Saturday, March 14, 2026

From food to transport, how cities are rewriting the climate playbook

What if tackling sky-high energy bills, unaffordable housing and the daily cost of getting to work could also help solve climate change? One of the world’s leading thinkers on urban sustainability says the two challenges share the same solutions – and cities across Europe are already testing them.


Issued on: 14/03/2026 - RFI

An aerial view of Ungersheim in eastern France – a small town often cited as a pioneer of local climate initiatives, including renewable energy and community food projects. 
© AFP - SEBASTIEN BOZON

British social scientist and environmental campaigner Rob Hopkins tells RFI that many of the most effective responses to climate change are emerging at the local level – led by citizens, cooperatives and city authorities.

Twenty years ago he helped launch the international Transition Towns movement in Totnes, a town in south-west England, encouraging communities to respond locally to climate change and rising energy costs.

Although he has since stepped back from the organisation, Hopkins remains an influential voice for citizens looking for practical ways to reshape their cities and neighbourhoods.

RFI: Marseille, Metz, Saint-Etienne, Malaucène... you often come to speak in cities and towns across France. What kinds of transition projects are emerging across the country?

Rob Hopkins: There are many transition groups across France and they're doing great things at a community level. But what interests me most is seeing where the idea goes. In France, transition goes beyond the "transition movement" as we originally conceived it. We always thought it was something communities would do, with local government supporting them. In France, mayors have much more power than they do in the UK, so if you have a mayor who understands these ideas, they can do an enormous amount.

In Ungersheim, in Alsace, the mayor Jean-Claude Mensch – an incredibly visionary mayor – has created one of the most amazing examples of transition. It was captured in Marie-Monique Robin’s film What Are We Waiting For? They’ve done lots of renewable energy projects. They created a large market garden that provides jobs for young people. They built a place to process that food – making preserves and other products – which creates more jobs. They even got rid of the school bus and the children go to school in a horse-drawn carriage. All sorts of fantastic things that show what can happen when a mayor catalyses and supports the process.

Richelieu the horse taking children in Ungersheim to school in 2015. © RFI/Katia Bitsch


RFI: What are some other examples that stood out to you?

RH: I was in Marseille recently and visited a very ambitious urban farm called Le Talus, run mostly by young people. I also went to the opening of Le Présage, which says it is the first completely solar-powered restaurant in France. It’s a very ecological building with a parabolic mirror behind it that focuses the Marseille sunshine directly into the oven. So they use no gas and no electricity for cooking. It’s really phenomenal.

I also visited L’Après M in northern Marseille, where the community has taken over an empty McDonald’s and turned it into a social fast-food restaurant and an incredible community resource.

RFI: What is it about French society that helps these initiatives take root?

RH: In France, as in the UK, there is the problem of a centralised national government that can be bureaucratic, unresponsive and closely connected to oil and gas companies and other industries that we no longer want.

But France, unlike the UK, successfully had a revolution in the past and there is still a kind of rebellious spirit. People’s ability to organise and demonstrate is very inspiring. There is also a strong sense that local places matter. People often feel very connected to where they live, to the landscapes around them and to the food that comes from those places. And there are many strong local associations.

L’Après M in Marseille, a former McDonald’s converted into a community-run social restaurant. © Lewisiscrazy, CC BY-SA 4.0 via Wikimedia Commons


RFI: The transition movement often begins with small citizen initiatives. How do ideas that start in neighbourhoods grow into real city policies?

RH: The example that always comes to mind for me is Liège in Belgium. In 2012, a group of people in the "Liège Transition" movement had an idea: what if, within a generation, most of the food eaten in Liège came from the land closest to the city? They called it the Liège food belt and organised a big public forum to discuss the idea. Six hundred people came.

Four years later I went back to Liège. In that time they had raised €5 million in investment from the people of the city – not from banks and not from the municipality, which wasn’t involved at the beginning. Residents invested in 30 new cooperatives. They opened four shops in the city centre, a brewery and two vineyards.

Over time the municipality made land around the city available for new market gardeners to grow food for the system. It also created a cooperative food hub on the outskirts of the city, financed by the municipality, where vegetables and other food from local producers are collected and processed. That food is then supplied to schools and public kitchens across the city.

They have also shifted school meals towards largely local, organic and sustainable food, producing thousands of meals every day. They run an extensive public education programme and organise a festival each year called Nourrir Liège.

