Category: News

Only dishonest mental gymnastics can hold up the hypothesis of race ‘science’

One man made thousands — possibly hundreds of thousands — of children sick. Many of them died and many will continue to die, because one man passed bad science off as legitimate.

In 1998 Andrew Wakefield published an article in the prestigious medical journal The Lancet, which found a link between the combined mumps, measles and rubella vaccine and autism. It was a lie but it took more than a decade for the journal to fully retract that paper. It has been thoroughly debunked but today some parents still refuse to vaccinate their children, and a large part of that fear is based on one scientist whose lie had the protection of the scientific academy for 10 years.

But what happens if false science had been held to be true by most scientists for decades, even centuries?

Scientific racism is not new. These days, we refer to it as a pseudoscience — a convenient way to paint as crackpots those who use science to justify (usually their) racial superiority.

The label of pseudoscience, mostly reserved for tinfoil-hat wearers worrying that they might fall off the edge of the flat Earth, allows us to pretend that race science wasn’t mainstream, that Western science didn’t throw funds and time and expertise into defining races, that scientists didn’t use “empirical methods” to show that different races came with different characteristics, some of which had more value than others.

But science has a lot to answer for about race. It was and continues to be the barracks behind which racist beliefs fester. It also helped to build the walls in the first place.


For the rest of the article, visit the Mail & Guardian.

Pandor announces 2017 science budget, SKA ambitions still on track

Sarah Wild

South Africa would dedicate R128,7-million to international co-operation and relations to secure partnerships in the international domain and create research opportunities for its researchers, Science and Technology Minister Naledi Pandor told a media briefing in Cape Town on 16 May 2017.

A major reason for this was to make up for government funding shortfalls and currency volatility. The Department of Science and Technology, the major funder of science, technology and research in the country, received R7.5-billion for the 2017-18 financial year. While the figure is constant in nominal terms, it has not kept up with inflation trends and with the country’s weakening currency.

“The funding is not yet at the level we want to see it,” Pandor said ahead of her department’s budget vote in Parliament in the afternoon. She had previously set an ambitious target of 1.5% of gross domestic product to be spent on research and development by 2020. At the moment, that percentage is about 0.76%.

To boost spending on research. Pandor said that her department was pushing collaboration outside as well as inside the country.

“We are pursuing a number of initiatives in partnership with the private sector and more and more we are drawing closer to other spheres of government that do no have science, technology and innovation (STI) as a focus area, and [we are] encouraging them to fund STI,” she said.

Despite the funding squeeze, South Africa’s radio astronomy ambitions are surviving the pinch. The department would allocate R 693-million to the National Research Foundation to ensure the completion of the MeerKat, South Africa’s Square Kilometre Array (SKA) precursor. The SKA will be the largest radio telescope on Earth, and will be hosted by South Africa and Australia. Construction on the SKA is expected to start late next year.

But the main focus of the department’s 2017-18 budget would be “human capital development and the continuous modernisation of research infrastructure”.

The budget, which will guide the department’s spending priorities,

  • Research development and support: R4.3-billion

This kitty funds most of the country’s academic researchers, and is instrumental in the training of postgraduate students. According to Pandor, in 2015-16, 4,315 researchers were awarded research grants through the National Research Foundation. This number is expected to creep up in 2017-18 to 4,500.

Also, in 2017-18, the National Research Foundation is expected to fund 32,792 postgraduate students. The department has a fairly strict policy about how these bursaries are awarded: 80% must go to black students, 55% to women, and 4% to people with disabilities.

  • Socio-economic partnerships: R1.6-billion

This is one of the department’s five priority areas, and is the most poorly defined. This funding ranges from developing policy and strategy for R&D, and creating indicators for the country to measure its STI performance, through to developing technologies to tackle poverty and create jobs.

