Is Biofuel Worth It? Only for Farmers and Transport Companies

Biofuels are causing environmental damage

Dave Reed/Alamy

Certainly. Plants convert sunlight into food (stored energy), so transforming that food into fuel seems like it should yield a sustainable biofuel with zero carbon emissions, right? Wrong. In reality, the surge in biofuels is driving up emissions and harming both people and wildlife. Yet, production is ramping up rapidly. What gives?

If you believe biofuels are beneficial, you may be misled by the pervasive greenwashing. Evidence suggests that biofuels generally do more harm than good. A recent report by the campaign group Transport and Environment (T&E) reveals that the shift to biofuels has resulted in a 16% increase in carbon dioxide emissions on average, as compared to sticking with fossil fuels.

Why is this? Because agricultural cultivation is one of the leading sources of greenhouse gases. To be fair, the 16% figure is a global average according to the T&E report. Some regions, like Europe, argue that biofuels marginally reduce emissions overall, but only by a slight amount. We are making substantial sacrifices for minimal emissions reductions, given the numerous adverse effects of biofuels.

For starters, rising food costs are a significant consequence we’re all experiencing. Converting wheat and corn into bioethanol and vegetable oil into biodiesel escalates demand, leading to soaring prices. It’s difficult to quantify, but experts I’ve consulted over the years generally agree this is a major factor in food price inflation.

Moreover, biofuel crops frequently necessitate irrigation, worsening water scarcity in various areas. According to the T&E report, producing enough biofuel for a vehicle to travel just 100 kilometers (62 miles) consumes 3,000 liters of water. In contrast, a solar-powered electric car only requires 20 liters for the same distance.

We also need land. Agricultural land continues to expand globally to accommodate growing populations that are consuming more meat. As biofuel production rises, more land is needed. This often results in deforestation, such as clearing rainforests in Indonesia to establish new palm oil plantations. In essence, biofuels are exacerbating another global crisis: the loss of wildlife and biodiversity.

What’s particularly concerning is the inefficiency of biofuel production. A report from T&E suggests that if solar panels were installed on the same land, the equivalent amount of energy could be generated using just 3% of the space. In other words, solar energy can mitigate emissions with a significantly lower environmental footprint. It appears we can outperform nature when it comes to harnessing the sun’s energy.

In contrast, biofuels contend with all the same pollution problems as traditional agriculture, from pesticides detrimental to humans and wildlife to nutrient runoff that devastates rivers, lakes, and seas. Utilizing non-food biofuel sources like waste could help address some of these challenges. However, by 2030, over 90% of biofuel production is still expected to rely on food crops, according to the T&E report.

So why are numerous countries incentivizing the production of more biofuels than ever? A financial interest in biofuels drives influential lobby groups to advocate for more government support. Simultaneously, some nations and organizations look to meet emissions targets without confronting the inconvenient truths.

For instance, politicians across the American political spectrum have aimed to maintain favor with Corn Belt farmers growing corn for bioethanol. Earlier this year, tax incentives for biofuels were introduced in the U.S. in 2022 and further extended.

Additionally, the shipping and aviation sectors claim they are reducing emissions but view biofuels as a means to maintain their traditional operations. Aviation industry standards for “sustainable aviation fuels” at least consider emissions linked to increased land use and impose limits on biofuels, which are the highest emitters. The shipping industry could be facing even greater repercussions, as it has yet to decide whether to account for land use. The usage of biofuels for maritime purposes alone could double by the 2030s, as warned by the T&E report—this could be catastrophic for all the reasons discussed.

For years, it has been evident that producing biofuels to minimize emissions is counterproductive, and continuing on this path is sheer madness.

Source: www.newscientist.com

Farmers Worldwide Struggle to Adapt to Climate Change

Climate change will lessen the availability of most staple crops, including corn

Jon Rehg/Shutterstock

Despite farmers’ best efforts to adapt, increasing global temperatures have the potential to significantly impact the world’s essential crops. Comprehensive analysis indicates that by the century’s end, for every degree of warming, global food supply may drop by nearly 121 kcal per person per day.