The city has now adopted an ambitious and comprehensive food strategy that is integrated into its municipal plan through to 2030, placing this idea of a food belt at its core. The model has spread to six other Belgian cities and is now part of several European initiatives.

For me it’s a beautiful example of something that starts with five ordinary people around a table and, 15 years later, becomes public policy. It took three or four years before the municipality became involved and began supporting it. What they are doing there is profoundly inspiring. National governments should support communities and cities so they can become places where this kind of innovation flourishes.

RFI: Not everyone is motivated by environmental concerns. How do you bring more people on board?

RH: Many of the solutions to the climate emergency are the same ones needed to address the cost-of-living crisis. Many of the conditions feeding the rise of the far right also need to be addressed in ways that meet people’s everyday needs.

If a municipality like Grande-Synthe can provide affordable homes and free public transport, and if we manage the transition well, we will create many jobs. Building a new food system will create jobs. We also need to make homes much more energy-efficient and remove hard surfaces from cities because as they heat up they become a real health risk.

RFI: Cities often say they don’t have the money for this kind of transition. How can they pay for it?

RH: The narrative in municipalities everywhere is that there is no money. That limits imagination enormously. But there are very different ways to do things.

In Preston in the United Kingdom, one plan to revive the city’s economy was to build a large shopping centre in the centre of town. But when major companies withdrew from the project after the 2008 financial crisis, it collapsed.

A councillor then began looking around the world for other ideas and came across the concept of community wealth building. The idea is to keep money circulating in a city’s economy for as long as possible before it leaves. Preston hired the Centre for Local Economic Strategies to map the city’s economy. Researchers found that only 5 percent of the £750 million in public spending by major local institutions each year stayed in the local economy.

The city began changing its economic policies by supporting cooperatives and reconsidering where pension funds were invested. Some investments that had previously been placed far away were redirected into local projects. Today more of the money that enters Preston remains and circulates locally. People now speak about the "Preston model".

We also need to think less in silos. In the Netherlands, for example, the government spends about €500 million each year on high-quality cycling infrastructure because it knows that this can save €19 billion in national health costs, according to a 2015 study.

Bikes in Utrecht, a city in the cyclist-friendly Netherlands. © Pixabay

RFI: National governments often move slowly on climate. Does that hold back the transition?

RH: We are seeing what I call the Trump effect in many parts of the world – a retreat from urgent climate action. In the United States, government documents can no longer even mention climate change and carbon dioxide is no longer considered a pollutant. It’s completely crazy.

In the years after the film Demain came out in 2015 there was huge excitement about these ideas in France and a sense of pride around Cop21. Then the Citizens' Convention on Climate was organised in 2019 and President Emmanuel Macron said he would adopt all of its proposals. Instead he has been very cautious on climate. So we have to find other ways forward.

RFI: Why do you see cities as the key place where this transition can happen?

RH: Because the untapped potential at the city level is enormous. You cannot achieve this without engaged citizens and communities playing an active role. But we cannot expect communities to do all of this as volunteers in their spare time. We need to support and resource community organisations.

In the United States, some of the most ambitious climate action is now coming from cities and states. When I travel across Europe, the most inspiring work I see is where city administrations, citizen groups and local businesses find new ways to work together. They can move very quickly and very ambitiously.

In France I see an incredible movement of energy cooperatives, food cooperatives and people creating new models of living and housing. That is where I see hope for the future.

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RFI: Transport and housing are major obstacles for the transition, especially in rural or peri-urban areas where cars remain essential. What alternatives do you see?

RH: One option is a four-day working week, which removes one day of commuting. That policy already exists in many places. More people could also work from home. I don’t think that reduces productivity – it may even increase it. We need to be more flexible about how people work rather than assuming everyone must be in the same office all the time. We also need to consider the impact of long commutes on children, families and mental health.

In many places, citizens have organised car-sharing schemes. Some communities have even created their own transport systems. In Brighton, near London, there is something called the Big Lemon – a community-owned cooperative bus service.

In the town where I live, Totnes, which has about 9,000 residents, we have something called Bob the Bus. It is a community bus service run by volunteers on routes that commercial bus companies don’t serve. Volunteers help run it and raise funds from different sources because people are very proud of it.

