Upload
karito
View
212
Download
0
Embed Size (px)
Citation preview
7/27/2019 Bruce 2013 Concepto Organismo Evolcion
1/12
REVIEW ARTICLE
A reflection on biological thought: whatever happenedto the organism?
ROBIN W. BRUCE*
20 Pickwick Road, London SE21 7JW, UK
Received 24 May 2013; revised 9 August 2013; accepted for publication 9 August 2013
Biological thought requires at least both a concept of organism and a concept of evolution to be causally efficient;
this is above and beyond any materialistic cause or causes, however formulated. Although the concept of evolutionhas been much debated and developed over the last century and a half, the concept of organism has been neglected,despite promising modern beginnings with the works of W. E. Ritter and others. The independent efforts of fivebiologists, including Ritter, to develop a concept of organism are outlined, key works are cited, and somesimilarities and differences of their approaches are outlined. E. S. Russells teleology of organism, far from beinga failed worldview, is considered to be a major significant step towards a more complete biology. 2013 TheLinnean Society of London, Biological Journal of the Linnean Society, 2013, , .
ADDITIONAL KEYWORDS: Agnes Arber E. S. Russell J. H. Woodger Kurt Goldstein materialism mechanism teleology W. E. Ritter.
INTRODUCTION
The present essay was inspired by two meetings at
the Linnean Society of London in 2011: Strain-
induced assembly hypothesis and the growth of form
(24 March 2011), organized for David Knight by
David Cutler and Andrew Packard, and The role of
behaviour in evolution (8 September 2011). Both
meetings addressed aspects of possible intrinsic
exploration and explanation of problems associated
with organisms and their organization, rather than
the currently more usual approach of extrinsic expla-
nation for organismal form, function, and existence.
Both meetings concerned themselves with a welcome
return to the organism after what seems a very longdigression during which organisms have been rel-
egated to the status of billiard balls set in motion
solely by the action of external evolutionary forces. In
point of fact, organisms are active, maintaining,
growing, developing, and reproducing entities. Fur-
thermore, organisms display an endless continuity
and are capable, in part, of continually choosing paths
at the spatial and temporal edges to their own
futures, albeit for brief durations only, and of uncer-
tain consequences.
What follows are some reflections on the history of
certain ideas in biology for the period 19191954,
framed by the writings of W. E. Ritter, commencing
with his organismal conception expounded in The
Unity of the Organism (Ritter, 1919b), and concluding
with the posthumous publication of Charles Darwin
and the Golden Rule (Ritter, 1954). The latter
includes a full bibliography of Ritters written works.
THE ROOTS OF AN IDEA
The main idea herein traced is that of the organismal
conception but not, for example as Mayr (1997) cat-
egorized it, as organicism, an abstraction or exten-
sion, or as systems theory, another extension, which
von Bertalanffy (1952) would ultimately fashion from
a similar starting point to Ritters, or as holism as
developed by Smuts (1926), yet another abstraction.
This organismal conception, or to use Ritters phrase
the unity of the organism is rather just deep reflec-
tion on the concrete nature of the organism and of the*E-mail: [email protected]
bs_bs_banner
Biological Journal of the Linnean Society, 2013, , . With 1 figure
2013 The Linnean Society of London, Biological Journal of the Linnean Society, 2013, , 1
7/27/2019 Bruce 2013 Concepto Organismo Evolcion
2/12
necessity of such a concept in any significant greater
biology. A large part of the biology of the last 150
years has centred, not surprisingly, on species and
their origins (i.e. an evolutionary concept concerning
the change of collectives through time); however, such
an approach presupposes that organisms as individu-
als and their continuity are both real and actual andthis too must be considered in any analysis and
possible attempted synthesis.
If the present review has any aim beyond exposing
the thoughts and writings of an extraordinary collec-
tion of biologists to those as yet perhaps unfamiliar
with them and their works, it would be that of stress-
ing the necessity of the concept of organism in any
framework of biology. This might seem a strange or
even foolish aim; surely organisms are always under-
stood to be the substrate and essence of biology? But
are they? Or are we just confusing means and ends
here? Is not the concept of the billiard ball more
convenient and less demanding for our explorationsand our explanations? The evolutionary meta-
narrative has, for better or worse, become our only
intellectual explanation of life in its many forms,
although the fact that life presents itself always as
organisms remains curiously understated. Life is a
property of organisms, and organisms alone, as far as
we know, bear this property. Conversely, concrete
organisms are not a property of abstract life but
rather part of an unbroken continuity of unknown
duration. Unless we wish to return to animism in
some form or other, we just have to acknowledge that
life, in general and in particular, always resides in
organisms. The organism as a concept in biology wasnot always overlooked and understated, as the efforts
of the subjects of this essay bear witness.
Without a concept of organism, biology is much
diminished, and fractures into competing cults of
artefacts and abstractions. This is not to say that
biology is sufficient as an intellectual pursuit with
only the concept of organism but rather that, without
this concept, there is nothing to hang disparate cat-
egories, threads, narratives, theories, and abstrac-
tions on, and they drift and recede into the reified
ether and beyond. Without the organism, there are no
knots in the nexus. Rather than a dialogue with
reality, we content ourselves with embracing abstrac-tion, and then praise our efforts in so doing; organ-
isms alone allow our biology to be grounded in
endless, renewing and continuous actuality and, as
such, the organism is a category of nature above and
beyond any material considerations of its parts.
The concept of organism was most clearly developed
in biological thought within this period by Ritter and
many others, and then appears largely to have been
forgotten. This loss of concept of organism appears
coincidental with the development of the modern syn-
thesis. For example, the works of John Scott Haldane
spanning the first few decades of the 20th Century
are replete with considerations of the nature of organ-
isms (Haldane, 1929) but, in the key work of Huxley
(1942), even the term organism, as a concept, is
absent from the subject index. Moreover, the thoughts
of J. S. Haldane are not cited therein but, instead,those of his son, J. B. S. Haldane, are now brought to
the fore. I am not arguing for a simple cause and
effect here, just noting that as evolution as a concept
expanded, it appeared that organism as a concept
contracted. I do not believe this to be a wholly intel-
lectually balanced state of affairs.
The five biologists considered in this account are
William Emerson Ritter, Kurt Goldstein, Agnes Arber,
Edward Stuart Russell, and Joseph Henry Woodger. A
naive classification would list them as three zoologists
(Ritter, Russell, Woodger), a botanist (Arber), and a
physician (Goldstein). Many others should also be
included, although my lack of knowledge and spacelimitations require the present circumscription. J. S.
