Sunday, August 29, 2021

 SPACE RACE 2.0

China will study how to build a massive spacecraft over a half mile long

The Chinese government is inviting scientists to help build an enormous, 1 kilometer (0.6 miles) long spacecraft that it wants to construct in orbit. The wild concept is to build a giant orbiting craft the size of 10 city blocks from components sent up by rockets one piece at a time.

The concept is outlined in a project document from the National Natural Science Foundation of China (in the attachment titled “Guide for major projects of the Ministry of Mathematical Sciences”), which describes how the organization is looking for proposals for constructing an “ultra-large spacecraft with a size of one kilometer,” saying this goal represents “a major strategic aerospace equipment for the future use of space resources, exploration of the mysteries of the universe, and long-term living in orbit.”


The Long March-2F rocket that will launch three Chinese astronauts to a new space station in the country’s first crewed launch in five years.STR/Getty Images

The size and mass of such a spacecraft would obviously be huge, which would make it impossible to build and launch in one piece. Instead, the idea would be to design and construct modules that could each be launched individually and then assembled in orbit. Therefore the project is looking for two key factors: Firstly, a lightweight design to keep the number of required launches as low as possible, and secondly, a smart design that can be assembled easily in space.

This will be a five-year project to develop the concept, according to the South China Morning Post, and five projects will be selected for development at 15 million yuan ($2.3 million U.S.) each. This amount of funding presumably represents just the first step in researching the concept, as it is nowhere near enough to actually build and launch a spacecraft — even a tiny one. It must be for preliminary research only, to see whether such a concept is even feasible.

China has stepped into space exploration in a big way in recent years. In addition to its Tianwen-1 mission to Mars, which includes a rover that China landed successfully on Mars for the first time and which recently had its mission extended, there’s also its Chang’e 4 mission to the far side of the moon which brought home a sample of lunar rock for the first time in over 40 years. And perhaps most significantly, there is China’s new space station which had its first module put into orbit earlier this year, and which has already seen its first cargo mission and two spacewalks

China wants to build a kilometer-sized starship


While major technical hurdles stand in the way, an extra-large spacecraft could have broad applications


By DAVE MAKICHUK

AUGUST 28, 2021

An artist's rendition of what a giant-sized space station might look like in the future. Credit: Courtesy, SpaceShips Galore.


In an effort to galvanize NASA’s return to the forefront, then-US Vice President Mike Pence sought to re-create the 1960s Cold War space race, when the United States beat the Soviet Union to the lunar surface, The Washington Post reported.

But this time the role of rival was played not by the Soviet Union, but by China, which Pence warned was trying “to seize the lunar strategic high ground.”

Bill Nelson, President Biden’s new NASA administrator, has carried on that hawkish rhetoric, casting China as “a very aggressive competitor” that has big ambitions in space and is challenging America’s leadership.

“Watch the Chinese,” he recently warned.

Watch them, indeed.

They have now announced one of the most ambitious space projects in human history — a plan to build a kilometer-level starship at least be 10 times the length of the International Space Station (ISS) — news that will likely reverberate with NASA and the Pentagon, The Global Times reported.

Experts say that a number of major technical and management hurdles stand in the way, but the in-orbit assembly of an extra-large spacecraft could have broad applications, such as the building of a space power plant that will generate electricity for the planet.

China is studying the project as part of its 14th Five-Year Plan (2021-25) period, which is expected to become a major strategic vehicle for its future use of space resources, deep-space explorations and long-term human stays in outer space.

As soon as the news came out, it lit up the Chinese internet, especially among space sci-fi fans. Some thrilled netizens jokingly compared it to the “starships” in movies and TV series, such as Deep Space Nine.

However, space experts say that there will be a great deal of challenges that must be overcome, apart from the huge demand for manpower and resources, considering the tremendous size and complexity of the spacecraft.

“Take the ISS as an example. Due to thrust limitations of launching vehicles, it also adopted the approach to assemble the parts in-orbit, which were delivered in separate spaceflights over a number of years,” Pang Zhihao, a Beijing-based space expert and researcher from the China Academy of Space Technology, told the Global Times.

Astronauts Tang Hongbo, from left, Nie Haisheng and Liu Boming wave during a departure ceremony before boarding the Shenzhou-12 spacecraft on a Long March-2F carrier rocket at the Jiuquan Satellite Launch Centre in the Gobi desert.
 [Greg Baker/AFP photo]

“It took the ISS 12 years — from 1998 to 2010 — to finally complete the construction. And by the time of completion, the first module that was launched more than a decade prior had almost reached its lifespan.

“It can be speculated that the kilometer-level spacecraft will take even longer to build, and will have much higher requirements for the lifespan of its core components, and the ability to replace components flexibly,” he added.

Researchers will be tasked to minimize the weight of the modules and the number of launches to reduce construction costs, Pang said.

They also must ensure the controllability of the overall structure, so that attitude drifts, deformation and vibration can be limited during in-orbit assembly.

The complexity not only rests on technical issues, but also the overall planning and management of the project, he added, and it must also consider the threats of space debris.

But while the difficulties to construct such a spacecraft are great, experts say it has massive scientific and military potential.

For example, it could be used for building a space power plant, enabling a large-scale all-weather power generation by transferring solar power to electricity and beaming it down to Earth.

China has also made breakthroughs in developing its new super-heavy-lift carrier rocket, rolling out the country’s first 9.5-meter-diameter rocket tank bottom and liquid booster engine earlier this month.

The launch vehicle may point to the Long March 9 carrier rocket, which will be used for future crewed lunar missions, deep space exploration and space infrastructure, Wang Ya’nan, editor-in-chief of Aerospace Knowledge magazine, told the Global Times.

China launched the core of its space station in April, and sent three astronauts up in June.

But although the space station probably won’t be complete until late 2022, there is already a long queue of experiments from across the world waiting to go up, Nature.com reported.

Scientists say that the China Manned Space Agency (CMSA) has tentatively approved more than 1,000 experiments, several of which have already been launched.

A replica of a core module of the Chinese Space Station is displayed at Airshow China 2018 (Photo/Courtesy of China Aerospace Science and Technology Corporation)

Before April, the International Space Station (ISS) was the only space laboratory in orbit, and many researchers say Tiangong (or “heavenly palace”) is a welcome addition for astronomical and Earth observation, and for studying how microgravity and cosmic radiation affect phenomena such as bacterial growth and fluid mixing.

However, others argue that crewed space stations are costly, and serve more of a political than a scientific purpose.

“Increased scientific access to space is of scientific benefit globally, no matter who builds and operates platforms,” says Julie Robinson, chief scientist for human exploration and operations at NASA Headquarters in Washington DC.

“We need more space stations, because one space station is definitely not enough,” adds Agnieszka Pollo, an astrophysicist at the National Centre for Nuclear Research in Warsaw who is part of a team sending an experiment to study Y-ray bursts.

Meanwhile, don’t look for any international cooperation any time soon.

NASA has been barred by law since 2011 from partnering with China — no Chinese astronaut has ever been aboard the ISS, which has been host to astronauts from nearly 20 nations, Washington Post reported.

There is no prospect of that changing anytime soon in a Washington where China is seen as a fierce competitor in a wide range of technological endeavors, from quantum computers to the rollout of 5G.

That is especially true for space, because the technologies used in space also are used for national defense, said Scott Kennedy, an analyst at the Center for Strategic and International Studies.

“These deep concerns about China as a military competitor forestalls cooperation in dual-use technologies, and there are no technologies used in space that aren’t dual-use,” he said.

US and Chinese cooperation in space, he said, would require the kind of detente that the US and Soviet Union achieved during the Cold War.

“But we are very far from that.”

Sources: The Global Times, The Washington Post, Center for Strategic and International Studies, Nature.com, China Academy of Space Technology
China’s Sinopec, CNPC Discover More Oil, Natural Gas Resources

BY JAMISON COCKLIN
August 27, 2021

China Petroleum & Chemical Corp., aka Sinopec, has reportedly announced another oil and natural gas discovery in the Tarim Basin.



The state-owned company said on Chinese social media that it had discovered 100 million tons of oil and gas resources in the legacy-producing region, according to Reuters. That’s roughly the equivalent of 733 million bbl of oil.

An exploration well drilled in the field in Northwest China produced about 6,315 b/d of oil and 20.8 MMcf/d of natural gas, the company said. No further details were provided.

The Xinhua news agency also reported that another state-owned operator, China National Petroleum Corp. (CNPC), made an unconventional oil discovery in the Daqing oilfield in Northern China. Xinhua said CNPC estimated 1.27 billion tons, or 9.3 million bbl, of resources.

