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Miracle, or marginal gain?

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Wednesday, December 18, 2024

From 1960 to 1989, South Korea experienced a famous economic boom, with real GDP per capita growing by an annual average of 6.82 percent. Many observers have attributed this to industrial policy, the practice of giving government support to specific industrial sectors. In this case, industrial policy is often thought to have powered a generation of growth.Did it, though? An innovative study by four scholars, including two MIT economists, suggests that overall GDP growth attributable to industrial policy is relatively limited. Using global trade data to evaluate changes in industrial capacity within countries, the research finds that industrial policy raises long-run GDP by only 1.08 percent in generally favorable circumstances, and up to 4.06 percent if additional factors are aligned — a distinctly smaller gain than an annually compounding rate of 6.82 percent.The study is meaningful not just because of the bottom-line numbers, but for the reasons behind them. The research indicates, for instance, that local consumer demand can curb the impact of industrial policy. Even when a country alters its output, demand for those goods may not shift as extensively, putting a ceiling on directed growth.“In most cases, the gains are not going to be enormous,” says MIT economist Arnaud Costinot, co-author of a new paper detailing the research. “They are there, but in terms of magnitude, the gains are nowhere near the full scope of the South Korean experience, which is the poster child for an industrial policy success story.”The research combines empirical data and economic theory, using data to assess “textbook” conditions where industrial policy would seem most merited.“Many think that, for countries like China, Japan, and other East Asian giants, and perhaps even the U.S., some form of industrial policy played a big role in their success stories,” says Dave Donaldson, an MIT economist and another co-author of the paper. “The question is whether the textbook argument for industrial policy fully explains those successes, and our punchline would be, no, we don’t think it can.”The paper, “The Textbook Case for Industrial Policy: Theory Meets Data,” appears in the Journal of Political Economy. The authors are Dominick Bartelme, an independent researcher; Costinot, the Ford Professor of Economics in MIT’s Department of Economics; Donaldson, the Class of 1949 Professor of Economics in MIT’s Department of Economics; and Andres Rodriguez-Clare, the Edward G. and Nancy S. Jordan Professor of Economics at the University of California at Berkeley.Reverse-engineering new insightsOpponents of industrial policy have long advocated for a more market-centered approach to economics. And yet, over the last several decades globally, even where political leaders publicly back a laissez-faire approach, many governments have still found reasons to support particular industries. Beyond that, people have long cited East Asia’s economic rise as a point in favor of industrial policy.The scholars say the “textbook case” for industrial policy is a scenario where some economic sectors are subject to external economies of scale but others are not.That means firms within an industry have an external effect on the productivity of other firms in that same industry, which could happen via the spread of knowledge.If an industry becomes both bigger and more productive, it may make cheaper goods that can be exported more competitively. The study is based on the insight that global trade statistics can tell us something important about the changes in industry-specific capacities within countries. That — combined with other metrics about national economies — allows the economists to scrutinize the overall gains deriving from those changes and to assess the possible scope of industrial policies.As Donaldson explains, “An empirical lever here is to ask: If something makes a country’s sectors bigger, do they look more productive? If so, they would start exporting more to other countries. We reverse-engineer that.”Costinot adds: “We are using that idea that if productivity is going up, that should be reflected in export patterns. The smoking gun for the existence of scale effects is that larger domestic markets go hand in hand with more exports.”Ultimately, the scholars analyzed data for 61 countries at different points in time over the last few decades, with exports for 15 manufacturing sectors included. The figure of 1.08 percent long-run GDP gains is an average, with countries realizing gains ranging from 0.59 percent to 2.06 percent annually under favorable conditions. Smaller countries that are open to trade may realize larger proportional effects as well.“We’re doing this global analysis and trying to be right on average,” Donaldson says. “It’s possible there are larger gains from industrial policy in particular settings.”The study also suggests countries have greater room to redirect economic activity, based on varying levels of productivity among industries, than they can realistically enact due to relatively fixed demand. The paper estimates that if countries could fully reallocate workers to the industry with the largest room to grow, long-run welfare gains would be as high as 12.4 percent.But that never happens. Suppose a country’s industrial policy helped one sector double in size while becoming 20 percent more productive. In theory, the government should continue to back that industry. In reality, growth would slow as markets became saturated.“That would be a pretty big scale effect,” Donaldson says. “But notice that in doubling the size of an industry, many forces would push back. Maybe consumers don’t want to consume twice as many manufactured goods. Just because there are large spillovers in productivity doesn’t mean optimally designed industrial policy has huge effects. It has to be in a world where people want those goods.”Place-based policyCostinot and Donaldson both emphasize that this study does not address all the possible factors that can be weighed either in favor of industrial policy or against it. Some governments might favor industrial policy as a way of evening out wage distributions and wealth inequality, fixing other market failures such as environmental damages or furthering strategic geopolitical goals. In the U.S., industrial policy has sometimes been viewed as a way of revitalizing recently deindustrialized areas while reskilling workers.In charting the limits on industrial policy stemming from fairly fixed demand, the study touches on still bigger issues concerning global demand and restrictions on growth of any kind. Without increasing demand, enterprise of all kinds encounters size limits.The outcome of the paper, in any case, is not necessarily a final conclusion about industrial policy, but deeper insight into its dynamics. As the authors note, the findings leave open the possibility that targeted interventions in specific sectors and specific regions could be very beneficial, when policy and trade conditions are right. Policymakers should grasp the amount of growth likely to result, however.As Costinot notes, “The conclusion is not that there is no potential gain from industrial policy, but just that the textbook case doesn’t seem to be there.” At least, not to the extent some have assumed.The research was supported, in part, by the U.S. National Science Foundation.

