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Workers in Amazon Warehouses in Saudi Arabia Await Financial Relief: ‘We Demand Justice’

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Asian warehouse employees report that Amazon, recognized as the world’s second-largest employer, has failed to fulfill its commitment to compensate them for financial exploitation tied to the operations of Saudi online retailers.

In 2023, Amazon announced it would refund recruitment fees to Asian contract workers who were compelled to pay substantial amounts to secure jobs in the warehouses of Saudi companies. Since then, the company has disbursed over $2.6 million in compensation to approximately 950 workers from various nations.

However, two years later, numerous immigrants are still awaiting reimbursement of their recruitment fees, with uncertain prospects for financial relief. Of the 67 workers interviewed by the Guardian, 36 indicated they had yet to receive payments from Amazon, despite having paid significant fees to gain employment in the company’s Saudi Arabian operations.

“I want to tell Amazon: If you intend to repay your debt, do it now,” stated Rameshwar Sharma, a worker from Nepal, who reported not having received any compensation. “Don’t treat us like fools. We are not begging. We seek justice.”

In a statement, Amazon spokesperson Margaret Callahan remarked that the company was “working swiftly and diligently to identify individuals entitled to reimbursement for employment costs incurred at third-party vendors that violated supply chain standards.”

She further noted that “we are aware that our work is not complete,” and that Amazon will “persist in issuing refunds as swiftly as possible.”

Labor rights advocates from Amnesty International, a human rights organization that scrutinized Amazon’s labor practices in Saudi Arabia, condemned the delays in processing worker payments as unacceptable.

“Too many individuals are still in limbo, and every delay prolongs their suffering,” commented Ella Knight from Amnesty International. “For one of the wealthiest companies globally, the sum involved is a mere drop in the ocean. However, for workers, timely justice can transform lives.”

Amazon, she insisted, “must act promptly to uphold its full human rights responsibilities.”

Some of the workers interviewed expressed concerns that the issue extends beyond mere delays. They reported being deemed ineligible for payments despite having paid substantial recruitment fees and having worked in Amazon’s Saudi Arabian operations.

Mithra Lal Sapkota, a Nepali worker, mentioned that he was informed he would not be refunded because his employment with Amazon ended in October 2023. Impactt staff, acting as Amazon’s intermediaries for compensation, left messages for Nepali workers stating that payments were only for those who ended their employment with Amazon in 2023 or later.

“Why are dates so crucial to them?” questioned Mithra Lal Sapkota. Impactt informed him that his job at Amazon ended in 2022, making him ineligible for a refund of his recruitment fees.

“What Amazon is doing feels disingenuous,” he remarked.

Amazon did not respond to inquiries regarding whether October 2023 was a cutoff date for payment eligibility, nor did they clarify the criteria for determining payment recipients.

Concerns about the treatment of vulnerable workers in Amazon’s Saudi warehouses gained significant attention following a survey released on October 10, 2023, by the Guardian, NBC News, and the International Consortium of Investigative Journalists along with the Arab Reporter for Investigative Journalism. The reporting revealed that workers were charged recruitment fees ranging from approximately $830 to $2,300 to secure jobs in Amazon’s Saudi warehouses, violating Supply Chain Standards.

In response to media inquiries and an investigation by Amnesty International, Amazon committed to enhancing its labor practices and reimbursing recruitment fees for workers involved with its Saudi Arabian operations.

By February 2024, Amazon had compensated over 700 workers with approximately $1.9 million. Nevertheless, the pace of payments has since dwindled, with numerous workers claiming they remain excluded. Among the 44 current and former Amazon contract workers interviewed for the Guardian’s report in December 2024, 33 stated they had yet to receive any refund from the company. “These are intricate and prolonged processes, and we do our utmost to expedite refunds,” Amazon explained at the time.

Since the follow-up report, Amazon has distributed over $330,000 in compensation to roughly 100 workers.

The migrant workers involved in this story hail from Nepal, India, Bangladesh, Pakistan, and Kenya.

Bangladeshi worker MD Foisal Mia reported paying a recruitment company over $3,500 for a contract position in Amazon’s Saudi operations. He mentioned he has yet to receive any indication of compensation from Amazon or Impactt. He hopes that a refund for his recruitment fees would significantly impact his family’s circumstances.