  • Technology Innovation: R1.1-billion

This money goes to the likes of the Technology Innovation Agency, tasked with taking technologies from idea to marketable product, and the National Intellectual Property Management Office, which protects intellectual property developed using public funds. Nipmo specifically gets an allocation of R36-million. This kitty also funds research and skills development in focus areas, like space science, renewable energy. and the bioeconomy.

  • International co-operation and resources: R128.7-million

While the department’s eye is almost certainly on using some of this money to coax foreign countries into investing in STI in South Africa, Pandor also said that it would be used to promote capacity building on the continent. to develop Africa’s knowledge base.

  • Administration: R383.7-million

Pandor described this allocation as “meagre”, saying it mainly went to ensuring clean audits and that its entities complied with governance and accountability legislation. The department is one of the few in South Africa’s national government that continues to receive a clean audit.

In terms of individual agencies, all of them got more money, but some did better than others:

The Council for Scientific and Industrial Research – R916-million (R872 million in 2016-17);

The National Research Foundation – R926-million (R883 million)

The Human Sciences Research Council – R305-million (R290 million)

The Technology Innovation Agency – R397-million (R382 million)

The South African National Space Agency – R131-million (R125-million)

The Academy of Science of South Africa – R25-million (R23-million)

Despite a tight budget, Pandor said that there was good news: she no longer had to convince her government colleagues that STI was a worthwhile investment. “In 2009, it was very difficult; colleagues were constantly questioning the wisdom of investing in this area,” Pandor said. “I no longer have to convince anybody that STI is important.”

How you can help save the Karoo

By Sarah Wild, first published by

South Africa’s National Biodiversity Institute is calling on nature lovers to help it save the Karoo — with science

“Scientists know very little about the plants and animals in the Karoo, and there is an urgent need to document the indigenous species found in this important part of South Africa,” says the Karoo BioGaps Project, a citizen science initiative which aims to document the Karoo’s natural resources.

But this vast track of South Africa, which contains a wide range of animal and plant life despite its extreme temperatures and low rainfall, is being eyed for development. Shale gas exploration, solar plants and other infrastructure are being earmarked for the Karoo, to boost much-needed development. But without data, scientists and policy makers do not know which areas require additional protection or to be left alone entirely.

“We need to learn which species are widespread, and which are sensitive to proposed future changes in land use and development,” says the newly launched project.

There are two ways you can get involved in documenting Karoo biodiversity:

You can photograph Karoo species and upload your pics to There is also a community forum where uploaders can discuss photos and observations.

Even if you have no plans for visiting the Karoo anytime soon, you can help to transcribe the thousands of historical records at These treasure troves were collected before conservationists and explorers dreamed that a person would be able to take and share photos with anyone in the world instantly.

“It is absolutely critical for us to digitise these old herbarium and museum records as they are basically unavailable for use by scientists in their un-digitised format,” says Carol Poole, the South Africa’s National Biodiversity Institute (SANBI) project co-ordinator for biodiversity research. “The ability these days to crunch large datasets means that including all these historical records along with current fieldwork records is very important.

“They give us a perspective of what species existed where in the past, and we can compare that to where we find these species in the fieldwork being conducted today. So comparing historical and current species records is an important part of assessing species’ distribution and threat status,” she says.

Some of these records date back to the 1830s, and digitizing them will make them accessible to anyone who wants to look at them.

There are 12 main groups that the Karoo BioGap Project is looking to inventory: plants, mammals, amphibians, reptiles, freshwater fish, birds, bees, spiders, dragon flies, scorpions, grasshoppers, and butterflies.

Citizen science is the latest trend in resource cataloguing, but researchers say that engaging non-scientists in this way introduces them to a world that usually gathers dust in archives or allow them to discover new things.

There are a number of citizen science projects in South Africa, allowing anyone interested to choose the project that would suit their interests best.

