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To a great degree, Ecuadorian oil profits end up in the Global North

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To a great degree, Ecuadorian oil profits end up in the Global North


Ecuadorian oil profits end up to a great degree in the Global North
Image of oil extraction facilities in the Yasuni National Park. Author. Credit: EL SANTO Films, IZAR Films

Research by the University of the Basque Country (UPV/EHU) reveals an unbalanced distribution of the impacts generated by the exploitation of two blocks in the Amazon.

A study by Ortzi Akizu-Gardoki published in Science of The Total Environment has analyzed the effects of the oil extracted from the two blocks in Ecuador and concluded that 21% of the revenue remains there.

As the study revealed, although most of the economic benefits have gone abroad, the Amazon suffers, on average, 19.6% of the environmental impacts. The study also detected cultural transformations in Indigenous communities as a result of the extractions.

The latest study by the UPV/EHU’s Life Cycle Thinking research group shows that 79% of the oil money from Blocks 16 and 67 in Ecuador goes to wealthy countries: The oil companies receive 20%, the refineries and distribution intermediaries 21%, and the Government of Spain 38%, due to the special tax on hydrocarbons because they are not sustainable.

“The fact that only 21% of the revenue remains in Ecuador, the country where the resource originates, indicates that the distribution of benefits and damages is not equitable. Our study quantified the unequal distribution of the economic and environmental impacts of oil exploitation in the Global North and South,” explained Akizu-Gardoki.

Ecuador produces approximately 175 million barrels of oil a year, the export of which is the country’s main source of income. More than 80 blocks are spread throughout the country, but the most controversial ones are those in the Amazon rainforest, due to the social and ecological damage they cause.

In fact, blocks 16 and 67 analyzed in the UPV/EHU study are located in the Yasuni National Park, one of the most biodiverse areas in the world. These wells were selected for the research because that was where the quantification was first made of the balance between the impacts and profits of the extractions relating to nature and the local Indigenous communities.

Another reason is that Repsol has been exploiting these two blocks for the last 24 years.

“It is not possible to know whether the fuel we buy comes from one of those two blocks, but we do have petrol stations owned by that company in the Basque Country. The work has contributed to the aim of raising the awareness of us end-users here about the responsibility we have for the impacts of the oil being extracted in the Amazon,” explained Akizu-Gardoki.

The research has filled a gap. In fact, it is the first time that the ecological footprint has been crossed with the profits generated in the exploitation of these two areas. The conclusion is that on average, 19.6% of the equivalent CO2 emissions resulting from production and consumption are directly born by Amazonia itself.

To obtain these results, researchers at the UPV/EHU used the life cycle assessment of oil. To be able to compare the data, the carbon footprint produced when the oil is used as fuel in private vehicles was taken into consideration.

In other words, they quantified the CO2 emissions that are produced from the moment the oil is extracted from the two blocks in the Yasuni National Park, transported to the refineries, processed, and distributed to the petrol stations, until it leaves car exhaust pipes.

The results indicate that 38.7% of the emissions occur directly as a result of keeping engines running; 37.1% comes from building vehicles and infrastructure; and 24.3% from the work to extract, refine and distribute the oil.

With this data, Akizu-Gardoki would like to raise the awareness of end-consumers, stating, “It is clear that drivers bear a huge responsibility. On many occasions, we only look at the CO2 that comes out of the exhaust pipes, but we must be aware that the environmental footprint of the act of driving is bigger and leads to damage in other countries, too. We are not responsible for the energy models created by private companies and governments, but we can be agents of change.”

The social impact on Indigenous communities

In addition to the environmental impact, the UPV/EHU study also explored the social impact of extraction from the Yasuni National Park on local Indigenous groups.

“We held in-depth interviews with representatives of the Waorani ethnic groups,” said the researcher, “and detected severe impacts on their quality of life. There are also cultural transformations from which there is no turning back. Among other things, we saw dependence on the economic model and the loss of customs as a result of civilization.”