“My family is in need. It’s challenging to manage a household,” stated Mia, who currently works at a vegetable store in Kuwait. “Please return my fee. This money means little to you, but it is everything to me.”

Nepali worker Sonu Kumar Mandal sought employment in the Amazon warehouse in Riyadh, the capital of Saudi Arabia, in 2021. To afford the costs, he secured a loan from a local moneylender with an exorbitant annual interest rate of 36%.

However, he was unable to meet his repayment obligations as his earnings were directed towards supporting his financially struggling family.

“I don’t have the funds to pay interest at present. I’m unemployed,” he lamented. “If Amazon were to refund the money, I would be able to settle the loan.”

Several workers denied compensation expressed that if Amazon genuinely wanted to reimburse them, they could have informed them about the refund process.

“Amazon has my phone number, my email, my passport, everything,” said Kishor Kumar Chaudhary, another Nepali worker. “If they wanted to reach me, they could easily do so. But why haven’t they?”

Pradip Kumar Mahato, a former Amazon employee from Nepal, filled out an online compensation form and sent a voice message to Impactt staff in July. In a reply, the staff conveyed: “[money] Very slim…we’re trying, but there’s no guarantee.”

Callahan, the Amazon spokesperson, expressed that the company is establishing a comprehensive complaint resolution mechanism for workers to voice their concerns. Amazon provides a web page where individuals, including former employees, can file complaints in various languages regarding the company’s employment and environmental practices.

Source: www.theguardian.com

Aspiring Deep Sea Explorer? No Need to Worry—Many Opportunities Await!

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Humans have visually documented around 1,470 square miles of the ocean floor, which represents only 0.001%. As per recent research. This area is slightly larger than Rhode Island.

The report, released on Wednesday in the journal Science Advances, raises questions about whether the nation will pursue underwater mining for essential minerals.

Some researchers argue that our knowledge about the seabed is limited, suggesting that more exploration is necessary to responsibly advance extraction efforts.

“More information is always beneficial for making informed decisions,” said Katie Krovbell, a deep-sea explorer and founder of the Ocean Discovery League, a nonprofit focused on seabed exploration.

Understanding the deep sea is crucial for grasping how climate change and human actions impact the ocean, she mentioned. Nonetheless, the study also emphasizes the fundamental excitement that motivates many marine scientists.

“Just think about what lies in the remaining 99.999%,” Dr. Bell commented.

Visual documentation efforts began in 1958 with the deep-sea Trieste. Images collected since then have led biologists to discover new species and understand their interactions within marine ecosystems.

Studying deep-sea organisms on the surface is challenging, as few, if any, are adapted to high-pressure environments. Hence, photos and videos are invaluable.

“Certain habitats cannot be sampled from ships,” said Craig McClain, a marine biologist at the University of Louisiana who was not part of the study. “You need to utilize ROVs for that,” he added.

Visualizing the seafloor is also beneficial for geologists. Prior to the advent of remotely operated vehicles and crewed submersibles, researchers had to drag heavy buckets from their ships to see what they contained.

“They will just handle rocks without context,” stated Emily Chin, a geologist at the Institute of Oceanography, who was not involved in the current study. “It’s akin to studying meteors and attempting to understand another planet’s processes.”

By analyzing rock formations on the seabed through photos and videos, scientists gain insights into basic Earth processes. This knowledge also aids businesses in evaluating potential mining and oil and gas sites.

However, accessing the ocean floor is costly in both financial and temporal aspects. Dr. Bell mentioned that exploring a one-square-kilometer area of the deep seabed could cost between $2 million and $20 million. Planning can take years, while things can go wrong in a matter of hours. During a dive, progress is slow, and ROVs tethered to the ship have limited operational ranges, making repositioning tedious.

Given numerous obstacles, Dr. Bell sought to determine how much of the seafloor had been observed and documented.

Dr. Bell and her team compiled records from over 43,000 deep-sea dives, assessed the resulting images, and estimated the extent of the areas documented.

They estimated that 2,130-3,823 square kilometers of the deep seabed have been imaged, equating to about 0.001% of the total seabed.

“I anticipated the figure would be small, but I didn’t expect it to be quite so limited,” Dr. Bell remarked. “We’ve been conducting these efforts for nearly 70 years.”

