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University of Otago 1869-2019

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University of Otago 1869-2019

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Scientific women

28 Monday Mar 2016

Posted by Ali Clarke in sciences

≈ 10 Comments

Tags

1910s, 1920s, 1930s, 1940s, 1950s, 1960s, 1970s, 1980s, botany, chemistry, home science, marine science, microbiology, physics, psychology, women, zoology

S14-586a   WEB JPEG

Winifred Betts, Otago’s first specialist botany lecturer. Image courtesy of the Hocken Collections, Botany Department archives,  r.6461, S14-586a.

There’s been a fair bit of discussion recently about sexism in science. This has inspired me to write about some of the women academics who led the way for women in the sciences at Otago. Their path was not always easy, and for many decades the university was more willing to employ gifted women than to promote them, but they made important contributions to teaching and research and deserve better attention. Some have already appeared on this blog: marine biologist Betty Batham here; and Muriel Bell, Elizabeth Gregory and Marion Robinson all feature on this post about nutrition research. Today’s story, therefore, concentrates on some of Otago’s other women scientists.

Winifred (Winnie) Betts was Otago’s first botany lecturer, though it is telling that botany officially dated its beginning as an independent department from 1924, when her male successor, John Holloway, commenced as lecturer. Botany classes were taught from the university’s early years by the professor of natural science, later the professor of biology, but these men specialised in zoology rather than botany, and it was irksome having to teach both subjects to the growing student body. Recent zoology honours graduate Winifred Farnie was assistant lecturer in biology in 1917 and 1918, but in 1919, after some years of trying, biology professor William Benham managed to persuade the university council that it was time that botany had its own lecturer. Winnie Betts was just 25 years old when she commenced this new position at the beginning of 1920. Born in Moteuka, she was educated at Nelson College for Girls and the University of Otago, graduating BSc in 1916 and MSc in 1917. She then received a National Research Scholarship – one was awarded at each university each year. This provided her with an income of £100 a year along with lab expenses so she could carry out independent research. In 1919, at a lecture to an admittedly partisan audience in Nelson, distinguished botanist Leonard Cockayne described Betts as ‘the most brilliant woman scientist in New Zealand’. In December 1920 Winnie Betts married another brilliant Otago graduate, the mathematician Alexander Aitken. Aitken, whose studies were interrupted by war service (he was badly wounded at the Somme), was by then teaching at Otago Boys’ High School. This was an era when most women left paid employment when they married, so it is intriguing that Winnie Aitken continued working as botany lecturer for some years. That came to an end in December 1923, when the Aitkens moved to Scotland to further Alexander’s academic career (he eventually became professor of mathematics at the University of Edinburgh).

Several other women were appointed to the biological sciences between the wars; all had started out at Otago as outstanding students. Marion Fyfe became a zoology lecturer in 1921 and when Beryl Brewin joined her in 1936 women thereby accounted for two-thirds of the zoology academic staff! They remained to teach generations of Otago students: Fyfe retired in 1957 and ‘live wire’ Brewin in 1963. Both were by then senior lecturers and Fyfe, described as ‘the backbone’ of the zoology department, had acted as its head on some occasions. Ella Campbell became assistant lecturer in botany in 1937, leaving to become the first woman academic at Massey University in 1945. An expert on liverworts, she was made a Dame in 1997 for her contribution as ‘a pioneer in the field of university botanic research’. When Campbell left, Brenda Slade (later Brenda Shore) became assistant lecturer in botany; she had just finished a BSc in the department. She later took leave to complete a PhD at Cambridge in her specialist field of leaf development, then returned to Otago, eventually retiring as associate professor in 1982. Two other biology students of that generation returned to Otago after overseas study and research. One was the aforementioned Betty Batham, who returned with a Cambridge PhD in 1950 to become first director of the Portobello Marine Biology Station, newly taken over by the university. Another was Ann Wylie, recruited back to Otago’s botany department in 1961 to take responsibility for teaching in the rapidly-developing field of cytology and genetics. Like her colleague Brenda Shore, with whom she had first taught in the botany department in 1945 when lecturer John Holloway became ill, Wylie eventually rose to the status of associate professor, retiring in 1987. I have had the pleasure of interviewing Ann Wylie, who is still active and sharp-witted in her nineties. She recalls that women were well accepted in zoology and botany and she did not experience prejudice, though she also notes that women lecturers behaved as ‘honorary men’; it was they who had to adapt rather than the men. There was a strong sense of collegiality between women academics from various departments and they often socialised together.

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Agnes Blackie, photographed around the 1960s, at the end of her long career as a physics lecturer. Image courtesy of the Hocken Collections, c/nE5302/11A, S16-521e.

