Showing posts sorted by date for query PALM OIL. Sort by relevance Show all posts
Showing posts sorted by date for query PALM OIL. Sort by relevance Show all posts

Monday, November 18, 2024

 

Tree islands restore nature in oil palm plantations



Research team led by Göttingen University investigate native species recovery in Sumatra



University of Göttingen

Industrial oil palm plantation in Jambi, Sumatra 

image: 

Industrial oil palm plantation in Jambi, Sumatra

view more 

Credit: Gustavo Paterno




Southeast Asia’s tropical forests are renowned for their biodiversity, but at the same time face significant threats from the expansion of oil palm plantations. With global demand for palm oil rising, the urgency for effective restoration strategies in these landscapes has become critical. A long-running experiment led by Göttingen University, Germany, and including the IPB University, Bogor and Jambi University in Indonesia, has investigated how ecological restoration promotes biodiversity recovery in oil palm plantations in Sumatra. Their findings reveal that establishing islands of trees within large oil palm monocultures can promote the recovery of native tree diversity through natural regeneration. The results were published in Science.

 

The international research team established 52 tree islands of varying sizes and diversity of planted trees in a conventional industrial oil palm plantation in Sumatra, Indonesia. This innovative experimental setup provided valuable insights into how initial restoration decisions influence biodiversity in oil palm-dominated landscapes. For instance, standard plantation management usually includes suppression of the undergrowth by using large amounts of herbicides and fertilizers. However, a diverse range of native species successfully colonized the tree islands, including trees that are endemic to Sundaland, meaning that they are only found in this region. Within just six years, many of these trees have already begun fruiting, with some exceeding 15 meters in height. Interestingly, alien species – meaning those not native to the study region – represented only ten percent of the natural regeneration in the restored areas.

 

The study highlights that tree islands accelerate the natural regeneration of native species, through the establishment of species from seeds that have arrived for example by wind or bird. This process enhances functional and evolutionary diversity, both crucial for building resilient ecosystems capable of withstanding climate change. Dr Gustavo Paterno, postdoctoral researcher at Göttingen University and lead author of the study, says: “An important finding to inform plantation management is that larger islands of trees, particularly those over 400 m², are essential for endemic and forest tree species that struggle to find suitable habitats within conventional oil palm plantations.” He adds: “Increasing the area of restoration leads to a surprisingly high increase in diversity.”

 

The research showed that starting with a higher diversity of planted native trees on each island can lead to a greater variety of ecological plant strategies colonizing the tree islands. “The more tree species you begin with, the more functionally diverse the restored ecosystem will become over time,” explains Professor Holger Kreft, Head of Göttingen University’s Biodiversity, Macroecology and Biogeography research group. “Our study demonstrates the potential of tree islands to transform biodiversity-poor agricultural lands into ecosystems teeming with biodiversity and native plants.” The team found, however, that despite these promising results, biodiversity levels in restored areas were still much lower than those in undisturbed forests, highlighting the urgent need to protect remaining forest patches with their irreplaceable conservation value.

 

This research was made possible thanks to the German Research Foundation (DFG) through the Collaborative Research Centre "Ecological and Socio-economic Functions of Tropical Lowland Rainforest Transformation Systems (EFForTS)".

 

Original publication: Gustavo Brant Paterno et al. Diverse and larger tree islands promote native tree diversity in oil palm landscapes. Science, 2024. DOI: 10.1126/science.ado1629   


Southeast Asia’s tropical forests are renowned for their biodiversity, but at the same time face significant threats from the expansion of oil palm plantations. With global demand for palm oil rising, the urgency for effective restoration strategies in these landscapes has become critical. A long-running experiment led by Göttingen University, Germany, and including the IPB University, Bogor and Jambi University in Indonesia, has investigated how ecological restoration promotes biodiversity recovery in oil palm plantations in Sumatra. Their findings reveal that establishing islands of trees within large oil palm monocultures can promote the recovery of native tree diversity through natural regeneration. The results were published in Science.

 

The international research team established 52 tree islands of varying sizes and diversity of planted trees in a conventional industrial oil palm plantation in Sumatra, Indonesia. This innovative experimental setup provided valuable insights into how initial restoration decisions influence biodiversity in oil palm-dominated landscapes. For instance, standard plantation management usually includes suppression of the undergrowth by using large amounts of herbicides and fertilizers. However, a diverse range of native species successfully colonized the tree islands, including trees that are endemic to Sundaland, meaning that they are only found in this region. Within just six years, many of these trees have already begun fruiting, with some exceeding 15 meters in height. Interestingly, alien species – meaning those not native to the study region – represented only ten percent of the natural regeneration in the restored areas.

 

The study highlights that tree islands accelerate the natural regeneration of native species, through the establishment of species from seeds that have arrived for example by wind or bird. This process enhances functional and evolutionary diversity, both crucial for building resilient ecosystems capable of withstanding climate change. Dr Gustavo Paterno, postdoctoral researcher at Göttingen University and lead author of the study, says: “An important finding to inform plantation management is that larger islands of trees, particularly those over 400 m², are essential for endemic and forest tree species that struggle to find suitable habitats within conventional oil palm plantations.” He adds: “Increasing the area of restoration leads to a surprisingly high increase in diversity.”

 

The research showed that starting with a higher diversity of planted native trees on each island can lead to a greater variety of ecological plant strategies colonizing the tree islands. “The more tree species you begin with, the more functionally diverse the restored ecosystem will become over time,” explains Professor Holger Kreft, Head of Göttingen University’s Biodiversity, Macroecology and Biogeography research group. “Our study demonstrates the potential of tree islands to transform biodiversity-poor agricultural lands into ecosystems teeming with biodiversity and native plants.” The team found, however, that despite these promising results, biodiversity levels in restored areas were still much lower than those in undisturbed forests, highlighting the urgent need to protect remaining forest patches with their irreplaceable conservation value.

 

This research was made possible thanks to the German Research Foundation (DFG) through the Collaborative Research Centre "Ecological and Socio-economic Functions of Tropical Lowland Rainforest Transformation Systems (EFForTS)".

