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an obituary for Dame Rothschild


From: David Farber <dave () farber net>
Date: Thu, 27 Jan 2005 08:35:16 -0500


------ Forwarded Message
From: Denise Caruso <caruso () hybridvigor org>
Date: Wed, 26 Jan 2005 18:47:52 -0800
To: <farber () dsl cis upenn edu>
Subject: Fwd: an obituary for Dame Rothschild

Dear Dave,

This is such an incredible obituary, and so
beautifully written, that I thought I'd see if
you'd like it for IP.  It's really quite
inspirational. YShe actually managed to outlive
one of the people who wrote it.

Best,
Denise

http://www.guardian.co.uk/life/science/story/0,12996,1396145,00.html

<x-flowed>Dame Miriam Rothschild

Zoologist, naturalist, academic and eccentric who was the Queen Bee of
research into parasites and their hosts
Anthony Tucker and Naomi Gryn
Saturday January 22, 2005

Guardian
They called her the Queen Bee, and she was. Dame Miriam Rothschild, who has
died aged 96, may have had little formal education but, without aspiring to
academic status, she was so expert in so many fields that she gathered
eight honorary doctorates, from Oxford in 1968 to Cambridge in 1999, and a
fellowship of the Royal Society (1985). Yet to describe her as one of
Britain's leading naturalists, a world authority on fleas, on butterflies,
on pyrazines and chemical communication - and a rightfully celebrated
eccentric of our time - is somehow to miss the more profound, and sometimes
even disturbing, qualities of her personality.

She possessed a huge and unfailing enthusiasm for life's intricacies and
elegance, an almost childlike directness that never waned and was
inextricably intertwined with a love, obsession and compassion for living
things of all kinds. These are not simply the forces that drove the great
natural philosophers of the 19th century and which, in Miriam, reached
forward another century: they are the forces of the imagination, which,
properly, are associated with poets, with all creative writers and artists.

Miriam Rothschild was all of these. Coupling pungent criticism with an
instant unbounded forgiveness for those unable to share her perceptions,
she had an air of imperiousness suffused with a pleasant hint of humility;
following a lifestyle that changed as little as possible from that which
she knew and loved as a child, she generated a unique philosophical aura of
great personality and power. Fame in science came first from her decades of
isolated and meticulous work at the microscope, cataloguing in six volumes
between 1953 and 1983 the thousands of "beautiful" fleas now in the
Rothschild Collection at the British Museum.

This was her father's collection, and hers was an ivory-tower labour of
love that took half a lifetime and made her a world expert. In parallel she
was a dreamer and a realist, a working farmer who deplored the ugliness of
all human insults to living things and to life's springboards, the natural
habitats harbouring wild flowers and insects.

At the family home of Ashton Wold, near Peterborough, animals had to be
killed from time to time, and this was done with humanity, care, almost
tenderness. In Animals And Man (1986), the published version of her 1985
Romanes lecture to the University of Oxford, she catalogued accepted
inhumanities toward animals, but looked forward to a new era of
understanding.

Being essentially practical, she also declared with compelling vigour over
the years that everyone should be required to experience the horrors of
commercial slaughterhouses, whose treatment of animals she regarded as
disgusting and grossly cruel. "If they saw these places most people would
become vegetarian, and so they should. Any slaughter that is needed should
be done as humanely as possible on the farm by those who really care for
animals."

Her interests, although centred on insects and other animals, reached in
all directions. To her the moth, its delicate odour, the tiny nematode, the
sexual organs of a flea, a Shakespeare sonnet, traditional crafts, great
paintings, wild grasses, animals of the field, grandchildren, the place and
chemistry of life, all shared the same beauty, the same fascination.

She was born, brought up, worked, brought up her own children, entertained
her grandchildren and died in the same ivy-covered house that her father,
Charles Rothschild, had built at Ashton, a village owned and treated with
great reverence by him and his family. Miriam was in many ways like her
father, touched by the arrogance of greatness and moulded in childhood by
family traditions, as much as by the laws of genetics. He was a naturalist,
second son of Nathaniel Meyer, first Lord Rothschild, the banker who bought
the Suez Canal for Queen Victoria. Charles was a man of vision, courage and
brilliance who, in Egypt in 1901, discovered and named the main plague
vector - the flea Xenopsylla cheopis Rothschild.