The Daqing field has long been a major source of China’s crude output. However, the national oil company (NOC) has boosted its efforts to discover unconventional resources in the Songliao Basin where Daqing is located.

The news follows another announcement from Sinopec earlier in August that it’s booked more unconventional natural gas reserves in the Sichuan Basin. In June, CNPC also said it had an additional oil and gas discovery in the Tarim.

China is the world’s top crude importer. It’s also poised to surpass Japan this year as the world’s largest liquefied natural gas importer.

As a result, the Chinese government in 2018 called on its NOCs to start raising domestic output levels. The country also has opened to foreign companies to develop natural gas to increase domestic supplies.

China has invested in technically challenging hydrocarbon areas such as shale and tight gas. Since unconventional resources are deeper and more tectonically fractured in China, operators have faced higher drilling costs and development challenges.

© 2021 Natural Gas Intelligence. All rights reserved.


Dalit Scientists Face Barriers in India’s Top Science Institutes

Despite decades-old inclusion policies, Dalits are systematically underrepresented in science institutes in India. Why?



Top: Dalit researcher Rajendra Sonkawade has advocated for the rights of lower-caste scientists like himself. But he believes his advocacy has hampered his career. “I paid the price for speaking up,” Sonkawade said.
Visual: Ankur Paliwal for Undark

BY ANKUR PALIWAL
07.26.2021

LONG READ


IN THE SUMMER OF 1976, 26-year-old Raosaheb Kale entered the School of Life Sciences at New Delhi’s Jawaharlal Nehru University, alongside about 34 other incoming doctoral students. At the time, a committee of teachers at the school would review the students’ records and assign each to a Ph.D. supervisor to mentor them through graduate school. When the school posted the list of assignments, Kale scanned the piece of paper: Every single student, he said, had been matched with a supervisor, except for him.

“Nobody wanted to take me,” recalled Kale, who is now 71, sitting on his apartment’s balcony in Pune, in western India.

Kale knew why his name was missing: In his class, he was the only one from the Dalit community — formerly known as the untouchables. The teachers didn’t want to supervise Dalits, Kale said, because they perceived that Dalits “won’t perform well.”

Historically, Dalits were considered so low that they fell outside the caste system, a rigid social hierarchy described in ancient Hindu legal texts. Brahmins (priests) occupied the top of the pyramid, followed by the Kshatriyas (warriors), Vaishyas (traders), and then Shudras (artisans) at the bottom. Today, caste, which is defined by family of origin, remains an ever-present reality in Indian culture, and functions somewhat similarly to race in America.

Growing up in the drought-prone Beed district of western India, Kale shared a mud-walled, tin-roofed house with his parents and four younger siblings. Like other Dalits, his parents were unable to own land and barred from entering temples. In his village, Dalits were assigned various jobs such as sweeping streets, supplying firewood, delivering messages, and picking cotton. In return, they received grains, leftover food, or, on very rare occasions, one rupee for a day’s labor — well below a livable wage.


When Raosaheb Kale, a member of the Dalit caste, entered graduate school in the 1970s, he was the only student the school did not match with a Ph.D. supervisor. “Nobody wanted to take me,” Kale said. In Indian culture today, caste, which is defined by family of origin, functions similarly to race in America. 
Visual: Ankur Paliwal for Undark

The village was peaceful as long as Dalits followed the Hindu caste hierarchy. “You know your limits,” Kale recalled. “The moment lower caste crosses the limit, ignorantly or otherwise,” anything can happen, he said. Once, when Kale was a kid, he recalled holding the hand of a higher-caste boy to cross a river in the village. A furor erupted. An older upper-caste person from the village warned parents of both boys that such close contact should never happen again.

Against staggering odds, Kale excelled in academic science. He fought his way through the upper-caste dominated School of Life Sciences, became its dean, and received a prestigious award for his contributions to radiation and cancer biology research. In 2014, he completed his tenure in one of the top academic posts — vice chancellor of a university — in India.

But his story remains rare. In 2011, around 17 percent of India’s population, which now totals over 1.3 billion people, were Dalits, who are officially referred to as “Scheduled Castes” in government records. Caste discrimination is illegal, and India’s reservation policy — a form of affirmative action that has been around since 1950 — currently mandates that 15 percent of students and staff at government research and education institutes, with some exceptions, come from the Dalit community. But records obtained by Undark under India’s Right to Information Act from some of the country’s flagship scientific institutions, along with data from government reports and student groups, reveal a different picture.

At the elite Indian Institutes of Technology in Delhi, Mumbai, Kanpur, Kharagpur, and Madras, the proportion of Dalit researchers admitted to doctoral programs ranged from 6 percent (at IIT Delhi) to 14 percent (at IIT Kharagpur) in 2019, the most recent year obtained by Undark. At the Indian Institute of Science, or IISc, in Bengaluru, 12 percent of researchers admitted to doctoral programs in 2020 were Dalits. And at the Council of Scientific and Industrial Research — a major government research institution — of the 33 laboratories that responded to Undark’s data requests, just 12 met the 15 percent threshold.

The numbers are even lower among senior academics. IIT Bombay, in Mumbai, and IIT Delhi had no Dalit professors at all in 2020 — compared with 324 and 218 professors, respectively, in the General Category, which includes upper-caste Hindus and some members of religious minorities, like Muslims. (In India, the term “professor” refers to senior-ranking positions and does not include assistant or associate professors.) IISc had two Dalit professors and 205 General Category professors in 2020. None of the department heads at IISc were Dalit last year. And five out of the seven science schools of Jawaharlal Nehru University did not have a single Dalit professor.


“You know your limits,” Kale recalled. “The moment lower caste crosses the limit, ignorantly or otherwise,” anything can happen, he said.

Similar disparities exist in other professions in India; Dalits face continued discrimination and violence from upper-caste people across the country. But researchers who study casteism in science say that even as Dalits have mobilized for their rights, they have encountered distinctive barriers in scientific institutions, which remain especially resistant to reservation policies and other reforms. At a time of growing attention to inequities in global science, those barriers leave Dalits systematically underrepresented in the major research and academic institutes of the world’s largest democracy.

Undark sent repeated interview requests to the directors of IISc and five leading IITs. Only one responded, but declined to comment. In interviews, some upper-caste researchers said that finding qualified Dalit researchers can be difficult. “When you’d sit in the interview board, you will find out yourself,” said Umesh Kulshrestha, the dean of Jawaharlal Nehru University’s School of Environmental Sciences, who is upper caste. Some Dalit candidates “can’t answer even easy questions,” he said, later adding that he has “some good quality Dalit researchers” in the school. Several other upper-caste researchers simply denied that caste prejudice was common in Indian science, saying that they didn’t believe in caste.

But interviews with Dalit scientists and scholars show a different picture — one in which systematic discrimination, institutional barriers, and frequent humiliation make it difficult to thrive at every step of their training.

KALE WAS BORN in 1950 — three years after India became free from British rule, and the same year India’s constitution came into force. That constitution abolished untouchability and declared caste discrimination illegal. It also introduced reservation policies in public sector jobs, politics, and education for marginalized communities, including Dalits and Indigenous groups known as Adivasis. By the 1970s, the government had settled on the 15 percent quota for Dalits that’s still in place today.

Caste discrimination, however, continued. Sitting on his balcony in Pune, Kale described how casteism followed him on his path to higher education. As a small child, he studied in a public school with only one teacher. When the teacher died of cholera, the school closed. Kale walked to a nearby village every other Sunday to meet the headmaster of a bigger school there and ask when he’d get a new instructor. Eventually, the headmaster, who was Dalit, invited Kale to join his school and stay with him. “He really treated me like his son,” said Kale. He would later dedicate his Ph.D. thesis to the headmaster.

When Kale was in the sixth grade, and attending a new school, a teacher invited him over to take special classes at his home. When Kale arrived, the teacher’s wife was going to offer him some food in a “tasla” — an iron pan that laborers use to carry mud — instead of a plate. Kale refused both the meal and the classes.

But he kept getting grades so good that he eventually won admission to Milind College of Science — part of a group of colleges founded by Bhimrao Ramji Ambedkar, a Dalit leader and lawyer who is sometimes compared to Martin Luther King Jr.


In the late 1940s, a couple of years before Milind College opened, the Indian government began planning to set up a network of exclusive technical institutes to train engineers and scientists who would help build a new India. The first branch of the Indian Institute of Technology, or IIT, opened in 1951 near Kharagpur, and the government soon termed the schools “institutions of national importance.” At the time, a government committee described advanced scientific research as the work of a “few men of high caliber,” the Harvard University anthropologist Ajantha Subramanian writes in “The Caste of Merit,” a study of caste and engineering education in India. IITs were highly selective, and upper-caste Indians quickly dominated their ranks, despite the official reservation policies.

