VariableA capacity that sustains life.
A recovery
vision grounded in relation.
STILL HERE. LIFE INSISTS. is a relational recovery vision, an operational grammar, and an active instrument for understanding how landscapes lose life-sustaining capacity—and for composing, testing, locating, and revising the relations through which life can endure and generate further life.
RelationHow capacities affect and depend upon one another.
Relational wholeThe variables and relations that must be understood together.
Recovery systemRecurring relational wholes coordinated for transformation and care.
Spatial expressionWhere and how recovery operates: node, route, zone, or network.
Five recovery systems.
Coordinate recovery systemically.
FIRST MOVEMENT · DERIVATIONLandscape gives rise to systems
↺Variables → relations → expressions → recurring relational wholes → recovery systems
SECOND MOVEMENT · APPLICATIONSystems return to the landscape
Read relations → express conditions → transform through the system → spatialise → observe and revise
S-02 · Cultivation
What turns the presence of water into shared cultivation capacity?
spring · channel · soil · orchard · access · maintenance
RELATIONAL WHOLE · THE BASIS OF THIS SYSTEM01 02 03 04 05 06
What repeatedly depends on and reproduces one another?
System Ledger
S-02 · Water–Soil–Cultivation RecoveryFocal capacityWhat must recover?
Cultivation
Constituent capacitiesWhat makes cultivation possible?
WaterSoilLandPathsLivelihoodKnowledgeIdentityCareGovernanceTime
Spatial carriersWhere and through what does it operate?
SpringChannelOrchardStorageMonitoring point
ForcesWhat acts upon the system?
ContaminationInsecurityFragmentationScarcity
OperationsHow are its relations altered?
AdditionSubtractionMultiplicationDivisionCompoundingGroupingSequenceEquivalenceDifference
OutcomesWhat does the configuration produce?
CultivationIncomeStabilityUnequal accessProductive continuity
water↔soil↔cultivation↔care
SYSTEM DIAGNOSIS
How is its capacity being diminished?
Water sources, runoff, conveyance, soil moisture, cultivation, and maintenance survive unevenly but no longer operate as a continuous and equitably governed productive relation.
[(spring + channel + orchard) − access] × insecurity → cultivation loss
TRANSFORMATIVE ACTION ECOLOGYOPERATIONS REDIRECT THE MECHANISM OPERATIONS REDIRECT THE MECHANISM OPERATIONS REDIRECT THE MECHANISM OPERATIONS REDIRECT THE MECHANISM OPERATIONS REDIRECT THE MECHANISM
Which actions change that mechanism?
Actions are organised by the work they perform inside the system.
Open any action to see the complete recovery proposition surrounding it.
SHARED READING PATHDiagnosed condition→Reasoned operations→Proposed action→Recovery test
RepairingI-06Spring–channel–orchard repair chainRoute / network
RELATION AT STAKE
spring ↔ channel ↔ soil ↔ orchard ↔ maintenance
Read from the diagnosed condition, through each reasoned move, to the proposed action.
DIAGNOSED CONDITION
Water sources, conveyance, and productive land survive as disconnected pieces.
( )RegroupHold together what must recover together.
→→SequenceEstablish what must enable what.
→×AmplifyStrengthen one relation through another.
PROPOSED ACTION
Treat source, conveyance, storage, field distribution, and maintenance route as one recovery unit.
- Where
- Existing water–field corridors across the Sahl and its settlement edges
- Must happen first
- Water testing, rights, safety clearance, and access
- Enables
- Cultivation, income, return, and stewardship
- Long-term steward
- Water-user maintenance group
- Equity rule
- Allocate through verified demand and agreed rights.
- Regenerative feedback
- Maintenance and crop monitoring revise operation.
I-07Decentralised rain capture and storageZone / network
RELATION AT STAKE
roof / slope ↔ runoff ↔ storage ↔ productive use
Read from the diagnosed condition, through each reasoned move, to the proposed action.
DIAGNOSED CONDITION
Rainfall leaves quickly while irrigation demand concentrates in dry periods.
−RemoveReduce what diminishes system capacity.