For example, rePhotoSA, an initiative out of the Plant Conservation Unit and the Animal Demography Unit at the University of Cape, is collecting photos from around southern Africa to track how climate change and development have altered landscapes. It calls itself a “repeat photography project of southern African landscapes”

For a more hands-on experience, the miniSASS project aims to create an inventory of life in our rivers and dams. The types and numbers of small animals living in our water bodies tell whether that water is in a good condition or not. Based on the SASS (the South African Scoring System), this initiative — which is the brain-child of the Water Research Commission, environmental consulting organisation GroundTruth, and the Wildlife and Environmental Society of South Africa (Wessa). This information is then passed on to policy makers.

Asked what volunteers got in return for being part of the Karoo BioGaps Project, Poole says that they will be helping decision-makers on important national issues, such as the shale gas development. “There is also the excitement of being part of history in a way – transcribing these historical records will mean that the transcriber themselves has played a role in history as these digitised records will exist in databases forever.”

One thing that makes the Karoo BioGaps Project stand out is that its managers recognise that sometimes kudos is not enough. There are also prizes for the most pictures and most transcriptions.

The top 10 things you need to know about SA’s R&D survey

The National Survey of Research and Experimental Development is a delicious smorgasbord of numbers, a snapshot of South Africa’s National System of Innovation. For those who don’t have the time to read the report (or have an aversion to deciphering the numbers), here are the highlights:

1. In 2014-15, South Africa spent R29.345-billion on research and development (R&D). That’s up from the R25.661-billion in 2013-14. At constant Rand values, it was an increase of 8%.


2. Almost half of this R&D cash went to labour costs.


3. Unfortunately, we’ve once against missed our ambitious targets. Prior to 2008, the goal was to spend 1% of gross domestic product on R&D. Government is now eyeing 1.5%, which is a bit like asking for R1,000 when you can’t scrape together R100. In 2014-15, the country as a whole — which includes government, business, and non-governmental organisations — spend 0.77% of its treasure on R&D. That is up from 0.73% the previous year.


4. Government has — for the third year in a row — spent more on R&D than business. Government, in this instance, also includes universities. This a problem, though, as internationally business is usually the major driver of R&D: R&D leads to new products and services, making companies more competitive.


5. State-owned enterprises account for 15% of business spend on R&D.


6. The good news is that this business investment in R&D is starting to see some recovery: from R11.783-billion in 2013-14 to R13.291-billion in 2014-15. Science and Technology Minister Naledi Pandor said at the launch: “Business R&D spending is showing signs of recovery. We wish it was robust, but it is showing signs of recovery.”


7. Mining and quarrying continued to take a beating, with business’ R&D spend in this field declining by 20%.


8. Most of the R&D undertaken in South Africa is applied research (48.8%) rather than basic research (24.3%).


9. The number of researchers in the system (by headcount) continues to increase: from 42,828 in 2012-13 through to 48,479 in 2014-15, which is quite a jump. Credit for this 5,561 rise is mainly due to doctoral candidates and postdocs.


10. A bonus on this year’s “key findings” is that they have started to include “Female researcher numbers” as a stand alone category to tracked. Women account for 44% of researchers, which puts us up among some of the world’s most gender-transformed countries. The latest OECD data puts France at 25.6% (2012), Germany at 26.8% (2012), and Russia at 37.4%.

2017’s science budget goes up, but the money buys less


On paper, South Africa’s science and technology budget continues to edge up. On Wednesday, finance minister Pravin Gordhan delivered his national budget to Parliament, sharing out the country’s R1.56-trillion.

The department of science and technology’s budget’s looks set to continue to increase: From R7,44-billion in 2015-16, and R7,43-billion in 2016-17,  it will be hitting R7,56-billion in 2017-18. Going further, the projected spend for 2018-19 is R7.92-billion and for 2019-20 R8.19-billion. This is far from the 1.5% of gross domestic product spent on research and development that the government is targeting (and has been targeting for a number of years now). But in an environment of high poverty and multiple demands on the state fiscus, any increase at all is — quite frankly — a miracle.

But when looked at in the context of previous budget reviews, the latest figures paint a different picture:


What this shows is a budget that, while increasing or remaining stable, has actually been revised down. These figures are taken from the 2015, 2016 and 2017 budget reviews.