Haldane and Ludwig von Bertalanffy already men-
tioned above, and Conwy Lloyd Morgan and Joseph
Needham immediately come to mind as requiring
further consideration within this arena of ideas.
Indeed, Needham appears to manage to be both for
and against the concept of organism in his writings of
this period, an ambivalence that might reward close
scrutiny. But it must be left to another essay or to
others to pursue the efforts of these biologists. The
largely Anglo-Saxon outlook is a result of my linguis-
tic and cultural parochialisms, and my failure to
embrace the world of micro-organisms is another sig-nificant limitation. These shortcomings withstanding,
I have come to the belief that, if one scratches the
surface of biology in any culture or language during
this period, approximately 19191954, evidence of a
concept of organism would be quickly exposed. Thus,
my chosen five are in effect exemplars of a widespread
approach to biology now largely in eclipse. As such,
the five do present service for the past efforts of the
many. Their efforts are both real and substantial but
now carelessly overlooked. All five had more than
sufficient ability to let their written works continue to
speak for themselves. The diversity of outlooks that
the five had on organisms are, I believe, refreshingand stimulating, and serve as a balance against the
current monopoly of evolutionary materialism.
VITALISM, MATERIALISM, AND ORGANISM
The beginnings of any continuity must be problem-
atic; this is as true for organisms as it is for ideas.
Perhaps Hans Drieschs Gifford Lectures 19061908,
published as The Science and Philosophy of the
Organism (Driesch, 1908), or indeed Henri Bergsons
2 R. W. BRUCE
2013 The Linnean Society of London, Biological Journal of the Linnean Society, 2013, ,
7/27/2019 Bruce 2013 Concepto Organismo Evolcion
3/12
Creative Evolution (Bergson, 1911; in English trans-
lation) might have warranted consideration as just
such beginnings. These works certainly shaped the
field where vitalism met materialism. But I think
that Ritter serves as the best exemplar for
re-developing the concept of the organism as some-
thing more expansive than materialism and mecha-nism, and yet more concrete than the vitalism of
Driesch and Bergson. Although Ritter was instrumen-
tal in moving biology past that limiting and limited
antithesis, the fact that, by default, we continue to
return to the antithesis suggests that we have paid
scant attention to Ritters lead. The world we all live
in is, proximally, distally and ultimately, a world of
organisms. Perhaps this is just a self-evident truth,
although it does reflect the reality of our past, present
and possible future existence, and we can only inter-
act with the world by being organisms ourselves;
something Ritter wrote about in detail during the
later years of his life and formed the basis ofGoldsteins biological method.
As an aside, perhaps Descartes should be considered
as the primordium for a modern conception of organ-
ism with cogito, ergo sum, at least with respect to
humans; existence and organism were thereby fused.
It remains an irony of both history and Descartes
metaphysics that dualism remains his enduring bio-
logical contribution down to the present. Alas, there
was man and then the rest of nature in his taxonomy
of the world of beings (and regrettably Darwins
insights lay unattainable in future time). Descartes
divisions of nature thus still arrest biological develop-
ment. Yet these divisions reveal the remarkable rela-tionship between a false natural classification and the
development of thought. It is an example of the prob-
lems that arise from embracing the fallacy of the
bifurcation of nature (rather than a laudable bifurca-
tion of thought) as exposed by Whitehead (1920).
By 1960, the concept of organism had fallen from
intellectual interest, with the molecule (we all know
which one), the gene, the cell, the system, including
the ecosystem, phylogenetics and, most recently,
informatics, now vying to fill our biological gaze, all
operating under some form of a concept of evolution.
Perhaps it is little wonder that we have no time or
space any more for a concept of organism in thiscrowded intellectual world. The practical world
cannot allow itself such self-indulgence; ask the plant
and animal breeders, the fisherman, the pharmacolo-
gist, and the sewage engineer: in their real world,
continuity of variety, breed, species, strain or culture
must be maintained. Indeed any concept of evolution
requires, as a necessary corollary, a concept of organ-
ism; the former concept is a theoretical postulate
concerning time, space and the ultimate causes of
change in collectives, the latter concerns the empiri-
cal and proximal reality of individual continuity of
living beings: the theory and the practice of life,
respectively. The times under consideration are then
the second to sixth decades of the 20th Century; less
than half a century of concerted intellectual effort as
evidenced by the works of Ritter, Goldstein, Arber,
Russell, and Woodger. The degree of direct interactionbetween these individuals and their detailed inter-
relationships are not pursued to any extent here.
Indeed, such an undertaking would be a huge task,
although there was interaction. However, I do not
suggest that there was a concerted and conscious
unity of purpose in their efforts; they were merely
explorers of organisms, which they found to be eter-
nally fascinating.
My purpose is to note that the concept of organism
was something in the air during this period, to
celebrate the efforts of these biologists to pin the
concept down and to give it intellectual form, and to
give an indication of works that can be consulted byany reader moved, like me, to acknowledge the extraor-
dinary contributions of these five during this period.
Beyond their contributions, the loss of their ideas and
with it a loss of continuity into modern intellectual
culture is both disappointing and troubling. Disap-
pointments can of course be reduced by replaying them
through remembrance and finally dispelled by renais-
sance. But, if something as necessary, articulate,
rational, reasonable, empirical, sane, and concrete as
the concept of organism can disappear almost without
trace and comment from mainstream biology, what
does it say about our resolve, our science, and ulti-
mately our values? Why did this happen? For thepresent, I only speculate; at an immediate level model
organisms and shallow intellectual models impoverish
biology, albeit unconsciously. Technicism, the appeal of
novelty and specialization fracture biology. The title of
Agnes Arbers final book, The Manifold and the One,
directs us to what biological thought ought to be but
seldom is. Perhaps, at a deeper level, evolutionary
materialism was allowed to gain a monopoly of the
mind, a monopoly to which we have all contributed. In
the final analysis, a scientific theory which explains
everything explains nothing.
I therefore found it encouraging that the Linnean
Society of London hosted two meetings in 2011 thatplaced organisms, once again, front of stage as indi-
vidual concrete beings, and the metaphysical and
abstract outlooks of much of current biology were
challenged.