Industrial policy is said to have sparked huge growth in East Asia. Two MIT economists say the numbers tell a more complex story.

From 1960 to 1989, South Korea experienced a famous economic boom, with real GDP per capita growing by an annual average of 6.82 percent. Many observers have attributed this to industrial policy, the practice of giving government support to specific industrial sectors. In this case, industrial policy is often thought to have powered a generation of growth.

Did it, though? An innovative study by four scholars, including two MIT economists, suggests that overall GDP growth attributable to industrial policy is relatively limited. Using global trade data to evaluate changes in industrial capacity within countries, the research finds that industrial policy raises long-run GDP by only 1.08 percent in generally favorable circumstances, and up to 4.06 percent if additional factors are aligned — a distinctly smaller gain than an annually compounding rate of 6.82 percent.

The study is meaningful not just because of the bottom-line numbers, but for the reasons behind them. The research indicates, for instance, that local consumer demand can curb the impact of industrial policy. Even when a country alters its output, demand for those goods may not shift as extensively, putting a ceiling on directed growth.

“In most cases, the gains are not going to be enormous,” says MIT economist Arnaud Costinot, co-author of a new paper detailing the research. “They are there, but in terms of magnitude, the gains are nowhere near the full scope of the South Korean experience, which is the poster child for an industrial policy success story.”

The research combines empirical data and economic theory, using data to assess “textbook” conditions where industrial policy would seem most merited.

“Many think that, for countries like China, Japan, and other East Asian giants, and perhaps even the U.S., some form of industrial policy played a big role in their success stories,” says Dave Donaldson, an MIT economist and another co-author of the paper. “The question is whether the textbook argument for industrial policy fully explains those successes, and our punchline would be, no, we don’t think it can.”

The paper, “The Textbook Case for Industrial Policy: Theory Meets Data,” appears in the Journal of Political Economy. The authors are Dominick Bartelme, an independent researcher; Costinot, the Ford Professor of Economics in MIT’s Department of Economics; Donaldson, the Class of 1949 Professor of Economics in MIT’s Department of Economics; and Andres Rodriguez-Clare, the Edward G. and Nancy S. Jordan Professor of Economics at the University of California at Berkeley.

Reverse-engineering new insights

Opponents of industrial policy have long advocated for a more market-centered approach to economics. And yet, over the last several decades globally, even where political leaders publicly back a laissez-faire approach, many governments have still found reasons to support particular industries. Beyond that, people have long cited East Asia’s economic rise as a point in favor of industrial policy.

The scholars say the “textbook case” for industrial policy is a scenario where some economic sectors are subject to external economies of scale but others are not.

That means firms within an industry have an external effect on the productivity of other firms in that same industry, which could happen via the spread of knowledge.

If an industry becomes both bigger and more productive, it may make cheaper goods that can be exported more competitively. The study is based on the insight that global trade statistics can tell us something important about the changes in industry-specific capacities within countries. That — combined with other metrics about national economies — allows the economists to scrutinize the overall gains deriving from those changes and to assess the possible scope of industrial policies.