 

Original publication: Gustavo Brant Paterno et al. Diverse and larger tree islands promote native tree diversity in oil palm landscapes. Science, 2024. DOI: 10.1126/science.ado1629   

 

Islands of trees in an oil palm plantation

SLASH AND BURN

Caption

Area being prepared for a second-generation oil palm plantation in Jambi

Credit

Gustavo Paterno

Saturday, November 16, 2024

Mushroom houses for Gaza? Arab designers offer home-grown innovations

By AFP
November 15, 2024

Mushroom-based structures are an appealing alternative to the shelters now housing many displaced Gazans - Copyright AFP FADEL SENNA

Sahar Al Attar

As winter descends on Gaza’s tent cities, emergency housing made from mushrooms could keep out the cold — just one of several sustainable, home-grown innovations put forward by Arab designers at an expo in Dubai.

Lightweight, warm and versatile, mushroom-based structures are an appealing alternative to the flimsy shelters now housing many thousands of Gazans displaced by more than a year of war, according to Dima Al Srouri, a member of the ReRoot initiative.

“Right now, there is a huge problem with the shelters that they’re receiving from NGOs,” she said at Dubai Design Week, which featured a range of environment-friendly innovations.

“When the winter comes, when it rains, when it’s too cold, they’re not working really.”

Mycelium, the root-like part of a fungus, can be grown in combination with organic matter to fit different-shaped moulds, producing a strong building material that can be cultivated anywhere.

It’s “a healthy material because it’s fully natural”, urban planning expert Srouri, who is Palestinian, said next to a prototype shelter — a roomy, enclosed structure with windows and a sloping roof.

“It’s something that can provide the solution to extreme weather conditions to protect them from the extreme cold.”

ReRoot’s emergency housing was not the only example of sustainable Arab design at the annual exhibition in Dubai, which closed on Sunday.

Contrasting with the towering high-rises that dominate the city’s skyline, Emirati architect and designer Abdalla Almulla is championing a very different approach: low-rise buildings made from recycled construction waste.

Almulla has teamed up with the Swiss company Oxara, which makes a low-carbon cement replacement, to create structures built with discarded concrete from demolished buildings and roofing made from palm fronds — a nod to the Gulf’s ancient construction techniques.

“When I look back, especially in the region where I’m living, a lot of the architecture and designs were based on finding what’s surrounding you, finding material around you and then being innovative and creating out of it,” Almulla said.

The model is intended as a riposte to the “world of abundance” that has come to characterise modern design, he added.

“Whenever you want… something, you need to ship it from halfway around the world.”


– Sustainability ‘not a luxury’ –


As well as the large-scale installations, smaller objects were on display, including furniture made from recycled materials and a 3D-printed electric motorcycle.

Faheem Khan, a Qatar-based designer, developed a bottle that minimises water consumption during Wudu, the ritual washing performed by Muslims before prayer.

Elif Resitoglu of Isola Design, the Milan-based studio that organised the exhibition, said sustainability was a “new thing” for Arab designers.

But they “blended it into their culture”, designing objects that “a Western designer could not actually design”, she said.

While the region is more concerned with conflicts than environmental matters, tackling the issue “is not a luxury”, said Srouri.

“For me, I always believe that the best way to do activism is through your work,” she said.

“You don’t have to shout out loud on the streets… Sometimes the solution can be through your knowledge and expertise and sharing it to solve other people’s challenges.”

The UAE, a major oil producer which hosted the UN’s COP28 climate talks last year, is one of the world’s largest emitters of CO2 per capita.

It is also in one of the hottest regions in the world, making it especially vulnerable to climate change.

According to climate data, the Middle East is warming at a rate nearly twice as fast as the global average.

Saturday, November 09, 2024

 

UC Santa Cruz chemists discover new process to make biodiesel production easier, less energy intensive




University of California - Santa Cruz
UC Santa Cruz chemist with biodiesel product 

image: 

Kevin Lofgren in the lab holding a flask containing the pure biodiesel product made with the process described in the journal Energy & Fuels.

view more 

Credit: UC Santa Cruz




UC Santa Cruz chemists have discovered a new way to produce biodiesel from waste oil that both simplifies the process and requires relatively mild heat. This discovery has the potential to make the alternative fuel source much more appealing to the massive industrial sectors that are the backbone of the nation’s economy.

In 2022, the U.S. transportation sector alone used about 3 million barrels of diesel per day, accounting for about 75% of total consumption of the fuel in this country. That same year, diesel use accounted for about 10% of total energy-related CO2 emissions in the United States, according to the federal Energy Information Administration. 

While some companies have turned towards electric vehicles to reduce their carbon footprint, the vast majority of fleets still run on diesel—in part, because biodiesel production is difficult, energy intensive, and so, has slowed adoption. Of all the energy sources used by the U.S. transportation sector in 2022, biofuels accounted for just 6%.

In their study, published on October 3 in the American Chemical Society journal Energy & Fuels, lead author Kevin Lofgren details a new way to turn used vegetable oil into biodiesel that involves sodium tetramethoxyborate (NaB(OMe)4). This chemical, used to make the active ingredient that reacts with oil to make biodiesel, is considered unique because it allows the biofuel to be easily separated from the byproducts of production—by simply pouring them off. 

Another benefit is the resulting byproduct can be used to regenerate the most expensive ingredient in the production process. And last but not least, the reaction can be completed in under an hour at temperatures as low as 40°C (104°F)—saving energy and money.

“I always wanted to work on biodiesel,” said Lofgren, a Ph.D. student in chemistry at UC Santa Cruz. “I started exploring this new material that we made to see if it could attack the fats in oil to help catalyze biodiesel, and it all flowed from there.”

While individual consumers increasingly turn to solar and electric energy to power their homes and vehicles, America’s huge industrial sectors still rely on diesel fuel. Lofgren pointed out that the majority of the trucks, trains, and boats that ship goods around the world currently run on diesel engines and won’t be electrified any time soon.