TELEGRAPHIC SKETCHES OF THE FIVE
W. E. RITTER, 18561944
Ritters long life and career demonstrates a restless
mind searching always for areas for further growth,
WHATEVER HAPPENED TO THE ORGANISM? 3
2013 The Linnean Society of London, Biological Journal of the Linnean Society, 2013, ,
7/27/2019 Bruce 2013 Concepto Organismo Evolcion
4/12
be it personal, institutional, professional, national
or international. First and foremost, he was a
general zoologist, reflecting always on the organismal
nature of life: fishes, frogs, newts, snakes, lizards,
birds, echinoderms, hemichordates, although mostly
ascidians, colonial and solitary, were held in the gaze
of his researches. Description, definition, and classi-fication were the foundations of his knowledge but he
refused to stop there; the organism in its environment
was always part of his philosophy of zoology. Thus,
the need for a marine laboratory on the Californian
coast became a further quest, and the result grew into
what would become Scripps Institution of Oceanogra-
phy. The need for the proper dissemination of scien-
tific results to a wide audience also animated him,
and the result was the Science Service. Humans as
part of the natural order of life caused him to reflect
on human nature from a zoological perspective, and
he was a strong advocate of the League of Nations
after the First World War. In a time of possibleidealism, he was an American Idealist but with a
thoroughgoing realistic streak born out of scientific
scepticism and social pragmatism, especially when
considering the nature of the human animal; progress
was possible but not inevitable, and ideology, any
ideology, was repugnant to him.
The concept of the organism in its modern form
belongs to Ritter (Russell, 1930); contra Descartes
universe, all life forms were now a conjoined unity. An
online bibliography (Ollhoff, 2013) and a brief biogra-
phy (Day, 2006) are available. The titles of his books
surely must intrigue biologists to at least browse his
contributions, which are profound and humanitarian,in a way that few biologists of any age could match:
War, Science and Civilization (Ritter, 1915); The
Higher Usefulness of Science (Ritter, 1918a); The
Probable Infinity of Nature and Life (Ritter, 1918b);
An Organismal Theory of Consciousness (Ritter,
1919a); The Unity of the Organism (Ritter, 1919b);
The Natural History of Our Conduct (Ritter, 1927,
with E. W. Bailey); The Californian Woodpecker and I
(Ritter, 1938); and Charles Darwin and the Golden
Rule (Ritter, 1954, with E. W. Bailey). Ritters ability
to hold up a mirror to the human organism, especially
himself, identifies him as a remarkable zoologist.
As a marine biologist, Ritter found much compat-ibility with Aristotles life and the latters world view,
and especially with the concept of entelecheia, which
Ritter considered best translated as complete reality.
Two brief statements of Ritters are worth recalling.
His political philosophy, if it may be so called, is
summed up in the preface in The Unity of the Organ-
ism thus:
The reason why sincere humility and the spirit of democracy
are alien to all forms of idealistic philosophy becomes clear
once one attains a world view which truly strives to include,
but makes no pretense to having already included, the whole
world wholly in that view (Ritter, 1919b: xviii)
Some decades later, Karl Popper, echoing Ritter,
would describe idealistic philosophy as the enemy of
the open society. The second quote sums up Ritters
biological philosophy, if it may be so called, againfrom the introductory section of The Unity:
. . . the organism in its totality is as essential to an explana-
tion of its elements as its elements are to an explanation of the
organism (Ritter, 1919b: 24)
For Ritter, no simple materialistic chain of temporal
causality was therefore sufficient for the explanation
of living things. What was necessary for Ritter was a
reciprocation between the materials of the parts and
the organism and the organism and the materials of
the parts.
Although Ritters views, by his own consent, can
ultimately be located in the tensions between theconcept of organism of Aristotle and the elementalism
of Lucretius, more proximal influences are to be found
in the efforts of three American biologists, C. O.
Whitman, E. B. Wilson, and F. R. Lillie to pursue and
attempt to clarify the relationships between cells,
embryos, and organisms. These relationships would
be returned to again and again by Ritter, Russell, and
Woodger with, I believe, penetrating insight.
K. GOLDSTEIN, 18781965
Goldstein was principally a physician, neurologist
and psychologist, and influenced much of mid-20thCentury psychology, although little of the biology of
this period, which is truly unfortunate. Anyone who
wrote a text entitled The Organism (first German
edition 1934) that still remains in print (Goldstein,
1995), deserves significant recognition in the biologi-
cal thought of any subsequent times. What current
biological interest there is for Goldstein centres on
holism (Holdrege, 1999a, b). But before expanding
thought to holism, the empiricism of the organism,
and all that that entails, must be acknowledged.
In this writers view, Goldsteins life and career
were about exploring the reality of the organism,
especially with respect to human mental disabilitiesand what such clinical cases can reveal about the
normal human organism. His studies on brain-
damaged World War I veterans at the outset might
appear worthy but limited, although, in the hands of
Goldstein, this work grew to be expansive, trenchant,
and penetrating, in ways unmatched by any initial
expectations. Goldstein demonstrated what nature
can tell us if we are humble enough to listen to its
quiet messages; the biological roots of humans as
organisms and their potential for individual growth
4 R. W. BRUCE
2013 The Linnean Society of London, Biological Journal of the Linnean Society, 2013, ,
7/27/2019 Bruce 2013 Concepto Organismo Evolcion
5/12
as human beings, irrespective of the severity of their
limitations, illuminate his writings. Goldsteins
defiant humanity is well displayed in his William
James Lectures Human Nature in the Light of Psy-
chopathology delivered at Harvard in 1940, and pub-
lished thus (Goldstein, 1940). Russell refers to this
work in the appendix to his final presidential address,on the behaviour of animals, made to the Linnean
Society in 1943 (Russell, 1944).
The preface to the German edition ofThe Organism
(reprinted in the 1995 English edition) outlines
Goldsteins clinical philosophy:
The intention to write this book goes back many years. It
dates to that time of the world war when it became my special
task as a physician to take under my medical care a great
many patients with lesions of the brain. As a director of a
hospital for brain-injured soldiers, my experiences compelled
me to broaden the medical frame of reference to a more
biological orientation. It soon became evident that only the
biological approach is adequate to evaluate the changes which
these suffering fellow men have undergone; moreover, the
facts taught me that there was no other procedure available
which could render aid, however imperfect, to these patients
(Goldstein, 1995: 15)
Some three decades later Goldstein again stressed the
nature of his biological method:
. . . this would not change the books [The Organism] essential
character, which consists not so much in the communication of
facts as in the clarification of the problem of method in
biological research and in elucidating ways of conceptualizing
the empirical material (Goldstein, in the authors preface to
the 1963 edition, reprinted in Goldstein, 1995: 17)
Goldsteins concern with the nature of the individual,
whether it be normal or pathological, from a biological
standpoint, finds little echo in most contemporary
biology where the fitness of the collective has become
the ready explanation for all biological realities, and
the adaptiveness and adaptability of the individual
organism within its own lifetime has been conveni-
ently overlooked.