In the early 1970s, when Kale was applying to graduate schools, he didn’t seriously consider IITs, which he said looked like “closed spaces.” Instead, he enrolled in Marathwada University, in Maharashtra state. Part of a wave of new, more democratic state institutions, the university had become a fertile ground for student movements. (It has since been renamed in honor of Ambedkar.) Kale decided to study chemistry, partly because he thought that could get him a job as a chemical engineer in the fast-industrializing country. As the eldest sibling, Kale wanted to support his family as soon as possible. But at same time, he said, “I had an internal desire to get as much education as I can and the highest honorable degree.” So instead of heading straight into the workforce, he began considering doctoral programs.

Kale used some of his saved-up scholarship money to buy a train ticket to New Delhi, where he would take the Ph.D. entrance exam for Jawaharlal Nehru University, or JNU, which attracted students for its interdisciplinary approach, and where Kale’s battle against institutional casteism would begin.

AFEW WEEKS after the JNU faculty failed to match Kale with a Ph.D. supervisor, they offered him a mentor in a different field from the one he hoped to study. He began contemplating what to do next. He learned that Araga Ramesha Rao, a radiation biology researcher, had worked at a cancer research institute in Mumbai, a field he wanted to pursue. Kale managed to arrange a meeting. After several discussions Rao, who has since died, agreed to supervise the aspiring scientist. He did so, Kale said, despite the advice of an upper-caste colleague who urged Rao to avoid mentoring a Dalit student. (Kale was careful to clarify that various upper-caste colleagues, like Rao, supported him throughout the years.)

Alok Bhattacharya, who later joined the school as an associate professor, and belongs to an upper caste, said experiences like Kale’s are not uncommon, and that the only form of discrimination he has observed in his career is that the “lower caste” students faced difficulty in getting a supervisor: “They are the last ones to be picked.”

Kale completed his Ph.D. in 1980, and the school hired him as an assistant professor the next year. But Kale had to wait 17 years to become a professor — much slower than some of his upper-caste peers.


RELATED For India’s Caste-Based Sewer Cleaners: Robots?

Kulshrestha, the dean of the School of Environmental Sciences at JNU, and Pawan Dhar, a professor and former dean of the School of Biotechnology, both said that delays in promotions are common for researchers, irrespective of caste. But Govardhan Wankhede, a Dalit sociologist and former dean of the School of Education at the Mumbai-based Tata Institute of Social Sciences, believes that Dalits tend to face more delays, something he said he has experienced firsthand. According to Dhar, there’s little data analysis on caste-based discrimination in promotions — a gap, he said, that he hopes future research will address.

As Kale was waiting on his promotion, he was also waiting to get a lab to advance his research on making radiation therapy more effective in cancer treatment. While administrators gave most of his upper-caste peers their own laboratory space, Kale said, he worked out of a small corner office with broken furniture. When a senior professor vacated his lab to move to a bigger one, Kale declared the space his own. The ploy worked. “You have to have decency for some time, but not beyond certain limit. If it is your right, you have to snatch it,” he said. “We cannot wait.”

Over the years, Kale held several positions, including dean of students and head of the equal opportunity office at JNU. He would invite Dalit students from his and nearby villages to stay with him, helping them navigate the admissions process for universities. Kale also became the chairperson of the Indian Institute of Dalit Studies in New Delhi, and served on a government committee on Dalit and Adivasi reservation in universities.

Despite his success, all through his career, Kale said, he has feared just one thing — making mistakes. He and several Dalit researchers described experiencing a constant internal pressure to prove themselves in institutions dominated by upper-caste researchers who think Dalits don’t deserve to be there. “If I do a mistake, it is not my mistake,” said Kale. Instead, he said, it would be labeled “the mistake of the community.”

IN THE LATE 1990s, when Kale became a professor at JNU, he sat on a committee to select junior researchers at the Nuclear Science Center, about a mile away from the university in New Delhi. Among the candidates was a Dalit researcher named Rajendra Sonkawade. “He was the best among the lot,” recalled Kale. Sonkawade got the job.

Like Kale, Sonkawade had grown up in the western state of Maharashtra and planned to become an engineer. After high school, he applied to some engineering colleges but couldn’t score high enough to gain admission. He enrolled instead at Marathwada University, where he excelled in physics.

As Sonkawade worked his way through graduate school, the Dalit movement gained momentum in Indian politics, and the Bahujan Samaj Party, a pro-Dalit political party, rose to power in India’s most populous state, Uttar Pradesh.


“You have to have decency for some time, but not beyond certain limit. If it is your right, you have to snatch it,” Kale said. “We cannot wait.”

During the same time, though, India witnessed new opposition by upper-caste Hindus against the reservation policies. In 1990, the Indian government announced that it would implement a commission’s recommendation to expand reservation policies to include Other Backward Classes, an official designation for various other marginalized castes. Adding to the existing quotas, the new policy meant that 49.5 percent of seats were now, at least officially, reserved for lower-caste candidates. “Merit in an elitist society is not something inherent,” the commission had argued in its report, “but is the consequence of environmental privileges enjoyed by the members of higher castes.”

That “ignited a firestorm,” Subramanian writes in “The Caste of Merit.” “Upper-caste students took to the streets, staging sit-ins; setting up road blockades; and masquerading as vendors, sweepers, and shoe shiners in a graphic depiction of their future reduction to lower-caste labor.” More than 60 upper-caste students, many of whom said they were protesting the new policy, died by suicide.

The tension was palpable in educational and research institutes. At the Nuclear Science Center — later renamed the Inter-University Accelerator Center, or IUAC — Sonkawade began to study radiation safety. Often, he said, he would hear some of his upper-caste colleagues say that Dalits were incompetent. Frustrated, he waited for the standard new-employee probationary period to end. Then Sonkawade worked with Dalit and Adivasi researchers in the institute to form an association to represent their rights.

“We became more active with our demands,” said Sonkawade, thumping his palm on the table in his office at Shivaji University, in the west Indian city of Kolhapur, where he now teaches physics. On the wall to his right were some photographs, including one of Ambedkar, whom Sonkawade calls his role model.

After forming the association, Sonkawade began to push IUAC to set up a special committee to tackle Dalit and Adivasi issues to ensure implementation of the reservation policy — something required of government-funded institutes, but which the school had not established. His group also asked for the representation of marginalized communities in the governing boards of the institute.

Described by Kale as “the best among the lot” of junior researcher candidates, Rajendra Sonkawade was hired in the 1990s at what is now called the Inter-University Accelerator Center, where he began advocating for the rights of lower-caste researchers. In his office at Shivaji University, a portrait of Dalit leader Bhimrao Ramji Ambedkar hangs on the wall next to an image of Mahatma Gandhi. 
Visual: Ankur Paliwal for Undark

While Kale was tactful in navigating institutional casteism, Sonkawade was more confrontational. His advocacy soon brought him into conflict with the IUAC administration, several of his colleagues said. “He became very unpopular,” Debashish Sen, a scientist at IUAC, recalled. Others felt, Sen said, that Sonkawade was operating out of his own self-interest rather than for the betterment of his community.

In interviews, many of Sonkawade’s colleagues described him as hard working. But, around the mid-2000s, the scores on Sonkawade’s annual performance reports — essential for promotion — began to drop. Sonkawade was overlooking his responsibilities in the lab, said Devesh Kumar Avasthi, a senior scientist who was one of the evaluators of Sonkawade’s performance. But Satya Pal Lochab, who oversaw the lab in which Sonkawade worked and also participated in the evaluations, said that his “anti-establishment activities” affected his scores. Eventually, the lagging scores delayed a promotion.

Dinakar Kanjilal and Amit Roy, both former directors of IUAC, said the delay in promotion had nothing to do with caste. In national labs, “I don’t see anybody bother about caste,” said Kanjilal, who is upper-caste. “They see your contribution.”

Feeling harassed, Sonkawade left and joined Shivaji University. Even at his new post, he kept pushing IUAC to recognize that it had owed him a promotion. Although IUAC eventually yielded — and Sonkawade said he won partial backpay. By that point, he said, the promotion “wasn’t of any use” for his career. “The whole system was against me,” he said. “I paid the price for speaking up.” An IUAC employee who used to field discrimination complaints confirmed seeing many cases where Dalits received performance review scores just a few decimal points below the requirement for promotion. The person requested anonymity, fearing reprisal from the institute.