As Donaldson explains, “An empirical lever here is to ask: If something makes a country’s sectors bigger, do they look more productive? If so, they would start exporting more to other countries. We reverse-engineer that.”

Costinot adds: “We are using that idea that if productivity is going up, that should be reflected in export patterns. The smoking gun for the existence of scale effects is that larger domestic markets go hand in hand with more exports.”

Ultimately, the scholars analyzed data for 61 countries at different points in time over the last few decades, with exports for 15 manufacturing sectors included. The figure of 1.08 percent long-run GDP gains is an average, with countries realizing gains ranging from 0.59 percent to 2.06 percent annually under favorable conditions. Smaller countries that are open to trade may realize larger proportional effects as well.

“We’re doing this global analysis and trying to be right on average,” Donaldson says. “It’s possible there are larger gains from industrial policy in particular settings.”

The study also suggests countries have greater room to redirect economic activity, based on varying levels of productivity among industries, than they can realistically enact due to relatively fixed demand. The paper estimates that if countries could fully reallocate workers to the industry with the largest room to grow, long-run welfare gains would be as high as 12.4 percent.

But that never happens. Suppose a country’s industrial policy helped one sector double in size while becoming 20 percent more productive. In theory, the government should continue to back that industry. In reality, growth would slow as markets became saturated.

“That would be a pretty big scale effect,” Donaldson says. “But notice that in doubling the size of an industry, many forces would push back. Maybe consumers don’t want to consume twice as many manufactured goods. Just because there are large spillovers in productivity doesn’t mean optimally designed industrial policy has huge effects. It has to be in a world where people want those goods.”

Place-based policy

Costinot and Donaldson both emphasize that this study does not address all the possible factors that can be weighed either in favor of industrial policy or against it. Some governments might favor industrial policy as a way of evening out wage distributions and wealth inequality, fixing other market failures such as environmental damages or furthering strategic geopolitical goals. In the U.S., industrial policy has sometimes been viewed as a way of revitalizing recently deindustrialized areas while reskilling workers.

In charting the limits on industrial policy stemming from fairly fixed demand, the study touches on still bigger issues concerning global demand and restrictions on growth of any kind. Without increasing demand, enterprise of all kinds encounters size limits.

The outcome of the paper, in any case, is not necessarily a final conclusion about industrial policy, but deeper insight into its dynamics. As the authors note, the findings leave open the possibility that targeted interventions in specific sectors and specific regions could be very beneficial, when policy and trade conditions are right. Policymakers should grasp the amount of growth likely to result, however.

As Costinot notes, “The conclusion is not that there is no potential gain from industrial policy, but just that the textbook case doesn’t seem to be there.” At least, not to the extent some have assumed.

The research was supported, in part, by the U.S. National Science Foundation.

Read the full story here.
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Thirsty future: Australia’s green hydrogen targets could require vastly more water than the government hopes

To make green hydrogen, take water and split it into hydrogen and oxygen. It sounds simple – but the government’s water-use figures may be a drastic underestimate.