Goldstein (1940) attempts to root humans to their
biological past as organisms and to consider their
potential as human beings as organisms; of the
former we can know about, of the latter we havethe possibility of understanding. From understand-
ing ourselves, we can then explore other organisms;
from such a standpoint, from viewing all living
forms as the organisms that they are, Goldsteins
biology thus takes on a radical perspective. It is an
enquiry into biology via the organism that one has
the greatest possibility of understanding (ones
self) and from there one can explore the rest of the
world of life-forms. Written by someone who was
hounded from his native soil, who had his career
abruptly shattered, who had seen co-workers and
colleagues killed, and who faced an uncertain future
at an uncertain time in western civilization, this
text is a remarkable combination of positive
thought, unyielding humanitarianism and scientific
virtuosity.
A. ARBER, 18791960
Of the five, Arber is probably the most appreciated
currently. She has had a significant influence
on botanical thought, and this continues and
indeed deepens (Barlow, Lck & Lck, 2001;
Claen-Bockhoff, 2001; Rutishauser & Isler, 2001),
and she has been well served by biographies and
bibliographies (Thomas, 1960; Packer, 1997). Her
knowledge of botanical history was extensive and
provided her with deep foundations for her later
researches and speculations. Artistic training by her
father, a professional artist, greatly aided her botani-cal presentations and influenced her later biological
epistemology, reflected in her chosen title for this
work The Mind and the Eye. Working institutionally,
then privately on botanical history, plant morphology,
and growth, and finally by thought alone, she pon-
dered the nature of botanical form in a way that few
others have done, to a depth few could consider. The
later publications on the natural philosophy of plant
form, origins, and methods of biological knowledge,
and, finally, the metaphysics of existence, are roads
largely untravelled, even unconsidered by most
modern biologists. Her continual awareness of the
limits of language, especially when confronted withthe germinative nature of life (in the bud) serves as
an eternal caution to scientific aggrandizement, espe-
cially true now in the age of the algorithm, when
information and language have become conflated, and
it has become easy to pretend that machines do our
thinking and talking.
Arber was a Linnean Society gold medallist in
1948. Her plant books remain part of the botanical
canon; for the benefit of nonbotanists, they include
Herbals (Arber, 1912; and subsequent reprintings);
Water Plants: A Study of Aquatic Angiosperms (Arber,
1920); Monocotyledons: A Morphological Study
(Arber, 1925); The Gramineae: A Study of Cereal,Bamboo, and Grass (Arber, 1934); and The Natural
Philosophy of Plant Form (Arber, 1950). Her later
speculations into the nature of biological knowledge,
The Mind and the Eye, A Study of the Biologists
Standpoint (Arber, 1954), and metaphysics, The
Manifold and the One (Arber, 1957), are products of a
critical, reflective, and mature mind drawing on vast
biological knowledge gained over many decades.
Arbers outlook on biology is demonstrated in her
preface to The Gramineae:
WHATEVER HAPPENED TO THE ORGANISM? 5
2013 The Linnean Society of London, Biological Journal of the Linnean Society, 2013, ,
7/27/2019 Bruce 2013 Concepto Organismo Evolcion
6/12
. . . I wish to stress the fact that this is only one of numberless
possible books, for which, to different minds, the grasses
might supply material. I have of the Grass, as Coleridge had
of the Rose-tree, a distinct Thought, but I am continually
conscious of his unanswered question what countless prop-
erties and goings-on of that plant are there, not included in
my Thought of it? (Arber, 1934: x)
and in the closing lines of the same work:
What is the meaning of the differences that separate the
Gramineae so delicately, yet so definitely, from any other
order, and that so prevail that a grass remains a grass,
however freely the type may vary? To attribute these differ-
ences to genic constitution is an explanation of a merely
descriptive kind; it enables us, indeed, to assign a place to
them in the mental framework which we impose upon reality,
but in so doing we have shelved, not solved, the problem. The
mystery abides (Arber, 1934: 409)
The exploration of the continuity of the rhymes and
rhythms of organisms are Agnes Arbers enduringcontribution to biological thought. The breadth and
depth of her readings and writings are a sobering
reminder of the nature of true scholarship in our age
dominated by pervasive ideology and universal
technicism. Her considerations of the reticulate
nature of many of lifes relationships serve as a criti-
cal counterpoint to the current prevailing model of
phylogenetic bifurcation, and strengthen and deepen
any appreciation of organisms and their connections.
With increasing evidence of lateral gene transfer
between micro-organisms, Arbers insights into bio-
logical forms and their reticulations now appear fresh
and felicitous when viewed against the linear modelof bifurcation.
E. S. RUSSELL, 18871954
Russells perceptiveness is well displayed in his first
book, Form and Function, A Contribution to Animal
Morphology (Russell, 1916), which is a critique and
appraisal of biological thought from classical begin-
nings to the 20th Century. Russells own education
was both classical and biological, and perhaps
accounts for the success of this historical commentary.
Lauder (1982) presents an interesting essay on thiswork and its continuing relevance to biology in the
1982 reprint, with a bibliography of Russells contri-
butions. Russell worked as a fisheries biologist but
this practical vocation did not prevent his contempla-
tion and pursuit of what was to be his lifes work:
attempting to understand organisms as functioning
wholes, and attempting to create a free biology, free
from the strictures of materialistic thought, thereby
raising biology to an appreciation and an interpreta-
tion of the organism.
Russell, President of the Linnean Society of London
19401943, wrote a series of books that have yet to be
fully appreciated for their originality and clarity of
thought. A biographer with the ability to take on his
life and works is now needed to distil that originality
and clarity for modern readers to appreciate. Russells
works include, in addition to Form and Function, TheStudy of Living Things: Prolegomena to a Functional
Biology (Russell, 1924); The Interpretation of Devel-
opment and Heredity: A Study in Biological Method
(Russell, 1930); The Behaviour of Animals: An Intro-
duction to its Study (Russell, 1934); The Overfishing
Problem (Russell, 1942); The Directiveness of Organic
Activities (Russell, 1945); and, posthumously, The
Diversity of Animals: An Evolutionary Study (Russell,
1962).