Meanwhile, the researchers point out, biodiesel is a carbon-neutral fuel that is available today and approved to power these vehicles without the need for engine modifications.

Reducing the energy needed to make biofuel

Some of the current methods for making biodiesel produce soap as a byproduct, which makes purifying the fuel difficult and results in less actual product. Other approaches rely on palm oil, which require clearing trees in rainforests to make room for monoculture palm tree plantations. These methods are also energy intensive, requiring extremely high temperatures and pressures. The technique detailed in this study can produce biodiesel at a temperature lower than that required to boil water.

“To make energy takes a lot of energy,” said co-author Scott Oliver, professor of chemistry and biochemistry. “Our method uses waste oil and mild heating, compared to current petroleum refineries that are energy consuming and pollution causing.”

According to the researchers, the method they discovered turns about 85% of used vegetable oil into biodiesel and passes almost all industry standards for use as fuel in heavy machinery and transportation vehicles. The exception was water content, though, it was only slightly higher than the acceptable value. The researchers expect that once this process is scaled up, the water content will be within acceptable levels.

“This new method is special because it is simple and affordable. It has the bonus of being able to regenerate the starting material,” Lofgren said. “It's already low-cost enough to make it competitive. But if you can buy the most expensive ingredient once and then regenerate it, it would be more cost efficient in the long run.”

“Everybody needs energy—every farm, food production plant, and transportation vehicle depend on it,” Oliver said. “This could really impact people. This process can be done at just above room temperature and it's reusable. You don't need to have a refinery; you can potentially use this method on a farm.”

Bakthan Singaram, professor of chemistry and biochemistry at UC Santa Cruz, is co-corresponding author of the paper, “Borate Pathway to FAMEs at Near-Ambient Conditions from Used Oil,” which is funded by an Innovation Catalyst Grant, Climate Action Solutions Program.

Tuesday, November 05, 2024


Svalbard Global Seed Vault evokes epic imagery and controversy because of the symbolic value of seeds

Adriana Craciun, Boston University
Mon 4 November 2024


The entrance to the Svalbard Global Seed Vault. 
Martin Zwick/REDA&CO/Universal Images Group via Getty Images


Two-thirds of the world’s food comes today from just nine plants: sugar cane, maize (corn), rice, wheat, potatoes, soybeans, oil-palm fruit, sugar beet and cassava. In the past, farmers grew tens of thousands of crop varieties around the world. This biodiversity protected agriculture from crop losses caused by plant diseases and climate change.

Today, seed banks around the world are doing much of the work of saving crop varieties that could be essential resources under future growing conditions. The Svalbard Global Seed Vault in Norway supports them all. It is the world’s most famous backup site for seeds that are more precious than data.

Tens of thousands of new seeds from around the world arrived at the seed vault on Svalbard, a Norwegian archipelago in the Arctic Ocean, in mid-October 2024. This was one of the largest deposits in the vault’s 16-year history.

And on Oct. 31, crop scientists Cary Fowler and Geoffrey Hawtin, who played key roles in creating the Global Seed Vault, received the US$500,000 World Food Prize, which recognizes work that has helped increase the supply, quality or accessibility of food worldwide.

The Global Seed Vault has been politically controversial since it opened in 2008. It is the most visible site in a global agricultural research network associated with the United Nations and funders such as the World Bank.

These organizations supported the Green Revolution – a concerted effort to introduce high-yielding seeds to developing nations in the mid-20th century. This effort saved millions of people from starvation, but it shifted agriculture in a technology-intensive direction. The Global Seed Vault has become a lightning rod for critiques of that effort and its long-term impacts.

I have visited the vault and am completing a book about connections between scientific research on seeds and ideas about immortality over centuries. My research shows that the Global Seed Vault’s controversies are in part inspired by religious associations that predate it. But these cultural beliefs also remain essential for the vault’s support and influence and thus for its goal of protecting biodiversity.

Backup for a global network

Several hundred million seeds from thousands of species of agricultural plants live inside the Global Seed Vault. They come from 80 nations and are tucked away in special metallic pouches that keep them dry.

The vault is designed to prolong their dormancy at zero degrees Fahrenheit (-18 degrees Celsius) in three ice-covered caverns inside a sandstone mountain. The air is so cold inside that when I entered the vault, my eyelashes and the inside of my nose froze.

The Global Seed Vault is owned by Norway and run by the Nordic Genetic Resources Centre. It was created under a U.N. treaty governing over 1,700 seed banks, where seeds are stored away from farms, to serve as what the U.N. calls “the ultimate insurance policy for the world’s food supply.”

This network enables nations, nongovernmental organizations, scientists and farmers to save and exchange seeds for research, breeding and replanting. The vault is the backup collection for all of these seed banks, storing their duplicate seeds at no charge to them.
The seed vault’s cultural meaning

The vault’s Arctic location and striking appearance contribute to both its public appeal and its controversies.

Svalbard is often described as a remote, frozen wasteland. For conspiracy theorists, early visits to the Global Seed Vault by billionaires such as Bill Gates and George Soros, and representatives from Google and Monsanto, signaled that the vault had a secret purpose or benefited global elites.

In fact, however, the archipelago of Svalbard has daily flights to other Norwegian cities. Its cosmopolitan capital, Longyearbyen, is home to 2,700 people from 50 countries, drawn by ecotourism and scientific research – hardly a well-hidden site for covert activities.

The vault’s entrance features a striking installation by Norwegian artist Dyveke Sanne. An illuminated kaleidoscope of mirrors, this iconic artwork glows in the long Arctic night and draws many tourists.

Because of its mission to preserve seeds through potential disasters, media regularly describe the Global Seed Vault as the “doomsday vault,” or a “modern Noah’s Ark.” Singled out based on its location, appearance and associations with Biblical myths such as the Flood, the Garden of Eden and the apocalypse, the vault has acquired a public meaning unlike that of any other seed bank.
The politics of seed conservation

One consequence is that the vault often serves as a lightning rod for critics who view seed conservation as the latest stage in a long history of Europeans removing natural resources from developing nations. But these critiques don’t really reflect how the Global Seed Vault works.