Additional bad news for the science community is that this money does not buy what it used to: Consumer Price Inflation is expected to range between 4.6% and 6.4% for this period. To keep up with inflation, the department would need at least an additional R300-million (R480-million if inflation is high) each year just to keep up. According to the budget numbers, money for science and technology is not increasing in real terms.

Another major obstacle for research funding in South Africa is our weak currency: these new numbers do not take currency volatility into consideration. Luckily the currency has strengthened slightly (this time last year, the currency was in the middle of a beautifully executed dive off the high-diving board and research institutions were feeling the pain of it). But the reality is that local researchers struggle to compete internationally when journals are priced in pounds, dollars and Euros, as is most scientific equipment.

Maybe this will be the year when business, recognising that government can no longer push the R&D agenda, will return more whole-heartedly to the research table. South Africa’s R&D spend is quite singular in that government is the largest spender on research and development, having overtaken business a few years ago. In most countries, business drives R&D and innovation. Gordhan mentioned in his speech that the department of science and technology’s R&D tax incentive (which gives companies tax breaks for doing R&D in South Africa) brought in R30-billion between 2006 and 2016. Relatively speaking, that is not a lot of money. But allegedly the number of businesses involved in the incentive scheme is increasing.

While these numbers in context show that spending on science and technology is actually declining, the bright side is that the science budget did not get cut. And with gross domestic product growth of 0.5% last year (which is expected to rise to 1.3% this year and to 2% in 2018), that really is a bright side: science, technology and research — often considered “nice to have’s” — are usually where cash-strapped governments look to cut the fat.

SA’s Pandor wins major science diplomacy award

Science and technology minister Naledi Pandor was this weekend awarded one of science’s most prestigious global diplomacy prizes.

The award, presented by the American Association for the Advancement of Science (AAAS), recognises an individual who has made an outstanding contribution to furthering science diplomacy.

Pandor, speaking after the awards ceremony in Boston in the United States on Saturday, said that the award recognised South Africa’s development as a country. “We regard this as the recognition of the entire people of our country and the efforts we began to make from 1994 when we started to build our very new and still young democracy,” she said.

Pandor has served as science minister since 2009, interrupted by a stint as home affairs minister from 2012 t0 2014.

“Under her leadership, South Africa has made numerous contributions to building science structures in organisations such as the African Union and the Southern African Development Community, to strengthening the science granting councils of other African countries, and to expanding the role of the Global Research Council,” said Tom Wang, AAAS’ chief international officer and director of the Center for Science Diplomacy.

Pandor was nominated by Jean Lebel, president of Canada’s International Development Research Center. In his letter of nomination, he wrote: “Under Minister Pandor’s leadership, South Africa has become a catalyst for developing scientific capabilities across the African continent.”

Last year, Germany awarded Pandor with one of their highest honours, the “Grand Cross of Merit with Star and Shoulder Ribbon of the Order of the Merit of the Federal Republic of Germany”. The deputy head of the Germany embassy in South Africa, Klaus Streicher, also submitted a letter of support for Pandor’s AAAS award. “Naledi Pandor is an outstanding woman committed to scientific advancement and co-operation, not only in her own country, but with a global perspective,” Streicher wrote.

20 things to know about SA’s research infrastructure roadmap


Baby MeerKAT exceeds expectations

The first image from South Africa’s MeerKAT telescope shows that the telescope “will be a remarkable discovery machine”, MeerKAT chief scientist Dr Fernando Camilo said on Saturday.

“The images tell us all that MeerKAT is the best telescope of its kind in the southern hemisphere, with only 16 dishes,” he told an assembled audience of ministers, deputy ministers and visitors to the Square Kilometre Array (SKA) site in the Northern Cape.

On Saturday, Science and Technology Minister Naledi Pandor inaugurated the first 16 dishes of the MeerKAT telescope – and unveiled its first image. By the end of next year, the MeerKAT telescope, which is South African designed and built, will comprise 64 dishes.