In a 3°C warming scenario—aligned with current trends—”It might mean skipping breakfast for everyone,” notes Andrew Hartgren from the University of Illinois, Urbana-Champaign.

Hartgren and his team gathered data on the yields of six major staple crops globally, which account for over two-thirds of the world’s calories. “This represents one of the largest datasets currently available for high-resolution crop yields,” he states. They also incorporated local weather information from 54 different countries.

The researchers utilized this data to forecast how various crops would respond to climate changes and how farmers might adapt. “We examined historical data on how farmers have reacted to weather fluctuations,” Hartgren explains. This approach enabled the team to assess how different agricultural strategies might mitigate losses, like crop variety adjustments, enhancing irrigation, or increasing fertilizer use.

Except for rice, which thrives under warmer nighttime conditions, higher temperatures generally lead to considerable yield reductions. For instance, global corn yields are anticipated to decline by about 12% to 28% by the century’s end, contingent upon whether greenhouse gas emissions are moderate or extremely high compared to projections without climate change.

These statistics illustrate how farmers adjust to rising temperatures and the implications of potentially beneficial effects of climate change, like elevated carbon dioxide levels fertilizing crops. Both factors are significant. Without adjustments, for example, crop losses could reach a third by the century’s end under extreme warming scenarios, yet this won’t mitigate the majority of losses. “In a warmer future, the corn belt will still be relevant,” Hartgren asserts.

Wolfram Schlenker of Harvard University emphasizes that agricultural adaptations seldom completely offset crop losses due to climate change, with previous studies from specific regions suggesting similar conclusions. “The major strength of their research is its global perspective, compiling data from numerous countries,” he remarks.

The global approach reveals some fascinating patterns. For example, researchers observed that the most significant projected crop losses are not concentrated in low-income nations but rather in comparatively affluent agricultural hubs like the Midwest and Europe. “They aren’t inherently better suited than poorer countries,” Schlenker notes.

Michael Roberts from the University of Hawaii Manoa states that these findings align with the conclusions of a smaller study. However, he highlights considerable uncertainties, such as the extent of future climate change and the complexities of global food systems’ responses.

“What’s alarming is our lack of knowledge,” Roberts adds. “There’s significant uncertainty, much of which is negative. Losses could range from non-existent to catastrophic, potentially causing massive famines. It’s a sobering thought for many.”

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Source: www.newscientist.com

Farmers Sue Over Deleted Climate Data, Prompting Government Reinstatement

According to court documents submitted on Monday in a deletion lawsuit, the Agriculture Department plans to reinstate climate change information that was removed from its website when President Trump took office.

The omitted information encompassed pages detailing federal funding and loans, forest conservation, and rural clean energy initiatives. This also included sections from the U.S. Forest Service and the Natural Resources Conservation Services, featuring climate risk viewers, including comprehensive maps that illustrate how climate change impacts national forests and grasslands.

The February lawsuit indicated that farmers’ access to pivotal information was hindered, affecting their ability to make timely decisions amid business risks tied to climate change, such as heat waves, droughts, floods, and wildfires.

The lawsuit was filed by the Organic Farming Association in Northeast New York alongside two environmental organizations, the Natural Resources Defense Council and the Environmental Working Group.

The plaintiffs sought a court mandate requiring the department to restore the deleted pages. On Monday, the government affirmed that this restoration would be compulsory.

Jay Clayton, a U.S. attorney for the Southern District of New York, informed Judge Margaret M. Garnett that he represents the agricultural division in this suit and has commenced the process of restoring the pages and interactive tools highlighted in the complaint. He indicated that the department “anticipates completing the restoration process significantly in about two weeks.”

Clayton requested a postponement of the hearing set for May 21, suggesting a report on the restoration progress be submitted in three weeks, and mentioned he is working on determining “the appropriate next steps in this lawsuit.”

“The USDA is pleased to recognize that the unlawful removal of climate change-related information is detrimental to farmers and communities nationwide,” stated Jeffrey Stein, assistant attorney for Earthjustice, an environmental law nonprofit that represents the plaintiffs, alongside the Knight First Amendment Institute at Columbia University.