The vault and its sister seed banks don’t diminish cultivation of seeds grown by farmers in fields. The two methods complement one another, and seed depositors retain ownership of their seeds.

Another misleading criticism argues that storing seeds at Svalbard prevents these plants from adapting to climate change and could render them useless in a warmer future. But storing seeds in a dormant state actually mirrors plants’ own survival strategy.

Dormancy is the mysterious plant behavior that “protects against an unpredictable future,” according to biologist Anthony Trewavas. Plants are experts in coping with climate unpredictability by essentially hibernating.

Seed dormancy allows plants to hedge their bets on the future; the Global Seed Vault extends this state for decades or longer. While varieties in the field may become extinct, their banked seeds live to fight another day.
Storing more than seeds

In 2017, a delegation of Quechua farmers from the Peruvian Andes traveled to Svalbard to deposit seeds of their sacred potato varieties in the vault. In songs and prayers, they said goodbye to the seeds as their “loved ones” and “endangered children.” “We’re not just leaving genes, but also a family,” one farmer told Svalbard officials.

The farmers said the vault would protect what they called their “Indigenous biocultural heritage” – an interweaving of scientific and cultural value, and of plants and people, that for the farmers evoked the sacred.

People from around the world have sought to attach their art to the Global Seed Vault for a similar reason. In 2018, the Svalbard Seed Cultures Ark began depositing artworks that attach stories to seeds in a nearby mine.

Pope Francis sent an envoy with a handmade copy of a book reflecting on the pope’s message of hope to the world during the COVID-19 pandemic. Japanese sculptor Mitsuaki Tanabe created a 9-meter-long steel grain of rice for the vault’s opening and was permitted to place a miniature version inside.

Seeds sleeping in Svalbard are far from their home soil, but each one is enveloped in an invisible web of the microbes and fungi that traveled with it. These microbiomes are still interacting with each seed in ways scientists are just beginning to understand.

I see the Global Seed Vault as a lively and fragile place, powered not by money or technology but by the strange power of seeds. The World Food Prize once again highlights their vital promise.

This article is republished from The Conversation, a nonprofit, independent news organization bringing you facts and trustworthy analysis to help you make sense of our complex world. It was written by: Adriana Craciun, Boston University


Read more:


Fewer crops are feeding more people worldwide – and that’s not good


A sharing economy for plants: Seed libraries are sprouting up


Colonialism has shaped scientific plant collections around the world – here’s why that matters

Saturday, November 02, 2024

Indonesia tribe’s homeland at risk after losing final appeal: NGOs


By AFP
November 1, 2024

Representatives of the Awyu and Moi Indigenous tribes protest in front of Indonesia's Supreme Court - Copyright AFP BAY ISMOYO

Indonesia’s top court on Friday rejected an appeal by an Indigenous tribe in its lawsuit against a palm oil firm, leaving it at risk of losing vast swathes of ancestral forest, rights groups said.

The Awyu tribe, whose roughly 20,000 members rely on the land for their subsistence, had sought to freeze the operations of PT Indo Asiana Lestari (PT IAL) in the eastern Indonesian province of West Papua.

But Indonesia’s Supreme Court rejected their final appeal, according to a document published on its website Friday, upholding the company’s 36,000-hectare (89,000-acre) government concession, more than half the size of the Indonesian capital Jakarta.

“I feel heartbroken because I am left with no other legal avenue to protect the land and the people of my ancestral homeland,” said Awyu tribe plaintiff Hendrikus Woro.

“I am shattered because throughout this struggle, there has been no support from the government, local or central. Who am I supposed to turn to, and where should I go now?” he said in a statement released by the Coalition to Save Papuan Customary Forests, made up of 10 environmental NGOs.

A supreme court spokesperson declined to comment when contacted by AFP about the ruling.

The Awyu tribe’s case drew attention in Indonesia earlier this year after a campaign called ‘All Eyes on Papua’ spread on social media.

“Both the government and the legal system have failed to stand with Indigenous peoples,” said Sekar Banjaran Aji of the Save Papuan Customary Forest advocacy team.

“The struggle to protect Papua’s customary forests has become all the more challenging.”

In November, a Papuan court had ruled that PT IAL’s permit was valid, rejecting the Awyu tribe’s argument that the concession had been granted based on a flawed environmental impact assessment.

The tribe and environmental NGOs also claim opponents of the palm oil firm’s plans have faced intimidation.

PT IAL did not respond to an AFP request for comment.

Palm oil is a billion-dollar industry in Indonesia, which is the world’s largest producer and exporter of the commodity used in everything from chocolate spreads to cosmetics.

Indonesia produces about 60 percent of the world’s palm oil, with one-third consumed by its domestic market.

Papua lost 2.5 percent of its tree cover between 2001 and 2023, according to Global Forest Watch.

Friday, October 25, 2024

COP16: It’s Wild-West Capitalism Versus Life on Earth

The stakes for our collective future could not be higher, yet many decision-makers are doubling down on destructive policies.
October 23, 2024
Source: Originally published by Z. Feel free to share widely.

Image from RSPCA Australia

All eyes should be on the salsa dancing capital of the world, Cali, Colombia, where representatives of 190 nations are joined by a broad swath of global civil society and international Indigenous delegations to participate in the United Nations Biodiversity Summit (aka COP16).

I’ve been struck that many people (even among those who generally track the larger annual climate COP process) are not familiar with the biannual biodiversity COP (conference of parties). This is a shame because the stakes for our collective future could not be higher: The Global Biodiversity Framework (GBF) is the most crucial official treaty among the world’s nations to halt the extinction crisis. Its implementation—COP16’s primary goal—is critical to striking a sustainable balance between human civilization and the natural world.