The study excluded dives in regions where data isn’t publicly accessible, such as military operations and oil exploration. Even if additional documented areas are included, Dr. Bell expressed, “I doubt it would significantly change the current understanding.”

Much of what marine biologists know about the deep seabed is derived from limited areas. The authors argue that this situation mirrors extrapolating data from a smaller area than Houston to represent the entire planet’s land surface.

The survey also indicated that high-income nations conduct 99.7% of all deep-sea dives, led by the US, Japan, and New Zealand. Most dives occur within 200 nautical miles of these countries. This means that the focus of exploration might skew the representation of the studied marine environments.

“Many experts around the globe possess deep ocean knowledge,” Dr. Bell stated. “However, they lack the necessary tools to perform the research and exploration they aspire to.”

The findings reveal that dives are often concentrated in specific areas, such as the Mariana Trench and Monterey Canyon, focusing on similar features like hydrothermal vents. Since the 1980s, most deep dives have been in shallower coastal waters, leaving vast expanses of the deep ocean uncharted.

“This study provides a valuable overview of our current status and emphasizes where we still need to explore in the deep sea,” Dr. McClain noted.

Source: www.nytimes.com

Potential Massive Energy Sources Await Discovery in Earth’s Mountainous Regions

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In the quest for clean energy and a shift away from fossil fuels, scientists may have uncovered new sources of power, potentially hidden in our mountains. A team of researchers from Germany has identified a vast reservoir of hydrogen gas, generated by rocks formed millions of years ago, through advanced simulations.

This discovery is significant as hydrogen (H2) as a power source does not emit greenhouse gases into the atmosphere, making it a more sustainable alternative to fossil fuels that contribute to climate change. Additionally, the production of hydrogen results in water instead of harmful emissions. However, the challenge lies in the fact that natural hydrogen production is rare, with the current synthetic production relying on fossil fuels.

The main hurdle in hydrogen production is sourcing it naturally. While geological processes can generate natural hydrogen without the need for fossil fuels, the availability of large accessible reserves remains uncertain. The recent study conducted by German researchers could potentially address this issue.

“We may be on the brink of a new era in natural hydrogen exploration,” said Dr. Frank Zworn, the lead author of the study published in the journal Advances in Science. “This could pave the way for a new natural hydrogen industry.”

https://c02.purpledshub.com/uploads/sites/41/2025/02/Earths-mantle.mp4
The rocks that produce hydrogen gas originate from the Earth’s mantle, constituting a significant portion beneath the Earth’s crust. Video Credits: Getty Images

Researchers at the GFZ Helmholtz Center for Geosciences in Germany utilized simulations of plate tectonic processes to identify a substantial reserve of natural hydrogen.

Natural hydrogen can be generated through various methods, such as bacterial transformation of organic matter or the splitting of water molecules due to radioactivity in the Earth’s crust. However, one of the most promising natural methods involves a geological process known as “serpentinization,” where rocks from the Earth’s mantle react with water to release H2 gas.

According to researchers, when these hydrogen-rich rocks are situated near the Earth’s surface, they can create potential zones for large-scale hydrogen production via excavation. These rocks are brought closer to the surface through processes such as continental rifting and mountain formation over millions of years.

As the crustal plates collide and create mountains, deep mantle rocks push up to the surface of the Earth. ‘Hot spots’ of hydrogen gas were identified where these rocks surfaced. – Image credit: CC BY-NC-SA 3.0 USGS/ESEU Frankswaan edition, GFZ

By analyzing two processes, researchers determined that mountain formation offers ideal conditions for hydrogen generation. The combination of cold environments in mountains and increased water circulation could enhance hydrogen levels significantly. Simulations showed that rocks emerging through mountain formations have 20 times the hydrogen capacity compared to those brought to the surface via continental rifting.

Signs of natural hydrogen production have already been observed in mountainous regions such as the Pyrenees, European Alps, and Balkans. The research team anticipates that their findings will inspire further exploration of natural hydrogen in these areas and other mountainous regions.

Professor Sasha Brune, the head of the geodynamic modeling section at GFZ, emphasized the economic prospects tied to natural hydrogen. He stated, “It is now crucial to delve deeper into the migration pathways of microbial ecosystems that consume hydrogen, both shallow and deep, and to gain a better understanding of where potential hydrogen reservoirs can be formed.”

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Source: www.sciencefocus.com