The physical sciences weren’t so welcoming of women staff in this period. The school of mines and departments of geology, mathematics and chemistry remained resolutely male until later in the twentieth century. Indeed, the only woman academic in the physical sciences at Otago for many decades was Agnes Blackie in physics. She was appointed assistant lecturer in the department in 1919, eventually retiring as senior lecturer in 1958, though she continued teaching part-time for some years after that. The petite Blackie, who fell in love with physics as an Otago undergraduate, stood out in this largely male domain. Long-serving physics technician Stan Hughes, who started in the mid-1920s, recalled: ‘In the distance I saw this schoolgirl who later turned out to be Miss Agnes Blackie …. Agnes was very quiet with very thin features and my first impression was that a couple of mutton pies would do her the world of good’. In her early years, working with students sometimes older than herself (including returned servicemen), she had to endure considerable teasing, but was a gifted teacher who earned the affection and respect of generations of students, especially those who struggled with physics. She taught a range of students in addition to those specialising in physics, such as physiotherapy students learning about electricity and radiation, music students studying acoustics and home science students learning about household electricity and appliances, energy and calories, ventilation and humidity. Many a future doctor or dentist only made it through their compulsory physics course thanks to Blackie’s helpful teaching.

Not all of Otago’s pioneering women scientists were home-grown. Englishwomen Winifred Boys-Smith and Helen Rawson were the founding staff of the new home science school, whose courses commenced in 1911. Both had completed the natural science tripos at Cambridge but were unable to obtain degrees because they were women. Boys-Smith was Otago’s – and New Zealand’s – first female professor and Rawson succeeded her in the chair of home science. Otago chemistry professor James Black, by then in his seventies, had his doubts about these women’s scientific abilities. The first two home science degree students later recalled that when they progressed ‘from Professor Black’s Chemistry to take Applied Chemistry under Miss Rawson, they were informed in no indefinite words as to his grave doubts of Miss Rawson’s knowledge of things chemical. “A fine lassie, but is she sound on the soda-ammonia process? I’ll put it down on paper for her,” said the dear old man’. Rawson’s ‘brilliant career’ at Cambridge and London evidently counted for nothing to him. Home science did, to some extent, segregate capable women from the ‘pure’ science courses, but it also offered them opportunities. The degree students took advanced courses in chemistry, and many went on to become school teachers in the pure sciences as well as home economics. Some became highly-regarded researchers and academics, either overseas (Neige Todhunter is a good example) or in New Zealand (such as Elizabeth Gregory and Marion Robinson, mentioned above).

S16-521a   97_081_4   WEB JPEG

Helen Thomson (centre back) teaching a laboratory class on the chemistry of the household at the School of Home Science in 1936. Thomson was one of numerous women who made an academic career in science through the school. After completing undergraduate and master’s degrees there, she was appointed lecturer in 1931 and remained on staff for 30 years, taking leave for overseas research. She graduated with a PhD in textile chemistry from Leeds University in 1947. Image courtesy of the Hocken Collections, Consumer and Applied Science records, 97-081/4, S16-521a.

Another English import was Betty Bernardelli, who arrived at Otago in 1948 and took charge of the psychology laboratory (then part of the philosophy department). She had qualifications from Oxford and Cambridge, and had been officer in charge of psychological testing in the vocational advice service of the Royal Air Force during the war. She came to New Zealand with her husband Harro Bernadelli, who became lecturer in the economics department; in 1961 they left Otago for posts at the University of Auckland. The appointment of Bernardelli, a married woman, represented progress; an earlier generation of women academics had been single on appointment and mostly resigned if they married (a notable Otago example was home science professor Helen Rawson, whose academic career ended on her marriage to geology professor Noel Benson in 1923). It would be many years, however, before most people welcomed the advent of married women on the academic staff. Margaret Loutit came from Australia to Otago in 1956, when her husband John Loutit was appointed lecturer in the microbiology department. Already armed with an MSc, she obtained part-time work as a botany demonstrator and then microbiology lecturer while working on a PhD. As the working mother of young children she experienced considerable criticism, often from other women (notably the wives of other academic staff). Her salary was mostly absorbed in paying for private childcare; there were no crèche facilities at that time. However, her hard work was rewarded with the completion of her PhD in 1966 and in the following year she became a full-time staff member. Margaret Loutit was a gifted teacher and productive researcher in soil and water microbiology; she also made important contributions to university administration. She was promoted to a personal chair in 1981. John Loutit had become a professor in 1970, so they had the then rare status of ‘professorial spouses’.