Between 2018 and 2020, Sonkawade was invited to interview for the position of vice chancellor at three universities in Maharashtra, and for the director’s position at IUAC. In at least three of those four cases, an upper-caste person was chosen.


After his promotion was delayed due to lower scores on his annual performance reports, Sonkawade joined Shivaji University, where he teaches physics today. A senior scientist who participated in the evaluations said that Sonkawade’s “anti-establishment activities” affected his scores. 
Visual: Ankur Paliwal for Undark

EVEN AS DALIT researchers like Sonkawade and Kale recount fighting against casteism, many upper-caste researchers describe themselves as caste-blind, or beyond caste — a phenomenon, critics say, that has made it more difficult to address ongoing disparities in top scientific institutions.

In 2012, social anthropologist Renny Thomas joined a chemistry laboratory at the Indian Institute of Sciences to study caste dynamics at the institute, arguably India’s most elite science university. That year, he interviewed 80 researchers, and later observed a cultural festival celebrated at the institute. Again and again, Thomas found, Brahmin researchers denied that caste existed in their lives or on the campus. “Caste!?? Oh, Please! I have nothing to do with caste,” one molecular biologist from a Brahmin family told Thomas, according to a paper he published last year. “It never registered in my mind.”

Such claims aren’t limited to academic science. In a 2013 paper, University of Delhi sociologist Satish Deshpande argued that for many upper-caste Indians, caste is “a ladder that can now be safely kicked away,” but only after they convert those high-caste privileges into other forms of status, such as “property, higher educational credentials, and strongholds in lucrative professions.” Many Dalits, Kale said, would also like to forget their caste. But upper-caste people, he added, “don’t let us.”

“The whole system was against me,” Sonkawade said. “I paid the price for speaking up.”

Interviews with young Dalit scientists, along with a growing body of academic work, detail the obstacles Dalits still face on their path through scientific training. Those barriers begin early: Just getting into science and engineering education has been a challenging and uncommon choice for Dalit students in the first place, according to Wankhede, the educational sociologist. “Science education is very expensive. Highly inaccessible,” he said. Students pay higher tuition rates for science courses than in other areas, because they are required to take additional classes to do experiments. And to keep up with their coursework, science students often pay for instruction in pricey private academies called coaching institutes, something many Dalit families cannot afford.

For those Dalits who make it into elite scientific institutes, cultural barriers remind them of the caste divide. During his time at IISc, Thomas found that his lower-caste and Dalit sources identified reflections of upper caste culture throughout the institute. Thomas focused on the Carnatic music concerts that Brahmin students organized. Traditionally, Carnatic music, a type of classical music, has long been the domain of Brahmins in southern India. In one instance at IISc, after the singer finished her song, the Brahmin audience continued singing, showing their familiarity with the art form, writes Thomas. But such events alienated researchers who were not Brahmin. One saw Carnatic music as a “symbol of domination” and said he preferred “folk songs and songs of resistance by Dalit reformers.”

“The mindset remains extraordinarily Brahminical in these elite institutions,” said Abha Sur, a historian of science at Massachusetts Institute of Technology who has written about caste and gender in Indian science. That mindset, she added, tacitly aligns itself with caste hierarchy: “There is implicit devaluation of people that continuously erodes their sense of self.”

In a predominantly Dalit neighborhood of Mumbai, people gather around a statue of Bhimrao Ramji Ambedkar to read their newspapers. Ambedkar, a Dalit leader who founded a group of colleges, is sometimes compared to Martin Luther King Jr. To many, the casteism Ambedkar fought against still exists today. 
Visual: Ankur Paliwal for Undark

Undark spoke with eight early-career Dalit science researchers who declined to be identified, fearing retaliation from their institutions or harm to their careers. Most described receiving humiliating reminders about using reservation quotas from upper-caste students and teachers, which implied they weren’t there on their own merit. Many also said their institutes make no effort to create awareness about casteism, and just overlook it. “It seems that the untouchability still exists, but in a different form,” said one student, who’s pursuing a Ph.D. in engineering at IISc.

These tensions sometimes bubble into the public eye. In 2007, for example, a government committee found widespread discrimination and harassment against Dalit and Adivasi students at the All India Institute of Medical Science in New Delhi. The humiliation and abuse by upper-caste students was so bad, the committee reported, that Dalit and Adivasi students had moved to the two top floors of their hostels, seeking safety together.

In 2016, Rohith Vemula, a Dalit Ph.D. researcher at Hyderabad University, died by suicide. The press reported that discrimination at the university had contributed to Vemula’s death. His loss sparked outrage on several campuses across India and led to the formation of more student organizations like Ambedkar Periyar Study Circle, which offer support to Dalit and other oppressed castes.

In a copy of one 2019 discrimination complaint leaked to Undark, a Dalit Ph.D. student at IISc describes experiencing several instances of caste discrimination. In one incident detailed in the report, the student’s supervisor didn’t let him enter a lab where cells are grown in a carefully controlled environment, saying he was “not clean.” Later, the supervisor justified his actions by saying that the student sometimes scratched his skin. The report alleges that the student’s supervisors also kept delaying a critical exam required within two years of starting a Ph.D., saying the student had not gathered enough data. But, the student said in the complaint, other students from the same lab had taken the exam with far less data. The student asked for a transfer to another lab, where he passed the exam and transitioned to a senior fellow position.


“It seems that the untouchability still exists, but in a different form,” said one IISc student.

Such formal complaints may be relatively rare. Akshay Sawant, an upper-caste member of Ambedkar Periyar Phule Study Circle, a student organization at IIT Bombay, said that discrimination cases remain underreported because students fear retaliation from their upper-caste supervisors. The special Dalit and Adivasi affairs committee at IIT Bombay received only one complaint between 2019 and 2020, which, as of May, was still being investigated. IISc received three complaints in 2020, of which two, as of late April, were unresolved.

Caste divisions occasionally spill over into scientific communities beyond India’s borders. Since the mid-1960s, for example, United States policies designed to incentivize the immigration of skilled STEM professionals have led hundreds of thousands of scientists and engineers — most of them upper-caste — to move from India to the U.S. In June 2020, California state regulators sued the technology company Cisco Systems, alleging that two upper-caste supervisors had harassed and discriminated against a Dalit employee. According to the complaint, one of the supervisors had disclosed the engineer’s caste to colleagues, telling them he had attended an IIT in India under the country’s reservation policy. The complaint also states the engineer was subjected to a hostile work environment and pay discrimination based on his caste. (The hearings have been postponed until September of this year.) ­­­

A 2016 survey by Equality Labs, a progressive Dalit civil rights organization, found that 67 percent of Dalits in the Indian diaspora in the U.S. reported facing caste-based harassment and discrimination in the workplace. In Silicon Valley, most of the Indians come from institutions “where caste discrimination is rampant,” Subramanian wrote in an email to Undark. “Therefore, the entry of caste discrimination into the American tech sector is not in the least bit surprising.”

WHEN KALE entered graduate school in the 1970s, there were no Dalit role models for him in science. Fifty years later, many early-career Dalit researchers say the same.

One early-career Dalit scientist willing to speak openly about her experiences is Shalini Mahadev, a researcher pursuing a doctorate in neural and cognitive sciences at the University of Hyderabad, one of India’s top-ranked universities. In an interview, Mahadev said she badly wants to see more senior scientists from her community, and to have teachers who can relate to the life experiences of students like her. “Having them in your classroom, in your research, in your lab is something else, because you are coming with so many anxieties, you know,” she said. “And you are feeling inefficient all the time.”

Mahadev is in her late 30s and grew up in Hyderabad. Her father, who was part of the first generation in his family to go to school, had received an engineering diploma — a specialized course shorter than an undergraduate degree — in order to get a job quickly. Her mother discontinued her studies after marrying young. The family had modest resources, and Mahadev remembers feeling intense pressure to study and perform. Her father told her that he has always lived with a gnawing feeling that he couldn’t study more, and that he didn’t want her to feel the same way, recalled Mahadev.


Early-career Dalit researcher Shalini Mahadev says she badly wants to see more senior scientists from her community.
Visual: Courtesy of Shalini Mahadev

After high school, Mahadev took a break to prepare for national examinations to become a doctor. Like many students in India, she turned to coaching institutes that help students prepare for the exam. The atmosphere in these institutes is extremely competitive. On her first day of classes, she said, teachers would ask Dalit students to stand up, while upper-caste students sat in their chairs. The teachers would tell the Dalit students that, even if they didn’t study hard or get great marks, they were likely to get admission in medical colleges because of reservation policies — unlike the upper-caste students who needed to study harder.