Ulett (2010) gives a brief but instructive biographic
sketch. Russell is too easily dismissed as a teleologist
by evolutionary biologists, although this is to misun-
derstand the nature of his teleology. For Russell, theteleology of the organism was a logical necessity born
of the very nature of the organism and just had to be
accepted as such; this perhaps is a classical view
point that is now too far out of touch with modern
material sensibilities. That materialism cannot
survive with teleology was of little import for Russell
but that the organism cannot survive without teleol-
ogy was his lasting contribution to biological thought.
For Russell, organisms do not only encapsulate
material within their boundaries. Organisms also
encapsulate time and space within themselves and
self-generate directiveness, be it towards mainte-
nance, adaptation or reproduction. Without signifi-cant biographical reappraisal, such insights are likely
to languish in the shadows of current evolutionary
hegemony, and biology will remain but half a science
and entirely a slave to materialism.
The last book by Russell published during his life-
time was The Directiveness of Organic Activities. The
preface outlines Russells intent, in the plainest of
language:
This book is an experiment or adventure in biological thought.
I have tried to work out the consequences of rejecting the
mechanistic point of view in biology, and I have, not unnatu-
rally, arrived at a conception of the living organism and a
method for Biology which are entirely heterodox, and run
counter to the ideas commonly accepted in the present theory
and practice in biology. My rejection of mechanism is quite
deliberate and for a good cause. The living thing can be
treated as a physico-chemical system or mechanism of great
complexity, and no one would dream of denying the validity
and value of biochemical and biophysical research. But such
an approach leaves out of account all that is distinctive of life,
the directiveness, orderliness and creativeness of organic
activities, and completely disregards its psychological aspect.
I try to show that we cannot disregard these unique charac-
6 R. W. BRUCE
2013 The Linnean Society of London, Biological Journal of the Linnean Society, 2013, ,
7/27/2019 Bruce 2013 Concepto Organismo Evolcion
7/12
teristics of life without losing all hope of building up a unified,
coherent and independent biology (Russell, 1945: viii)
This book concludes:
Our conclusion that life processes are essentially and funda-
mentally directive and creative may be rejected as metaphysi-
cal or mystical. It is of course nothing of the sort. I make
no hypothesis as to the philosophical basis or ground of
directiveness or creativeness. I merely accept the patent evi-
dence that they are characteristic of living things and of them
alone. Nor do I suggest anything strange in the way of
method. I suggest simply that, instead of making continual
and vain efforts to squeeze biological facts within the mate-
rialistic frame, and attempting analysis without end, we
accept them as biological, that we deal with the problems of
development, maintenance and reproduction in terms of the
observable activities of the organic agents concerned, without
making the gratuitous hypothesis that these activities are
mechanistic. Only in this way can we hope to establish the
laws of organic activity (Russell, 1945: 192)
Russells quest for a free biology has but barely
started, although he outlined the route on the clearest
of maps. Esposito (2013) gives an extensive commen-
tary and analysis of Russells synthesis, an unmodern
synthesis in Espositos terms, which requires careful
reading but from which I gain succour for my appre-
ciations of Russells unique contributions to biological
thought.
J. H. WOODGER, 18941981
Woodgers lifes work could be summarized as the
pursuit and capture of the logic of the organism. Thatlife embraced teaching biology especially to medical
students, descriptive and experimental embryological
research, biological philosophy, philosophical biology,
language and biology, and their interrelationships. In
my view, his attempts to create a core of biological
principles (Woodger, 1929) have yet to be superseded.
Gregg & Harris (1964) edited a volume of studies
dedicated to Woodger on the occasion of his seventieth
birthday, including his curriculum vitae and a full
bibliography of his published writings. The breadth
and depth of the contributions to this volume by
colleagues and friends is testament to the regard
in which Woodger was held. Hull (1988) also addsinteresting comments on Woodgers contributions to
biology, as does Hall (1992). Woodgers paradox is
reviewed and resolved (though not to Halls or the
present writers satisfaction) by Medawar & Medawar
(1983: 281282); the paradox concerns how one taxon
becomes another taxon (i.e. how is the baton of lifes
continuity passed on via individual organisms, and
how do we demarcate the taxa so created).
Woodgers books represent a remarkably successful
attempt to wrestle logic from the cacophony of
organisms and their intrinsic and extrinsic connec-
tions immaterial, material and organismal, and
include Elementary Morphology and Physiology for
Medical Students (Woodger, 1924); Biological Princi-
ples: A Critical Study (Woodger, 1929); The Axiomatic
Method in Biology (Woodger, 1937); Biology and Lan-
guage (Woodger, 1952); and Physics, Psychology andMedicine: A Methodological Essay (Woodger, 1956).
Woodger concluded Biological Principles with a
chapter titled The Future of Biology. One arresting
sentence reads:
Clearly one of the most interesting and important problems
for the biology of the future is that of the relation of charac-
ters to parts, of genetic factors to developmental processes,
of the persistent racial immanent endowment to the process in
which it is displayed in the course of temporal passage
(Woodger, 1929: 484)
These problems still seem to lie in the future. But
Woodger also gave the means by which substantialprogress in biology will accrue. The lines are again to
be found in the final chapter of Biological Principles:
What biology requires is a better ventilation of its thought and
a more critical scrutiny of its concepts; more openmindedness
and more careful consideration of the relation between inves-
tigation and theoretical interpretation. But above all we need
a wider recognition of the value of thought itself . . . In biology
we require to think primarily about biological facts, not about
hypothetical billiard balls. But even thinking about biological
facts is not enough. We must scrutinize our ways of thinking
too, in order to try to overcome the limitations of those two
grooves into which thought has been confined since Descartes,
from which it has resulted that a specifically biological way ofthinking has hardly been so much as considered (Woodger,
1929: 486)
Central to any biological way of thinking must be
a concept of organism. In Biological Principles,
Woodger cleared a path towards that concept.
ARE THERE ANY CHARACTERISTICSSHARED BY THESE BIOLOGISTS?