totajla/ShutterstockGreen hydrogen is touted by some as the future – a way for Australia to slowly replace its reliance on fossil fuel exports. The energy-dense gas has the potential to reduce emissions in sectors challenging to decarbonise, such as steelmaking and fertiliser manufacturing. The Albanese government wants it to be a massive new export industry and has laid out a pathway through its National Hydrogen Strategy. Unfortunately, there’s a real gap between rhetoric and reality. Despite ambitious plans, no green hydrogen project has yet succeeded in Australia. The technology’s most prominent local backer, billionaire miner Twiggy Forrest, has dialled down his ambition. Globally, just 7% of announced green hydrogen projects are up and running. Economic viability is one problem. But there’s a much larger issue flying under the radar: water. Hitting the 2050 target of 15 million to 30 million tonnes of hydrogen a year would use 7–15% of the amount Australia’s households, farms, mines and black coal power plants use annually. That’s simply not sustainable. Splitting water Green hydrogen uses renewable energy to power electrolyser machines, which split water molecules into hydrogen and oxygen. On the surface, this is an appealing use of clean energy, especially during solar peak periods. But what the government hasn’t properly accounted for is the water cost for green hydrogen. The strategy states water use is likely to be “considerable but not prohibitive”. This is questionable. For every kilogram of hydrogen produced through electrolysis, nine litres of water are directly consumed. That’s not all. The water needed to make hydrogen has to be extremely pure. Salt water has to be desalinated, and even fresh water needs purification. Equipment also needs cooling, which consumes even more water. All these processes incur substantial indirect water losses, such as the water used for industrial processes and cooling. The volumes used are highly uncertain. They can be up to 20 times greater than the direct water use. A key input value for the government’s hydrogen strategy modelling is taken from a 2015 report by the Argonne National Energy Laboratory in the United States, which assumes each kilogram of green hydrogen produced requires just over 30 litres of water. The Australian hydrogen strategy suggests 30 litres per kilogram of hydrogen would cover “all system losses including purification processes and cooling water required”. But it’s not clear if this figure covers other uses of water in making hydrogen, such as water treatment. Green hydrogen could help industrial sectors transition from fossil fuels. The problem is the water use. Audio und werbung/Shutterstock How much water would this use? According to the government’s modelling, making 15 million tonnes would require 740 billion litres of water. That would be about 7% of the 10,450 billion litres used by all of Australia’s households, farms, mines and black coal power plants. The government’s National Hydrogen Strategy shows the water use by major industries. Their total water use is 10,450 gigalitres annually. Department of Climate Change, Energy, the Environment and Water That’s substantial. One and a half Sydney Harbours worth, every year. But it might be a major underestimate. After all, estimates on indirect water use differ widely. The government’s figures are at the very bottom of the range. For instance, the latest research gives water consumption figures of about 66 litres per kilogram – more than twice as large. Other sources give values between 90 and 300 litres per kilogram of hydrogen – three to ten times higher. Uncertainty in modelling is normal. But the wide research suggesting much higher water use should give rise to real concern. If we take a middle-of-the-range figure of 95 litres per kilogram, this would mean that making 15 million tonnes of green hydrogen would use up 22% of the 10,450 billion litres used by households, farms, mines and black coal power plants annually by 2050. If hydrogen was even thirstier at 310 litres per kilogram, that would translate to 72% of that figure. These estimates are enormous. Even under the most optimistic scenario, the draw on Australia’s scarce freshwater resources would simply be too much. Where would this water come from? Farmers? Groundwater? Environmental flows from rivers? As the Queensland Farmers Federation pointed out in its response to the hydrogen strategy, the figures on water use “beg the question if they are in fact sustainable”. The Water Services Association of Australia has called for much greater attention to the water demands of green hydrogen, which it says are “often seriously underestimated”. What about saltwater? Australia has no shortage of oceans. The problem here becomes energy and wastewater. Desalination is still very energy intensive. Converting saltwater to fresh also produces large volumes of super-salty brine, which must then be managed as waste. Which way forward? Does this mean green hydrogen is a non-starter? Not necessarily. Improved electrolyser technology might offer ways to slash water use, while circular economy approaches such as resource recovery from brine could also reduce losses. But these concerns about water must be front and centre in future discussions about the shape and size of the industry in Australia. Madoc Sheehan does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.

Only three people prosecuted for covering up illegal sewage spills

Employees of water firms who obstruct investigations into spills could face jail, as new rules come into force on FridayWater company bosses have entirely escaped punishment for covering up illegal sewage spills, government figures show, as ministers prepare to bring in a new law threatening them with up to two years in prison for doing so.Only three people have ever been prosecuted for obstructing the Environment Agency in its investigations into sewage spills, officials said, with none of them receiving even a fine. Continue reading...

