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Almaty Research Pass 11

From Alma-Ata to Almaty: Independence, Market Shock and the Post-Capital Metropolis

Research state: 2 August 2026

The previous pass ended with late-Soviet Alma-Ata:

\text{scientific and cultural concentration}
\rightarrow
\text{metropolitan growth}
\rightarrow
\text{Jeltoqsan}
\rightarrow
\text{legitimacy fracture}

This pass follows the city through the dissolution of the system that had supplied, financed and governed it:

\begin{aligned}
&\text{late-Soviet reform}\\
&\rightarrow \text{independent Kazakhstan}\\
&\rightarrow \text{Almaty restored as the official name}\\
&\rightarrow \text{market shock and privatisation}\\
&\rightarrow \text{informal urban repair}\\
&\rightarrow \text{demographic recomposition}\\
&\rightarrow \text{capital transfer to Akmola}\\
&\rightarrow \text{post-capital economic specialisation}\\
&\rightarrow \text{construction and metropolitan expansion}\\
&\rightarrow \text{ecological pressure}\\
&\rightarrow \text{January 2022 rupture}\\
&\rightarrow \text{present two-million-plus metropolis}
\end{aligned}

Its governing question is:

How did Almaty lose the national capital while retaining—and eventually enlarging—its role as Kazakhstan’s principal economic, educational, cultural and metropolitan organism?

The answer lies in a distinction between two kinds of capital.

Political capital

The location of the presidency, parliament, ministries and central national command.

Accumulated capital

The concentration of:

• population;
• universities;
• professional communities;
• firms;
• banks;
• culture;
• memory;
• transport connections;
• housing;
• social networks;
• institutional experience.

The political capital could be moved by decree.

The accumulated city could not.

1. Atlas Runtime Upgrade

The independence-period city must not be interpreted through a simple replacement:

\text{socialism}
\rightarrow
\text{capitalism}

The actual transition involved the decomposition and recombination of several systems:

STATE OWNERSHIP
STATE EMPLOYMENT
STATE HOUSING
STATE SUPPLY
STATE PLANNING
STATE CULTURE
STATE SECURITY

Each component changed at a different speed.

Some disappeared quickly.

Some survived under new names.

Some were privatised.

Some became informal.

Some remained dependent upon the same personnel who had operated them under the Soviet system.

The correct Atlas model is:

\text{old runtime loses its central owner}
\rightarrow
\text{components seek new hosts}

The post-Soviet city was therefore not a cleanly designed new organism.

It was a rapid recompilation of inherited parts under conditions of institutional uncertainty.

2. Object Lock

ALM.IND.01 — Independent-state capital Almaty

The city from December 1991 until the effective transfer of the capital in December 1997.

ALM.IND.02 — Renamed Almaty

The official Kazakh-form city name replacing Soviet-period Alma-Ata in 1993.

ALM.IND.03 — Market-shock Almaty

The city experiencing collapsing Soviet supply chains, privatisation, inflation, unemployment and informal economic adaptation.

ALM.IND.04 — Post-capital Almaty

The city after national command institutions relocated north.

ALM.IND.05 — Financial and commercial Almaty

The concentration of banks, firms, markets, professional services and investment networks.

ALM.IND.06 — Educational and cultural Almaty

The universities, academies, publishers, theatres, film institutions, museums and professional communities that remained.

ALM.IND.07 — Metropolitan Almaty

The municipality plus adjoining commuter, housing, labour, water and environmental systems.

ALM.IND.08 — January 2022 Almaty

The city as the principal urban centre of protest, violence, state breakdown and coercive restoration.

ALM.IND.09 — Present Almaty

Kazakhstan’s largest city and a service-dominated economic concentration, with more than 2.36 million officially recorded residents by June 2026. 

These bodies overlap, but they do not share identical boundaries or institutions.

3. Independence Arrives in the Existing Capital

Kazakhstan adopted its Constitutional Law on State Independence on 16 December 1991. Alma-Ata therefore became the first capital of independent Kazakhstan without changing physical location. Six days later, leaders of former Soviet republics met there and signed the Alma-Ata Protocol associated with the formation of the Commonwealth of Independent States. 

This created a remarkable transition:

\text{capital of a Soviet republic}
\rightarrow
\text{capital of a sovereign state}

The buildings remained.