Source: www.nytimes.com

European Union regulations on deforestation are causing chaos for coffee farmers in Ethiopia

African farmers who produce some of the world’s most respected coffee are scrambling to comply with the new European Union environmental regulations, which require that the origins of any shipping of beans be documented.

The new measures, which will come into effect at the end of this year, are designed to prevent deforestation driven by agriculture expansion. To comply, farmers need to provide geographical data to show that no coffee is being grown on land where forests have recently been cut down.

Producers are unable to lose access to the vast European markets since December 31st.

Europe consumes more coffee than any other country in the world, and experts say the new regulations, officially known as the EU deforestation regulations, are potentially powerful tools to promote sustainable agriculture and prevent deforestation.

But it also represents what we call the “green squeeze,” which places a heavy burden on millions of small farmers in developing countries that are least contributing to climate change, testing the ability of policymakers to balance people’s needs with natural needs.

“Of course, data is very important to us, but what we’re saying is that we need support,” said Degen Daddy, head of the Oromia Coffee Farmers Co-op. “It’s very challenging and expensive and there’s no help for us.”

Dadi said his group, Ethiopia’s largest cooperative of coffee growers, has more than half a million members based in the central part of the country and could not prepare all the farms by the deadline, possibly without additional support.

Trainers have been crossing the Oromia region for over a year, collecting map coordinates and assisting farmers with new technology. As of March, they were mapping 24,000 farms. European officials validate shipments by cross-checking current geographical allocation data against baseline satellite images and forest cover maps.

Daddy said the cost of mapping one farm is about $4.50. The cost of training is partially covered by grants from the International Trade Centre, a joint organisation of the United Nations and the World Trade Organization, established to help poor countries expand their trade.

Ethiopia is the top coffee producer in Africa, with crops accounting for around 35% of the country’s revenue. The Arabica variety is smooth and gentle with fruity, nutty notes, and comes from the country’s southwest highlands. Over a third of Ethiopian coffee is sent to Europe.

Last year’s French government report says EU consumption is liable 44% of coffee-related deforestation all over the world. Another report by the Environmental Group, World Resources Research Institute, found that there was about 2 million hectares of forest cover Replaced with a coffee farm Between 2001 and 2025. Indonesia, Brazil and Peru recorded some of the highest deforestation rates in that period.

The global leader pledged in 2021 at Glasgow Climate Summit to end deforestation by 20303. The agreement highlighted a growing awareness of nature’s role in tackling the climate crisis. The intact forests are natural reservoirs of carbon that warm the planets, keeping them away from the atmosphere. As carbon dioxide, trapping the heat of the sun increases global warming. Once the forest is cleared, these areas will switch to greenhouse gas emissions. Additionally, by destroying habitats, it harms the biodiversity of forests and its diversity.

The new EU regulations also cover cattle, cocoa, palm oil, rubber and other crops. Shipment of coffee without proper mapping data can be denied or confiscated and can be fined on the importer.

However, some experts say the measure is being implemented without the necessary support for farmers.

Jodie Keane, an economist at ODI Global, a London-based research organization, said the European Union and major coffee chains should do more to help smallholder farmers.

“We all want to prevent deforestation,” Keene said. “But when applying that standard to rural producers, you need to provide a lot of outreach, sensitization. You need to invest in learning how to do things differently so that they don’t drop them out of the supply chain.”

This was reflected by Etelle Higonet, founder of the watch group Coffee Watch. “These are some of the richest companies in the world,” she said of the European coffee chain. “Of course they could afford to do this.”

In an email, Johannes Dengler, managing partner of Alois Dallmayr, one of Germany’s most well-known coffee brands, confirmed that the new rules are a “big challenge” for Ethiopia. He said Dallmayr is developing a system to ensure compliance and is “working closely with his partners to find viable solutions.”

The Director-General of the European Union’s Trade and Economic Security did not respond to a request for comment. in News Release on April 15th Based on feedback from partner countries, the bloc said it allocated 86 million euros, or about $97 million, to support compliance efforts.

