Wednesday, 5 December 2018

Unpacking Soil: Gathering the Lexicons (06-12-18)


My research about soil in Herefordshire is underpinned by the research methodology of eco-artists, the Harrisons.  Newton (b. 1932) and Helen Harrison (1927-2018), a collaborative team since the early seventies are considered leading pioneers of the eco-art movement. Their role as artist encompasses diplomacy, ecology, investigators, emissaries and art activism. Their installation, The Endangered Meadows of Europe for the roof of the Kunst-und Ausstellungshalle in Bonn, Germany (picture below, 1996-1998) provided ‘a new direction for the land art movement. The latter had become viewed as detrimental to nature.’ (Landa E.R., Feller C, Soil and Culture, 2009)



 The Harrisons ask three questions as a means of understanding the scope of their project. Their questions offer a support to start my project.

1-‘How big is Here and how long is our Now - understood as an instant, but the instant may be 250 years long’?            
How big is Here, understood as the expanse of soil in Herefordshire. In the Anthropocene the local needs to be placed within soils present on the planet. For example, the problematic erosion of top soil is both a global predicament and a local problem.
How long is our Now, top soil is the outermost layer of soil. It takes between 500 and 1,000 years to form an inch of topsoil. Thus the time span for soil to be made by nature is very long. That span is what geologists call deep time. It is measured in terms of strata. Each strata was formed during specific moments in the earth’s existence. This is well shown in the unprecedented C19 maps of geological strata drawn by William Smith (1769–1839). Smith was a surveyor and an inventor. His maps represented an inventory of the ‘subterranean Geography of Gentlemen’s Estates in order to discover the fossils likely to be useful for Manure, for Fuel etc.…’ (Sir Joseph Banks).


 2-‘How can what’s happening here be understood and engaged?’ Looking at the past two centuries, the economic importance of Smith’s maps is that they turned the earth into a resource to be exploited on an industrial scale. This industrial pattern for extracting resources from the earth was also applied to agriculture, hence the problematic disappearance of top soil. This is caused by western scientific ‘advances’ adopted by vested economic interests. Top soils, in Herefordshire and globally, are managed by local and global groups of people who share an interest in the local soil. The groups with an economic intent include local authorities and NGOs as well as the EU, WTO and the UN. They make soil what it is. For example, if soil is instrumental to the WTO commercial targets, then soil will be seen as an asset. Similarly, if soil is made to contribute to carbon capture targets, then soil will be recognised as contributing to the common goods. On the other hand, militant, ecologist and eco-feminist groups demand that ‘soils should not be a dumping ground for agricultural chemicals. They should not be exhausted by intensive farming practices. They should be nurtured and held dear’ and farmers rewarded and supported to do so by local and global governing bodies.

Soil run-offs, David Throup, Environment Agency in Herefordshire&Worcestershire


3-‘What patterns are forming or reforming? And how can we, and those with us, add to the well-being of the now of this place?’