We know by now that we are in serious trouble: More than one million species face imminent extinction, entire ecosystems are unraveling, and the very fabric of Earth’s life support systems that we all depend on—for literally everything—is convulsing on the brink of collapse under an onslaught of reckless resource exploitation, toxic pollution, and corporate greed. We also know that decision-makers at the highest levels of government and business not only have their heads in the sand but are doubling down on the kinds of short-sighted, profit-at-all-costs Wild West capitalism that got us in this mess in the first place.

This is why it was such a big deal when, in 2022, at the conclusion of COP15 in Montreal, 196 nations adopted the historic GBF, an ambitious pact to halt the extinction crisis and begin to reverse the destruction of nature by 2030. Of course, the GBF is imperfect and insufficient. However, given the current state of world affairs, it firmly qualifies as better than nothing and even a good start—mainly because it is the best we’ve got going. Now, countries are meant to present their detailed plans in Cali to implement and pay for this noble commitment.

The theme of this year’s biodiversity COP is ‘Peace with Nature,’ and Colombia has embraced its role as host to the world with gusto. The streets of Cali have been painted an exuberant rainbow of colorful birds, prowling jaguars, and other myriad representations of the richness of life. The president of Colombia, Gustavo Petro, gave a fiery opening speech starkly outlining the predicament we face, holding no punches about the role of the rich world in creating this escalating catastrophe and the responsibility wealthy countries bear in supporting the developing world in solving it. The atmosphere surrounding COP16 presents a microcosm of our moment in history, with a chaotic chorus of international voices gathered to negotiate, cajole, and sometimes battle it out over how far and how fast we can agree to push the envelope on change.

Besides the heads of state shuttling around in black SUV motorcades, thousands of other stakeholders are flooding the city this week as well, both inside the formal UN Blue Zone on the outskirts of the city, where you need a delegate badge to enter, and outside, in the publicly accessible Green Zone along Cali’s main downtown riverfront. Alongside my organization, Rainforest Action Network (RAN), are hundreds of our non-governmental organizations from around the world, as well as dozens of Indigenous delegations and lots of unaffiliated activists of all stripes. There is hope and solidarity in the air, and it is undeniably exciting and inspiring to stand shoulder to shoulder with so many passionate advocates gathered to speak truth to power to achieve a better outcome for future generations.

And, ominously, there are the legions of businesspeople in suits and ties. Two years ago in Montreal, everyone in the environmental and human rights realm was commenting on the unprecedented abundance of bankers and corporate lobbyists, and it appears that this year, that trend has continued its sharp trajectory upward. On the one hand, the masters of finance seem to have realized that the real solutions we are seeking must necessarily involve structural changes to business as usual that would undoubtedly impact their bottom line and, on the other hand, that there may be great profit opportunities in some of the corporate-driven ‘solutions’ being proposed.

The thing is, we largely know what must be done to avoid the most catastrophic outcomes on the horizon. It’s just that nobody with real power sees any short-term gain from doing these things. Governments must pass finance regulations to stop the funneling of hundreds of billions of dollars into expanding nature-destroying sectors like soy, beef, and palm oil ever deeper into primary tropical forests. Wealthy nations must act to relieve the unsustainable debt and trade agreements that limit conservation options for so many developing countries.

We must shift the foundational dialogue from viewing nature through a transactional lens to embracing a holistic understanding of biodiversity. This includes listening to and incorporating the knowledge of traditional and Indigenous communities into our policies and economic models. We must transform the current landscape of corporate impunity into one where accountability prevails.

Sadly, there are already those dubbing this the ‘COP of false solutions’ as industry twists itself in knots to contrive increasingly Orwellian schemes that sound good on the surface but deftly avoid real change to the lucrative system from which they have grown fat. Along with an alphabet soup of innocuous sounding, corporate-driven initiatives like the TNFD (Taskforce on Nature-related Financial Disclosure) is the newly ubiquitous concept of biodiversity credits, a dark mutation of the carbon credits debacle, which is every bit as ludicrous as it sounds.

Left to their own devices, the financial sector’s solution to the crisis resulting from the commodification of nature is to find new ways to commodify nature. This is why a big part of our mission here is to call BS, push back against these hare-brained schemes before they take root, and leverage whatever influence we have to bring frontline demands to the table.

Longtime observers of this decades-deep process know better than to expect an immediate, transformative breakthrough here in Cali. But the fact is, change is coming, and on some level, everyone knows it. History is full of flipped scripts, unexpected shifts, and dramatic realignments of power. There is simply no way the current economic system can persist indefinitely on a finite planet. And when the big shifts inevitably do come, we, and life on earth, will be far better off if we have built the infrastructure of a new direction forward.

The crippling grip of our current dominant economic model can feel pretty disempowering and limit our imaginations of what is possible. So it’s our job to keep our eyes on the prize, dream big, and demand the real solutions that science and morality dictate, not just the ones corporations and politicians will tolerate.

This article was produced by Earth | Food | Life, a project of the Independent Media Institute.


ZNetwork is funded solely through the generosity of its readers.  Donate


Laurel Sutherlin is the senior communications strategist for Rainforest Action Network and a contributor to the Observatory. He is a lifelong environmental and human rights campaigner, naturalist, and outdoor educator passionate about birds and wild places. Follow him on Twitter @laurelsutherlin.

Sunday, October 20, 2024

ANCIENT INDIA AND THE ROMAN EMPIRE
Published October 20, 2024 
DAWN/EOS
This 4th century CE mosaic in Sicily showcases the cultural impact India had on the region. An Indian-looking goddess, apparently copied from an Indian original, is shown flanked by an elephant and tiger with pepper vines hanging behind her | Villa Romana del Casale

In March 2022, a team of archaeologists was excavating a newly discovered temple of the Egyptian goddess Isis at Berenike, on the shores of the Red Sea, when they unearthed a series of remarkable finds.

Berenike is today a bleak and desolate spot. Here, under pale blue skies, the flat, treeless, red-dust wadis of the eastern desert give way to the windy shores of the Red Sea. There is little to see and, though the site contains the foundations of some once impressive structures — a couple of temples, a Roman aromatics distillery and a fine bath house — the broken walls today rarely rise far above the level of the encroaching sand dunes. Nevertheless, these unprepossessing ruins, easily missed as you drive up the Red Sea coast, were the landing point for generations of Indian merchants travelling to the Roman Empire and were once a place where unimaginable fortunes could be made.