Two “Bob the Bus” vehicles in Totnes, south-west England. The volunteer-run service provides routes not covered by commercial operators and is supported by around 30 volunteers, mostly drivers. © Courtesy of Totnes and Rural Community Transport


RFI: And on housing – what alternatives are emerging?

RH: We have an enormous housing crisis in the UK because private developers build expensive houses and nobody builds affordable homes for people. In Totnes we have a project called Transition Homes, where the community organised itself as a community land trust and became its own housing developer.

They are building 39 truly affordable homes for local people. They are very energy-efficient and will remain in community ownership. The first families will move in next September. For me, it’s a very important idea that communities can become their own housing developers.

RFI: The word “transition” suggests an end point. Is there a city that has completed the transition?

RH: No. I think the city of the future will have the cycling infrastructure of Utrecht in the Netherlands, where at eight in the morning 40,000 bicycles pass by, the superblocks of Barcelona, the car-free neighbourhoods of Freiburg, the urban agriculture of Geneva, the food belt of Liège and the commitment to closing and greening streets that you see in Copenhagen.

And it will also have clean rivers like those we are beginning to see again in Paris, where people can swim.

Rob Hopkins was interviewed by RFI's Géraud Bosman-Delzons.

 

Seagrass is a secret weapon against climate change. Can eco-moorings protect it from boat anchors?


By Akis Tatsis & AFP
Published on 

Anchors are damaging Posidonia seagrass, a key Mediterranean habitat that stores carbon, filters seawater and supports marine life.

New anchoring systems designed to protect Posidonia seagrass meadows – one of the Mediterranean’s most important yet fragile marine ecosystems – are being tested near Athens.

At Porto Rafti, a busy yachting harbour east of the Greek capital, divers are installing ecological moorings intended to reduce damage caused by traditional anchors dragging across the seabed. The initiative targets Posidonia oceanica, a marine plant considered essential for the health of Mediterranean waters.

For decades, anchors dropped by recreational boats have torn through the dense underwater meadows, uprooting plants and leaving scars across the seabed. The new system aims to provide a safer alternative for boats while protecting the habitat below.

How does the eco-mooring system work?

Commercial diver Makis Sotiropoulos demonstrated the installation of the eco-mooring system by drilling about three metres into the seabed before securing the anchor structure.

"We pull upwards to lock it in place before attaching a chain and a marker buoy," he told news agency AFP.

Once installed, the floating buoy allows boats to attach safely without dropping anchors that could disturb the seagrass.

The project is coordinated by Greece’s Ministry of Shipping and Island Policy, which hopes to expand the system across the country’s vast coastline. Greece has more than 13,000 kilometres of shoreline, and scientists estimate that roughly 70 per cent of its coastal seabed is covered by Posidonia meadows.

"When we establish a nationwide network of mooring buoys, then those with boats will be able to tie up safely, quickly and efficiently and at the same time the seabed will not be damaged," ministry secretary general Evangelos Kyriazopoulos told AFP.

A crucial ecosystem under pressure

Posidonia seagrass plays a critical role in maintaining marine biodiversity across the Mediterranean. The European Union classifies the habitat as a “priority ecosystem” because it supports a wide range of marine species.

Scientists say the plants also contribute significantly to climate regulation.

"Posidonia is among our best allies in the fight against climate change and deserves our full attention," said Maria Salomidi, a researcher at the Hellenic Centre for Marine Research (HCMR).

The meadows "capture and store carbon beneath their rhizomes [root stems], produce oxygen, filter and purify the water, and support biodiversity," she said.

However, divers monitoring the seabed report widespread damage caused by boat anchors.

"Very often I have observed anchors lying on Posidonia meadows," said Rouli Prinianaki, a diver and member of the NGO Aegean Rebreath, which is part of the campaign.

When anchors are raised, they often pull out entire root systems, leaving long-lasting scars across the seabed.

The Greek Organisation for Natural Environment and Climate Change (OFYPEKA) describes anchoring as “one of the most significant threats” facing the species.

Expanding protection measures

Around 40 ecological moorings have been installed in Greece in recent years, mainly in marine protected areas in the Ionian Sea and near the island of Alonissos.

But environmental experts say the number remains far below what is needed during peak tourist months.

Fifteen eco moorings have been installed in Alonissos "but they are not enough for the thousands of boats in summer," said Spyridon Iosifidis, a fish specialist at the OFYPEKA directorate for the Sporades island group.