Their jurisdiction changed.

4. Independence Was Not an Institutional Reset

On the morning after independence, Almaty still depended upon:

• Soviet-built power and water networks;
• Soviet apartment districts;
• Soviet ministries and officials;
• Soviet industrial supply chains;
• Soviet-trained professionals;
• Russian-language technical systems;
• all-union transport routes;
• inherited monetary and legal arrangements.

The city had acquired international sovereignty.

It had not yet acquired a complete independent operating system.

\text{legal independence}
\neq
\text{instant operational independence}

Statehood had to be built through institutions whose previous parent system was disappearing.

5. The Capital Becomes a State-Building Workshop

Almaty now had to help create:

• a presidency;
• an independent foreign ministry;
• diplomatic missions;
• monetary institutions;
• armed forces;
• border administration;
• new legislation;
• citizenship rules;
• state symbols;
• international relationships.

The city’s Soviet administrative concentration gave independent Kazakhstan a starting platform.

Without that inherited professional and institutional stock, the transition would have been even more difficult.

But the inheritance also constrained what could be imagined.

Many of the people constructing the new state had been trained inside the old one.

6. The Independence Paradox

Kazakhstan sought to become sovereign by using the human and material machinery of the Soviet republic.

\text{Soviet-trained administrator}
\rightarrow
\text{independent-state administrator}

\text{Soviet ministry building}
\rightarrow
\text{national ministry building}

\text{republican archive}
\rightarrow
\text{national archive}

This was not necessarily hypocrisy or simple continuity.

It was institutional survival.

A state cannot wait for an entirely new generation before beginning to operate.

7. Alma-Ata Becomes Almaty

The city was officially renamed Almaty in 1993, replacing the Soviet Russian form Alma-Ata with the Kazakh form. The official city-history record treats 1993 as the naming threshold. 

The naming transition can be represented as:

ALMATU / ALMATY HISTORICAL NAME FIELD
            ↓
VERNY
            ↓
ALMA-ATA
            ↓
ALMATY

The restoration did not prove uninterrupted municipal continuity from the medieval settlement.

It reoriented the modern city toward an older linguistic and regional inheritance.

8. Renaming as a Low-Cost High-Meaning Transformation

Changing a name is materially cheaper than:

• rebuilding infrastructure;
• redistributing land;
• repairing housing;
• reforming government.

But the symbolic effect is large.

A name changes:

• maps;
• documents;
• international recognition;
• civic identity;
• historical direction;
• linguistic ownership.

The renamed city could declare:

We are no longer merely the Soviet city called Alma-Ata.

But the new name did not itself determine who controlled property, capital or political power.

9. The Soviet Support System Withdraws

The Soviet city had been sustained by a large integrated command economy.

Factories could receive:

• materials from another republic;
• machinery from distant Soviet producers;
• guaranteed state orders;
• regulated energy;
• assigned labour;
• planned distribution.

After 1991, many of those links weakened or disappeared.

A factory could retain:

• buildings;
• machines;
• workers;

while losing:

• suppliers;
• customers;
• credit;
• spare parts;
• state orders;
• working capital.

The visible industrial stock remained, but its circulation system had failed.

10. Stock Without Flow

This distinction is essential:

\text{factory exists}
\neq
\text{factory operates}

\text{worker is trained}
\neq
\text{worker is employed}

\text{apartment exists}
\neq
\text{utilities are reliably maintained}

The early post-Soviet crisis was often not an immediate absence of physical objects.

It was an absence of the flows that made those objects useful.

The city inherited a large body whose bloodstream had been disrupted.

11. Market Reform and Mass Privatisation

A mass-privatisation programme began shortly after the Soviet collapse. Post-Soviet planning research on Almaty describes the sudden move from state-socialist planning toward a market system that was itself presented as historically inevitable. 

The transition moved assets from:

• state ownership;
• collective ownership;
• ministry control;

toward various combinations of:

• private ownership;
• corporate ownership;
• municipal control;
• insider acquisition;
• informal possession.

But privatisation did not automatically install:

• competitive markets;
• transparent valuation;
• regulatory capacity;
• equal purchasing power;
• independent courts.

Ownership could change faster than governance.