What patterns are forming or reforming? There are many patterns and to take an example specifically linked to the Anthropocene and the geological turn, Christophe Bonneuil, a researcher in environmental history at the Centre National de la Recherche Scientifique in France, sees a pattern of continuity rather than a break in how modern industrialised agriculture has deregulated soil and the planet. Thus the visible forming and re-forming pattern of the past two centuries is that of progress of agriculture and its very severe damage to soil, until the geological turn into the Anthropocene and the disappearance of topsoils . The planet and its soil as it is now is the by-product of western ‘progress’.  Bonneuil therefore rejects the notion of an advent, a sudden causation of this geological turn. There is no clean slate that absolves those responsible for that damage: 90 or 100 at most coal and oil companies, cement, car organisations etc. – and the many of us with a finger in those pies, particularly via shares and pensions.
There are many patterns to explain the disappearance of soils. In the public sphere, one such construct is the deficit model, the idea that citizens would understand what was going on if only they did not suffer from a deficit in knowledge. An example of this is the one-way communication of climate change – from scientists to the public – as opposed to a public engagement model that is much more interactive. A case in hand is Michael Gove’s November 2018 speech on plans to deal with climate change in the UK entitled NO SUCH THING AS TOO MUCH INFORMATION - THE SCIENCE AND POLITICS OF CLIMATE CHANGE. WHAT WE OWE TO SCIENTISTS.
how can we, and those with us, add to the well-being of the now of this place?
We and those with us, comprises the group of people who are invited to share their interest in the local soil and who may want to participate in this project.
The research involves collaborative practice with fabricators, sharing authorship and questioning the notion of authorship.
Interdisciplinarity with scientists, farmers, other specialists is a way to structure and represent soil built on a variety of experiences and knowledge
The project will emerge from these interactions.
How can we add to the well-being of the now of this place? How can an aesthetic approach to soil achieve such high goals? This project aims to gather voices and information from an ad hoc community (invited participants), soils and their tiny population are included in this. People's concerns, their status and the status of soils will make the work. The work aims to be generous so as to enable reflection in the viewer and let more creativity onto others.

The project is a kind of field practice which aims to collect samples of soils and unearth stories from people living here. How do people think of soil? How do they measure, evaluate, and compare soils in this low density English agricultural shire? Prior to the advent of the new geological epoch, how did fertility, yield, fragility, interest in or rejection of local uses,of myths and narratives of soils shape the relation of locals to nature?

Sol lessivé, unknown artist. Paintings of soil profiles used by A. Demolon and colleagues for their lectures in Paris (in the 1940s). Left: “Vertisol” from the Centre region (Clermont-Ferrand, France); right: “Luvisol” from the Île-de-France region (Versailles, France) (private collection).

Some outputs in November 2018, an installation with two contrasting elements
1- Herefordshire Soil & The Anthropocene, a Geological Section (2019) is based on William Smith’s Geological Section from London to Snowdon, Showing the Varieties of the Strata and the Correct Altitudes of the Hills (1817). (See Smith's picture No 2).
-It proposes to show time and deep time which is one of the essential components to make soil
-It aims to answer questions such as, how is topsoil formed? What type of soil is in your area?
-It gives a 'possible' environmental feedback on local soil and shows who affects and determines the soil of Herefordshire: local and national authorities, NGOs, the EU, the WTO, eco-feminism, permaculture and theology of soil etc.
-It is an assemblage which lays bare much of the detailed practice going on in researching the project Voicing the soil, including a word hoard, working with the advisory group, unrequited invitations and seeking collaborators.
-It is a playful yet precise engagement with the history of science and two distinct forms of production, the industrial (the Fabriano paper used to draw the map is mass produced) and the handmade (the illustrations). 



The second element is
A Line of Topsoil bought at the DYI in Hereford; it is a form which moves:
- In this piece, the use of ‘real’ topsoil is an attempt to extend the countryside field into an institution. Topsoil represents itself: its exposure and erosion, loss of vibrant life, its sterility, and its lack of standing in the eye of the law – soil is not considered a common good in the new agricultural bill planned for after Brexit.
-One of the results of being incongruously displayed in a white space, is that it displays itself as more than top soil and for me, it is also a miniature landscape of valleys, ridges and spurs which echoes the 2D representation of soil presented in the Geological Section.
-In alternative spaces, offices, warehouses, airports, library, the work could make meaningful encounters depending on how the artwork is installed, the length of the line could run through a whole building and link up outdoor and indoor.



Expanding, exploring my practice: interdisciplinarity

There are many definitions of the word interdisciplinary. 
Interdisciplinarity has broad applications and purposes, and is use in many field including sciences, engineering, everyday collaborations, literature and the art.

My practice is interdisciplinary. It sits at the intersection of arts and sciences. And within sciences my research draws from the Anthropocene: a geologic time period where humans have disrupted - but do not control - Earth’s systems. 