It was also concluded that the exploitation of oil in the Amazon has led to the emergence of alcoholism and an increase in gender violence.

However, according to the leader of the Life Cycle Thinking group, when conducting the analysis, the researchers saw that companies and governments fail to quantify the social and ecological damage.

“They do so deliberately, because the lack of impact measurements allows them to continue generating impacts, and facilitates the arbitrary compensation of unquantified damage,” noted Akizu-Gardoki.

The study by the UPV/EHU has contributed to this first step to find out about the relationship between profits and impacts, but the author stressed that more steps need to be taken. For example, to reduce the impacts, he proposes starting to indicate at petrol stations where the oil comes from.

“Just as we’ve got used to asking where the fruit we buy comes from and we’re willing to pay twice as much for the local apples we have, let’s look at where the fuel we put into our vehicles comes from, and how it’s produced. Basque society has the potential to bring about changes in the current energy model.”

More information:
Cinta Eugenio et al, Environmental impacts of oil extraction in blocks 16 and 67 of the Yasuní Reserve in the Amazonian Forest: Combined qualitative and Life-Cycle Assessment, Science of The Total Environment (2024). DOI: 10.1016/j.scitotenv.2024.175189

Citation:
To a great degree, Ecuadorian oil profits end up in the Global North (2024, November 5)
retrieved 5 November 2024
from https://phys.org/news/2024-11-great-degree-ecuadorian-oil-profits.html

This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no
part may be reproduced without the written permission. The content is provided for information purposes only.





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World’s first wooden satellite launched into space

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World’s first wooden satellite launched into space


LignoSat, a satellite made from wood and developed by scientists at Kyoto University and Sumitomo Forestry, shown during a press conference in May, 2024
LignoSat, a satellite made from wood and developed by scientists at Kyoto University and Sumitomo Forestry, shown during a press conference in May, 2024.

The world’s first wooden satellite has blasted off on a SpaceX rocket, its Japanese developers said Tuesday, part of a resupply mission to the International Space Station.

Scientists at Kyoto University expect the wooden material to burn up when the device re-enters the atmosphere—potentially providing a way to avoid generating metal particles when a retired satellite returns to Earth.

These particles may negatively impact both the environment and telecommunications, the developers say.

Each side of the box-like experimental satellite, named LignoSat, measures just 10 centimeters (four inches).

It was launched on an unmanned rocket from NASA’s Kennedy Space Center in Florida, Kyoto University’s Human Spaceology Center said.

The satellite, installed in a special container prepared by the Japan Aerospace Exploration Agency, “flew into space safely”, it said in a post on X.

A spokeswoman for LignoSat’s co-developer Sumitomo Forestry told AFP the launch had been “successful”.

It “will arrive at the ISS soon, and will be released to outer space about a month later” to test its strength and durability, she said.

Data will be sent from the satellite to researchers who can check for signs of strain and determine if the satellite can withstand extreme changes in temperature.

“Satellites that are not made of metal should become mainstream,” Takao Doi, an astronaut and special professor at Kyoto University, said at a press conference earlier this year.

© 2024 AFP

Citation:
World’s first wooden satellite launched into space (2024, November 5)
retrieved 5 November 2024
from https://phys.org/news/2024-11-world-wooden-satellite-space.html

This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no
part may be reproduced without the written permission. The content is provided for information purposes only.





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Ancient Mesopotamian clay seals offer clues to the origin of writing

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SEI 227733093

A cylinder seal and its design imprinted onto clay

Franck Raux © 2001 GrandPalaisRmn (Musée du Louvre)

The world’s oldest known writing system may have had its origins in the imagery on decorated cylinders used to denote ownership. Some of the symbols on these cylinder seals correspond to those used in proto-cuneiform, a form of proto-writing used in Mesopotamia.

The finding indicates that the invention of writing in Mesopotamia was a decentralised process, in which many people across a wide area contributed to the set of symbols used.