Researchers say Greece must accelerate the installation of eco-moorings and adopt stronger legal protections for seagrass habitats.

Athens "needs to legislate to protect seagrass meadows and allow them to regenerate" following the example of the Balearic Islands in Spain and the French Mediterranean coast, said WWF Greece biologist Vangelis Paravas.

According to HCMR data, the problem is particularly acute in areas affected by heavy tourism, including parts of the Ionian Sea, the Saronic Gulf and the Cyclades.

"The number of vessels has increased and there is neither monitoring nor information," said HCMR's Salomidi.

Despite the challenges, officials say eco-moorings could support both environmental protection and sustainable tourism.

"It is extremely important to develop such a network of mooring buoys across the country, both to protect the environment and to support the growth of maritime tourism," the ministry's Kyriazopoulos said.

 

'Dramatic development': Austria warns all but 2 of its 96 glaciers have retreated over last 2 years

FILE - The Sulzenauferner Glacier is visible near Innsbruck, Austria, on Sept. 25, 2023.
FILE - The Sulzenauferner Glacier is visible near Innsbruck, Austria, on Sept. 25, 2023. AP Photo/Matthias Schrader, File

By Liam Gilliver
Published on 

Soaring temperatures are fuelling the demise of Austria's glaciers, with 'vast implications' for drinking water, power generation, infrastructure and more.

All but two of Austria’s 96 glaciers have retreated over the last two years, monitors in the Alpine country reported today (13 March), warning the “dramatic development” highlights the impact of climate change.

The latest report from the Austrian Alpine Club shows the Alpeiner Ferner in the western Tyrol region and Stubacher Sonnblickkees in Salzburg to the east are facing the greatest loss, each with a retreat of more than 100 metres. The average retreat was more than 20 metres.

“The disintegration of the glacier tongue is also progressing at the Pasterze, Austria’s largest glacier, making the consequences of climate change visible,” the club says in the report, which covers 2024 and 2025.

The report adds that the long-term trend shows that glaciers in Austria continue to "shrink significantly" in length, area and volume.

The impact of Austria's shrinking glaciers

The retreat of glaciers in Europe has vast implications for drinking water, power generation, agriculture, infrastructure, recreational activities, the Alpine landscape and more.

Neighbouring Switzerland, which is home to the most glaciers in Europe, has noted a similar retreat in its glaciers in recent years, a trend that has been reported around the world.

Since 2015, glaciologists say Switzerland's glaciers have shrunk by a quarter, with more than 1,000 small glaciers already vanishing.

Poor weather conditions including low snowfall, warm temperatures including an exceptionally hot June last year, nearly 5°C above the average, have contributed to the retreat, the club says.

A 'wake-up call'

“The glaciers are melting – and with every new report, the urgency grows,” club vice president Nicole Slupetzky says.

“It’s no longer a question of whether we can still save the glaciers in their old form; it’s about mitigating the consequences for ourselves.”

Such changes in the Alps should serve as a “wake-up call” for policymakers and the public in its behaviour, the club argues.

It says the current figure was lower than during the previous two years, but still ranks as the eight-largest retreat in the 135 years of measurements.

 

‘Unprecedented in the past 3.6 million years’: How human-made climate change is making days longer

Ocean clouds as seen from space.
Copyright NASA via Unsplash.

By Liam Gilliver
Published on 

Human activity is responsible for slowing Earth’s spin and making days longer, according to a new study.

Climate change is slowing the planet’s spin at an “unprecedented” rate compared to the past 3.6 million years – as scientists warn that our days are getting longer.

Research had previously shown how the melting of polar ice sheets and mountain glaciers is raising sea levels and slowing Earth’s rotation.

As meltwater spreads from the poles toward the equator, its effect is similar to a figure skater spinning more slowly once they stretch their arms.

“What remained unclear was whether there were earlier periods when climate increased day length at a similarly rapid pace,” says Mostafa Kiani Shahvandi of the University of Vienna’s department of meteorology and geophysics.

How climate change is impacting day length

New research from the University of Vienna and ETH Zurich has managed to reconstruct ancient day-length fluctuations using the fossil remains of single-celled marine organisms called benthic foraminifera.

The chemical composition of the foraminifera fossils can infer sea-level fluctuations, helping scientists derive the corresponding changes in day length.