It appears to me that the five shared a profound
contemplation of the nature of the organism, as
shown in their many and varied writings, from manysources, viewpoints, and perspectives. Their common
inspiring principle was the belief that the organism
must ultimately be understood as a living, function-
ing whole. They all acknowledged that, although
reductionism as a method is necessary, productive,
and unavoidable, the sterility of a reductionist phi-
losophy and the resultant totalitarian expansion to a
world view must be guarded against. The five dem-
onstrate that a variety of views and perspectives are
necessary if the study of organisms is not to be
WHATEVER HAPPENED TO THE ORGANISM? 7
2013 The Linnean Society of London, Biological Journal of the Linnean Society, 2013, ,
7/27/2019 Bruce 2013 Concepto Organismo Evolcion
8/12
hollowed out and reduced to the banal pointlessness
of studying the abstraction without the being. All
these biologists recognized organisms, including
humans, as ends in themselves, and thus worthy of
contemplation and study, and not just as means to
justify theoretical fashions, intellectual whims and a
current meta-narrative.Another characteristic shared by the five was a
resistance to move the organism from the foreground
of their thought. It is important to stress they are not
really organicists or holists but rather explorers of
the organism, in the full sense of the terms. What
was to be understood were organisms, not abstrac-
tions about organisms. In von Bertalanffys later
writing, he used organisms to develop his theory of
general systems, with general systems becoming the
foreground of his thought; however much merit there
might be in general systems theory, the organism has
been displaced.
All were also generalists as well as specialists, asany consideration of their published works will show;
they were biologists with a breadth of outlook that
would be unusual, if not unknown today, with open
and expansive philosophies but with critical and
focused practical outlooks. They were all philosophi-
cal omnivores rather than obligate parasites of a
single philosophy. None of the five displayed any
evidence of developing what Jacques Barzun
described as the gangrene of specialization apparent
in so much of western contemporaneous thought,
which so distressed him (Anonymous, 2012).
All five were engaged in the enterprise of growing
and expanding biological thought not only by factualaccretion, but also by fundamental research, review
and criticism of the very basis of biology. They
explored the nature of time and space and how these
relate to organisms, and how organisms interact with
time and space, intrinsically and extrinsically, and
they tried to frame a language which can begin to
address these concepts. Russell, especially, realized
latterly that biologists just have to accept the teleol-
ogy inherent in the organism, and adapt to that
reality, rather than succumb to mechanistic stric-
tures, sophistry and superstition. Ultimately, for
Russell and the other four, the world of life was a
world of connection among organisms, not just aworld of connections among materials.
To root the world views of the five to any single
source is of course a fruitless task. Their sources of
inspiration are as many as their readings and expe-
riences allowed. However, it does appear worthwhile
to ponder where their persistent contrariness issued
from, when compared with consensual contemporary
materialism. Recently, the contributions to science by
Goethes thoughts are receiving overdue and worthy
review; for example, see Wahl (2005) and Ebach
(2005). These works reflect on the relationships
between the observer and the observed, as ways of
seeing. But this is surely just part of the universe of
perception of the organism, as would have been rec-
ognized, I believe, by all five. In this regard, Russells
comments (1916: 4551) on Goethe require careful
consideration, especially the relations betweenGestalt, whole form, and Bildung, form change: a
world of being and a world of becoming, respectively.
Living organisms only exist in the world of becoming;
perhaps this is just another way of expressing Rus-
sells teleology of organism. Driesch too requires
further consideration (Driesch, 1908), partly as the
originator of the structured thought that the five
would shape their world views against. But Drieschs
views need also to be considered as a flawed attempt
to create a greater biology beyond the restraints of
materialism. Rdls (1930) chapter on Driesch and his
thought is both sympathetic and critical and worthy
of re-reading at the present time, especially if organ-isms are once again to be allowed to become central in
biological thought.
A slim volume by the theologian Thomas F.
Torrance (1969) might appear to be a strange place to
try to find support for the five and their efforts.
However, Torrance, citing the physicist Jean Chardon
and the chemist Michael Polanyi, points out that
biology will not make the advances that physics has
made if it remains stuck in mechanistic concepts and
language but that it must adopt a notion of a field
with its own characteristic structure to make use of
physicists space-time. What is needed is a transition
to the level of organismic thought.The five were all engaged in trying to go beyond the
mechanistic, to an organismic conception with, I
believe, some degree of success. Roll-Hansen (1984)
felt that the efforts of Russell and Woodger were a
failure. Perhaps rather than a failure, the first round
was just not yet successful, and the issue remaining is
just one of needing to try again, and harder. Russells
desire for a free biology, free of materialistic restraint,
was not just a result of the times (given as November
1943, in the preface to Russell, 1945) of his writing
about it, but Russell knew that freedom must be won.
The irony of a theologian, a chemist, and a physicist
supporting the direction of the efforts of the five,whereas the biological community largely fell silent
and remains so, is indeed poignant. What holds biolo-
gists back from trying again? Fear of ridicule, fear of
failure or just fear of fear? Has the seductive embrace
of the meta-narrative numbed our empiricism or has
the gangrene of specialization entered our collective
blood stream? Or have organisms become irrelevant
to modern biology and can evolutionary materialism
now answer all the questions that we are capable of
asking? If this is answered in the affirmative, then we
8 R. W. BRUCE
2013 The Linnean Society of London, Biological Journal of the Linnean Society, 2013, ,
7/27/2019 Bruce 2013 Concepto Organismo Evolcion
9/12
have reached the limits of our mental evolution. At a
time when physicists are willing to ponder the possi-
bility of multiple universes, to this writer, biology
appears happy to die by its own hand through mate-
rial strangulation.
I do not think it is necessary to erect another
abstraction such as holism to categorize the thinking
of the five; they all seemed to recognize, perhaps
intuitively, the place and nature of the organism in
biology. Ritter largely used ascidians to explore and
Figure 1. Willi Hennigs (1966: 31) scheme of hologenetic relationships. The original caption reads, somewhat crypti-
cally: Figure 6. The total structure of hologenetic relationships and the differences in form associated with its individual
parts. Note the diagram for an individual, bottom right. This shows successive stages (semaphoronts) in the life of an
organism as it undergoes metamorphosis (e.g. from fertilized egg until death), the successive semaphoronts being linked
by their ontogenetic relationships (ontogeny). Hennig (1966: 6) defined a semaphoront as the organism or the individual
at a particular point of time, or even better, during a certain, theoretically infinitely small, period of its life. The
individual organisms making up a species typically exhibit polymorphism, notably sexual dimorphism, and have
tokogenetic (nonhierarchical, reproductive) relationships. Division of the stream of tokogenetic relationships (Hennig,
1966: 58) leads to loss of reciprocal tokogeny between daughter lineages (streams) but establishes phylogenetic
(hierarchical, sister-group) relationships between species. From Phylogenetic Systematics. Copyright 1979 by the Board
of Trustees of the University of Illinois. Used with the permission of the University of Illinois Press.