Some definitions of interdisciplinarity are playful.  The philologist Roberta Frank (b.1941), in Robert Moran's book INTERDISCIPLINARITY is quoted as saying that,

Interdisciplinary has something to please everyone. Its base, discipline, is hoary and antiseptic; its prefix, inter, is hairy and friendly. Unlike fields, with their mud, cows, and corn, the Latinate discipline comes encased in stainless steel: it suggests something rigorous, aggressive, hazardous to master; Inter hints that knowledge is a warm, mutually developing, consultative thing. (Frank 1988: 100)

Speculative Strategies in Interdisciplinary Arts Practice (2014) edited by Jane Calow, Daniel Hinchcliffe and Laura Mansfield offers plethora of interdisciplinary stories ranging from the pleasure and fears inherent to interdisciplinary practices, mutuality, ethics and the politics of negotiations - all useful for my practice.



Tuesday, 6 November 2018

Expanding, exploring soil: Cranfield University's History of Soil Survey of England and Wales

A History of Soil Survey in England and Wales
Find out more about the history of soil survey across England and Wales
Soil survey activities in England and Wales date back some 350 years, but systematic survey of our soils began only in the 1950s culminating in the activities of the Soil Survey of England and Wales. Find out more in this video.
Source: http://www.landis.org.uk/support/




Sunday, 4 November 2018

Expanding, exploring soil: Symphony of the Soil

Symphony of the Soil, An Artistic Examination of Our Relationship With Soil (2014)

Filmmaker, Deborah Koons Garcia (US)

The pictures and most of the text are sourced from the film Symphony of the Soil, (beginning of the film).
Soil is the interface between biology and geology: the living skin of the earth. When walking on soil, we are walking over several strata of prehistoric soil present 40 inches below.




This image represents clay (a finely-grained natural rock), which does not include any organic element, 'it really is the beginning of soil' and it starts with rocks,  also called the lithosphere






This image represents Sphagnum moss (peat moss), which accumulated carbon by photosynthesis, 300 millions years ago. It holds mammoths 'like in a huge refrigerator without decomposing...it produces acid that keep things from decomposing'. It does not include ' any mineral, no rock, no clay, no sand. It is just living things expanding on themselves, so that it is completely biological.'
Sand is the third element of soil. Sand is composed of finely divided rock and mineral particles.






Soils can be tens of thousands of years old. They have accumulated nitrogen from the atmosphere among other nutrients essential to plants. Nitrogen is a component of chlorophyll and therefore essential for photosynthesis. It is also the basic element of plant and animal proteins, including the genetic material DNA and RNA, and is important in periods of rapid growth. Plants use nitrogen by absorbing either nitrate or ammonium ions through the roots.

Soils have parents. Soils form from materials that are in a particular location. Transported parent material can come with the wind, or be transported by water that overflows (alluvium). Parent soils that are not transported form in one place, from the exposed rocks in place after a million years. Those types of soils take a very long time to form. There is an incredibly broad diversity of soils on the planet and consequently an equally rich diversity of plant communities found in forest soils (Alfisol), prairie soils ( Mollisol), baby soil is called Entisol, young soil is Enceptisol, old soil is called Ultisol, tropical soil is Oxisol, volcanic soil is Andisol, wetland soil is Histosol, clay soil is Vertisol, permafrost soil is Gelisol, desert soil is Aridosol.

The empty spaces in soil are called pores. They are filled with air, water vapor and a little bit of water.
It is in the pores that living organisms develop. It is that small fraction of the soil which keeps nutrients flowing, regulate and drives the function of the soil and therefore the functioning of the whole ecosystem. It is a living thing, this is what its biodiversity can look like, next picture below. 




When carbon dioxide in the air is captured by plants' photosynthesis process and transformed into carbohydrates, it feeds and form the million organisms of the soil. So the roots of the plants are sending out food to the micro-organisms. This is called an exudate. Its purpose is to grow bacteria and fungi; a million bacteria per teaspoon around the root system of the plant. 


