CATEGORY 12 / 16 · FOUR-BELESHKY METHODOLOGY · V1.0.0
Life should build conditions for more life.
A country can produce more while living soil, forests, wetlands, grasslands, pollinators and water-holding landscapes grow weaker. Living Ground measures the biological capability that remains, the places it reaches, the damage still happening, and the recovery that can be demonstrated.
Life upon Life: observe how established plants, roots, leaves, soil organisms, water and habitat already build conditions for further life. Preserve useful natural systems; restore damaged ones; route safe return back to the soil; allow family and professional stewards to improve the landscape without stripping native life first.
Existing formula: 25 / 35 / 25 / 15
Four beleshkies of soil, habitat, loss and regeneration
Capacity
Does the land retain the soil, native habitat, wetlands, forests or other ecosystems needed to sustain life?
All nine levels ↗02 · 35%Reach / Ecological Function
What share of the relevant landscape actually delivers its natural ecological work?
All nine levels ↗03 · 25%Friction / Loss
How much ecological capacity is being destroyed, contaminated, fragmented or prevented from renewing?
All nine levels ↗04 · 15%Return / Regeneration
Is living ground measurably becoming more fertile, resilient, connected and biologically capable?
All nine levels ↗The Trott Bailey Prado work contains direct observations, practitioner evidence and hypotheses still being tested. A greener photograph is not a measured national soil-carbon increase. FAO and UNCCD reports have varying years and geographic coverage. The 25-point anchors are TBF assessments applied to appropriately sourced ecological observations, not percentages invented from park or forest cover alone.
Trott Bailey Family Civilization · living-ground standard
Life upon Life: give the ground the conditions to sustain more life
The Prado field records follow retained vegetation, mature-tree organic islands, sandy growing patches, pumpkin ground-cover cycles and water routes. The authored wider design connects Krubaro and Keslev Soil-Crown to safe nutrient return and long-term stewardship.
Protect potable wells and prevent contamination; compost and other return materials need safe separation and testing. Land with little natural forest can be healthy desert, native grassland or wetland. A designed orchard never justifies replacing high-value native habitat.
Trott Bailey sources: Water Your Orchards With Life ↗ · Soil-Crown — The Five Building Families of Keslev ↗
Ecological function and the five Money Gates
Five existing Money Gates influence living ground; there is no sixth ecological gate
Living Ground itself has no direct 0–4 Money Gate. Its ecological Reach is the measured proportion of habitat-appropriate functioning landscape units (E%); it is NOT the percent of the population with free water or transport, and is not interchangeable with the no-payment Reach used for essential household services. The five essentials can create or relieve ecological pressures; the ecological effects must be established separately and never mechanically deducted twice.
Ecological Reach uses land-unit function, not population access
| Ecological reach standard | Reach level |
|---|---|
| Under 5% relevant landscape units functioning | −100 Reach |
| 5–24% functioning | −75 Reach |
| 25–39% functioning | −50 Reach |
| 40–49% functioning | −25 Reach |
| At least 50% functioning | 0 Reach |
| Over 75% functioning | +25 Reach |
| Over 75% functioning plus documented damaged-area recovery or intact-land protection | +50 Reach |
| Over 90% functioning plus broadly sustained recovery/intact protection | +75 Reach |
| All relevant landscape units appropriately functioning; damage recovery verified | +100 Reach |
Food
Agricultural production can nourish people while affecting soils, pollinators, runoff and habitat. Food scores household nourishment; Living Ground measures land condition.
Housing / Land
Settlement clearing, land concentration and compound development affect habitat continuity; measure ecological results, not only housing/land entitlement.
Healthcare
Safe water, pollution prevention and pesticide exposure can affect people and ecosystems; health outcomes remain under Healthcare.
Transportation
Routes and traffic can fragment habitat or enable careful access; evaluate environmental impact without repeating Mobility’s trip-access score.
Water / Energy
Water extraction, polluted return, dam works and energy sources can alter ecosystems. Water/Energy gate is household payment-free access, not ecological coverage.
Reach E% measures area-weighted appropriate ecological function using credible mapped habitat/land data. Recovery-priority shares are tracked separately; countries with already intact landscapes are not penalized for having little damaged land left to restore. Where no adequate denominator or comparable national coverage exists, the evidence remains unresolved rather than being guessed.