WHATEVER HAPPENED TO THE ORGANISM? 9
2013 The Linnean Society of London, Biological Journal of the Linnean Society, 2013, ,
7/27/2019 Bruce 2013 Concepto Organismo Evolcion
10/12
expand his biological thought; Goldstein used his
brain-damaged patients; Arber used the growth and
form of plants; Russell saw the teleology inherent in
the organism; and Woodger reviewed and refined the
logic of the organism. Down very different byways of
nature, the five arrived at the same destination: an
appreciation of the unity of the organism and a bio-logical way of thought.
Despite largely having been written out of the con-
temporary biological narrative, the efforts of the five
have left and will continue to leave their marks in
many fields for those willing to look for them. For
example, Phylogenetic Systematics (Hennig, 1966)
remains one of the central texts of the last half
century in addressing and trying to resolve the
complex, confused, and contentious relationships
between natural classifications and evolutionary
theories. In some way or other, this book launched
many other texts and thousands of papers. It is worth
stressing that, in his work, Hennig laid great value onWoodgers efforts to develop and clarify the nature of
hierarchy and its internal logic and its relevance to
organisms, time and space (Hennig, 1966: chapter 1),
even though Knox (1998) has suggested that Hennig
misunderstood or misrepresented Woodgers logic of
hierarchy and its relevance to biological systematics
(see also Hull, 1988: 214).
Consider Hennigs well-known figure of hologenetic
relationships (Hennig, 1966: 31, fig. 6; reproduced
here as Fig. 1), an attempt to transform tokogenetic
relations into phylogenetic relations by way of specia-
tion. The underlying logic of this figure concerns
space, time, and organisms and their continuity,together with their interrelations; these were
Woodgers perpetual concerns and the substance of
his paradox. Recently, Rieppel (2010) has re-tilled
Woodgers hierarchies with respect to Hennigs inter-
pretations. This suggests that Woodgers presence
still remains clear and actual, even in current tax-
onomy, and the possible consequences of this are as
yet difficult to determine. The larger question, as to
whether hierarchy is a necessary and sufficient model
on which to base lifes reticulations as perceived for
example by Arber, still remains largely unvoiced.
CONCLUDING THOUGHTS
Returning to Hennig, some comments in the foreword
to the 1979 reprint of Hennig (1966) are worth
recalling:
This reprinting of Phylogenetic Systematics has been initiated
through the action of the Fellows of the Linnean Society of
London a venerable organization whose members have
somehow managed repeatedly to penetrate the mists of their
own traditions, and maintain a sense of current and forth-
coming relevance in the science to which that society is
dedicated (Rosen, Nelson & Patterson, 1979: x)
In the spirit of forthcoming relevance, and indeed
with Woodgers prevision (see Biological Principles;
Woodger, 1929), the efforts of the five, and other
named and unnamed colleagues, require reappraisal,
and their results must again become part of the coreof biological principles founded on the concept of the
organism and its relationships with space and time. I
believe that the two meetings of the Linnean Society
that inspired this essay have already started this
necessary and long overdue reappraisal. A biology
that cannot find space for the efforts and insights of
Ritter, Goldstein, Arber, Russell, and Woodger would
not only be poor in body of fact, but such a science
would also demonstrate a failure of application of
disciplined and creative imagination. If, after all this,
we choose to remain trapped as underlings by the
metaphysics of materialism, so be it, although it is a
choice and as Cassius pointed out, the fault is not inour stars.
ACKNOWLEDGEMENTS
The many and various contributions of the Linnean
Society of London are duly recognized, not least in
maintaining a library that not only stores books, but
also forges conversations. Earlier drafts of the manu-
script were much improved during the editorial
process, and a later draft by the comments of three
anonymous referees and further editorial contribu-
tions. All remaining errors and misconceptions are of
course entirely my responsibility.
REFERENCES
Anon. 2012. Jacques Barzun: obituary. London: The Daily
Telegraph, 27 October.
Arber A. 1912. Herbals, their origin and evolution. Cam-
bridge: Cambridge University Press.
Arber A. 1920. Water plants: a study of aquatic angiosperms.
Cambridge: Cambridge University Press.
Arber A. 1925. Monocotyledons. a morphological study. Cam-
bridge: Cambridge University Press.
Arber A. 1934. The Gramineae: a study of cereal, bamboo,
and grass. Cambridge: Cambridge University Press.
Arber A. 1950. The natural philosophy of plant form. Cam-
bridge: Cambridge University Press.
Arber A. 1954. The mind and the eye. Cambridge: Cambridge
University Press.
Arber A. 1957. The manifold and the one. London: John
Murray.
Barlow PW, Lck HB, Lck J. 2001. The natural philoso-
phy of plant form: cellular autoreproduction as a component
of a structural explanation of plant form. Annals of Botany
88: 11411152. doi:10.1006/anbo.2001.1397.
10 R. W. BRUCE
2013 The Linnean Society of London, Biological Journal of the Linnean Society, 2013, ,
7/27/2019 Bruce 2013 Concepto Organismo Evolcion
11/12
Bergson H. 1911. Creative evolution. New York. NY: Henry
Holt.
von Bertalanffy L. 1952. Problems of life. London: Watts &
Co.
Claen-Bockhoff R. 2001. Plant morphology: the historic
concepts of Wilhelm Troll, Walter Zimmermann and Agnes
Arber. Annals of Botany. 88: 11531172.
Day D. 2006. William Emerson Ritter biography. Scripps
Institution of Oceanography Archives. Available at:
http://scilib.ucsd.edu/sio/biogr/Ritter_Biogr.pdf (accessed 8
January 2013).
Driesch HAE. 1908. The science and philosophy of the organ-
ism. London: Adam and Charles Black.
Ebach MC. 2005. Anschauung and the archetype: the role of
Goethes delicate empiricism in comparative biology. Janus
Head 8: 254270.