The plant is sending out sugars, protein and carbohydrate. In a healthy soil, micro-organisms fed by the plant grow and protect the plant root system from diseases







Drawing from ancient knowledge and cutting-edge science, SYMPHONY OF THE SOIL is an artistic exploration of the miraculous substance: soil.

By understanding the elaborate relationships and mutuality between soil, water, the atmosphere, plants and animals, we come to appreciate the complex and dynamic nature of this precious resource. The film also examines our human relationship with soil, the use and misuse of soil in agriculture, deforestation and development, and the latest scientific research on soil's key role in ameliorating the most challenging environmental issues of our time.

Filmed on four continents and featuring esteemed scientists and working farmers and ranchers, SYMPHONY OF THE SOIL is an intriguing presentation that highlights possibilities of healthy soil to create healthy plants for healthy humans who live on a healthy planet.

Deborah Koons Garcia has a Master of Fine Arts from The San Francisco Art Institute. She has made fiction, educational and documentary films. She owns her own production company in the Bay Area of California. For the last ten years, she has focused primarily on films about agriculture and the food system.
Source: http://www.symphonyofthesoil.com/the-films/filmmakers/

Monday, 29 October 2018

Expanding, exploring soil

When Sapiens shifted from collecting to producing food 10 000 years ago (Neolithic revolution) did they seed our current so-called Anthropocene epoch and its environmental predicament? Is soil one of the links between city and country? Is it an investment, a resource to be exploited, or a 'mother earth' to be cared for? And if it is not treated with respect, will it be gone for good? The relation between contemporary Sapiens and soil is controlled by war, technology (including herbicide, pesticide and fertiliser) law and policy; what is their impact on soil? How do these shape soil, and how does soil shapes us Sapiens in return?

Could a few critical answers be gathered from two books I am reading:


Earth Matters
How soil underlies civilization (OUP, 2016)
Richard Bardgett
·         Shows how soil, and the multitude of organisms that live in it, control all the biogeochemical cycles on which the functioning and future health of the Earth depends
·         Considers the relationship between human civilisation and soil, past and present
·         Describes the fundamental role of soil in climate change mitigation, food security, water quality and the restoration of biodiversity
·         Discusses the impact of widespread soil degradation, and explains why future sustainable management of soils is key to human well being, even for an increasingly urban human population



The main theme of Silent Spring written by Rachel Carson is the destruction of the delicate balance of nature by the wholesale use of insecticides. Rachel Carson carefully explains what the balance of nature is. She describes the balance of nature of the soil, of the earth's waters, and of the organisms of the earth.
Published on 27 September 1962 it documented the adverse effects on the environment of the indiscriminate use of pesticides. Carson accused the chemical industry of spreading disinformation and public officials of accepting the industry's marketing claims unquestioningly.
There was strong opposition to Silent Spring from the chemical industry. DuPont, a major manufacturer of DDT and 2,4-D, and Velsicol Chemical Company, the only manufacturer of chlordane and heptachlor, were among the first to respond. DuPont compiled an extensive report on the book's press coverage and estimated impact on public opinion. Velsicol threatened legal action against Houghton Mifflin, and The New Yorker and Audubon Magazine unless their planned Silent Spring features were canceled. Chemical industry representatives and lobbyists lodged a range of non-specific complaints, some anonymously.

Paleoanthropologist Silvana Condemi, (Dernières Nouvelles de Sapiens, Flammarion, 2018, in Mediapart, online video, 26 October 2018) estimated that typically hunter-gatherers had a child every three or four years, whereas Neolithic farmers produced one child every year. In 2018, almost 7,5 billions Sapiens (us) live on the planet. Do we Sapiens need to control our demographic extension; do we need to eat less meat; do we need to change how we commercialise our food excess? Do we need to personify our planet as a 'mother earth'?

Joseph Werner: Diana of Ephesus as allegory of Nature, c. 1680

In the Ecosex Manifesto of  Elizabeth Stephens and Annie Sprinkle, the two artists change this concept from 'earth as mother to earth as lover' (http://sexecology.org/research-writing/ecosex-manifesto/). Could this be a welcomed metaphor in rural Herefordshire? This is how the artist represent this metaphor.