Nine positions per beleshky
What earns each level?
| Score | Capacity | Reach / Ecological Function | Friction / Loss | Return / Regeneration |
|---|---|---|---|---|
| -100 | Essential ecological systems are severely collapsed; soils, watersheds, habitats and biological stewardship have little functioning capacity. | Fewer than 5% of assessed relevant landscape units demonstrate their appropriate ecological functions. | Severe ongoing habitat destruction, contamination, soil loss and ecosystem depletion dominate the national ecological record. | Ecological returns fail; damaged land continues declining with negligible verified regeneration or steward capacity. |
| -75 | Small isolated habitats survive amid extensive damaged soils, fragmentation and failing landscape support. | Only 5–24% of relevant landscape units demonstrably provide their appropriate ecological functions. | Deforestation, erosion, pollution, species decline or water-system damage continue at extremely damaging levels. | Very small isolated rehabilitation efforts cannot counter continuing decline in living ground and habitat. |
| -50 | Natural areas and productive soils remain but broad habitat, water-holding and biodiversity capacity is seriously impaired. | 25–39% of relevant landscape units maintain habitat-appropriate ecological function. | Major documented soil degradation, habitat fragmentation or pollution continues with weak containment. | Restoration is largely unverified, temporary or much smaller than the deterioration being recorded. |
| -25 | Some healthy landscape systems operate but major gaps in soil, wetlands, native habitat and ecosystem continuity remain. | 40–49% of relevant landscape units maintain verified soil, habitat and water-supporting function. | Significant avoidable biological loss or land-degradation pressure persists despite some protections. | Scattered ecological recovery projects exist but broad, durable benefits to soil and habitats remain unclear. |
| 0 | Basic soil, habitat, water retention and ecological stewardship systems function, unevenly across landscapes. | At least 50% of relevant landscape units demonstrate appropriate ecosystem function, with remaining gaps recorded. | Mixed trends: damaging pressures and effective protections coexist, with neither a confirmed net repair nor comprehensive control. | Basic regeneration, maintenance and biological return practices are functioning and monitored in some regions. |
| +25 | Broad habitat capacity, viable soil, water-holding ground and working conservation/restoration systems are established. | Over 75% of relevant landscape units function adequately, with geographic and ecosystem-type evidence. | Measured reductions in major erosion, deforestation, pollution, fragmentation and other preventable ecological damage. | Measured soil, habitat or wetland recovery occurs in significant areas; useful renewal systems are maintained. |
| +50 | Diverse native habitats are protected and connected; living soil, watershed functions and resilient stewardship are broadly available. | Over 75% function adequately and priority degraded units show verified recovery or stable intact conservation where little degradation remains. | Major avoidable losses are controlled across land-use sectors, with evidence of durable management and species protections. | Well-documented renewal of soil carbon, organic matter, habitat corridors and water-retaining landscape functions is spreading. |
| +75 | Near-universal habitat-appropriate ecological capacity operates across major landscape types, including productive land and natural ecosystems. | Over 90% function adequately, and most recovery-priority units are improving or sustainably protected intact land. | Only limited, exceptional preventable ecological losses remain; routine land use preserves ecosystem function and habitat continuity. | Widespread repeat-measured regeneration sustains habitats, productive soils and connected ecological life through multiple seasons. |
| +100 | All relevant landscape types retain or restore resilient ecosystem function, indigenous biodiversity, connected habitat and durable soil/water capability. | All relevant landscapes meet credible habitat-appropriate ecological standards; damaged priority areas are recovering without treating intact deserts or native grasslands as failures. | No systemic preventable ecological destruction, with verified controls on erosion, contamination, habitat loss, invasive harms and avoidable biodiversity pressure. | Long-term independently supported net ecological regeneration creates enduring soil fertility, biodiversity, water resilience and living capacity across the landscape. |
Beleshky 1 · 25% of Living Ground & Resilience
Capacity
Does the land retain the soil, native habitat, wetlands, forests or other ecosystems needed to sustain life?
Essential ecological systems are severely collapsed; soils, watersheds, habitats and biological stewardship have little functioning capacity.
Read the Trott Bailey foundation ↗Small isolated habitats survive amid extensive damaged soils, fragmentation and failing landscape support.
Read the Trott Bailey foundation ↗Natural areas and productive soils remain but broad habitat, water-holding and biodiversity capacity is seriously impaired.
Read the Trott Bailey foundation ↗Some healthy landscape systems operate but major gaps in soil, wetlands, native habitat and ecosystem continuity remain.
Read the Trott Bailey foundation ↗Basic soil, habitat, water retention and ecological stewardship systems function, unevenly across landscapes.