Previous research showed that from 2000 to 2020, our days were lengthened by 1.33 milliseconds per century due to climate-related factors. In the new study, published in the Journal of Geophysical Research: Solid Earth, scientists found that this “rapid rise” in day length is unparalleled over the last 3.6 million years.

“The current rapid rise in day length can thus be attributed primarily to human influences,” says Benedikt Soja, a professor of Space Geodesy at ETH Zurich.

Why longer days can be a problem

Soja warns that climate change is predicted to impact day length even more strongly than the moon by the end of the 21st century.

While these changes are only milliseconds and will be imperceptible to humans, they can trigger widespread problems in a tech-dominated world. Accurate time measures are crucial for computing systems such as GPS and space navigation, which use atomic time based on the frequency of certain atoms.

These changes are unlikely to impact human biology, such as our sleep and circadian rhythm.

If the world continues to warm due to heat-trapping emissions, scientists predict that climate change could increase the length of a day by 2.62 milliseconds by the end of the century.

 

NASA prepares April launch for first crewed Moon mission in more than 50 years


By Roselyne Min with AP
Published on 

The space agency has a six-day launch window at the start of April. If it misses that opportunity, it must stand down until 30 April or early May.

NASA has cleared its Moon rocket for a possible April launch with four astronauts after completing a fresh round of repairs

The 98-meter rocket will roll out of the hangar and back to the pad next week at Florida's Kennedy Space Centre, leading to a launch attempt as early as April 1. It will mark humanity's first trip to the moon in more than 50 years.

The Artemis II crew should have blasted off on a lunar flyaround earlier this year, but fuel leaks and other problems with the Space Launch System rocket interfered.

Although NASA managed to plug the hydrogen fuel leaks at the pad in February, a helium-flow issue forced the space agency to return the rocket to the Vehicle Assembly Building for repairs, bumping the mission to April.

The space agency has a six-day launch window at the start of April. If it misses that opportunity, it must stand down until 30 April or early May.

"It's a test flight and it is not without risk, but our team and our hardware are ready,” said Lori Glaze, the Deputy Associate Administrator for NASA's Exploration Systems Development Mission Directorate (ESDMD) at the end of the two-day flight readiness review.

Glaze and other NASA officials declined to provide the risk probabilities for the upcoming mission.

History has shown that a new rocket has a 50 percent chance of success, said John Honeycutt, chair of the mission management team.

There's so much gap since the only other Space Launch System flight, more than three years ago, without anyone on board, that it's difficult to understand any risk assessment numbers, Honeycutt said.

“It's not the first flight," Glaze said. "But we're also not in a regular cadence. So we definitely have significantly more risk than a flight system that's flying all the time.”

Late last month, NASA's new administrator, Jared Isaacman, announced a major overhaul of the Artemis program to speed things up and, by doing so, reduce risk.

Dissatisfied with the slow pace and lengthy gaps between lunar missions, he added an extra practice flight in orbit around Earth for next year. That is now the new Artemis III, with the moon landing by two astronauts shifted to Artemis IV. Isaacman is targeting one and maybe even two lunar landings in 2028.

Meanwhile, NASA’s Office of Inspector General warned in an audit this week that the agency still needs a clear rescue strategy for lunar crews.

Landing near the Moon's south pole would be riskier than for the Apollo astronauts going closer to the equator, given the rough polar terrain, according to the re

The report cited the lunar landers as the top contributor to the potential loss of crew during the first few Artemis moon landings. It listed the space agency’s loss-of-crew threshold at 1-in-40 for lunar operations and 1-in-30 for Artemis missions overall.

Contracted by NASA to provide the Moon landers for astronauts, Elon Musk's SpaceX and Jeff Bezos' Blue Origin have accelerated work to meet the new 2028 target date. The inspector general's office said many technical challenges remain, including refuelling their landers in orbit around Earth before flying to the Moon.

NASA sent 24 astronauts to the moon during Apollo, 12 of whom landed on it. All but one of the moonshots, Apollo 13, achieved their prime objectives. The programme ended with Apollo 17 in 1972.

 

‘Putting biodiversity in our hands’: British wildlife will soon be celebrated on banknotes

A vote will be held this summer to determine which animals and plants to feature on the new banknotes.
Copyright Canva

By Angela Symons
Published on 

More than 26,000 people voted to put nature on sterling notes.