Standing in the class, Mahadev could feel the eyes of her upper-caste classmates on her. Teachers “are already making people hate me,” she remembers thinking. As demeaning incidents piled up, Mahadev said, she began avoiding going to the institute. Eventually, she decided she didn’t want to become a doctor. Instead, she chose to study biology, because she liked learning about genes. Later, she became fascinated with neurons. Today, she studies the connection between neurons and the sense of hearing in grasshoppers.

Reminders of caste shadowed her. On campus, she said, upper-caste people would assert their status in subtle ways — through what they wore, how they talked, even how they walked. At one point, when Mahadev was a junior research fellow, another fellow told her that science is not for poor people, she recalled. That broke Mahadev’s heart, because it also seemed true to her. In her view, historically, “science was only done by rich people,” she said — people who have the time and resources to pursue it. And for Mahadev, time often seemed scarce: Living in a neighborhood on the outskirts of Hyderabad, she spent four to six hours each day commuting via bus between her house and the university, until she could finally get a place in the university hostel.

Many elite institutes have resisted change. In April 2020, following growing criticism in Indian media about the low representation of marginalized communities at IITs, India’s Department of Higher Education formed a committee to suggest ways to implement the reservation policy. The committee, in its report, said that because few students from the “reserved category” receive Ph.D.s, few are available to be hired as teachers or researchers. The committee also recommended that IITs, as “institutes of national importance,” should be exempted from following the reservation policy in hiring teachers.


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Undark is a non-profit, editorially independent magazine covering the complicated and often fractious intersection of science and society. 








In the steps of history's forgotten female explorers




(Image credit: Emily Almond Barr)


By Jessie Williams2
6th August 2021

Walking in the footsteps of history's intrepid women explorers, Elise Wortley hopes to shine new light on these adventurers and inspire a new generation.


In 1911, French former opera singer and Buddhist scholar Alexandra David-Néel promised her husband she would be back in 18 months and embarked on what would end up being an epic 14-year expedition through Asia to the forbidden city of Lhasa, vowing to "show what the will of a woman can do". She trekked through the Himalayas in the freezing winter, slept in the snow and allegedly ate leather from her boots to stave off hunger, before disguising herself as a beggar to sneak into the Tibetan capital in 1924, aged 55. In doing so, she became the first European woman to enter Lhasa, which was then sealed off from the outside world.

Yet David-Néel remains a little-known explorer, unlike celebrated adventurers like Ernest Shackleton and Edmund Hillary whose names have been immortalised in history books and taught in schools. Women explorers – including David-Néel, Nan Shepherd and Freya Stark – have largely been forgotten or overlooked, despite achieving feats that even today seem astounding.


Alexandra David-Néel wrote about her 14-year expedition through Asia in her book, My Journey to Lhasa (Credit: Keystone/Stringer/Getty Images)

David-Néel wrote about that adventure in My Journey to Lhasa, describing her happiness to be "en route for the mystery of these unexplored heights, alone in the great silence, tasting the sweets of solitude and tranquillity". The book would go on to inspire women adventurers, including modern-day explorer Elise Wortley, who read the book when she was a 16-year-old growing up in Colchester, Essex. "The whole story just really captured my imagination. I always had it in the back of my mind to follow in her footsteps in some way," she told me.

In 2017, when she was 28, Wortley left her home in Brixton, South London, to follow the first part of David-Néel's journey in Sikkim in north-eastern India. She walked for one month, travelling 750km from Impong to Mount Kanchenjunga along the Tibetan border at altitudes of up to 5,050m. "I retraced her route, reread all her books and made a map," Wortley said.

"I just want more people to know about these women by spreading the word and celebrating what they achieved, because they are slowly being forgotten."

But this was a trip with a difference. Wortley was determined to use her trek to revive interest in history's intrepid women explorers.

"I just want more people to know about these women by spreading the word and celebrating what they achieved, because they are slowly being forgotten," she said. "Back then, women just weren't taken seriously and no-one saw their achievements as the same as the guys. They had to work so much harder. For me, the interesting thing was that they were doing the same journeys as the men, but they'd have so much extra baggage to deal with, as well as society saying, 'You shouldn't be doing that, you should be at home.'"


Lachen, a remote town in Sikkim, India, was the starting point for Wortley's David-Néel inspired trek (Credit: Image Source/Getty Images)

Keen to recreate David-Néel's experience to the fullest, Wortley pledged to only use equipment available to the French woman in the 1920s – including a yak wool coat, a wooden backpack she made from a chair she found on the side of the road in Brixton, a basket that she tied together with rope and even 1920s underwear. She slept under an old canvas tent and only used her emergency sleeping bag once when the cold got too much – temperatures reached -15C at night. "The yak wool coat was thick, but at night it was absolutely freezing," she said.

To keep warm in the 1920s, David-Néel practised tummo breathing, an ancient technique that heats the body from the inside out. But since the method takes years to master, Wortley instead relied upon two hot water bottles – minor luxuries that David-Néel also had – that she filled with water heated over the fire to survive the cold. "I pretty much just spent the nights refilling them. I wasn't sleeping much," she said, laughing.

Did she ever regret her decision not to use any modern equipment? "There were times when I regretted it, definitely. But I wanted to experience what she would have experienced, and the only way to do that, and to properly understand how tough it would have been for her, was to do it with only what she had," Wortley said. She added that "researching all the clothing and equipment turned into one of the most interesting parts for me."

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Wortley recruited an all-women team for her journey: filmmaker Emily Almond Barr; and Jangu, a female mountain guide descended from Lepchas, the original inhabitants of Sikkim. Both opted for modern clothes and used modern equipment.

Travelling as a woman has obviously improved significantly since the 1920s; however, Wortley said "we still face a lot of the same things, like unwanted attention." In her book, David-Néel wrote about the undesired attention she got during her trips; other female explorers of the time who faced the same issue ended up dressing like men.


For her journey in India, Wortley was joined by guide Jangu Lepcha and filmmaker Emily Almond Barr (Credit: Emily Almond Barr)

But Wortley acknowledges that in most ways, adventure travel as a woman is a lot better today. "With the internet you always know where you're going and you can always have contact with people. Which makes me think, gosh, these women back then, they would literally just go on their own and all they had was writing letters to stay in touch with family."

After that first trip, Wortley began researching other historical women explorers whose adventures she could emulate. She found dozens, including the Scottish writer Nan Shepherd, known for her book The Living Mountain about her time exploring Scotland's Cairngorm Mountains in the 1940s; Freya Stark, an Anglo-Italian travel writer and explorer who traversed the Middle East and Afghanistan in the 20th Century; and Zora Neale Hurston, the American author and anthropologist who travelled to Haiti in the 1930s to document voodoo rituals and beliefs.


Inspired by these women, Wortley has continued to seek adventure. She has scaled the peaks of the Cairngorms, dressed as a 1940s explorer à la Nan Shepherd – complete with a tweed coat, knee-high lace up vintage boots, a cotton skirt and wartime rations. She is currently planning a third trip for next summer, which will involve re-creating 16-Century Irish pirate queen Grace O'Malley's voyage from the west of Ireland to England. Wortley also hopes to explore Kurdistan in northern Iraq like Freya Stark once did. Her aim is to continue retracing the steps of these intrepid women and documenting the experience under the moniker Woman with Altitude. She also strives to make a positive impact on the lives of the women in the communities she visits, raising money for charities such as Scottish Women’s Aid and Freedom Kit Bags, a charity that supplies reusable sanitary wear for women and girls in Nepal and India.

She knows there's still much to be done when it comes to boosting the profiles of these explorers. When Wortley spent three weeks in the Cairngorms following in Shepherd's footsteps, she brought along a copy of The Living Mountain, a poetic homage to the Scottish mountain range. Despite the book being widely celebrated today and Shepherd's face being on the Scottish £5 note, Wortley found that the people she came across in Scotland often didn't know who she was. An indication, perhaps, of just how vital Wortley's project is.


Inspired by Scottish explorer Nan Shepherd, Wortley donned 1940s trekking clothes for a three-week expedition to Cairngorms National Park (
Credit: Emily Almond Barr)

As she has learnt about these women and their adventures, Wortley has also come to understand more about herself. "It sounds cheesy but I've learnt that anything's possible – I thought I'd never be able to do this at one point in my life." In her early 20s, she suffered from anxiety and panic attacks. "I couldn't really go to work, I couldn't do anything. That really held me back quite a bit." She's also discovered just how resilient the human body is. "Especially when I was walking in India, [I found] your body can do so much more than you think. Even when I was completely exhausted, I could still keep going that little bit more," she said.