There were other scientific women who held academic posts in the medical school: noted researchers Marianne Bielschowsky and Barbara Heslop, for example. However, there isn’t room to do justice to their achievements here, so I’ll have to save those for another time …

Otago’s pioneering women scientists – some of whom ended their careers not so very long ago – achieved remarkable things in the face of considerable difficulties. In proving the capability of women in the academic world of science they made things a little easier for those who followed and I am delighted to be able to pay tribute to them here. Do you have any stories to share of women in science at Otago?

Experts on the radio

10 Sunday Nov 2013

Posted by Ali Clarke in health sciences, humanities, sciences, university administration

≈ 1 Comment

Tags

1920s, 1940s, 1950s, 2010s, biochemistry, chemistry, history, home science, law, mathematics, media, music, physics, politics, public health, radio, university extension, zoology

University of Otago staff are in demand to provide expert comment via the media on a very wide range of topics, and these days they can be accessed in a wide range of formats, from the traditional newspapers, magazines, radio and television to more recent technologies such as blogs and other social media. The university also makes many of its public lectures available via its own channel on iTunesU. Robert Patman, Bryce Edwards and Brian Roper of the Department of Politics appear regularly in the media as political pundits, and Edwards’s blog is a key source for those with an interest in current events. Mark Henaghan and Andrew Geddis from the Faculty of Law also appear frequently in the media.

In the ever-evolving media environment, radio remains one of the most popular means of disseminating some of the scholarship coming out of Otago. Just this morning, my colleague John Stenhouse of the Department of History and Art History spoke about a recent publication revising traditional assessments of one of New Zealand’s early governors, Robert Fitzroy, on Radio New Zealand National; his co-author Hamish Spencer of the Department of Zoology spoke about Fitzroy with Kathryn Ryan on the same station a few days ago. Among the other Otago staff interviewed at some length on Radio New Zealand National in the past month are Graeme Downes and Ian Chapman from the Department of Music (on Lorde’s current hit song), Philippa Howden-Chapman, Professor of Public Health in Wellington (on warrants of fitness for rental housing), Colin Gavaghan of the Faculty of Law (on the patenting of tools for gene selection), Peter Dearden of the Department of Biochemistry (on diet and longevity) and Dave Warren from the Department of Chemistry (on science ‘magic’ shows).

Robert Jack, Professor of Physics and radio pioneer. Photograph courtesy of the Alexander Turnbull Library,  Ref: 1/2-220116-F.

Robert Jack, Professor of Physics and radio pioneer. Photograph courtesy of the Alexander Turnbull Library, Ref: 1/2-220116-F.

It seems only fitting that Otago staff should appear often on the radio, because Robert Jack, Professor of Physics from 1914 to 1948, was the pioneer of radio broadcasting in this country. In 1921, assisted by other staff from the Department of Physics, Jack broadcast New Zealand’s first radio programme, just a year or two after the world’s first radio stations went on air in the USA and Holland. Like many Otago staff both past and present, Jack was skilled at popularising his scholarship in the form of public lectures – the radio offered a new opportunity to reach out beyond the walls of academia. This was clearly the goal of his colleague Robert Bell, Professor of Mathematics from 1919 to 1948, in his 1940 broadcast on 4YA Dunedin, “The human side of mathematics”. As the Listener commented, figures may at first seem dull, but Bell “knows very well how to make them interesting”. The cartoon of the clichéd “hoary old beaver” of a mathematician bore little resemblance to Bell, a dapper Scotsman renowned for his clear thinking and his warm nature.

A cartoon which accompanied the listing for Professor Bell's radio talk, from the Listener, 9 August 1940. Reproduced with the permission of the New Zealand Listener.

A cartoon which accompanied the listing for Professor Bell’s radio talk, from the Listener, 9 August 1940. Reproduced with the permission of the New Zealand Listener.

Perhaps the most influential radio programmes to originate from the University of Otago were those presented by the Extension Service of the School of Home Science. The service commenced in 1929 to provide outreach into the community, particularly the rural community, through tutors and a consultation service for the public. I’m not sure when their regular radio broadcasts began or ended, but a 1958 survey of an Otago town (possibly Oamaru) by Judith King of the Department of Adult Education revealed that a quarter of the women surveyed were “constant listeners” to the weekly home science talks on the YA network (intriguingly, King dismissed this as “only 25 per cent”). Most of these programmes focussed on nutrition and foods, but a few surviving scripts in the archives of the Department of Clothing and Textiles reveal that home science staff also gave radio talks on various other topics, such as creating a wardrobe. By the 1960s the Extension Service was also producing cookery programmes for commercial radio stations.

These days we can listen to radio programmes at our leisure by podcast or via the internet, as evidenced by the links in this post to recent broadcasts. Radio was once a much more ephemeral medium, but it could still have lasting significance. In her 1958 survey, King encountered a woman who, each week when the home science radio talk was due, “sat down with pencil and paper to record the ideas and recipes.”