Historical figures like Winston Churchill will soon be replaced by native wildlife on UK banknotes.

In a public consultation run by the Bank of England, the theme of nature came out on top. The exact plants and animals that will be on the notes will be chosen later this year.

Nature is more than just scenery, it is the living thread that binds our landscapes, our history, and our future together,” says Scottish wildlife filmmaker Gordon Buchanan, who is part of an expert panel compiling the list. “To protect nature is to protect the quiet, resilient heartbeat of the land itself.”

Not only could the new notes inspire wildlife conservation, they’re also well positioned to protect the economy.

“The key driver for introducing a new banknote series is always to increase counterfeit resilience,” says Victoria Cleland, chief cashier at the Bank of England.

“Nature is a great choice from a banknote authentication perspective,” she adds, because it lends itself to developing security features that are easy for the public to recognise and distinguish.

A vote later this year will determine which animals and plants will be on the new banknotes. Canva

Symbolic recognition of UK wildlife ‘overdue and significant’

Nature was the most popular theme among 44,000 respondents in the July 2025 consultation, capturing 60 per cent of the vote.

It will replace the current historical figures featured on the reverse side of banknotes, which include writer Jane Austen, artist JMW Turner and scientist Alan Turing, as well as the WWII Prime Minister.

“This is a powerful reminder of how deeply people feel connected to and value British wildlife,” says Ali Fisher, founder and director of sustainability consultancy Plans with Purpose. “It’s a beautiful opportunity to put biodiversity literally in all our hands.”

Architecture and Landmarks was the second most popular at 56 per cent, followed by Notable Historical Figures (38 per cent), Arts, Culture and Sport (30 per cent), Innovation (23 per cent) and Noteworthy Milestones (19 per cent).

“The wildlife of the UK is not separate from our culture. It sits in our football crests, our folklore, our coastlines and our childhoods,” says wildlife presenter and activist Nadeem Perera, another panel member. “Giving it space on something as symbolic as our currency feels both overdue and significant.”

The RSPA has called for Britain's "least-loved" wildlife – such as pigeons, gulls and foxes – to feature on the new banknotes. The charity says this could help change perceptions of "misunderstood" animals and encourage people to see the value of all wildlife.

“What about the pigeons who have been our friends for thousands of years, or rats, with their amazing memories, or even gulls, with their amazing levels of intelligence?," says Geoff Edmond, wildlife expert at the RSPCA. "They are all fascinating wild animals in their own right – and deserve recognition too.”

Norway’s krone series features images of the sea. Canva

From Norway to Switzerland: Which other European countries champion nature on their notes?

The Bank of England won’t be the first in Europe to give nature a place on its banknotes. Scottish notes already include animals such as mackerel, otters and red squirrels.

Norway’s latest krone series celebrates its long coastline by featuring wave motifs and Atlantic cod and herring.

Switzerland began shifting away from featuring famous personalities on its banknotes in 2016, with wind, water and light among the stars of its ‘many facets of Switzerland’ series. Butterflies, the Alps and dandelion seeds now grace its currency, with a new series set to double-down on native plants and Alpine landscapes in the 2030s.

Nature could also replace architecture on future euro banknotes, with the European Central Bank considering designs featuring birds and rivers across Europe.

Following a contest for EU designers to submit proposals in 2025, the shortlisted themes are ‘Rivers and birds: resilience in diversity’ and ‘European culture: shared cultural spaces’. A final decision is expected to be made in 2026.

“In a cost‑of‑living, climate and nature crisis, small cultural shifts like this matter,” says Fisher. “They help normalise the idea that our natural world is worth celebrating, protecting and investing in.”



Nigel Farage slammed for manufacturing outrage over change to banknotes

12 March, 2026 
Left Foot Forward

The right is losing it over the results of a public consultation on banknotes




Nigel Farage has been slammed for manufacturing outrage over the decision to replace historical figures on bank notes with animals.

Farage posted a video on X saying the decision is “woke” and shows how “PC-mad and loony everyone has gone, including the Bank of England”.

Despite the change meaning historical figures including Jane Austen and Shakespeare will be removed from banknotes, Farage expressed outrage at how Winston Churchill will be replaced with a “badger”.

The decision came from a public consultation by the Bank of England. The consultation, which received 44,000 responses, found that nature was the most popular theme to put on the next set of banknotes.