As the world opens up again, Wortley is ready to walk in the footsteps of these explorers once more, raising awareness of their achievements and perhaps even inspiring the next generation of female adventurers.

---
At the world's oldest social housing, rent hasn't changed since 1521

It costs less than €1 a year to live at the Fuggerei in Augsburg, Germany

CBC Radio · Posted: Aug 27, 2021 
The Fuggerei in Augsburg, Germany, is the world's oldest social housing complex still in use. It was founded by wealthy businessman Jakob Fugger five centuries ago. (Konstantin Yolshin/Shutterstock)

Months before his 18th birthday, Noel Guobadia and his family fell on hard times.

His parents had separated, and his mother was struggling to make ends meet. She announced the family would move into the Fuggerei, the world's oldest social housing project, in Augsburg, Germany.

"I was like, 'People really live there? Are you sure?" recalled Guobadia, who is now 27 and remains one of the youngest residents of the complex.

The Fuggerei is a landmark in the city not only because it resembles a medieval village, but also because the rent hasn't changed in 500 years. Residents pay about $1.30 — or 0.88 euros — per year for their apartments and commit to daily spiritual reflection.

Roughly 160 residents live in the Fuggerei, ranging from retirees with scant pensions to young adults priced out of an increasingly expensive city. Just an hour's drive from Munich, Augsburg is in demand with commuters trying to escape Germany's hottest rental market.

Guobadia credits the Fuggerei's low rent for the ability to concentrate on his education.

Noel Guobadia moved into the Fuggerei just before his 18th birthday. Now 27, he says his subsidized apartment has afforded him opportunities for growth. (Vanessa Greco/CBC)

"You can really build yourself in here," he said. "I'm getting my degrees, I'm getting job experience all because it's financially possible for me to focus on that."

In 1521, the wealthy banker Jakob Fugger founded the Fuggerei as a home for the city's poorest Catholic workers. He envisioned a place where residents could live debt-free while still participating in the community. Fugger charged residents one Rheinischer gulden a year, the equivalent of one month's salary at the time.

Today the walled enclave is a magnet for tourists. Adult guests pay 6.50 euros (about $9.70 Cdn) to walk through the maze of 67 quaint terrace houses. Each one is two-stories high, painted a distinctive burnt yellow and topped with terracotta roof shingles.
Three conditions for living at the Fuggerei

To be eligible to live in the village, applicants need to meet three basic criteria: they must demonstrate financial need, have lived in Augsburg for at least two years and be of Catholic faith.

Social worker Doris Herzog is the first point of contact for most applicants. She checks church registers to ensure they're Catholic and interviews them on their living situation.

Doris Herzog, a social worker at the Fuggerei housing complex in Augsburg, acts as a support for current residents. (Vanessa Greco/CBC)

She estimates there are about 80 people on the waiting list for the Fuggerei. Depending on their accessibility needs, those applicants could be waiting years for a callback.

"More people want to have an apartment on the ground floor, so they have to wait a long time for an apartment there — maybe five, six or seven years," said Herzog.

Current residents of the Fuggerei still live by guidelines established in the 1500s. They contribute to the community, volunteering as gardeners and night watchmen. After the Fuggerei gates lock at 10 p.m., residents who are late pay a small fee to the gatekeeper.

Ilona Barber, who moved in six years ago, sells tickets at the tour admission window.

"For me, it's fun — even when some are surprised at the ticket prices," she said, laughing. "I used to work in the United States in a casino so I'm used to interacting with all kinds of people."

At 71 years old, Barber said she is grateful for the friendships she has with fellow residents. She and her neighbours host potluck dinners and chat often on WhatsApp. The regular stream of tourists allows her to meet new people while the locked gate at night helps her feel safe.

Ilona Barber sits in her one-bedroom apartment with her dogs Linda and Pino. 
(Vanessa Greco/CBC)

There is, however, one Fuggerei rule that remains difficult to enforce.

Original residents of the Fuggerei were asked to offer three prayers a day for Jakob Fugger and his family. Several residents currently living in the complex were coy about their adherence to the rule. Several said they interpret it more broadly, spending a few minutes a day reflecting on things they're grateful for.

"Jakob Fugger says they have to pray for him. Our administrator always says he is in heaven and will see if you do that. You are responsible for that," said Herzog.

In other words: that part of the deal is between residents and God.
Raising rent 'would defeat the core purpose'

The Fuggerei marked its 500th birthday on Aug. 23 with a celebration attended by Bavarian Prime Minister Markus Söder. Attendees sang Happy Birthday to the housing complex and dined at long tables lining the Fuggerei's main boulevard.

But this village's longevity has been hard won.

The Fuggerei is a walled enclave in the city. Night watchmen guard the complex when the doors close in the evening. If residents arrive back after the gate has closed at 10 p.m., they pay a small fee to the gatekeeper. (Konstantin Yolshin/Shutterstock)

It survived the Thirty Years' War when Augsburg was a flashpoint for clashes between Protestants and Catholics in the 1600s.

Much later, during World War II, residents sheltered inside a bunker that remains on site today. As they hid, allied bombers destroyed roughly 75 per cent of the Fuggerei, leading to a lengthy reconstruction process.

The Fuggerei is still managed by the Fugger family. Money for maintaining the village comes from investments in forestry, real estate and entrance fees.

Count Alexander Fugger-Babenhausen, a descendant of Jakob Fugger, helps run the Fuggerei endowment fund. He said there remains zero interest in raising the rent.

"We can house 160 people that wouldn't otherwise be able to live in the way that they do," he said. "Increasing the rent would defeat the core purpose of the Fuggerei."


Alexander Graf Fugger-Babenhausen is a descendant of Jakob Fugger. The Fuggerei is still managed by the Fugger family. (Vanessa Greco/CBC)

Those who visit the homes today will notice that above the main gate is a stone tablet that reads in exemplum. The phrase refers to Jakob Fugger's hopes that his charitable settlement would be a model — or an example — to others.

Five centuries later, it seems Jakob Fugger's hopes have been realized. During the Fuggerei's birthday celebration, organizations in Sierra Leone and Lithuania revealed they are studying the village with the intent of replicating it in their own countries.

In Sierra Leone, activists Rugiatu Neneh Turay and Stella Rothenberger expressed interest in creating a Fuggerei-style settlement for women and girls in the fishing village of Tumba. In Lithuania, there is interest in building a Fuggerei with a focus on poverty in old age.

Martin Schenkelberg, Augsburg's counsellor for social affairs, said he would love to see more Fuggerei in Germany and exported around the world.

"Affordable and safe housing is the basis of good living in our society," he said. "When you have a home … you are able to determine your life and your own future."

Written and produced by Vanessa Greco.

Hear full episodes of Day 6 on CBC Listen, our free audio streaming service.
ON THE ANNIVERSARY OF KATRINA
Hurricane Ida could be among strongest to hit Louisiana since 1850s, governor warns

Gridlock as New Orleans residents fled on Saturday night

Category 4 storm forecast to hit Sunday afternoon

Interstate 10 is packed with evacuees heading east on Saturday as Hurricane Ida approaches. Photograph: Scott Threlkeld/AP


Oliver Laughland in New Orleans
@oliverlaughland
Sun 29 Aug 2021 04.52 BST

As Hurricane Ida barrelled towards the Louisiana coast, residents braced for a storm of potentially historic proportions due to arrive on the 16th anniversary of Katrina, the brutal hurricane that claimed more than 1,800 lives on America’s Gulf coast.

National Hurricane Centre officials said Ida had strengthened to a category 3 hurricane over the Gulf of Mexico early on Sunday morning. It is forecast to make landfall on Sunday afternoon as a potential category 4 hurricane with sustained winds of 130mph (210 km/h), life-threatening storm surges and heavy rain.

State officials warned that Ida was likely to become one of the worst hurricanes in the history of Louisiana, a region known for torrid weather events.

A satellite image of Hurricane Ida from 9pm on Saturday. Photograph: NOAA/GOES/AFP/Getty Images

“This will be one of the strongest hurricanes to hit anywhere in Louisiana since at least the 1850s,” said Louisiana governor John Bel Edwards at a press conference on Saturday. “We can also tell you your window of time is closing. It is rapidly closing.”


Hurricane Ida: thousands evacuate from New Orleans as storm bears down

Tens of thousands of residents in coastal communities in south-east Louisiana were under mandatory evacuation orders. In New Orleans, the city placed those living outside the levee protection system under mandatory evacuation and urged all others to leave voluntarily. There was gridlock on the main highway leaving the city and vast queues at the Louis Armstrong international airport, as officials announced all flights would be cancelled on Sunday.