The finds which emerged from the storeroom of the Isis temple included the head and torso of a magnificent Buddha, the first ever found to the west of Afghanistan. It was sculpted from the finest Proconnesian marble, from the island of Marmara off the Turkish coast, in a part Indo-Gandharan, part Palmyran, part Romano-Egyptian style, with rays of the sun beaming out from it on all sides, as if the Buddha had transformed into a Roman solar deity like Sol or Mithras.

From the style of the carving, and what the archaeologists described as the “tortellini-like” curls drilled on to the Buddha’s head, they believed that the sculpture must have been made in a workshop in 2nd century CE Alexandria. It was probably commissioned by a wealthy Indian Buddhist sea captain, in gratitude for his safe arrival in the Roman Empire. Its location in a temple of Isis may not be an accident: one Egyptian papyrus of the period refers to Isis as the mother of the Buddha.


In the storerooms of the Isis temple were also found a stone memorial dedicated to a trinity of early proto-Hindu gods, one of whom, Vasudeva, with his club and discus, would soon evolve into the more familiar form of Krishna; also propitiated was Balarama, with a plough; and the goddess Ekanamsha.


Recent archaeological discoveries are leading to a radical revision by scholars of the intensity, scale and importance of maritime trade between the Subcontinent and the world. For example, one estimate is that one third of the Roman empire’s entire revenue was generated by taxes on trade with ancient India. Historian William Dalrymple’s latest book — The Golden Road: How Ancient India Transformed the World, published by Bloomsbury — presents a fascinating account of this exchange between cultures, civilisations and global wealth. Eos presents, with permission, an excerpt from the book…

There was also a bilingual inscription in Greek and Sanskrit, put up in the 3rd century by a Buddhist devotee from Gujarat: “In the sixth year of King Philip [ie the Roman Emperor Philip the Arab, in 249 CE], the kshatriya [warrior] Vasula gave this image for the welfare and happiness of all beings.”

Out of the sands of Berenike has come pottery from Spain, frankincense and resin from Southern Arabia, beads from Vietnam and Java, statues of the gods of Palmyra and cedar from Lebanon. There have also been letters, receipts and customs passes from Alexandria. But most of all there has been what the excavator described as “just tons” of Indian finds, including gems and pearls, woven mats and baskets, teak from Kerala and even the bones and skulls of elephants and monkeys — specifically, rhesus and bonnet macaques from India.

Indeed a steady stream of finds from the Indian trading community had been emerging from this stretch of Egyptian desert sand for some time. A great many fragments of cotton weave have turned up in Berenike, which the archaeologists believe to be of a variety grown in Gujarat and the Indus delta. A Tamil-Brahmi pottery graffito was written by a Tamil visitor who called himself “the chieftain Korran”, while Prakrit inscriptions recorded the visits of other south Indians.

Deposits of rice, dal, coconuts, coriander and tamarind show that these south Indian merchants preferred their own deliciously peppery cuisine to that of Egypt, much as their successors still do today. Nearby were found huge 22-pound pots containing several thousand imported Indian black peppercorns.

Ever since the first reports of the incredible splendours and riches of India began reaching Europe after the conquests of Alexander the Great in the 4th century BCE, Europeans had fantasised about the wealth of India. Here, according to Herodotus and the Greek geographers, gold was dug up by gigantic ants and guarded by griffins; here, precious jewels were said to lie scattered on the ground like dust.


It was India, not China, that was the greatest trading partner of the Roman Empire. It is also clear that sea travel was the fastest, most economical and safest way to move people and goods in the pre-modern world, costing about a fifth of the price of equivalent land transport.

As the two worlds were gradually brought into regular and direct contact through the ports of the Red Sea in the 1st century BCE, the Romans became increasingly eager consumers of Indian goods and luxuries, particularly the spices of southern India. Indian merchants were only too happy to satisfy these cravings, at considerable profit.

Archaeological evidence for the surprising intensity of contact between early India and Roman Egypt is growing fast. The Indian finds in Berenike have been mirrored by equally striking evidence of Roman trade emerging from excavations in India, particularly the recent dig near the Keralan village of Pattinam, the probable site of Berenike’s Indian counterpart, Muziris.





As a result, the scale and importance of this trade are currently being radically revised by scholars working on both sides of the Indian oceans. Indeed, according to some recent calculations, customs taxes on trade with India may have generated as much as one-third of the entire income of the Roman exchequer. One source for this striking figure is a unique papyrus document of uncertain origin, believed to have been found in an ancient Egyptian rubbish dump.

The debris chucked out by the people of the now-vanished Egyptian town of Oxyrhynchus — the ‘City of the Sharp-Nosed Fish’ — has for a century been providing a series of remarkable literary discoveries. These have ranged from previously unknown lesbian erotica by Sappho to fragments of the collected early Christian Sayings of Jesus and pieces of a new gospel, that of the apostle Thomas. The rubbish dumps first came to the attention of the outside world in 1895, when reports reached the British archaeologists Bernard Grenfell and Arthur Hunt that the area had begun to yield an extraordinary number of papyrus fragments.

What the two men found when they visited the site, however, surpassed their wildest expectations. “The papyri were, as a rule, not very far from the surface,” wrote Grenfell in the Journal of the Egypt Exploration Fund the following year. “In one patch of ground, indeed, merely turning up the soil with one’s boot would frequently disclose a layer of papyri…”

In the first year, the two men found fragments of lost plays by Aeschylus and Sophocles; the earliest papyrus of St Matthew’s Gospel then known; and a leaf of a previously unknown book of New Testament Apocrypha, the Acts of Paul and Thecla. They also unearthed great quantities of historical documents, such as the report of an interview between the Emperor Marcus Aurelius and an Alexandrian magistrate, as well as an entire archive of administrative correspondence and financial documents. Such was the quantity of documents unearthed that many have only recently been properly studied.