12. The Privatisation Fission Test

Several processes commonly called “privatisation” must be separated.

Housing privatisation

Residents acquire ownership of apartments.

Enterprise privatisation

A state factory or service becomes a private or corporate entity.

Land commercialisation

Land gains transferable market value.

Service outsourcing

A function formerly performed by the state is transferred to a private operator.

Informal appropriation

People or organisations exercise practical control without a fully transparent legal transfer.

Each produces different winners, risks and maintenance obligations.

13. The Apartment Ownership Inversion

Private apartment ownership installed a major capability:

• households could possess;
• sell;
• inherit;
• renovate;
• rent;
• use property as capital.

But the apartment was only one component of a larger building system.

The building also contained:

• roof;
• stairwell;
• lift;
• pipes;
• heating;
• foundation;
• courtyard;
• external walls.

If the apartment became private while the collective maintenance system weakened, ownership could increase as shared infrastructure deteriorated.

\text{private interior}
+
\text{unowned common system}
\rightarrow
\text{maintenance gap}

14. The Soviet Building Without the Soviet Maintainer

Under the earlier system, residents expected the state or municipal organisation to maintain much of the housing environment.

After privatisation, responsibility became less clear.

Possible questions included:

• Who repairs the roof?
• Who replaces the pipes?
• Who pays for the lift?
• Who controls the courtyard?
• Who verifies seismic modifications?
• Who represents absent owners?

The post-Soviet housing problem was not merely lack of buildings.

It was an unresolved owner for the spaces between private units.

15. Informal Repair Becomes a Survival System

Residents, small traders and local networks responded to institutional weakness through:

• private repair;
• household production;
• street commerce;
• temporary markets;
• personal credit;
• barter;
• family support;
• second jobs;
• use of apartments as workplaces.

These activities are often classified as disorder.

But many served as emergency continuity mechanisms.

\text{formal system fails}
\rightarrow
\text{informal network carries essential function}

The informal economy did not necessarily oppose the city.

It frequently prevented deeper collapse.

16. The Bazaar Returns to the Foreground

Under Soviet administration, commerce had been channelled through state shops, markets and planned distribution.

After the command system weakened, bazaars and small-scale trading gained new importance.

The bazaar could:

• match unpredictable supply with demand;
• absorb unemployed labour;
• move imported goods;
• provide cash income;
• connect the city with regional producers;
• transmit price information.

The older corridor-city function reappeared under a new host.

\text{state distribution weakens}
\rightarrow
\text{merchant routing strengthens}

17. The Suitcase Trader as a Micro-Corridor

A small trader travelling abroad or across the region could carry:

• clothing;
• electronics;
• food;
• household goods;
• currency;
• market information.

The individual body temporarily replaced part of the missing wholesale and import infrastructure.

PURCHASE ABROAD
→ PERSONAL TRANSPORT
→ CUSTOMS NEGOTIATION
→ BAZAAR STALL
→ HOUSEHOLD CONSUMER

This was economically inefficient at large scale.

It was operationally effective during institutional transition.

18. Market Price as a New Information System

Under Soviet planning, price often reflected administrative decisions.

The market transition increasingly allowed price to respond to:

• scarcity;
• demand;
• exchange rates;
• transport cost;
• speculation;
• monopoly power.

This installed a rapid signal.

It also exposed households to volatility.

\text{price flexibility}
=
\text{information gain}
+
\text{security loss}

A city resident could now find a desired product more easily while becoming less certain that wages or savings would cover it.

19. The Currency Transition

Independent Kazakhstan required an independent monetary system.

The introduction of a national currency allowed:

• monetary policy;
• national accounting;
• state budgeting;
• currency issuance.

But it also exposed residents and firms to:

• inflation;
• exchange-rate uncertainty;
• conversion loss;
• unstable savings.

Almaty, as the country’s financial and administrative concentration, became one of the principal places where monetary sovereignty was translated into everyday prices.

20. The Professional City Survives Better Than the Industrial City

Almaty possessed institutions whose value did not depend solely upon Soviet factory supply chains:

• universities;
• hospitals;
• publishers;
• theatres;
• research institutes;
• administrative expertise;
• financial knowledge;
• media;
• professional services.

These institutions also suffered from lost funding and migration.