Having endured the miseries and family separation inherent in preparatory
and public school education, her father held the view that, especially for
bright girls, formal studies and the pursuit of good examination results
were crippling to the proper development of the mind. As a precocious
botanist and entomologist, whose first book - on the butterflies of Harrow
- was published when he was 12, he knew of the problems.

Miriam's brother Victor, the third baron, eventually head of research for
Shell International and of Edward Heath's Downing Street think tank, went
to Harrow and Cambridge; Victor and Miriam were the first brother and
sister to become Royal Society fellows. But Miriam's school was her home,
the garden, the farm, the microscope, guided by her mother's artistry and
poetic sense and, above all, by her father's daily studies of plants,
insects, their habitats and relationships, and the wildlife that flowed in
and out of the garden and house.

Then, and for the rest of her life, she was delighted and grateful. Her
earliest memories were of a visit to her mother's family in Transylvania
(then in Hungary, now in Romania), where her interest in entomology was
first sparked; it was there that her father, drawn by butterflies, had met
her Hungarian mother, Rozsika. From her father, Miriam learned the need for
precision, for clear expression, for exact measurement, for an open mind
and for highly tuned sensitivity. She learned the secret odours of plants
and insects, the freedoms and constraints of life. She loved her father
very deeply and was only 15 when he died.

For three years she mourned. Then, backed by some zoological study at the
then Chelsea Polytechnic (1928-33), now part of King's College London, she
was ready to take on the world. Later in life, bedecked by fame, she would
say whimsically that she had reached her peak as a naturalist between the
ages of eight and 14, when her father's influence was most profound and
direct. Of course, this was the time when the connections were being made,
when superficial views of living things were being replaced by an
understanding of the links between function, structural elegance and
bizarre beauty, of the unending cycle of renewal.

Being a naturalist, Miriam declared, is an emotional as well as an
intellectual activity. Even after 30 years at the microscope on the British
Museum project, and with her sight beginning to tire, she still likened the
experience of examining the delicately illuminated stained sections of
parasitic insects to the effects of smoking marijuana.

This is not as surprising as it may sound. One of her contemporaries, the
protozoologist Dorothy MacKinnon, described every microscopic investigation
of a water drop as a journey of enormous excitement into a world hitherto
unseen by any human being and never to be seen again. These are voyages of
discovery fired by imagination and experience.

Having once startled the conventional world (and the popular press) by
explaining casually that she always kept fleas "in plastic bags in my own
bedroom so that the children won't disturb them", Miriam went on to
discover, among other things, in 1964 that the life and breeding cycle of
the rabbit flea, vector of myxomatosis, is controlled by the sex hormone
cycle of its host. Pressures of evolution had enabled the flea to use
mammalian hormones.

Exquisite biochemical relationships of this kind have since been shown to
be of great importance in the evolution of host-parasite relationships. The
rabbit flea observation became a worldwide platform for research and a
branching point in Miriam's own career, the beginning of several
collaborations with biochemists and a new fount of scientific papers.

As her eyesight faded in old age, so Miriam turned from the microscope to
imaginative writing and to the biochemistry of insect communication. In
particular, she became fascinated by the amazing range of highly aromatic
pyrazines employed in a host of different roles throughout nature. "Squeeze
a ladybird very, very gently," she would say, "and its characteristic aroma
will be on your fingers, for days if you leave it there. That's pyrazines,
and there are dozens, perhaps hundreds, of pyrazines, combining to make the
aromas of life, from urine, to chocolate, to butterflies, moths and a host
of plants. Pyrazines are wonderful, they are universal."

These observations sprang from the childhood memory, still vibrating, that
different butterfly and moth species, often captured and kept in the house
for a while as natural decorations before being released or replaced,
possessed faint, elusive but quite distinctive scents.