“There’s been this longstanding reconstruction of how writing appeared in Mesopotamia, which is arguably the earliest invention of writing in the world,” says Silvia Ferrara at the University of Bologna in Italy. “We’re retracing the trajectory in a way that’s more, I would say, colourful, less straitjacketed.”

The oldest known true writing system is cuneiform, invented around 3200 BC in Mesopotamia. It was preceded by a simpler system called proto-cuneiform, which was in use from 3350 to 3000 BC.

Proto-writing like proto-cuneiform is distinguished by a lack of grammatical rules, which means it cannot convey complex meanings, says Amy Richardson at the University of Reading in the UK, who wasn’t involved in the research. For instance, proto-cuneiform can be used to label something as “seven bushels of wheat”, but only true writing like cuneiform can say “seven bushels of wheat will be delivered to you”.

The origins of proto-cuneiform have often been traced to clay tokens. These came in a variety of shapes, such as discs and spheres, and were often engraved with patterns. The tokens could be pressed into wet clay, creating a symbol. Some of the symbols on the tokens are similar to those found in proto-cuneiform, as documented by Denise Schmandt-Besserat at the University of Texas at Austin in her two-volume book Before Writing in 1992.

There is some evidence for a role of tokens in the origin of proto-cuneiform, says Ferrara. “But you cannot explain all the signs.”

Ferrara and her colleagues Kathryn Kelley and Mattia Cartolano, also at the University of Bologna, have instead explored another source of symbols: cylinder seals. These cylindrical objects have patterns and images embossed on them, and leave a rectangular collection of symbols when rolled over sheets of wet clay. The symbols often referred to goods being transported, or to administrators involved in transactions, says Cartolano.

Photograph of proto-cuneiform tablet showing signs discussed in the article. Colour image of drawing of Fig.8C in the article (Ref_ Englund 1994 (ATU 5)_ p.jpg

Two sides of a proto-cuneiform tablet

CDLI

The team examined cylinder seals from a wide area of south-west Asia, including Mesopotamia, that dated to 4400 to 3400 BC. They found several symbols that corresponded to proto-cuneiform symbols.

“One of the clearest examples that we found is the use of the images of fringed cloth and vessel in a net,” says Cartolano. These have well-understood meanings: they refer to the transport of goods. And they are found both on cylinder seals and proto-cuneiform tablets.

The idea that the symbols on cylinder seals led to some of the symbols in proto-cuneiform was previously suggested by Holly Pittman at the University of Pennsylvania in Philadelphia in a 1994 book chapter and developed in later publications. “I am gratified that, 30 years after I first proposed the fundamental role of seal imagery in the origins of proto-cuneiform script, that a new generation of scholars have taken up my idea and, with their expertise in cuneiform script, have put details to my argument,” says Pittman. She adds that in the 1990s her idea was dismissed “without serious consideration”.

“I find it to be very convincing,” says Richardson. “There does seem to be a really neat correlation in the particular examples that they’re illustrating in this article.” Her own research has found that cylinder seals were also used to record interactions between cities.

This doesn’t mean that tokens didn’t play a role. “I think there’s still some strong arguments to make that those tokens really are part of the foundation of abstraction,” says Richardson. In particular, they seem to have been important for the development of counting systems.

If proto-cuneiform really did arise in this hodge-podge way, drawn from tokens, cylinder seals and possibly other sources, it may tell us something about who was inventing it, says Ferrara. “There is evidence for making a claim that the invention of writing in Mesopotamia was, in fact, much more decentralised than we think,” she says. While powerful people in the major city of Uruk no doubt played a role, perhaps so did other administrators and tradespeople scattered over the region. “I think there’s evidence for having a more widespread… and more distributed prompt to writing,” she says.

Writing was first used for administration, not for storytelling. “Those first written records tend to be about trying to organise materials, goods, people, things,” says Richardson. “It’s very much about trying to find ways of creating a social system.”

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Just a moment…

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Just a moment…



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Just a moment…

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Just a moment…



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