Read the Trott Bailey foundation ↗Broad habitat capacity, viable soil, water-holding ground and working conservation/restoration systems are established.
Read the Trott Bailey foundation ↗Diverse native habitats are protected and connected; living soil, watershed functions and resilient stewardship are broadly available.
Read the Trott Bailey foundation ↗Near-universal habitat-appropriate ecological capacity operates across major landscape types, including productive land and natural ecosystems.
Read the Trott Bailey foundation ↗All relevant landscape types retain or restore resilient ecosystem function, indigenous biodiversity, connected habitat and durable soil/water capability.
Read the Trott Bailey foundation ↗Evidence required
- Soil condition, land cover, natural habitat diversity and land-class-specific ecological baseline, with dates and geographical extent
- Forest and wetland quality, habitat connection, erosion rates and biodiversity monitoring, beyond raw forest area
- Reliable steward/monitoring capacity and resilience to drought, flood, fire and climatic variation
How a country climbs
- Repair neglected soils and watershed function where documented degradation exists
- Protect and connect functioning native habitats without replacing naturally open ecosystems with trees
- Build local stewardship and maintenance systems with measured condition, not just announced programmes
Beleshky foundation: Prado Field Evidence Registry — Life upon Life ↗
↑ All scoring positionsBeleshky 2 · 35% of Living Ground & Resilience
Reach / Ecological Function
What share of the relevant landscape actually delivers its natural ecological work?
Fewer than 5% of assessed relevant landscape units demonstrate their appropriate ecological functions.
Read the Trott Bailey foundation ↗Only 5–24% of relevant landscape units demonstrably provide their appropriate ecological functions.
Read the Trott Bailey foundation ↗25–39% of relevant landscape units maintain habitat-appropriate ecological function.
Read the Trott Bailey foundation ↗40–49% of relevant landscape units maintain verified soil, habitat and water-supporting function.
Read the Trott Bailey foundation ↗At least 50% of relevant landscape units demonstrate appropriate ecosystem function, with remaining gaps recorded.
Read the Trott Bailey foundation ↗Over 75% of relevant landscape units function adequately, with geographic and ecosystem-type evidence.
Read the Trott Bailey foundation ↗Over 75% function adequately and priority degraded units show verified recovery or stable intact conservation where little degradation remains.
Read the Trott Bailey foundation ↗Over 90% function adequately, and most recovery-priority units are improving or sustainably protected intact land.
Read the Trott Bailey foundation ↗All relevant landscapes meet credible habitat-appropriate ecological standards; damaged priority areas are recovering without treating intact deserts or native grasslands as failures.
Read the Trott Bailey foundation ↗Evidence required
- Define an area-weighted denominator of mapped, relevant land units and appropriate ecological baseline by ecosystem type
- Show verified fraction functioning; separately report restoration-priority units and baseline quality
- Include native grasslands, wetlands, drylands, coastal areas and working land; do not equate lack of forest with failure
How a country climbs
- Measure degraded and functioning landscape units with credible time-series, beyond isolated success projects
- Restore damaged land where needed while safeguarding intact ecological systems
- Publish change by region/ecosystem and verify soil, habitat and hydrologic function
Beleshky foundation: Water Your Orchards With Life ↗
↑ All scoring positionsBeleshky 3 · 25% of Living Ground & Resilience
Friction / Loss
How much ecological capacity is being destroyed, contaminated, fragmented or prevented from renewing?
Severe ongoing habitat destruction, contamination, soil loss and ecosystem depletion dominate the national ecological record.
Read the Trott Bailey foundation ↗Deforestation, erosion, pollution, species decline or water-system damage continue at extremely damaging levels.
Read the Trott Bailey foundation ↗Major documented soil degradation, habitat fragmentation or pollution continues with weak containment.
Read the Trott Bailey foundation ↗Significant avoidable biological loss or land-degradation pressure persists despite some protections.
Read the Trott Bailey foundation ↗Mixed trends: damaging pressures and effective protections coexist, with neither a confirmed net repair nor comprehensive control.
Read the Trott Bailey foundation ↗Measured reductions in major erosion, deforestation, pollution, fragmentation and other preventable ecological damage.
Read the Trott Bailey foundation ↗Major avoidable losses are controlled across land-use sectors, with evidence of durable management and species protections.
Read the Trott Bailey foundation ↗Only limited, exceptional preventable ecological losses remain; routine land use preserves ecosystem function and habitat continuity.