These giant two-storey dishes rise up out of the centre of the MeerKAT core area, standing incongruously against a backdrop of ocre sand and scrubland. Others wait to be assembled, their white metal bowls ready to be hoisted onto waiting pedestals.

“When the full 64-dish MeerKAT is available, it will be the best telescope of its kind in the world,” said Camilo, formerly of Columbia Univeristy who took up the post in April.

“It is very, very difficult to get to this stage [as there is usually a process of trouble-shooting before a telescope can produce a high-quality image]. It tells us and the world that we have a working telescope in the Karoo,” he said.

Although the R3-billion MeerKAT is South Africa-owned and funded, it will be incorporated into the SKA, which will be the largest telescope in the world. The SKA will be hosted by Australia and South Africa, with satellite sites in eight African partner countries. It will seek to answer some of humanity’s most enigmatic questions: are we alone in the universe, what is dark matter, how do galaxies evolve, what happened after the Big Bang?

From 2018, another 133 dishes will be added to MeerKAT to form part of the phase one of the SKA, which has been capped at EUR650-million. In Australia, about 130 dipole antennas, which look like six-foot-tall Christmas trees made out of thick wire, will be constructed as part of this phase.

South Africa decided to build MeerKAT, even before it was announced in 2012 that the SKA would be split between the two countries. Part of the idea at the time was to showcase South Africa’s scientific and engineering capabilities and prove that the country could in fact build and host a radio telescope. The other part was to ensure that it would have a legacy project in case the country lost the hosting bid.

“This is not just an unveiling,” Pandor said at the MeerKAT-16 inauguration. “We want to show the world the kind of research that the MeerKAT-16 makes possible…. We were only meant to reach this [quality of image] at 32 [dishes], not 16.”

It is difficult and expensive to engineer a radio telescope with only one big dish. This is why the MeerKAT – and ultimately the SKA – is an interferometer, which uses many smaller dishes to act as one giant telescope. What this means practically is that an interferometer can be brought online in phases, and the radio telescope can undertake science even though all of its phases are not operational.

Prof Justin Jonas, SKA South Africa chief technologist, said he was “amazed” at the quality of the image, although “there are no accidents here. It’s been a coherent effort from the whole team and the National Research Foundation and the Department of Science and Technology…. We hired the right people, had the right processes in place.”

“Personally, I’m very, very excited,” Jonas, who attended the first international SKA meeting as South Africa’s ambassador, said. “I’ve been wanting to build a radio telescope since I was a kid, and now we have. How many people get to do that? And it’s working!”

The released image is a picture of about 1300 radio galaxies, of which only 70 had been imaged before, Jonas said.

Celestial objects, like stars and galaxies, emit radio waves, which cannot be seen with the naked eye. Radio telescopes receive these relatively weak signals from the universe and turn them into maps and images of the universe. The radio spectrum is substantially broader than that of visible light, which means that scientists can “see” more with radio telescopes.

The “first light” image was taken in the L-band, which is a portion of the radio spectrum. This band is of interest globally because it contains information about how the universe and how galaxies evolve, among other things. MeerKAT is expected to be twice as sensitive in this band as was originally anticipated. This means that an experiment in this band could take a quarter of the time it was originally allocated.

However, Pandor said that there was more to South Africa’s astronomy investment than pure science: “Big science brings opportunity to South Africa and the African continent. The SKA brings opportunities to this area, opportunities they hadn’t hoped for.”

It was “not always easy to convince governments to support long-term projects and initiatives, especially in science … [where] there are often nuanced impacts that are not immediately visible”, she said, encouraging dignitaries including Economic Development Minister Ebrahim Patel and 11 deputy ministers from a number of departments, to become “ambassadors for science and the SKA”.

“Science and astronomy science can change lives, change communities, build human capital…. Through science, in South Africa and Africa, we are able to advance development.”

Wild was a guest of the Department of Science and Technology and SKA South Africa

  • This article was first published by Independent Newspapers.

