19/10/2026
THE HUSHING METHODOLOGY
A Pedagogical Framework for Site-Responsive Landscape Abstraction Incorporating Fieldwork Risk Assessment & COSHH Safety Standards
Based on the Creative Methodology by Kane Cunningham
1. Conceptual Overview
Hushing is a place-generated abstract art methodology inspired by an 18th-century hydraulic mining technique used in the Yorkshire Dales and North Pennines. Historically, miners released a dam-held torrent of water down a hillside to strip away soil and expose mineral veins. In a contemporary artistic context, this process is re-engineered as a powerful educational framework. It moves students past superficial, picturesque landscape representation, transforming the canvas into a physical, auditable archive of a site's geological, ecological, and industrial history.
The Three Core Operational Phases
1. Impoundment (Research & Preparation): Deep site investigation tracking deep time (geology), socio-economic history (labour), and current ecological frameworks. This builds a mental and material 'density of intention' before mark-making begins.
2. The First Strike (Kinetic Release): A decisive, high-expenditure physical intervention on the surface. It relies on momentum, gravity, and kinetic energy rather than slow, decorative, or safety-conscious micro-composition.
3. Deposition (The Archive Aftermath): Action stops completely once the initial kinetic energy is spent. Adhering to the strict Deposition Test, the artist is forbidden from repairing or tidying up accidental paint pools, raw fractures, or sediment lines, ensuring process-honesty.
The 4-Week Curriculum Unit Layout
Designed for GCSE, A-Level, and Higher Education art programmes.
Week 1: Site Impoundment & Fieldwork Risk Assessment
Students select an isolated 10m x 10m landscape quadrant. Rather than sketching composition, they log its geological composition, historical industrial context, and safety boundaries. A mandatory Fieldwork Risk Assessment (FRA) is executed to manage solo-working risks.
Week 2: Material Sourcing & COSHH Studio Chemistry
Students harvest physical fluids and particulate matter (soil, clay, industrial silt) from their site. These raw materials are systematically processed into a custom 'River-Ground' binder. Rigorous COSHH standards are implemented to protect against waterborne pathogens, heavy metal contamination, and fine silica dust.
Week 3: The First Strike
The studio is prepared with high-containment drop cloths and splash zone protections. Students deploy their site-specific River-Ground mixtures onto heavy-gauge supports using high-energy, gravity-driven releases mimicking historical hydraulic forces. PPE (BS EN 166 Goggles) is required to mitigate splash hazards.
Week 4: Deposition Auditing & Assessment
Canvases dry naturally. Students execute a 'Deposition Audit', mapping how natural sediment fractions, rings, and crystal pools dried out. Students are evaluated on their adherence to the Deposition Test, preventing cosmetic touch-ups.
3. Site-Specific Material & Hazard Management
Environment Context, Material Sourcing & River-Ground
COSHH & Fieldwork Controls.
Heavy Mining & Hushes
(e.g., Lead, Arsenic, Iron hillsides)
Harvest raw clay, shale, and mineralized spoil sediment. Wet-mill particulates directly into a heavy gesso or acrylic medium base using site-collected river water.
• Fieldwork: Avoid hidden mine shafts, scree slopes, and unstable spoil heaps.
• COSHH: Heavy metal contamination risk. Use EN374 Nitrile Gloves. Wet-mill only or use FFP3 respirators to prevent airborne toxic dust.
Urban & Industrial Canals
(e.g., Silt, Brick dust, Waterways)
Scrape rust and collect chemical silt or weathered brick dust. Use raw canal water to thin custom acrylic washes, embedding an industrial, human-altered patina.
• Fieldwork: Mind slippery lock edges, steep concrete towpaths, and deep water risks.
• COSHH: Waterborne pathogen risk (Leptospira/Weil's disease). Strict glove use, immediate hand sanitization, and containment vectors.
Coastal & Intertidal Zones
(e.g., Estuaries, Salt marshes)
Gather estuarine silt, fine sea sands, and seawater washes. Allow salt crusts to crystallize naturally on the canvas support during the drying phase.
• Fieldwork: Strict monitoring of tide timetables and mudflat quicksands. Setup check-in curfew.
• COSHH: Micro-particulate inhalation from crushed shells. Wear masks during grinding; wash equipment thoroughly.
4. Academic Examination Marking Matrix
Aligned with standard GCSE, A-Level, and Higher Education assessment criteria.
AO1: Contextual Links & Cultural Understanding
Top Marks: The student provides an auditable, rigorous historical or geological link between their chosen site quadrant and their conceptual intents. Research notes go far beyond visual references to capture labour history or ecological dynamics.
AO2: Creative Media Experimentation & Studio Safety
Top Marks: Demonstrates absolute mastery and technical control over site-responsive material viscosity. Crucially, the student logs COSHH safety compliance (dust extraction, glove usage, and blast protection) as an integrated component of their medium logs.
AO3: Recording Insights & Analytical Observations
Top Marks: Traditional superficial landscaping photos are replaced with primary physical soil data cards, site rubbings, viscosity tests, and logged GIS/GPS parameters of the field site.
AO4: Personal, Informed & Meaningful Outcomes
Top Marks: The finished artwork is a direct, uncompromised manifestation of the physical forces at play. The student respects the Deposition Test, displaying an honest, unfixed archive of natural material behavior and kinetic energy.
https://www.kanecunningham.co.uk/hushing.pdf