Water company bosses have entirely escaped punishment for covering up illegal sewage spills, government figures show, as ministers prepare to bring in a new law threatening them with up to two years in prison for doing so.Only three people have ever been prosecuted for obstructing the Environment Agency in its investigations into sewage spills, officials said, with none of them receiving even a fine.Officials said the data shows why the water regulator has found it so difficult to stop illegal spills, which happen when companies dump raw sewage during dry weather. The Environment Agency has identified hundreds of such cases since 2020.Steve Reed, the environment secretary, said: “Bosses must face consequences if they commit crimes – there must be accountability. From today, there will be no more hiding places.“Water companies must now focus on cleaning up our rivers, lakes and seas for good.”Water companies dumped a record amount of sewage into rivers and coastal waters last year, mostly because wet weather threatened to wash sewage back into people’s homes.Data released last month by the Environment Agency revealed companies had discharged untreated effluent for nearly 4m hours during 2024, a slight increase on the previous year.But companies have also illegally dumped sewage during dry weather. Data released to the Telegraph last year under freedom of information rules shows regulators had identified 465 illegal sewage spills since 2020, with a further 154 under investigation as potentially illegal spills.Britain’s polluted waterways became a major issue at last year’s election, with Labour promising to end what it called the “Tory sewage scandal”.Government sources say one reason illegal spills have been allowed to continue is that regulators have faced obstruction when investigating them.In 2019, three employees at Southern Water were convicted of hampering the Environment Agency when it was trying to collect data as part of an investigation into raw sewage spilled into rivers and on beaches in south-east England.The maximum punishment available in that case was a fine, but none of the individuals were fined. Several of the employees said at the time they were told by the company solicitor not to give data to the regulator.Two years later, Southern was given a £90m fine after pleading guilty to thousands of illegal discharges of sewage over a five-year period.New rules coming into force on Friday will give legal agencies the power to bring prosecutions in the crown court against employees for obstructing regulatory investigations, with a maximum sanction of imprisonment.Directors and executives can be prosecuted if they have consented to or connived with that obstruction, or allowed it to happen through neglect.The rules were included in the Water (Special Measures) Act, which came into law in February. The act also gives the regulator new powers to ban bonuses if environmental standards are not met and requires companies to install real-time monitors at every emergency sewage outlet.Philip Duffy, the chief executive of the Environment Agency, said: “The act was a crucial step in making sure water companies take full responsibility for their impact on the environment.“The tougher powers we have gained through this legislation will allow us, as the regulator, to close the justice gap, deliver swifter enforcement action and ultimately deter illegal activity.“Alongside this, we’re modernising and expanding our approach to water company inspections – and it’s working. More people, powers, better data and inspections are yielding vital evidence so that we can reduce sewage pollution, hold water companies to account and protect the environment.”

Indians Battle Respiratory Issues, Skin Rashes in World's Most Polluted Town

By Tora AgarwalaBYRNIHAT, India (Reuters) - Two-year-old Sumaiya Ansari, a resident of India's Byrnihat town which is ranked the world's most...

BYRNIHAT, India (Reuters) - Two-year-old Sumaiya Ansari, a resident of India's Byrnihat town which is ranked the world's most polluted metropolitan area by Swiss Group IQAir, was battling breathing problems for several days before she was hospitalised in March and given oxygen support.She is among many residents of the industrial town on the border of the northeastern Assam and Meghalaya states - otherwise known for their lush, natural beauty - inflicted by illnesses that doctors say are likely linked to high exposure to pollution.Byrnihat's annual average PM2.5 concentration in 2024 was 128.2 micrograms per cubic meter, according to IQAir, over 25 times the level recommended by the WHO.PM2.5 refers to particulate matter measuring 2.5 microns or less in diameter that can be carried into the lungs, causing deadly diseases and cardiac problems."It was very scary, she was breathing like a fish," said Abdul Halim, Ansari's father, who brought her home from hospital after two days.According to government data, the number of respiratory infection cases in the region rose to 3,681 in 2024 from 2,082 in 2022."Ninety percent of the patients we see daily come either with a cough or other respiratory issues," said Dr. J Marak of Byrnihat Primary Healthcare Centre. Residents say the toxic air also causes skin rashes and eye irritation, damages crops, and restricts routine tasks like drying laundry outdoors."Everything is covered with dust or soot," said farmer Dildar Hussain.Critics say Byrnihat's situation reflects a broader trend of pollution plaguing not just India's cities, including the capital Delhi, but also its smaller towns as breakneck industrialisation erodes environmental safeguards.Unlike other parts of the country that face pollution every winter, however, Byrnihat's air quality remains poor through the year, government data indicates.Home to about 80 industries - many of them highly polluting - experts say the problem is exacerbated in the town by other factors like emissions from heavy vehicles, and its "bowl-shaped topography"."Sandwiched between the hilly terrain of Meghalaya and the plains of Assam, there is no room for pollutants to disperse," said Arup Kumar Misra, chairman of Assam's pollution control board.The town's location has also made a solution tougher, with the states shifting blame to each other, said a Meghalaya government official who did not want to be named.Since the release of IQAir's report in March, however, Assam and Meghalaya have agreed to form a joint committee and work together to combat Byrnihat's pollution.(Reporting by Tora Agarwala; Writing by Sakshi Dayal; Editing by Raju Gopalakrishnan)Copyright 2025 Thomson Reuters.