While 60% of respondents selected nature, less than 40% selected historical figures.

The badger is an example of one of the animals that could be put on the banknotes.

The badger is one of several animals that could feature on the notes. A panel of experts will now draw up a wildlife shortlist for the public to vote on.

The governor of the Bank of England will make the final decision, however it will likely be a few years before new designs enter circulation.

Luke Charters, the Labour MP for York Outer, slammed Farage for “manufacturing outrage” over the banknote changes, adding that “Farage and Reform UK have spent months attacking the Bank of England itself”.

The Reform leader has also been lobbying the Bank of England to halt its bond-selling programme and urged the central bank to embrace cryptocurrency, which Reform’s largest donor invests in.

Farage has even suggested he would replace the Bank of England Governor with someone aligned to his agenda.

Charters said: “Politicians leaning on central banks is how you spook markets and undermine confidence in the economy.

“Bank of England independence, brought in by the last Labour government, exists for a reason. To keep markets and household finances stable.”

Other figures on the right have also been complaining about the results of the consultation.

Robert Jenrick MP wrote on X: “It says it all that Rachel Reeves is replacing Winston Churchill on our banknotes with a squirrel.”

Conservative MP Tom Tugendhat has written an op-ed for the Telegraph in which he claims that “the new badger banknotes tell a dismal story of national decline”.

Meanwhile, fellow Tory MP Nick Timothy said: “If Nelson, Wellington or Churchill offend anybody living in this country…

“They are welcome to leave.”

Olivia Barber is a reporter at Left Foot Forward

 

Fish scales could be the answer to cornea donor shortage, Spanish scientists find

Samples of the scales used to repair the cornea.
Copyright UGR

By Jesús Maturana
Published on 

Researchers at the University of Granada have developed corneal implants from fish scales with promising results in the laboratory and in animals. The finding opens a way to reduce dependence on transplants.

Scientists have found a new source for corneal implants: the fish scales that markets throw away every day.

Researchers at Spain's University of Granada's Department of Histology have spent years studying this overlooked waste material, and their findings could offer hope to thousands of patients languishing on transplant waiting lists.

By analysing the scales of carp and other commonly eaten fish, the team has developed a biocompatible, durable and transparent implant capable of repairing damaged corneas.

The cornea, the clear layer at the front of the eye, is difficult to treat when seriously diseased. It heals poorly and has no direct blood supply, leaving doctors with few options beyond a full transplant. But donor tissue is scarce, and demand far outstrips supply.

"It is necessary to develop new effective methods of regeneration that do not depend on organ donation," said Miguel Alaminos, professor of Histology at the University of Granada and one of the study's lead authors.

The study, published in the journal 'Materials & Design', describes how an exhaustive analysis of the flakes enabled the development of a biomaterial with properties suitable for corneal repair. Tests carried out both in laboratory conditions and on experimental animals have yielded good functional results.

Low cost and a fishery sector that could benefit

Beyond clinical interest, the researchers highlight a practical advantage: the material's origin makes it inexpensive and readily available. Fish scales are a by-product of the fishing industry that, in many cases, is simply discarded. Turning it into a raw material for medical implants opens up a potential use that could have economic consequences in the province.

"This product is very accessible, easy to obtain and inexpensive, and could contribute to boosting the fishing sector in an area that is being affected by numerous restrictions and conditioning factors," explains Ingrid Garzón, professor of Histology at the UGR and researcher at the ibs.GRANADA Biosanitary Research Institute.

University of Granada team in charge of research UGR

The research has been funded by the Instituto de Salud Carlos III, within the Ministry of Science, Innovation and Universities, through the project PI23/00335. The work was presented in the presence of the manager of the Hospital Clínico San Cecilio de Granada, Manuel Reyes, who reflects the interest of the clinical environment in the development of this line of research.

The road ahead

The current results are preliminary but sufficiently solid to justify continuing. The laboratory phase and animal tests have passed the first filters, but before this type of implant reaches the operating theatre, it is necessary to complete clinical trials in humans, a process that usually takes years and requires strict regulation.

What the Granada team (source in Spanish) has achieved so far is to demonstrate that the material works on a biological and structural level.

That carp scales can be converted into a viable cornea is not yet a clinical reality, but it is a hypothesis backed by data. In a field where donor shortage remains a problem with no easy solution, that's quite a lot.