It was 29 August 2005 when New Orleans and other communities in the region were decimated by Katrina and the subsequent government failures in response. Hundreds of thousands of homes were lost after the city’s levee system failed, leading to catastrophic flooding. The city took years to recover.


On Saturday, Edwards pointed to billions of dollars in federal government investment in the city’s levees to argue the city was better prepared over a decade later.

“We’re not the same state we were 16 years ago,” Edwards said. “This system is going to be tested. The people of Louisiana are going to be tested. But we are resilient and tough people. And we’re going to get through this.”

In downtown New Orleans the streets were eerily quiet on Saturday evening as the city braced for tropical storm force winds to arrive from Sunday morning. In the city’s historic French Quarter, businesses were boarded up and on Bourbon St, usually the centre of nightlife in the city on weekends, bars were deserted.

New Orleans resident Aha Hasan outside Buffa’s Lounge on Saturday. He plans to stay in the city as Hurricane Ida approaches. Photograph: Anne Ponton/The Guardian

Still, some businesses remained open. At Buffa’s, a 24-hour dive bar and jazz venue in the city’s Marigny neighborhood that is known for its decision to stay open during inclement weather, a steady stream of regulars came to drink and eat before the storm arrived.

Aha Hasan, a 25 year-old camera technician, sipped beer and drank shots before preparing to ride out the storm at his nearby third-floor apartment. Hasan was 10 years old when Katrina hit the city and still remembers it vividly.

“Every four years we get a bad one,” he said. “And everyone I know who’s been in this city for all these intense hurricanes aren’t going anywhere this time, so I decided to stay because of that.”

The Louisiana national guard has stationed 5,000 troops around the state in preparation for search and rescue missions. As officials warned of widespread power outages, 10,000 linesmen were on standby to respond.

Ida’s precise landfall location remains unclear, with hurricane warnings in effect from Intracoastal City in south Louisiana to New Orleans. Storm surge warnings extend into coastal Mississippi and Alabama.

Ida’s track shifted slightly to the east throughout Saturday, increasing the danger in New Orleans, where the National Weather Service projected wind of 110mph and up to 20 inches (510mm) of rain, leading to fears of major flash flooding in the city.
‘A combination of failures:’ why 3.6 MILLION pounds of nuclear waste is buried on a popular California beach

The defunct San Onofre nuclear power plant near San Clemente, California.
 Photograph: Lenny Ignelzi/AP


The San Onofre nuclear power plant shut down years ago – but residents and experts worry what will happen with the waste left behind



Kate Mishkin
Tue 24 Aug 2021 

More than 2 million visitors flock each year to California’s San Onofre state beach, a dreamy slice of coastline just north of San Diego. The beach is popular with surfers, lies across one of the largest Marine Corps bases in the Unites States and has a 10,000-year-old sacred Native American site nearby. It even landed a shout-out in the Beach Boys’ 1963 classic Surfin’ USA.

But for all the good vibes and stellar sunsets, beneath the surface hides a potential threat: 3.6m lb of nuclear waste from a group of nuclear reactors shut down nearly a decade ago. Decades of political gridlock have left it indefinitely stranded, susceptible to threats including corrosion, earthquakes and sea level rise.

The San Onofre reactors are among dozens across the United States phasing out, but experts say they best represent the uncertain future of nuclear energy.

“It’s a combination of failures, really,” said Gregory Jaczko, who chaired the US Nuclear Regulatory Commission (NRC), the top federal enforcer, between 2009 and 2012, of the situation at San Onofre.

Buried waste


That waste is the byproduct of the San Onofre Nuclear Generating Station (Songs), three nuclear reactors primarily owned by the utility Southern California Edison (SCE).

Federal regulators had already cited SCE for several safety issues, including leaking radioactive waste and falsified firewatch records. But when a new steam generator began leaking a small amount of radioactivity in January 2012, just one year after it was replaced, it was SCE’s most serious problem yet. A subsequent report from the NRC’s inspector general found federal inspectors had overlooked red flags in 2009, and that SCE had replaced its own steam generators without proper approval. SCE tried to fix the problem but decided in 2013 to shut the plant down for good.

Activists thought they had scored a victory when the reactor shut down – until they learned that the nuclear waste they had produced would remain on-site.

That wasn’t supposed to be the case. Under the US Nuclear Waste Policy Act of 1982, the federal government was to move waste into a centralized, remote federal facility starting in 1998. In 2002, George W Bush approved Yucca Mountain, a site about 100 miles from Las Vegas, as a permanent underground nuclear waste repository. But in 2010, the Obama administration scrapped the controversial plan.

Without a government-designated place to store the waste, the California Coastal Commission in 2015 approved the construction of an installation at San Onofre to store it until 2035. In August 2020, workers concluded the multi-year burial process, loading the last of 73 canisters of waste into a concrete enclosure.

San Onofre is not the only place where waste is left stranded. As more nuclear sites shut down, communities across the country are stuck with the waste left behind. Spent fuel is stored at 76 reactor sites in 34 states, according to the Department of Energy.

Handling those stockpiles has been an afterthought to the NRC, the federal enforcer, said Allison Macfarlane, another former commission chair.

“It was not a big topic at the NRC, unfortunately,” Macfarlane said. “In the nuclear industry in general the backend of the nuclear cycle gets very little attention. So it just never rises to ‘oh this is a very important issue, we should be doing something.’”
Plenty of risks, and not enough oversight

The waste is buried about 100ft from the shoreline, along the I-5 highway, one of the nation’s busiest thoroughfares, and not far from a pair of faults that experts say could generate a 7.4 magnitude earthquake.

Another potential problem is corrosion. In its 2015 approval, the Coastal Commission noted the site could have a serious impact on the environment down the line, including on coastal access and marine life. “The [installation] would eventually be exposed to coastal flooding and erosion hazards beyond its design capacity, or else would require protection by replacing or expanding the existing Songs shoreline armoring,” the document says.

Concerns have also been raised about government oversight of the site. Just after San Onofre closed, SCE began seeking exemptions from the NRC’s operating rules for nuclear plants. The utility asked and received permission to loosen rules on-site, including those dealing with record-keeping, radiological emergency plans for reactors, emergency planning zones and on-site staffing.

San Onofre isn’t the only closed reactor to receive exemptions to its operating licence. The NRC’s regulations historically focused on operating reactors and assumed that, when a reactor shut down, the waste would be removed quickly.

It’s true that the risk of accidents decreases when a plant isn’t operating, said Dave Lochbaum, former director of the nuclear safety project for the Union of Concerned Scientists. But adapting regulations through exemptions greatly reduces public transparency, he argued.

“Exemptions are wink-wink, nudge-nudge deals with the NRC,” he said.

“In general, it’s not really a great practice,” former NRC chair Jaczko said about the exemptions. “If the NRC is regulating by exemption, it means that there’s something wrong with the rules … either the NRC believes the rules are not effective, and they’re not really useful, or the NRC is not holding the line where the NRC should be holding line,” he said.

Close calls

In 2015, the NRC tried unsuccessfully to revise its decommissioning rules and reduce the need for exemptions. But commissioners never acted, despite a 2019 Office of Inspector General audit that questioned whether the rule would ever see the light of day and that estimated that eliminating exemptions could save the NRC, utility and taxpayers about $19m for each reactor.

“The problem you have here is that the NRC is simply not doing its job as a regulator. So what it has done is allowed the industry to basically determine the conditions under which this material is stored on a temporary basis across the country,” echoed retired Rear Admiral Len Hering, who served more than 30 years in the US navy and was awarded a 2005 presidential award for leadership in federal energy management from President George W Bush.

Meanwhile, at San Onofre, two close calls drew the ire of activists and townspeople. In 2018, workers found a loose piece of equipment in one of the canisters, causing a 10-day work stoppage to ensure the error didn’t pose a threat to the public. In a separate incident several months later, a canister filled with radioactive waste became wedged when employees were loading it into the ground and nearly dropped 18ft. The second incident was not made public until a whistleblower brought it up at a community event.

Spent fuel is stored at 76 reactor sites in 34 states. Experts say the NRC doesn’t properly monitor this radioactive waste. Photograph: Marcus Brandt/EPA

After these incidents, the NRC cited SCE for failing to ensure equipment was available to protect the canister from a drop, and failing to notify the NRC in a timely manner. In a memo, NRC staff told SCE it was “concerned about apparent weaknesses” in managing storage oversight. SCE was fined $116,000 but permitted to continue loading casks within one year.

Another concern is that the CEO of Holtec, the manufacturer of the canisters, told a 2014 community meeting that the canisters are difficult to repair. “It’s not practical to repair a canister if it were damaged,” Kris Singh said.

