working to combat the climate crisis.
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The inaugural event took place on Sunday, attended by celebrities who did not fly to the event in London, and who were asked to consider the environment when choosing an outfit.
In a pre-recorded video for the ceremony, Prince William said: “We are alive in the most consequential time in human history. The actions we choose or choose not to take in the next 10 years will determine the fate of the planet for the next thousand.
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“A decade doesn’t seem long, but humankind has an outstanding record of being able to solve the unsolvable. The future is ours to determine. And if we set our minds to it, nothing is impossible.”
The winners – decided by judges David Attenborough, Cate Blanchett and singer Shakira – were chosen from five different categories, from a shortlist of 15 entrees.
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Samir Hussein via Getty Images
The Earthshot prize was started by the Duke of Cambridge.
The 2021 EarthShot winners
Protect and Restore Nature:
The Republic of Costa Rica: Costa Rica is working on a scheme to pay local citizens to restore natural ecosystems which has led to reviving their rainforest.
Clean our Air:
Takachar, India: Farmers who burn agricultural waste can cause huge air pollution, so a portable machine has been created to turn the waste into fertiliser.
Revive our Oceans:
Coral Vita, Bahamas: Coral reefs are beautiful to look at but they are dying out. So two best friends from the Bahamas developed special tanks which restore the world’s diminishing reefs, growing coral up to 50 times faster than they would grow naturally.
Build a Waste-Free World:
The City of Milan Food Waste Hubs, Italy: Food poverty is real around the world, while waste is a huge problem. The city of Milan has found a way around it, collecting unused food and giving it to the poor. This scheme has dramatically cut waste while also tackling hunger.
Fix our Climate:
AEM Electrolyser, Thailand/Germany/Italy: Hydrogen is usually produced by burning fossil fuels. But a new design in Thailand is using renewable energy to make hydrogen by splitting wanter into hydrogen and oxygen.
The Duchess of Cambridge recycled an old outfit for the awards, while humanitarian and actress Emma Watson sported a dress made out of 10 different outfits from Oxfam.
The stage was also erected without using any plastic while the music was powered by 60 cyclists pedalling on bikes.
The award got its name after being inspired by former US president JFK’s project ‘Moonshot’ to get a man on the moon within the decade.
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Neil Mockford via Getty Images
Emma Watson wore a dress made out of ten Oxfam outfits.
Prince William hopes that with the launch of the prize, more young people will be interested in getting involved in climate action.
He tweeted: “I want to say something to all the young people watching tonight: For too long, we haven’t done enough to protect the planet for your future. But Earthshot is for you. In the next 10 years we are going to act. We are going to find the solutions to repair our planet.”
The ceremony took place just two weeks before the COP26 UN Climate Change summit happening in Glasgow with world leaders.