Helping African forensic specialists to read the bones

It could have been a conflict that killed an entire village; a building collapse that suffocated hundreds of lives in falling concrete; or a multi-car pile up. Authorities rush to help the living and save those who can be saved, but the dead are often forgotten.

Each of these events requires a standard procedure or disaster response plan. Unfortunately, in many countries – and a number of African countries – disaster management plans are for the living, not the dead.

“Dealing with the dead is a complicated process. [Countries and institutions] often struggle with the dead for weeks, months, years afterwards,” International Committee Red Cross (ICRC) forensic co-ordinator for Africa Stephen Fonseca said in Pretoria on Friday. “Families don’t forget their loved ones.”

This week, ICRC, the Argentine Forensic Anthropology Team, and the University of Pretoria launched the African School of Humanitarian Forensic Action, an annual two-and-a-half week course to upskill African forensic scientists, policemen and disaster response personnel, among others.

While Forseca spoke, participants from around the continent exhumed fake skeletons from the lawn of Pretoria Central Mortuary. In biohazard suits and face masks, professionals from Eritrea to Tanzania dug with trowels and brushed plastic bones that lay about a metre under what was once grassy lawn.

This exhumation is the third practical exercise that the participants had undertaken, said Luis Fondebrider, director of the Argentine Forensic Anthropology Team. The first was a mass disaster, the second a crime scene.

“The course aims to train local specialists in the management of dead bodies and victim identification,” Fondebrider said. “Science can contribute to humanitarian action and criminal cases…. The family wants to know that their loved one was treated with dignity.”

However, the reality is that many African countries lack the laboratories, skills and infrastructure to adequately manage bodies and identify victims. Some African countries, for example, only had one forensic scientist, Fondebrier said.

“But not everything is related to having money,” Fondebrier said. “There are a lot of basic steps that can be taken.”

Once a disaster – man-made or natural – takes place, authorities rush to act and to be seen to be acting. This leads to mistakes and the loss of vital information about the victims.

The main point that Fondebrier and Fonseca emphasised was not to rush. First, document everything with pictures, draw diagrams, put it into a map, Fondebrier said. From there, recover every body and body part, fill in the chain of custody form and transport them to the mortuary. “It sounds simple – in theory.”

Fondebrier, who was grew up during Argentina’s “Dirty War” which was characterised by mass executions and disappearance, specialises in exhumation and identifying bodies buried in mass graves.

University of Pretoria’s Neil Morris noted that mortuary management would also be included in the course curriculum.

In the case of a large number of deaths, “people often think that the most dignified way to deal with [the bodies] is to bury them, but it is important to get as much information from the bodies as possible. Make sure that the burial place is mapped and marked,” Forseca said.

The course is very hands-on, including “basic management of the dead”. “We teach participants how to put a body in a body bag, and how to conserve energy when putting 10 bodies into body bags,” Fonseca said.

Dr Ahmed Makata, who says he is his country’s only histo-pathologist, consults to Tanzania’s police forensics unit. Based in Dar-Es-Salam, Makata says he cannot quantify the number of cases sitting on his desk right now. “I have many, many cases, all over Tanzania.”

Asked whether other people from his country would be interested in such a course, he said: “If they’re exposed to such practical demonstrations, it would be fantastic.”

The course was not just for forensic scientists, though. “We want to involve as many professional along the chain as possible. Usually the police arrive on the scene first, or a judge or prosecutor is directing the process,” Forseca said.

He said that the initiative had received a “very positive” response from governments. “Police, governments, they’re eager to know how to approach this [area] with more accuracy, more technical understanding.”

South Africa, unlike many other African countries, has a well-populated and rigorous forensic system. “We see South Africa as a forensic science hub,” he said. “It has facilities, resources and excellent academic expertise. We want to bring people from other African countries here [for training]. South Africa has so many experts, it’s crazy not to tap into that….

“The aim is that these professionals will go back and disseminate good practice.”