Singh walked that statement back last September, but questions remain as to what San Onofre would do if a canister did indeed appear damaged.

According to a plan the California Coastal Commission approved in July 2020, SCE will also inspect two of the 73 buried canisters every five years, and a test canister every two and a half years, starting in 2024.

But critics say they are not confident SCE would self-report given the utility’s record. “It’s a self-reporting industry,” Hering, the retired rear admiral, said. “And they simply can’t be trusted.”

Thinking about ‘how systems will fail’


Holtec did not responded to requests for comment for this story.

In an email, a spokesman for the NRC declined to comment on the 2018 incidents at San Onofre, and said that possible accidents are significantly fewer than at an operating reactor.

“The NRC has thoroughly reviewed this issue and believes that the spent fuel can be stored safely on site at San Onofre. It can’t be moved off site because there is no federally approved disposal site for high-level waste, although we are currently reviewing two applications for interim storage facilities in west Texas and New Mexico,” the spokesman said.

Al Bates, manager of regulatory affairs at San Onofre, said there was a probability that incidents “manmade or by Mother Nature” might happen at San Onofre. But if they do, he said, there would be little impact on public safety.

“The fact of the matter is, there’s, yes, it’s high-level nuclear waste. But, yes, the technologies that we’re using are extremely robust for any possible scenarios,” he said.

He also disputed that the exemption process leaves the public out of the process, noting that requests are public record and that SCE adds information about decommissioning to its website and through a community panel.

“It’s an open book,” Bates said. “We’re not trying to get away with anything. We’re doing the same thing that other utilities have done to rightsize regulations around the true nature of decommissioning and the fact that decommissioning is a much lower risk to the public … therefore regulations have to correctly acknowledge that.”

“We have no motivation to hide anything. As a matter of fact, if you want to lose your job in nuclear power try to hide something – you’ll never work in nuclear power again,” said Randall Granaas, senior nuclear engineer at San Onofre.

John Dobken, spokesperson for Songs, also stressed that the waste is stored safely, but said the right thing to do would be to relocate the waste off-site – a decision only the government can make.

“It’s important to know there are some who want to make this about fear and it shouldn’t be about fear,” he said. “It should be about doing the right thing, and the right thing is about relocating the spent fuel from an interim storage site and eventually into a geological repository, and that’s what we’re working towards.”

However, many of these potential problems might have been avoided, Jaczko said, if SCE had considered another location for its fuel, instead of leaving it on the reactor site, or if it had more adequately consulted with the community.

“I think that a better solution could be had with a little bit more work. And it wasn’t done and now it’s created this very polarized community that has strong concerns about what’s being done and doesn’t feel like they’re being listened to. And they’re not,” he said.

It’s worth considering how things fail, though, argued Rod Ewing, nuclear security professor at Stanford University’s center for international security and cooperation, and author of a 2021 report about spent nuclear waste that focuses on San Onofre.

“The problem with our safety analysis approach is we spend a lot of time proving things are safe. We don’t spend much time imagining how systems will fail,” he said. “And I think the latter is what’s most important.”
The dubious Senate proposal to bail out nuclear powerplants

BY BENJAMIN ZYCHER, 
OPINION CONTRIBUTOR
 — 08/28/21 

THE VIEWS EXPRESSED BY CONTRIBUTORS ARE THEIR OWN 
AND NOT THE VIEW OF THE HILL

© Getty Images

Costly economic distortions are an inexorable result of government bailouts for specific industries, the justifications for which are almost always deeply dubious.

Consider section 3203 of the proposed Senate Energy Infrastructure Act. It would establish a $6 billion credit program over four years starting in fiscal year 2022 for nuclear electricity plants “projected to cease operations due to economic factors.” The credits, disbursement of which would cease after 2031, would be defined as a certain dollar amount per megawatt-hour (mWh) of generation. And just as the production tax credit for wind electricity has been extended 13 times, it is difficult to believe that once implemented a similar subvention for nuclear power will fail to prove semi-permanent.

And sure enough: The draft legislation directs the comptroller general to submit by Jan. 1, 2024 “any recommendations to renew or expand the credits.”

The bill makes it clear that the ostensible rationale for the credits is “the potential incremental air pollutants that would result if the [given] nuclear reactor were to cease operations. …and be replaced with other types of power generation.”

But the draft legislation asks no one to investigate or even to speculate about whether the hypothetical increase in air pollutants resulting from a shutdown of a nuclear generating plant would yield a violation of the National Ambient Air Quality Standards (NAAQS) in the relevant geographic region for any of the (criteria) pollutants covered by the Clean Air Act.

Because the Clean Air Act requires that the respective NAAQS “protect the public health” with “an adequate margin of safety,” it is difficult to believe that a shutdown of a limited number of reactors and replacement with, say, combined-cycle gas generation, would result in ambient air quality in excess of a given NAAQS. The “public health” would continue to be protected

Forget air pollution. This proposed subsidy is a bailout — that is, a sizable economic distortion to be added to all of the other distortions inflicted by various policies upon electricity markets. Would it not be better to reduce that aggregate of economic losses rather than to add to them? The actual unpublicized justifications for this proposal are exceedingly weak.

Competitive price pressures from generation fueled with inexpensive natural gas. Competition is the very basis of a market economy, and a failure to foresee the sharp decline in natural gas prices when nuclear investments were made does not justify a federal bailout. Investors and managements contemplating large investments know that there are important risks, both known and unknown, and make their decisions accordingly. The proposed subsidy would shift those risks onto the taxpayers writ large, and there is no reason to believe that such a shift is efficient.

Single-unit vs multi-unit nuclear operating costs. Two of the nuclear generating stations desperate for operating subsidies (Davis Besse and Perry, both in Ohio) are single-unit facilities, which have operating costs per mWh higher than those for multi-unit stations, because their fixed overhead costs are spread over less generation, and because they cannot achieve scale economies similar to those of multi-unit plants when negotiating service and fuel contracts. There is no reason that taxpayers should bear the attendant economic burdens.

Potential mismanagement. It is no secret that business management, like all human endeavors, varies in terms of the efficiency of the decisions made and the conduct of operations. Not only does the proposed legislation not consider the cost effects of possible mismanagement, it also reduces the economic penalty for such inefficiency.

Costly state regulation and the effects of “renewable portfolio” or “clean energy” standards. Regulation at the state level, imposed by legislatures, public utility commissions and other official bureaus, obviously creates costs and distortions, often sizable. Moreover, about 30 states require that some proportion of the electricity produced or consumed in the state be generated by certain technologies (e.g., wind and solar power), and those requirements often exclude nuclear electricity.

Is there a reason that federal taxpayers should be forced to bear the consequences of state laws and regulations? Reforms of state policies yielding adverse outcomes must be implemented at the state level; a federal bailout reduces the incentives for such reforms. The owners of nuclear powerplants should make their case to the state legislatures.

The distortions created by the federal wind production tax credit. The one argument in support of the proposed nuclear subsidy that is not wholly spurious is the effect of the wind production tax credit (PTC), now between $15 and $25 per mWh. The PTC thus allows the wind producers to reduce the prices that they bid for sales into bulk power markets – sometimes to negative levels – while still “earning” positive net prices.

This obviously is unfair competition: The operators of nuclear plants receive no such subventions, and for technical engineering reasons, it is difficult or impossible for nuclear plants to ramp generation up and down in response to short-term price fluctuations.

So, one could argue that the proposed nuclear subsidy corrects the competitive problem created by the PTC, but that is a non sequitur. If the distortions created by given policies are to be addressed by incorporating new distortions, over time the entire economy in effect will become centrally planned, as one set of distortions after another is adopted to deal with the problems created by earlier ones. The proper course is to end the wind PTC and not to bail out nuclear plants with another subsidy program.

Note also that the prospective “profitability” of a given nuclear plant hinges on assumptions about prices, operations costs and other parameters that are subject to important uncertainties. One study by the former chief economist of the PJM Regional Transmission Organization projects net operating profits for 2021 of $30.4 million and $47.5 million for the two plants in Ohio referenced above, respectively. Another study from the PJM itself projects 2021 operating losses for those units of $28.8 million and $33.2 million, respectively.

In short, such calculations are far from straightforward, and no one will be surprised when those applying for the new nuclear credits find ways to increase the magnitude of the operating losses they will claim.

The arguments in favor of this proposed subsidy are exceedingly weak, and the central principle weighing against it is powerful: Let us reduce rather than increase the distortions created by government economic policies. A failure to keep that principle in mind will yield ongoing economic losses for all of us.

Benjamin Zycher is a senior fellow at the American Enterprise Institute.
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