Tag Archives: Chaos

Keeping Chiswick’s Wet Woodland Wet

Sedge removed (a tuft still visible bottom right), much mud still to scoop out …

Well, it’s late November, the animals aren’t breeding, and the flowers are mostly not flowering (Rowan and Cotoneaster are honourable exceptions). So, it’s the perfect time for clearing out the Wet Woodland (Carr) to keep it looking, well, Wet, rather than getting more and more overgrown and full of leaf litter until it turns into good old ordinary dry woodland, or Mixed Temperate Forest as an ecologist would say.

Mudscooping the Wet Woodland (aka the “Mangrove Swamp”)

There’s always a debate about why we do this sort of thing. Shouldn’t we just do George Monbiot’s Rewilding thing and leave nature alone? Well, we could. Then the reserve’s pond, wet woodland, meadows, grassy banks, and demonstration flowerbed would all go through the succession to mixed woodland, and we’d have an end-to-end canopy of trees: not a bad thing you might say.

But we would lose much of the diversity of habitats and of species – no pond life, no grassland flowers or grassland butterflies, for instance. In a large enough area, that would be fine: the rivers would flood and meander, create new oxbow lakes, mudflats, and shingle banks, which would be colonized and grow up into varied ponds, wet woodland, meadows, and forest, just as you’d hope.

Muddy but Happy!

Only one small problem: you need to include a river’s catchment area and flood plain in the reserve. That’d be the whole of Oxfordshire, Berkshire, and London, roughly…

So, to be practical, in an urban nature reserve you only get a small area to conserve, to allow people to visit to see and feel and smell and touch nature, and to teach children (and adults) about nature. Those are worthy aims, and they’re the raison d’etre of London Wildlife Trust. To manage that, one needs to maintain a bit of diversity of habitats and of species for people to see and learn about. And that means holding back the natural succession so that not every inch is a tree canopy, splendid as canopies are. And that means having volunteers scoop mud, mow grass, and pull out tree seedlings, all the while trying to leave enough seeds, eggs and other life-forms in place for the reserve to burst back into life at all stages of the succession.

Yes, we know George Monbiot calls all that “gardening”: but really, it’s not. We’re just creating the conditions for nature to do its own thing, or rather, a lot of its different and wonderful things.

Chaotic patterns of wet mud running into erosion gullies down the flat face of a wheelbarrow. The pattern forms within a minute of tipping mud from the barrow: different every time, but always giving the same wonderfully beautiful natural result.

Actually, one can hardly help letting nature do its thing. It does it even in the mud in a wheelbarrow!

Art: Technology and Nature in Perfect Harmony

Gail Dickerson in her studio

The artist Gail Dickerson creates her paintings through what must be a unique combination of observation of technological artefacts and the deliberate application of natural materials through the recreation of natural processes.

Fractal detail of painting
Fractal detail of painting

Thus it is no accident that her paintings have a natural, accidental, chaotic look: they are created from actual earths, muds and clays of many different colours – real earth pigments – and they are allowed to form themselves on to the canvas through processes that recreate the basic geological processes of erosion (of rocks) and deposition (of sediments). Gail crushes and grinds the earths to form usable pigments: of course she also transports them to her studio, just as glaciers transport rocks as ‘erratics’, grind and crush rocks to rock-flour as moraines and the thick, sticky boulder clay that covers the little hills of Southeast England.

Earth pigments from Wales, Skye, Edinburgh ...
Earth pigments from Wales, Skye, Edinburgh …

Then she mixes the pigments with water and a binder to make simple paints, and pours them on to her canvases, where they flow, evaporate, diffuse, and arrange themselves into the beautiful fractal patterns of sand-dunes, beach ripples, estuary channels, or just puddles seen in her paintings.

A work in progress (evaporating - there are reflections from the liquid in the white central area)
A work in progress (evaporating – there are reflections from the liquid in the white central area)

The other input to Gail’s paintings is the high-speed world of modern technology. She strips printed circuit boards from abandoned devices (which with today’s instant obsolescence often means only a couple of years after they were made) and draws their patterns on to her canvases. In an earlier phase of her work, she actually placed assorted components on the canvas and allowed them to leave their “shadows” behind as pigments flowed over and around them.

Printed circuit boards and a painting based on them
Printed circuit boards and a painting based on them

Circuit boards form patterns as their wiring is optimised to follow shortest paths for the many interconnections, as well, sometimes, as to provide sufficient spacing to reduce electromagnetic interference between the rapidly oscillating currents in the tiny wires. (Gail commented that these technical terms would make good names for artworks.) Gail had redrawn or imagined suitable wiring layouts on transparencies, and it was hard to tell her imaginings from the real thing, so convincingly did they wander in apparently optimal directions between components.

PCB transparencies showing optimisation of wiring paths
PCB transparencies showing optimisation of wiring paths

Gail then transfers the circuit layouts, suitably transformed, to her canvases, where they and the variously oozing, evaporating earths in their chaotic patterns do a dance together, neither taking over, neither too prominent.

Controlled electronics, chaotic earth pigments
Controlled electronics, chaotic earth pigments (detail)

For me, it’s a figure of the modern world, where man makes use of nature – ColTan ore turning into electronic components, sand turning into silicon chips, oil turning into the plastics and resins of insulation and circuit boards (after all, all materials are ultimately from nature), and the manmade patterns of thought, algorithmically-designed electronics, squeak and chatter at their inaudibly-high GigaHertz frequencies (as recently as 1994, we all had slow old modems that audibly squeaked when connecting to the Internet to retrieve emails and  briefly browse a few small klunkily laid out early web pages, how quickly things change in that world).

Detail of PCB layout among earth pigments in one of Gail's paintings
Detail of circuit layout among earth pigments in one of Gail’s paintings

For me, then, Gail’s paintings, made in nice old buildings a stone’s throw from the Shard, the river, and Shakespeare’s Globe – inevitably, just about to be turned into expensive new apartments or offices – beautifully sum up modern life. We are still rooted in Nature: our tailless ape ancestry of course, our drives for food, water, sex, power, sleep absolutely apelike; while another part of us races ahead in the bustling city, now sprawling across the river from the City of London to the Docklands and down onto the South Bank around London Bridge and the suddenly burgeoning glass towers of Southwark. Alexander Pope had it right in his Essay on Man when he describes us as

     Created half to rise and half to fall,
     The glory, jest, and riddle of the world.