→×AmplifyStrengthen one relation through another.
→÷DistributeReallocate capacity or repair fragmentation.
PROPOSED ACTION
Capture runoff in distributed tanks, swales, and small retention elements matched to safe uses.
- Where
- Roofs, settlement edge, terraces, and field thresholds
- Must happen first
- Contamination assessment, storage sizing, and a safe overflow route
- Enables
- Soil moisture, planting survival, and emergency capacity
- Long-term steward
- Household and shared water groups
- Equity rule
- Storage follows catchment and use at household and shared scales.
- Regenerative feedback
- Seasonal performance changes the system.
DistributingI-08Irrigation zoning and root-zone monitoringZone
RELATION AT STAKE
available water ↔ crop demand ↔ soil moisture ↔ time
Read from the diagnosed condition, through each reasoned move, to the proposed action.
DIAGNOSED CONDITION
Uniform irrigation wastes water and distributes capacity poorly across crops and parcels.
÷DistributeReallocate capacity or repair fragmentation.
→→SequenceEstablish what must enable what.
→×AmplifyStrengthen one relation through another.
PROPOSED ACTION
Operate controlled sectors through monitored soil moisture, crop stage, and transparent schedules.
- Where
- Reactivated orchards and mixed fields
- Must happen first
- Hydraulic survey, crop plan, and user agreement
- Enables
- Effective crop capacity per unit of water
- Long-term steward
- Water-user group
- Equity rule
- Rules distinguish equal volume from equitable need.
- Regenerative feedback
- Observation revises duration and sequence.
I-09Soil-recovery demonstration plotsZone
RELATION AT STAKE
organic matter ↔ cover ↔ rotation ↔ water retention ↔ cultivation
Read from the diagnosed condition, through each reasoned move, to the proposed action.
DIAGNOSED CONDITION
Damaged or exhausted soils can make new planting fail and increase water demand.
ⁿCompoundEnable a regenerative relation to reproduce.
→→SequenceEstablish what must enable what.
→×AmplifyStrengthen one relation through another.
PROPOSED ACTION
Test compost, cover crops, legumes, reduced tillage, and rotation before wider replication.
- Where
- Accessible agricultural edge or school-linked field
- Must happen first
- Soil and contamination tests plus a farmer partner
- Enables
- Water retention, fertility, evidence, and local knowledge
- Long-term steward
- Demonstration-plot partnership
- Equity rule
- Results remain open and linked to farmer training.
- Regenerative feedback
- Plot results determine whether and how replication occurs.
I-12Orchard understory and seasonal coverOrchard network
RELATION AT STAKE
tree canopy ↔ understory ↔ soil ↔ pollinators ↔ seasonal income
Read from the diagnosed condition, through each reasoned move, to the proposed action.
DIAGNOSED CONDITION
Orchard floors remain bare, underproductive, and water-intensive.
×AmplifyStrengthen one relation through another.
→→SequenceEstablish what must enable what.
→ⁿCompoundEnable a regenerative relation to reproduce.
PROPOSED ACTION
Combine compatible covers, legumes, aromatic, and melliferous species according to shade and seasonal water.
- Where
- Surviving and restored orchards
- Must happen first
- Orchard condition, crop compatibility, and market or household use
- Enables
- Pollination, fertility, and income diversity
- Long-term steward
- Farmers
- Equity rule
- Household and cooperative crop calendars guide participation.
- Regenerative feedback
- Compatibility and water demand remain monitored.
COMBINED RECOVERY EXPRESSION
What do these actions produce together?
(testing → source–channel repair + rain capture) × (soil care + irrigation fit) × equitable allocation × collective maintenance → productive continuityⁿ
The expression recomposes the actions into one system effect. No single action is treated as equivalent to recovery.
SPATIAL AND CARING ECOLOGY
Where, by whom, and through what continuing care?
Draw the spring as a node, the channel as a route, the orchard as a zone, and maintenance as the network connecting them.
REGENERATIVE POSSIBILITY +
cultivation → income → maintenance → stability → careⁿ
HARMFUL POSSIBILITY −
irrigation repair + exclusive control → greater inequality