Ethiopian coffee farmers take pride in their high quality beans, as a result of exceptional heirloom varieties, highlands and traditional agricultural practices.

In southwestern Zinma Highlands, farmers like Zinabu Abadura say most growers follow long-standing unwritten rules for cutting trees.

Abadura, who sells directly to informal intermediaries, said his farm has not yet been mapped. Most farmers in his area generate coffee revenue and cannot afford to pay any confusion or additional costs. “Life will be difficult,” he said, as new European rules will be implemented.

However, the new EU standards can sort Ethiopia’s coffee sector, but analysts say they probably won’t stop selling.

Countries like China offer alternative, less isolated markets. And Ethiopia itself is a big coffee drinker. Hospitality is incomplete without a coffee ceremony hosting roasts, grinds and brews in front of guests. About half of the country’s annual coffee production stays at home.

But Tsegaye Anebo, who heads the Sidama Coffee Union, which represents 70,000 farmers, said the pivot to the new market would be disruptive in the short term. He said that the species of ferns in his area are distinctive in its fruity tone and are a favorite in wealthy Europe. And that means premium prices.

Giving up the EU market is not an option, he said.

“We need the EU,” Anebo said. “But they need us too, because they can’t find our coffee anywhere.”

Munira Abdelmenan contributed the report.

Source: www.nytimes.com

Research: Seafaring hunter-gatherers reached a remote island well before the arrival of farmers

The discovery of stone tools, hearths and cooked food waste at a cave site in Latniya on the Mediterranean island of Malta indicates that hunter-gatherers had crossed at least 100 km of open water to arrive on the island 8,500 years ago.

Hunters and Gatherers had crossed at least 100 km of open water to arrive in Malta 8,500 years ago. Image credits: Daniel Clark/MPI GEA.

Maltese archipelago is a chain of smallest islands in the Mediterranean.

Humans were not thought to have reached and lived such a small, isolated island, about 7,500 years ago, until the Neolithic regional shift to life.

In the standard view, the limited resources and ecological vulnerability of the small island, combined with the technical challenges of long-distance sailors, meant that hunter-gatherers were unable or unfulfilled to take these journeys.

“Relying on the use of sea-level currents and wind breezes, as well as the practice of exploring landmarks, stars and other paths, there is a crossing of about 100 km per hour at a speed of about 4 km per hour.

“Even on the longest day of the year, these sailors would have been open water in the darkness of hours.”

At the site of a cave in Latniya in the northern Merry area of ​​Malta, researchers discovered human traces in the form of stone tools, hearths and cooked food waste.

“At this location, we recovered a variety of animals, including hundreds of bodies of deer, birds, turtles and foxes,” said Dr. Matthew Stewart, a researcher at Griffith University.

“Some of these wildlife were long thought to have been extinct by this point,” added Professor Eleanor Scerri, a geographer at the Max Planck Institute and a researcher at the University of Malta.

“They were hunting and cooking red deer with turtles and birds.

In addition to this, scientists have found clear evidence regarding the exploitation of marine resources.

“We found that seals, groupers, thousands of edible marine gastropods, crabs and sea urchin debris all cooked undoubtedly,” said Dr. James Brinkhorn, a geography researcher at the University of Liverpool and the Max Planck Institute.

“The diverse range of terrestrial areas, particularly the incorporation of the ocean fauna into their diet, have enabled these hunter-gatherers to maintain themselves on an island as small as Malta,” Dr. Stewart said.

These findings raised questions about the extinction of endemic animals in Malta and other small Mediterranean islands, and whether distant Messium Age communities are linked through seafarers.

“The results add a millennium to Maltese prehistoric times and enforce a reassessment of the capabilities of Europe’s last hunter-gatherer sailors, and its connections and ecological impacts,” Professor Scerri said.

Team’s paper It was published in the journal today Nature.

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EML Scerri et al. The marine voyage of hunter-gatherers has been extended to remote Mediterranean islands. NaturePublished online on April 9, 2025. doi:10.1038/s41586-025-08780-y

Source: www.sci.news