Read the Trott Bailey foundation ↗No systemic preventable ecological destruction, with verified controls on erosion, contamination, habitat loss, invasive harms and avoidable biodiversity pressure.
Read the Trott Bailey foundation ↗Evidence required
- Land-cover change, land-productivity decline, soil-carbon loss, erosion and polluted soil/water locations
- Deforestation, habitat fragmentation, wildlife decline, extraction and unaddressed biological harm
- Trend evidence separating measured losses from future plans and country press releases
How a country climbs
- Reduce and verify major losses from clearing, erosion, polluted return streams and fragmented corridors
- Protect habitat and pollinators across appropriate land uses; restore failures in waste and water management
- Report avoided loss separately from actual restored habitat, with baseline and control data
Beleshky foundation: A Year of Growing in Prado — Sandy Soil ↗
↑ All scoring positionsBeleshky 4 · 15% of Living Ground & Resilience
Return / Regeneration
Is living ground measurably becoming more fertile, resilient, connected and biologically capable?
Ecological returns fail; damaged land continues declining with negligible verified regeneration or steward capacity.
Read the Trott Bailey foundation ↗Very small isolated rehabilitation efforts cannot counter continuing decline in living ground and habitat.
Read the Trott Bailey foundation ↗Restoration is largely unverified, temporary or much smaller than the deterioration being recorded.
Read the Trott Bailey foundation ↗Scattered ecological recovery projects exist but broad, durable benefits to soil and habitats remain unclear.
Read the Trott Bailey foundation ↗Basic regeneration, maintenance and biological return practices are functioning and monitored in some regions.
Read the Trott Bailey foundation ↗Measured soil, habitat or wetland recovery occurs in significant areas; useful renewal systems are maintained.
Read the Trott Bailey foundation ↗Well-documented renewal of soil carbon, organic matter, habitat corridors and water-retaining landscape functions is spreading.
Read the Trott Bailey foundation ↗Widespread repeat-measured regeneration sustains habitats, productive soils and connected ecological life through multiple seasons.
Read the Trott Bailey foundation ↗Long-term independently supported net ecological regeneration creates enduring soil fertility, biodiversity, water resilience and living capacity across the landscape.
Read the Trott Bailey foundation ↗Evidence required
- Repeated soil organic matter, infiltration, ground-cover and biological indicators before/after intervention
- Verified restoration success, survival, ecological connectivity, species return and lasting outcomes over seasons
- Safe organic return, verified compost quality, distributed family/compound stewardship and ecosystem-appropriate restoration
How a country climbs
- Use safe biological material and plant cover to help new life establish, measuring changes against a baseline
- Build Soil-Crown and Krubaro clean-return routes that actually return tested useful material to land
- Monitor multi-season soil, habitat, water and biodiversity outcomes rather than counting seedlings alone
Beleshky foundation: Soil-Crown — The Five Building Families of Keslev ↗
↑ All scoring positionsIllustrative country calculator
See how ecological condition changes the category result
These hypothetical readings never save or alter live national rankings.
Living Ground = 0.25 × Capacity + 0.35 × Reach/Ecological Function + 0.25 × Friction/Loss + 0.15 × Return/Regeneration. National evidence contribution = Living Ground × 0.06 before research coverage normalization and the independent five-part Money Gate.
Actual national contribution may vary with evidence-coverage normalization. Overall five-part Money Gate clearance is calculated separately.
Measured conditions and TBF assessment
Living ground cannot be proved by a tree count or one green map
What is observed
Record mapped land units and their natural or suitable productive ecological baselines; report percentage functioning, trends in degradation, habitat fragmentation, biodiversity evidence and restoration success separately. A protected designation is not proof of effective habitat protection.
Use UNCCD SDG 15.3.1 (land cover, productivity, soil organic carbon), FAO FRA 2025, protected-area effectiveness and relevant country field monitoring. The IUCN Red List, where usable, tracks extinction risk; it cannot be equated with habitat area. Indicate each observation year and regional coverage.
What is interpreted
Food measures nourishment; Water measures household sanitation; Land measures secure space; Durability measures material recovery; Peace measures public enjoyment. Living Ground measures independently evidenced ecological condition and change. Reuse relevant source documents but do not duplicate the same outcome points.
Do not change existing country beleshkies or historic rank events merely because the ladder has been published. A new country-specific re-audit must document old score, new measured condition, reason, sources and before/after history.
Independent measurements
Independent evidence on soil, habitats and ecological change
Trott Bailey authored works
and then 