Esposito M. 2013. Heredity, development and evolution: the
unmodern synthesis of E.S. Russell. Theory in Biosciences
132: 116. doi: 10.1007/s12064-013-0177-4.
Goldstein K. 1940. Human nature in the light of psychopa-
thology. Cambridge, MA: Harvard University Press.Goldstein K. 1995. The organism. New York, NY: Zone
Books.
Gregg JR, Harris FTC. 1964. Form and strategy in science.
Dordrecht: D. Reidel.
Haldane JS. 1929. The sciences and philosophy. London:
Hodder and Stoughton.
Hall BK. 1992. Evolutionary developmental biology. London:
Chapman & Hall.
Hennig W. 1966. Phylogenetic systematics. Urbana, IL: Uni-
versity of Illinois Press.
Holdrege C. 1999a. Kurt Goldstein (a biographical note). In
Context 1999: 14. Available at: http://natureinstitute.org/
pub/ic/ic2/goldstein_bio.htm (accessed 8 January 2013).
Holdrege C. 1999b. Seeing things right-side up: the impli-
cations of Kurt Goldsteins holism. In Context 1999: 1417.
Available at: http://natureinstitute.org/pub/ic/ic2/goldstein
.htm (accessed 8 January 2013).
Hull DL. 1988. Science as a process. Chicago, IL: University
of Chicago Press.
Huxley J. 1942. Evolution: the modern synthesis. London:
George Allen & Unwin.
Knox EB. 1998. The use of hierarchies as organizational
models in systematics. Biological Journal of the Linnean
Society 63: 149.
Lauder GV. 1982. Introduction. In: Russell ES. Form and
function [reprint]. Chicago, IL: University of Chicago Press,
xixlv.Mayr E. 1997. This is biology. Cambridge, MA: Harvard
University Press.
Medawar P, Medawar J. 1983. Aristotle to zoos. Oxford:
Oxford University Press.
Ollhoff J. 2013. William Emerson Ritter, 18561944.
Available at: http://jimollhoff.com/william-emerson-ritter/
(accessed 16 April 2013).
Packer K. 1997. A laboratory of ones own: the life and works
of Agnes Arber, F.R.S. (18791960). Notes and Records of the
Royal Society of London 51: 87104.
Rdl E. 1930. The history of biological theories. Oxford:
Oxford University Press.
Rieppel R. 2010. Monophyly and the two hierarchies. In:
Williams DM, Knapp S, eds. Beyond cladistics: the branch-
ing of a paradigm. Berkeley, CA: University of California
Press, 147167.
Ritter WE. 1915. War, science and civilization. Boston, MA:
Sherman, French & Co.
Ritter WE. 1918a. The higher usefulness of science and other
essays. Boston, MA: Richard G. Badger.
Ritter WE. 1918b. The probable infinity of nature and life.
Three essays. Boston, MA: Richard G. Badger.
Ritter WE. 1919a. An organismal theory of consciousness.
Boston, MA: Richard G. Badger.
Ritter WE. 1919b. The unity of theorganism or theorganismal
conception of life. Boston, MA: Richard G. Badger.
Ritter WE. 1927. The natural history of our conduct. New
York, NY: Harcourt, Brace & Co.
Ritter WE. 1938. The Californian woodpecker and I: a study
in comparative zoology. Berkeley, CA: University of Califor-
nia Press.Ritter WE. 1954. Charles Darwin and the golden rule. Com-
piled and edited by E.W. Bailey. Washington, DC: Science
Service.
Roll-Hansen N. 1984. E.S. Russell and J.H. Woodger:
the failure of two twentieth-century opponents of mechanis-
tic biology. Journal of the History of Biology 17: 399
428.
Rosen DE, Nelson G, Patterson C. 1979. Foreword. In:
Hennig W. Phylogenetic systematics [reprint]. Urbana, IL:
University of Illinois Press, viixiii.
Russell ES. 1916. Form and function. London: John Murray.
Russell ES. 1924. The study of living things. London:
Methuen & Co.
Russell ES. 1930. The interpretation of development and
heredity. Oxford: Oxford University Press.
Russell ES. 1934. The behaviour of animals. London: Edward
Arnold & Co.
Russell ES. 1942. The overfishing problem. Cambridge: Cam-
bridge University Press.
Russell ES. 1944. Presidential address. Proceedings of the
Linnean Society of London 155: 186208.
Russell ES. 1945. The directiveness of organic activities.
Cambridge: Cambridge University Press.
Russell ES. 1962. The diversity of animals: an evolutionary
study. Leiden: Brill.
Rutishauser R, Isler B. 2001. Developmental genetics and
morphological evolution of flowering plants, especiallybladderworts (Utricularia): fuzzy Arberian morphology com-
plements classical morphology. Annals of Botany 88: 1173
1202.
Smuts JC. 1926. Holism and evolution. London: Macmillan &
Co.
Thomas HH. 1960. Agnes Arber. Biographical Memoirs of the
Fellows of the Royal Society 6: 111.
Torrance TF. 1969. Space, time and incarnation. Oxford:
Oxford University Press.
Ulett MA. 2010. Edward Stuart Russell. Embryo project
WHATEVER HAPPENED TO THE ORGANISM? 11
2013 The Linnean Society of London, Biological Journal of the Linnean Society, 2013, ,
7/27/2019 Bruce 2013 Concepto Organismo Evolcion
12/12
encyclopedia (2010-06-29). ISSN: 1940-5030. Available at:
http://embryo.asu.edu/handle/10776/2018 (accessed 22 Sep-
tember 2013).
Wahl DC. 2005. Zarte Empirie: Goethean science as a way of
knowing. Janus Head 8: 5876.
Whitehead AN. 1920. The concept of nature. Cambridge:
Cambridge University Press.
Woodger JH. 1924. Elementary morphology and physiology
for medical students. Oxford: Oxford University Press.
Woodger JH. 1929. Biological principles. London: Kegan
Paul, Trench, Trubner & Co.
Woodger JH. 1937. The axiomatic method in biology. Cam-
bridge: Cambridge University Press.
Woodger JH. 1952. Biology and language. Cambridge: Cam-
bridge University Press.
Woodger JH. 1956. Physics, psychology and medicine, a
methodological essay. Cambridge: Cambridge University
Press.
12 R. W. BRUCE
2013 The Linnean Society of London, Biological Journal of the Linnean Society, 2013, ,