alone, set in its own grounds. During its construction, he made a drawing depicting a
man working his frustrations out on a punch bag, while his partner looks on from the
terrace. An image, which describes a time and a belief, it remains one of those images, if
you push through its first impression, with enormous connotation, not one of the round
window approach. Man is a geometric animal, man is a spirit of geometry; man’s senses,
his eyes, are trained more than ever on geometric clarity. He would try and bring full
consciousness to modernity, cutting to the bone, nature, industry, man and machine; he
had obviously been reading War and Peace. For all this talk of progress, the line failed to
change.
Trawl
In the twentieth century particularly, scientists have struggled to find ways of representing
unseen worlds as artists have, each involved in a different discipline with different
outcomes, but with a common bond. Where does science figure in the world of the
drawn? Notations, scrawls on margins. Galileo’s drawing, beginning to think along the
lines of free-falling into a vacuum. Descartes’ scribbles realising a step into geometrising
our view of the physical world. Minkowski’s sketches of time-space diagrams. The
teacher of Einstein, whose little men on bikes dawdled on their way to discovering the
Theory of Relativity. Minkowski said of Einstein ‘He was always cutting lectures, that boy,
too busy drinking coffee and doodling.’ Poicare’s love for the back of envelopes. Paul
Virlio endeavouring to draw speed. Edward Wilson, the world’s leading authority on
socio-biology, mapping ant movement. All these characters described themselves as visual
thinkers; the idea was visual before it was anything else.
There is one character that I think embodies my own interpretative and flexible notion of
what drawing can be and that is the oceanographer Alistair Hardy. He was born in 1896
and during the Great War was a camouflage officer in the Royal Engineers. He studied
Marine Biology in Naples and later extended his research interests to trawlers in the North
Sea, working particularly on the history of the herring and its food plankton. He built up a
huge body of research and developed unique survey methods to study the ever-changing
plankton movement over wide areas, using his automatic sampling machines. In 1938 he
extended this activity to cover the Atlantic. Commercial trawlers towed gauze strips, which
were dropped, allowing the plankton to embed itself. This culminated, over many years,
in a complete record of plankton drift across the Atlantic. In addition to his researches on
the distribution, vertical migration and luminosity of marine plankton, he studied what he
called airborne plankton: the movement, through the air, of large
populations of small insects, which forms the food of swifts and
swallows. He did this by flying kites with collecting nets, flying to
2,500 feet, getting many ships to use nets at their mast-head when over
100 miles from land. Sounds like an extraordinary performance. So we
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