Elizabeth Stephens and Annie Sprinkle, http://sexecology.org/

Sunday, 28 October 2018

Crit 1 October 2018. Expanding, exploring soil: foley, membrane, interview

Hayden recorded Sam exploring soil
HCA recording studio, October 2018

Foley (named after sound-effects artist Jack Foley) is the reproduction of everyday sound effects that are added to film, video, and other media in post-production to enhance audio quality. These reproduced sounds can be anything from the swishing of clothing and footsteps to squeaky doors and breaking glass.(Wikipedia, https://www.google.com/search?q=foley&oq=foley&aqs=chrome..69i57j0l5.1556j0j7&sourceid=chrome&ie=UTF-8)

As part of the foley Sam experimented with the soils from the Dairy field in Bartonsham in Hereford and a domestic garden at Stretton Grandison near Hereford. The latter was rich with life (invertebrates, leaves, sticks, worms etc) and its fragrance was pleasant (mushroomy) which contrasted with the lifeless granularity of the more industrial soil from the Dairy field. Their respective sound reflected these differences.
Video teaser: https://youtu.be/zwaOQD_OV_Qaser 


Interview as practice, in this un-edited 10 minutes interview D explains what soil is: https://youtu.be/TTc_-WkrOkM

D and P and M in conversation about soil, Stretton Grandison, October 2018





Researching soils: 
.     https://en.wikipedia.org/wiki/Soil
   the National Soil Resources Institute (NSRI)
   http://www.ukso.org/SoilsOfEngWales/home.html
.     http://www.landis.org.uk/soilscapes/#

.     Soils derive from transported materials that have been moved many miles by wind, water, ice and gravity. Soil in D's walled garden near Stretton Grandison was transported from Normandie in the Medieval period.

.     The EU's soil taxonomy is based on the World Reference Base for Soil Resources produced by the UN's Food and Agriculture Organization

What kinds of soils  in Herefordshire? 

Soilscape 8: 
Slightly acid loamy and clayey soils with impeded drainage, http://www.landis.org.uk/soilscapes/#

Mark Dion: 
taxonomies and categories of thinking about nature. See:Whitechapel exhibition, 14 Feb - 13 May 2018, http://www.whitechapelgallery.org/exhibitions/mark-dion/
And article, https://www.theartnewspaper.com/feature/welcome-to-my-wunderkammer

The Harrisons: 'Making Earth 1970After understanding that topsoil was endangered world-wide, we made earth many times. The first was sand, clay, sewage sludge, leaf material, and chicken, cow and horse manure. These elements were gathered, mixed, watered, mixed again and again over a 4 month period until it had a rich, forest-floor smell and could be tasted. The largest making of earth was ArtPark in 1977. The smallest making of earth was in the exhibition, “Revered Earth.” Later works looked to the well-being of existing earth.'http://theharrisonstudio.net/making-earth-1970 

Making Earth 1970, Tasting and smelling earth, The Harrisons,
http://theharrisonstudio.net/making-earth-1970 



Researching making soil in the Dairy field

Hereford 2018, https://youtu.be/wjLu8lCCGf0




















Researching making soil in the Dairy field, Hereford 2018 https://youtu.be/wjLu8lCCGf0


                           













                                         

Thursday, 25 October 2018

Unpacking Soil with D in Herefordshire


D, P and M in conversation about soil in Herefordshire, October 2018
Current creative practice
My work is structured around issues, rather than disciplines or media: it is idea led, rather than self-expressive. My practice stems from the multidisciplinary and collaborative practice of Helen Mayer Harrison (b. 1927) and Newton Harrison (b. 1932), Mierle Laderman Ukeles (b. 1939) and Agnes Denes (b. 1931).