Have radio programmes and interviews with Otago staff had an impact on your life? Were there any particularly engaging radio speakers from the university? Do you remember listening to the home science radio talks? I’d love to hear more about Otago’s radio connections!

Some fine fellows

06 Sunday Oct 2013

Posted by Ali Clarke in sciences

≈ 4 Comments

Tags

1870s, 1920s, 1930s, 1940s, botany, geology, zoology

When it started out, the University of Otago was a tiny institution, located in a settler community established less than three decades earlier, and as far away as possible from the ancient centres of learning of Europe. Despite these obvious disadvantages, it attracted some remarkably talented scholars to its staff. The first four professors – John Shand (mathematics and natural philosophy), George Sale (classics and English), Duncan MacGregor (mental and moral philosophy) and James Gow Black (chemistry) – were all fine teachers and scholars. They were also young and energetic, and presumably motivated by the opportunity to stamp their mark on a new institution and a new country. Of course, like any large institution Otago has employed a few deadbeats and rogues over the years, but they have been well outnumbered by men and women following the high standards established by those early professors.

These days the university actively publicises the achievements of its staff and students, but it has not always been so diligent about this and some remarkable people passed largely unknown in the wider community, and even within the wider university. An example comes from a golden period in the science faculty in the 1930s and 1940s. There weren’t many students majoring in science then – numbers first hit a hundred in 1943 – though many of the staff were kept busy teaching students in the ‘special schools’ (medical students numbered several hundred each year, dental students over a hundred and home science students passed the hundred-mark in 1939). Recently I had the privilege of meeting Ann Wylie, who lectured in the Department of Botany for many years and remains very alert and active in her nineties. She started out as an Otago student in 1941 and recalls some of the outstanding scholars in the science faculty at that time. “I don’t think anyone else realised,” she comments, that the faculty “really had exceedingly famous people on its staff.”

John Holloway in the Department of Botany garden, c.1931. Image courtesy of the Department of Botany.

John Holloway in the Department of Botany garden, c.1931. Image courtesy of the Department of Botany.

When Ann Wylie went to teach at the University of Manchester she discovered that people there knew all about John Holloway of Otago’s Department of Botany. Holloway, a New Zealander, was an Anglican priest with a passion for plants. After graduating from the University of Auckland he worked in various parishes around New Zealand and for a couple of years in England. He was lecturer in botany at Otago from 1924 to 1944, when ill health forced his retirement. Holloway was an active researcher who did pioneering work on ferns and their relatives. The significance of his scholarship was recognised in his election as a Fellow of the Royal Society (London) in 1937; he had been a Fellow of the New Zealand Institute (later renamed the Royal Society of New Zealand) since 1921 and served as its President in 1939 and 1940.

In both of these honours Holloway followed in the footsteps of one of his Otago colleagues, William Benham, Professor of Biology. Benham was President of the New Zealand Institute 1916-1917 and elected a Fellow of London’s Royal Society in 1907. A graduate of University College, London, he taught at Bedford College for Women and at Oxford before arriving in Otago as professor in 1898. He retired in 1937 but remained an active presence in the university well into the 1940s. Benham was a highly-regarded zoologist who researched and published widely but had a particular interest in earthworms.

In 1941, yet another Otago science faculty member of this period joined the list of Fellows of the Royal Society: Noel Benson, Professor of Geology from 1917 to 1950. Benson was born in England but grew up in Tasmania; he was educated in Australia and at Cambridge. Benson carried out pioneering work in petrology in various parts of Australia before arriving at Otago in 1917; he then expanded his work to include the rocks of New Zealand. He was a tireless researcher and his obituary from the Royal Society commented that “his output and range of published research was amazingly large and though his geological outlook was wide he was a master of detail.”

The achievements of these three men are all the more remarkable when we take into account the special challenges they faced in what was then a small remote institution. They had very wide responsibilities. Benham had to teach botany as well as zoology until 1920, when Winifred Betts became the first Otago staff member dedicated to botany. When Holloway took over from her in 1924 he was the Department of Botany, as Benson was the Department of Geology in his early years at Otago. Holloway’s room in the basement of Otago Museum served as the botany lecture room, office and laboratory for many years and he did all the teaching, administration and lab preparation, as well as running the botany garden. Benson, likewise, did all the teaching and administration for geology, along with the menial chores of the department. Perhaps more irksome than this, though, was the academic isolation – lacking colleagues in their own field, they could only communicate with scholars of similar interests by mail or after a long journey.

As we celebrate the achievements of Otago staff of the twenty-first century, let’s also spare a thought for their remarkable predecessors of the early twentieth century!

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