In his 1958 painting “The Exemplary Life of the Soil (Texturology LXIII)” Jean Dubuffet invented a technique to portray soil by adapting the ‘Tyrolean’ technique, used by stone masons to texturise newly plastered walls. Consequently, and in this way, Dubuffet shook a paint brush over his painting, laid-out out on the floor, in order to scatter tiny droplets of paint across its surface. His intention was to give an ‘impression of teeming matter, alive and sparkling, which I could use to represent soil, but which could also evoke all kinds of indeterminate textures, and even galaxies and nebulae’.
As a microbiologist, I am very taken by this work and took inspiration form Dubuffet’s description of “teeming matter, alive and beautiful”, and imagined this as a description of the teeming, yet usually invisible, microbial life and activity that are vital for all of the more visible other life that soil supports The videos above and below are thus made from small soil samples taken from my own garden imaged in situ using a portable Newton NM1 microscope, and via a process, that uniquely reveals the activity of its vital cryptozoa and microbes (at 200x magnification). I’m struck by the serendipity at play here and how the videos could be interpreted as an animated interpretation of Dubuffet’s remarkable work.
In February I underwent major open heart surgery to replace a leaky aortic valve so have been recovering slowly at home. I also suffer from a Mixed Anxiety and Depressive Disorder, which periodically triggers episodes of severe depression. I use the work and processes described in my blog here to help with my recovery. Recently, my heart surgery triggered an episode of cardiac depression, and so I’m using the processes here to reveal thriving and fantastical ecologies that exist beyond the resolution of the human eye, to seek a deep connection with nature in order to help my recovery.
Nature Cure. Pond Life and four ways of seeing
The work here explores, and images in various ways, the microscopic life in my rather unremarkable garden pond. Using the unique Newton Nm2 portable microscope, The process allows the microbial life to be Imaged in situ, and next to the pond , and so it brings about an immediate and deep connection with a vital part of the natural environment that we usually can’t see.
The first way of seeing. The pond as seen by the human eye (below)
This first process explores the microorganisms in the pond- water sample by recording their activity tracks as they move purposefully under the microscope. Biological wavelengths and frequencies. No one activity glyph is ever the same as another, but each one defines a different watery niche (below). This first process explores the microorganisms in the pond- water sample by recording their activity tracks as they move purposefully under the microscope. Biological wavelengths and frequencies. No one activity glyph is ever the same as another, but each one defines a different watery niche (below)
Taken with NightCap. Light Trails mode, 35.51 second exposure, 1/2s shutter speed.
Taken with NightCap. Light Trails mode, 27.42 second exposure, 1/2s shutter speed.
Taken with NightCap. Light Trails mode, 47.29 second exposure, 1/2s shutter speed.
Taken with NightCap. Light Trails mode, 72.38 second exposure, 1/2s shutter speed.
Taken with NightCap. Light Trails mode, 148.12 second exposure, 1/2s shutter speed.
The two microvideos here (below) show the microscopic life in my pond at 200x magnification imaged in real-time.
The following microvideo is a time-lapse of 4 minutes of the same pond microbial activity compressed into 16 seconds (below).
In February I underwent major open heart surgery to replace a leaky aortic valve so have been recovering slowly at home. I also suffer from a Mixed Anxiety and Depressive Disorder, which periodically triggers episodes of severe depression and I use the work and processes described in my blog here to help with my recovery. My heart surgery triggered and episode of cardiac depression, and I’m using the process here to help my recovery from this. This and the process are reflected in the title of the work.
Recovering The Rare Earth: iPad Sulphates
The Rare Earth elements are a group of 17 metallic elements that underpin the unrelenting global demand for new technological products. Materials derived from them have unique properties that are essential for the function of the high-tech consumer products that are now part of our everyday lives such as computers, smart phones, hybrid cars, smartphones, and televisions. The minerals containing the Rare Earth elements are extracted through opencast mining and via chemical processes that have a high and long lasting ecological cost.
In this work, an iPad has been immersed in a solution of concentrated and highly reactive sulphuric acid. Over a period, greater than a year, the acid has reacted with the components of the iPad, including the Rare Earths, to convert them into salts and new minerals of sulphate. In this process, the once thin iPad has expanded due to crystal formation, to thickness of a paperback book, and in which new geological strata to have developed, and so the elements appear to have returned once more to the earth.
The mineral rich solution of acid and Rare Earth salts have also infiltrated cracks in the screen of the device, forming mineral rich seems, in a mechanism that parallels the natural and geological formation of quartz and metal rich seams, that might be mined and exploited to recover valuable elements.
Traditionally what we consider to be “self” is restricted to the collection of 10 trillion or so familiar eukaryote cells that make up our bodies and well-known organs such as our skin, the heart, and the liver. However, the “omic” technologies of the 21st century have radically redefined this view, so that “self” can now be seen to extend well beyond the traditional precinct of our visible form, and to now include our resident bacterial community, that is its invisible human microbiota. These bacteria that reside on or in our bodies are not merely present as passengers and we exist in a state of dynamic and mutual symbiosis with these inhabitants. Moreover, it seems likely that these organisms are able to influence our wellbeing, our mental health, and even our ability to learn. Such findings are challenging radically our anthropocentric view of life and are revealing a new kind of microbiologically influenced subjectivity.
In the work here my gut microbiome was cultured as bacterial colonies on a number of Plate Count Agar plates. Next the water, that makes up the major component of the media, was carefully removed so that the agar entered a translucent glassy state which incorporates and transforms the bacterial colonies so that they become biological lenses.
The glass-like films containing aspects of my micro biome (below)
When light is passed through these it is transformed and acquires characteristics derived from its interaction with the bacteria that it passes through. The process inverts normal microscopic practice, in the sense that what would normally only be visible under a microscope, is now projected into the world that we can see allowing the observer to interact with my multitudinal bacterial otherness.
Aspects of my microbiome projected into the visible world (below)
Interacting With The Sea Lens Projection
This work explores the anthropocene in the context of the changing and vital chemistry of our oceans. Central to the process, is the notion that the chemical properties of pure water are universal and constant, and what gives natural water courses their identity, and what influences what else can live in them, exists within water and between the spaces of its polar molecules. In the process here, water, this universal and unchanging solvent, has been removed and the usually hidden chemistry concentrated and condensed into a thin glass-like lens. When light is passed through the lens, it becomes altered by this defining elemental signature, projecting it into our reality so that we may gaze upon it and interact with it.
The Sea Lens
A Projection Through The Sea Lens
A Projection Through The Sea Lens
In this work a page from a book has been deliberately wounded, and then infected with bacteria. In this context, it was cut with a scalpel, then inoculated at the site of the lesion with the blood red pigmented bacterium Serratia marcescens, and finally placed onto bacteriological growth media. The bacteria used here are able to communicate with each other, collaborate in numbers to overcome obstacles to great for the few, and can swarm and move together in a coordinated manner through the paper of the page. The spreading lesion thus reveals an uncomfortable reality, that our world is dominated by invisible microbiological life. Moreover, the bacterium used here produces haemoglobin, the same oxygen transporting mammalian protein that colours blood red, and it thus harbours the evolutionary origin of our own blood.