UK government report calls for taskforce to save England’s historic trees

Exclusive: Ancient oaks ‘as precious as stately homes’ could receive stronger legal safeguards under new proposalsAncient and culturally important trees in England could be given legal protections under plans in a UK government-commissioned report.Sentencing guidelines would be changed under the plans so those who destroy important trees would face tougher criminal penalties. Additionally, a database of such trees would be drawn up, and they could be given automatic protections, with the current system of tree preservation orders strengthened to accommodate this.In 2020, the 300-year-old Hunningham Oak near Leamington was felled to make way for infrastructure projects.In 2021, the Happy Man tree in Hackney, which the previous year had won the Woodland Trust’s tree of the year contest, was felled to make way for housing development.In 2022, a 600-year-old oak was felled in Bretton, Peterborough, which reportedly caused structural damage to nearby property.In 2023, 16 ancient lime trees on The Walks in Wellingborough, Northamptonshire, were felled to make way for a dual carriageway. Continue reading...

Ancient and culturally important trees in England could be given legal protections under plans in a UK government-commissioned report.Sentencing guidelines would be changed under the plans so those who destroy important trees would face tougher criminal penalties. Additionally, a database of such trees would be drawn up, and they could be given automatic protections, with the current system of tree preservation orders strengthened to accommodate this.There was an outpouring of anger this week after it was revealed that a 500-year-old oak tree in Enfield, north London, was sliced almost down to the stumps. It later emerged it had no specific legal protections, as most ancient and culturally important trees do not.After the Sycamore Gap tree was felled in 2023, the Department of Environment, Food and Rural Affairs asked the Tree Council and Forest Research to examine current protections for important trees and to see if they needed to be strengthened. The trial of two men accused of felling the Sycamore Gap tree is due to take place later this month at Newcastle crown court.The report, seen by the Guardian, found there is no current definition for important trees, and that some of the UK’s most culturally important trees have no protection whatsoever. The researchers have directed ministers to create a taskforce within the next 12 months to clearly define “important trees” and swiftly prepare an action plan to save them.Defra sources said ministers were evaluating the findings of the report.Jon Stokes, the director of trees, science and research at the Tree Council, said: “Ancient oaks can live up to 1,000 years old and are as precious as our stately homes and castles,” Stokes explained. “Our nation’s green heritage should be valued and protected and we will do everything we can to achieve this.”Currently, the main protection for trees is a tree preservation order (TPO), which is granted by local councils. Failing to obtain the necessary consent and carrying out unauthorised works on a tree with a TPO can lead to a fine of up to £20,000.The Woodland Trust has called for similar protections, proposing the introduction of a list of nationally important heritage trees and a heritage TPO that could be used to promote the protection and conservation of the country’s oldest and most important trees. The charity is using citizen science to create a database of ancient trees.The report’s authors defined “important trees” as shorthand for “trees of high social, cultural, and environmental value”. This includes ancient trees, which are those that have reached a great age in comparison with others of the same species, notable trees connected with specific historic events or people, or well-known landmarks. It could also include “champion trees”, which are the largest individuals of their species in a specific geographical area, and notable trees that are significant at a local scale for their size or have other special features.Richard Benwell, the CEO of the environmental group Wildlife and Countryside Link, said: “Ancient trees are living monuments. They are bastions for nature in an increasingly hostile world and home to a spectacular richness of wildlife. We cannot afford to keep losing these living legends if we want to see nature thrive for future generations. The government should use the planning and infrastructure bill to deliver strict protection for ancient woodlands, veteran trees, and other irreplaceable habitats.”Felled ancient trees In 2020, the 300-year-old Hunningham Oak near Leamington was felled to make way for infrastructure projects. In 2021, the Happy Man tree in Hackney, which the previous year had won the Woodland Trust’s tree of the year contest, was felled to make way for housing development. In 2022, a 600-year-old oak was felled in Bretton, Peterborough, which reportedly caused structural damage to nearby property. In 2023, 16 ancient lime trees on The Walks in Wellingborough, Northamptonshire, were felled to make way for a dual carriageway.

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