A single papyrus, now in Vienna and believed by some scholars to have originated in the rubbish dumps at Oxyrhynchus, turned out to be a fragmentary loan contract and customs assessment that followed the standard template used by Alexandrian importers for such orders. It was taken out by an Alexandria-based Egypto-Roman entrepreneur for the purchase of goods from an Indian merchant in faraway Muziris on the coast of Kerala.

It gave precise details of one cargo that had been sent to Berenike all the way from India, aboard a ship called the Hermapollon. What caught the attention of historians was the jaw-dropping value of the goods in question. It seems that everything that came out of India at the period was unusually expensive by the time it reached the Roman world.

The exports included nearly four tons of ivory, worth seven million sesterces, at a time when a soldier in the Roman army would have earned about 800 sesterces annually, and a would-be senator from the cream of the Roman aristocracy had to demonstrate assets of one million sesterces to stand for office.

The life story of Gautama Buddha, as sculpted in Gandhara, is often accompanied by Roman imagery, such as Corinthian capitals and Diosynian scenes of music, dance and merry-making. There is even a depiction of the Trojan Horse | British Museum

The consignment also included a valuable shipment of 80 boxes of aromatic nard, the precious and much prized aromatic oil of the Himalayan spikenard plant, used in the manufacture of perfume, which makes a brief appearance in the Gospel of John when Lazarus’ sister Martha uses it to anoint the feet of Jesus before wiping them with her hair.

There was, in addition, a consignment of tortoiseshell and 790 pounds of Indian textiles, probably cotton, then considered a luxury product as valuable as silk. The total value of the 150-ton shipment was calculated at 131 talents, “enough to purchase 2,400 acres of the best farmland in Egypt” or “a premium estate in central Italy.”

A single trading ship such as the Hermapollon could possibly carry several such consignments, each worth a small fortune. No wonder then that Pliny the Elder (23–79 CE), the plain-speaking naval commander from northern Italy, mentions that cohorts of archers were carried on board the ships sailing to India, to offer protection against pirates, and that the Muziris papyrus carefully factors in the costs of such private security. One successful shipment of this value could turn the merchants behind it into some of the richest men in the Empire.

That was not all. According to the papyrus, the import tax paid on the cargo worth almost nine million sesterces was over two million sesterces. Working up from these figures and other customs receipts from the period, scholars have estimated that, by the first century CE, Indian imports into Egypt were worth over a billion sesterces per annum, from which the tax authorities of the Roman Empire were creaming off no less than 270 million.

These revenues surpassed those of entire subject countries: Julius Caesar imposed tribute of 40 million sesterces after his conquests in Gaul, while the Rhineland frontier was defended by eight legions at an annual cost of 88 million.

The sea trade along the Golden Road between Rome and India was clearly an immense operation, dangerous and complex, but highly profitable, both to the shippers who operated the trade and to the Roman state that taxed it. The implications of the unprecedented scale of the sea trade between India and Rome from the first century onwards are enormous. It is now clear that historians have been looking at entirely the wrong place when they thought about ancient trade routes.

It was India, not China, that was the greatest trading partner of the Roman Empire. It is also clear that sea travel was the fastest, most economical and safest way to move people and goods in the pre-modern world, costing about a fifth of the price of equivalent land transport. Shipping routes that cut across political and topographical boundaries were always more important than the slow-moving caravan trails, and the overland trade routes always carried much less trade than the sea roads: ships, after all, could carry vastly larger cargoes — often amounting to several hundred tons — and travel much more quickly than donkeys or camels. They could also sail around wars, instability and ambushes.

This Buddha, the first to be found west of Afghanistan, was discovered in 2022 in Berenike, Egypt | S E Sidebotham



The Golden Road of early East–West commerce, in other words, lay less overland, through a Persia often at war with Rome, and much more across the open oceans, via the choppy waters of the Red Sea and the Indian Ocean.

There is evidence of pioneering Indian merchants making remarkable prehistoric trading voyages as early as the seventh millennium BCE, when Afghan lapis first turns up in beads found in northern Syria. Sumerian clay tablets of the late second millennium BCE are full of references to lapis, which is used as a simile to describe the colour of the sky and certain flowers, even the beards of men.

Etched carnelian beads from Gujarat of the same date also turn up in the Royal Tombs of Ur (modern Iraq). Sumerian texts refer to a fabulously rich eastern trading city, an early Eldorado, named Aratta, which scholars have identified with one of the Indus valley cities; the same name also appears in early Sanskrit sources.

Teak from Malabar, red Indian marble and ivory were reaching Ur and the young city states of ancient Mesopotamia and the wider Persian Gulf region by c.2500 BCE. Some may have come overland, with the goods passed from merchant to merchant in a commercial relay race, but the larger and heavier objects, such as tree trunks and large blocks of precious stone, would have been much easier to move by boat.

These valuable cargoes were probably rafted down the Indus, and then ferried on in the larger seagoing boats of Meluhha, as the people of the Indus Valley Civilisation are now believed to have called themselves. The same Meluhhan boats were reaching the Persian Gulf during the reign of King Sargon of Akkad, in modern Iraq, around 2,300 BCE.

Distinctive Indus valley cooking utensils, shell jewellery and toys that have turned up at presumed Meluhhan ‘colony’ sites in Mesopotamia imply that the merchants from the Indus valley were accompanied by their children and womenfolk. Some even seem to have brought their water buffaloes and zebu-humped cattle to provide them with milk, while Indus valley-style gaming boards and dice indicate how these pioneering traders entertained themselves on the long, hot Mesopotamian summer afternoons.

Further evidence of a very early Indian merchant diaspora lies scattered around the Middle East: one cuneiform tablet mentions an entire village of Meluhhan Indians, settled in what is now Iraq, while another references an Indian woman running a tavern; there is even a legal notice about a drunken Meluhhan who was fined ten silver ingots for breaking a man’s tooth in a brawl.