My practice is a kind of field work located in Herefordshire. It is situated at the intersection of ecology, politics, law and economics, to try and comprehend our new geological epoch controversially called the Anthropocene. My work is open-ended: I film, take pictures and record the narrative of my local constituency.
In this project (October 2018- October 2019) entitled Soil, I aim to give humans and other interrelated species a voice.
Interview as practice
This is part one of an unedited interview of a locally renowned gardener who lives near Hereford. Her name is D. D explains what soil is and tells stories about her gardening. I have known D for over a year. Most weeks I give D a hand around her large' jardin à l'anglaise' and in exchange she shares her stories and expertise. This is a face to face conversation taking place in D's kitchen where I ask her few questions. I introduce the reason for our conversation and mention the specific subjects I want D to talk about. D knows that I will use our conversation for my practice which this year focuses on soil. At this stage, I understand soil more as the stuff of alchemy than biology or geology and D has agreed to be one of the specialists advising on this project. The interview lasted 40 minutes. Before I packed my recording equipment, we both listened to parts of the recorded conversation. I did not offer to send D a copy of the tape. But I will do so next week, this is part of good practice. This excerpt is 10 minutes long. In this interview soil is looked at in various ways:

     .a complex material

     .the multi-dimensional character of soil, a public and private good

     .soil as a sense of place

Click here to listen to the recorded interview

Handfuls of new ideas
Listening to D, I discover that we add to soils, for example changing its Ph levels - adding composted materials - leaves, manures etc. Soil is a universe of many:  'A handful of soil can contain literally billions of individual organisms and thousands of species' (Earth Matters, How soil underlies civilization, Richard D. Bardgett, OUP 2016, chap 2 Soil and Biodiversity). This makes it the most densely populated part of the planet

Despite having scientific names, we all know them. Here is a selection of these underground organisms:

     .ectomycorrhizal which is a form of symbiotic relationship that occurs between a fungal symbiont and the roots of various plant species. (Wikipedia)

     .decomposer fungi, fungi are not plants, they feed on nutrients from the organisms they are decomposing.(Wikipedia)

     .ammonia-oxidizing archaea which transforms amonia into nitrate; this is believed to be a central part of the global biogeochemical nitrogen cycle since the oxygenation of Earth. (https://aem.asm.org/content/78/21/7501)

     .nematodes, or roundworms

     .testate amoebae is a single-celled organisms which makes a shell called a 'test' that partially encloses the cell, with an aperture from which it can emerge, to provide the amoeba with shelter from predators and environmental conditions. (https://en.wikipedia.org/wiki/Testate_amoebae).

    .ants, millipedes, centipede, earthworms, woodlice, moles, flatworms etc.

According to the book Earth Matters, Cleopatra (69-30 BC) 'declared [worms] to be sacred because of their contribution to Egyptian agriculture.'(p24).

This hidden universe is at once minute and great, substantial and diaphanous, amorphous and definite. It is all about scales: the tiny size of a testate amoebae and its complex defence mechanisms are astonishingly all packed into one single cell, and just like worms, played 'so important a part in the history of the world' (Darwin, 1881, cited in Earth Matters, p 24).

I am expanding, exploring, discovering several facets of soil, the agency of this network, what do we have in common with 'them' lowly creatures' (Darwin), how words can migrate from biology to art and  talk about emotions as in ektos, 'outside', μύκης mykes, 'fungus', and ῥίζα rhiza, 'root'. Or the term Loam which means a blend.What do I want to say in this project? This will be conveyed by my research which for the foreseeable time will extend into:

.literature search for soil-words and could also be a search for soils of  languages

.collecting soils around Herefordshire, inviting people to contribute to the project with a handful of their own soil

.recording the sound(s) of soil, in a recording studio environment (HCA) with a sound technician and an actor plus top soil from D's garden. Soil is A Sound Not Meant To Be Heard (see the exhibition by Cardiff-based artist Anthony Shapland, Oriel Davies Gallery, 2018:http://www.orieldavies.org/en/exhibition/sound-not-meant-be-heard) so as an experiment let's give soil first person, I/WE.