In his autobiography Speak, Memory, Nabokov was to write of a similar
awareness when describing a butterfly chase: "the subtle perfume of
butterfly wings on my fingers, a perfume which varies with the species -
vanilla, or lemon, or musk, or a musty sweetish odour difficult to define."
Miriam, inevitably, captured this and other butterfly quotes from him
(mostly from the same source, with a couple from his novel Glory), weaving
them with a myriad other fragments into her first tapestry of words,
experiences and imagination, a bizarre but delightful assembly, more or
less about wings, which she called Butterfly Cooing Like A Dove (1991). In
this, when she wrote of Marcel Proust as "the first and greatest urban
naturalist the world has ever known", she revealed her hand and her heart.

Science, she was saying, has become illiterate, isolated and
over-specialised. Somehow we should restore to it some of the broad culture
and grace of earlier times. Tacitly, but throughout her life, this is
precisely what Miriam did. She produced books which, apart from the robust
biography of her uncle (Dear Lord Rothschild, 1983), were either hard
science gracefully written (The Atlas Of Insect Tissue, 1985), or patchwork
projects of the mind, sometimes delicate, sometimes gaudy mixtures of
science, the arts, life and sensitivity, linked by memories and shaped by a
powerful synthesising imagination. She was strongly aware and proud of her
Jewishness.

Miriam loved her dogs and liked all animals far more than humans. She met
her Hungarian husband, Captain George Lanyi (changed to Lane to protect him
in case he was captured), when Ashton Wold was used as a hospital for
wounded soldiers. Their marriage lasted from 1943 until their divorce in
1957. She had a son and three daughters, who survive her. Asked whether she
had married George just as a stud she said, "Good Heavens no! It was a love
affair, a real love affair." But she seldom talked or wrote about her
marriage.

The human beings she disliked most were politicians, and - apart from the
first two years of the second world war, when she decoded German wireless
messages for the Enigma decryption project at Bletchley Park - her
involvement with institutions was limited. She worked in all sorts of
different environments - her table in a lab in Plymouth was bombed in 1940,
causing her to lose seven years of research work, while from 1968 to 1973
she was a visiting professor of biology at the Royal Free Hospital,
Hampstead. The laboratory at Ashton Wold that she funded from her farming
activities may have had a domestic setting, but it was much more spacious
than many "professional" laboratories.

In 1996, she told the magazine Scientific American: "I am an amateur, not a
professional zoologist. Because if I were one, life would have made me
specialise more severely." A chronic insomniac, she turned working from
home to advantage: "One thing that made it easy was you could look after
the children in the daytime, and you could do your morphology and your
microscopy at night." She produced over 300 scientific papers, often with
other eminent scientists, of which one of the last appear in her most
recent book, Insect And Bird Interactions (2004), co-edited with Professor
Helmut van Emden.

But while Miriam could flourish outside universities, she took a full part
in running the bodies and causes she favoured. These ranged from committee
work for her father's Society for the Promotion of Nature Reserves and
vice-presidency of its successor organisations - the Royal Society for
Nature Conservation (1981) and the Royal Society of Wildlife Trusts (2004)
- to her trusteeship of the Natural History Museum (1967-75), the first by
a woman.

Throughout her life she was so enthusiastic, so vigorous and so
well-informed that, if she took something up, it happened. She decided that
wild flowers should come back in pastures and gardens, and in 1982 met and
began corresponding with Prince Charles. He planted up ten hectares with
seed at Highgrove that she had produced semi-commercially, the Royal
Horticultural Society gave her a medal, and the Chelsea Show was
infiltrated by the elegance of bugle, bladderwort and celandine. When she
spoke, things started buzzing.

Yet sometimes she was amazed by events of her own making. A young vixen
found injured, cared for and released back into the wild, turned up one day
in the garden to show off her new cubs to Miriam. "It was a breathtaking
experience. I felt crowned."

But Miriam knew that the language of animals is the language of the soul,
and this was a language she spoke as fluently as she spoke the cold
language of science. It was right that she should have felt herself crowned
by an animal back from the wild. She was truly the greatest of Queen Bees.

· Miriam Louisa Rothschild, zoologist and entomologist, born August 5 1908;
died January 20 2005

· Naomi Gryn revised and updated this obituary by Anthony Tucker, who died
in 1998

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