Indians also worshipped at the local temples: one Meluhhan trader donated a piece of agate to the temple in Larsa, while one of his compatriots gave a wooden throne, a lapis axe and a sedan chair to the god Tishpak, at his temple in central Mesopotamia. Around 2000 BCE, merchants from the Indus valley were sufficiently common in Babylonia for there to be a need for at least one professional translator of their language. One king of Ur, Sulgi, claimed to be able to speak the language of the Meluhhans. Indian DNA also turns up in a surprising number of the bones excavated from this period in Mesopotamia.

A millennium later, Indians began to travel beyond the Land of the Two Rivers. Grains of Indian pepper placed up the mummified nose of the Pharaoh Rameses II in 1213 BCE also presumably came by this same Red Sea route, along with the Indian diamonds used in the tools which are believed to have cut the stones of the pyramids. Indian beads, silks and spices got even further — indeed as far as the Aegean, where cinnamon has been found on the island of Samos.

Indian sailors on the east coast of India were trading with their counterparts in South-east Asia by the second millennium BCE, when plant species cultivated by South-east Asian farmers start to appear in the archaeological record of South Asia. The areca nut and the coconut palm were probably introduced to South Asia around this time, together with other South-east Asian crops later regarded as quintessentially Indian, such as ginger, cinnamon, sandalwood, bananas and rice. Domesticated chickens and pigs may also have been imports from the south-east.

Roman gold coins excavated in Tamil Nadu, India. One coin of Caligula (37-41 CE) and two coins of Nero (54-68 CE) | British Museum



By the 4th century BCE, there is evidence that merchants had already established a regular maritime trading network that stretched from the east coast of India across the Bay of Bengal to the small but affluent city states and cosmopolitan ports that had begun to emerge in Java, Indonesia, Malaysia, Thailand and the South China Sea. Gold and spices, sandalwood and eaglewood, and fragrant resins such as camphor, as well as pepper and tin, were among the products which the first Indian traders came to buy.

Sanskrit place names such as Takkola (‘Market of Cardamom’), Karpuradvipa (‘Island of Camphor’), Narikeladvipa (‘Island of Coconut Palms’) give us hints of the other goods that attracted Indian merchants to these ports. In return, they traded the many Indian products found by modern archaeologists scattered in the early sites across the region: glass beads, bronze bowls and precious stones formed into simple jewellery, such as carnelian ornaments, some shaped into tiny tiger figurines or lions of translucent rock crystal. Around this time, there is evidence of Indian glassmakers setting up workshops on the Isthmus of Kra, the narrowest point on the Thai-Malay peninsula.

Around the same time, we get the first evidence of peoples from the Mediterranean world sailing eastwards to India. In 510 BCE, a captain named Scylax from Caryanda, on what is now the coast of Turkey, was commissioned by the Persian Shah Darius to sail down the Kabul river, through the mouth of the Indus and hence, hugging the coastline, through the Arabian and Red seas as far as Egypt.

Along the same route came the Indian gemstones, especially beryls and rubies that were used to decorate the exquisite public rooms of the great Achaemenid palace of Persepolis. One 3rd century BCE Greek historian described how “the gold plane-trees and the gold grape-vine under which the Persian kings commonly sat to conduct their business” were made with “grapes of emeralds as well as of Indian rubies.” Some of these were maybe gifts from the Indian envoys, who regularly brought presents to the Persian kings. The same Greek observer also spotted Indian mahouts riding the Shah’s elephants, and other observers remark on Indian magicians, entertainers and cooks at work in the great Persian palaces.

An early Buddhist Jataka tale of this period tells the story of Indian merchants in Babylon astonishing the citizens with a dancing peacock. Another early Buddhist text talks of the expansive trading world of Indian merchants, stretching from “the Lands of Gold” in South-east Asia to “the country of the distant Greeks [and] Alexandria [in Egypt].” It is probably this network that allowed a 1st century BCE Parthian craftsman sculpting a statuette of a goddess from Babylonia to use Burmese rubies to make her eyes vibrant and alive.

By the 3rd century BCE, Alexander the Great’s successors in Egypt, the Ptolemies, had established the ports of Berenike and Myos Hormos, initially to facilitate the import of elephants for warfare and, for the first time, regular voyages down the Red Sea to and from India became feasible. A now-lost early Buddhist gravestone, dating from the Ptolemaic era of Alexandria, may once have portrayed the Buddhist icons of the triratna and the Wheel of the Law, the dharmachakra. In the 2nd century BCE, Callixeinus of Rhodes reported seeing Indian women, cattle, dogs and carts full of Indian gems on display in a procession in Alexandria.

According to the Greek geographer Strabo, the first European to attempt a regular commercial relationship with India was an Alexandrian merchant named Eudoxus of Cyzicus. Eudoxus was an entrepreneurial Ptolemaic Greek who went into business with an Indian sailor who had been shipwrecked on the shores of the Red Sea. Having given his new friend a lift home around 118 BCE in return for directions, Eudoxus made two further trips to South Asia, bringing back a great haul of aromatics, spices and other luxuries.

He was last seen disappearing through the Pillars of Hercules, past what would become Gibraltar, with a boatload of singing boys and dancing girls, in an attempt to reach India by a new route, circumnavigating Africa via the Canary Islands. He was never heard of again.

Sailings to and from India began to accelerate after sailors got the hang of using the monsoon to cross the open oceans, a feat that Western authors say was first accomplished by a Greek sea captain named Hippalus, in the 1st century BCE. But it was the defeat of the fleets of Cleopatra and Mark Antony by the future Emperor Augustus, at the fateful sea Battle of Actium on September 2, 31 BCE, that changed everything.

Excerpted with permission from The Golden Road: How Ancient India Transformed the World by William Dalrymple, and published recently by Bloomsbury

The author is a writer and historian. Some of his previous books include The Anarchy: The Relentless Rise of the East India Company, The Last Mughal: The Fall of a Dynasty, and Return of a King: The Battle for Afghanistan. X: @DalrympleWill

Published in Dawn, EOS, October 20th, 2024