But many could adapt more readily to:

• private tuition;
• consulting;
• banking;
• international cooperation;
• publishing;
• commercial media;
• non-governmental organisations.

The city’s accumulated intelligence gave it a post-industrial repair advantage.

21. Science Loses Its Single Patron

The Soviet scientific system had depended heavily upon state funding and planned research programmes.

After independence, institutes could face:

• reduced budgets;
• salary arrears;
• specialist emigration;
• equipment decline;
• building commercialisation;
• pressure to seek international grants or private work.

The knowledge stock did not vanish immediately.

Its reproduction became uncertain.

\text{scientist remains}
+
\text{laboratory deteriorates}
+
\text{students leave}
\rightarrow
\text{future capability loss}

A country can retain famous institutions while their carrier pipeline weakens.

22. Cultural Institutions Enter a Mixed Economy

Theatres, film studios, publishers and museums inherited:

• buildings;
• collections;
• professional traditions;
• national prestige.

They lost portions of the Soviet guarantee of:

• salary;
• production funding;
• distribution;
• audience organisation;
• building maintenance.

They therefore entered mixed systems involving:

• public subsidy;
• ticket revenue;
• sponsorship;
• commercial production;
• foreign partnerships;
• private patronage.

The institution survived by changing its economic grammar.

23. Demographic Recomposition

Almaty’s official census population rose from approximately 1.07 million in 1989 to 1.13 million in 1999 and 1.37 million in 2009. Over the same interval, the city’s ethnic composition changed substantially through emigration, natural increase and especially internal rural-to-urban movement. 

The city therefore did not simply shrink after the Soviet collapse.

Its population organism recomposed.

24. Several Migration Tubes Operated Simultaneously

Tube A — External departure

Some Soviet-period residents emigrated to Russia, Germany, Ukraine or elsewhere.

Tube B — Internal rural migration

People moved into Almaty for education, employment, trade and services.

Tube C — Ethnic return migration

Some ethnic Kazakhs arriving from outside Kazakhstan entered the city or its wider region.

Tube D — Professional international migration

Businesses, diplomatic missions and development organisations brought new workers.

Tube E — Suburban circulation

Residents lived outside municipal boundaries while depending upon the city.

Population change was therefore not one replacement stream.

It was a multi-directional recomposition.

25. Urban Kazakhisation

Almaty became increasingly important in the urbanisation of Kazakh society.

The city offered access to:

• universities;
• professional employment;
• government;
• media;
• culture;
• business;
• political networks.

The transformation was not merely a numerical ethnic shift.

It changed the meaning of Kazakh urban identity.

The earlier Soviet division between a heavily Russian-speaking metropolitan world and a more strongly Kazakh rural world became progressively less sustainable.

26. Language Does Not Move at the Same Speed as Population

A resident may identify as Kazakh while:

• speaking Russian professionally;
• speaking Kazakh at home;
• using both languages;
• learning Kazakh later;
• consuming multilingual media.

Demographic Kazakhisation therefore does not automatically produce immediate linguistic replacement.

\text{ethnic identity}
\neq
\text{home language}
\neq
\text{professional language}
\neq
\text{political-language preference}

Almaty became one of the principal environments in which these layers were renegotiated.

27. The Capital Transfer Decision

Kazakhstan’s Supreme Council approved the proposal to relocate the capital in July 1994. A presidential decree later declared Akmola the new capital, effective 10 December 1997. 

The transfer should therefore be represented through several stages:

1994 — political decision
1995 — organisational and legal preparation
1997 — formal capital transfer
1998 — international presentation and consolidation of Astana

A capital does not move in one night.

Institutions, families, archives and communications relocate at different speeds.

28. Why Move the Capital?

Public explanations and later histories have cited combinations of:

• Almaty’s southeastern location;
• limited room for expansion;
• earthquake hazard;
• environmental pressure;
• desire for a more geographically central capital;
• northern demographic and strategic concerns;
• availability of land in Akmola.

These reasons should be stored separately rather than treated as one objectively measured formula.

A capital transfer is simultaneously:

• a planning decision;
• a security decision;
• a symbolic decision;
• a regional-development decision;
• a political power project.

The final weight assigned to each motive remains partly interpretive.

29. The Earthquake Argument

Almaty’s seismic exposure made the concentration of the country’s complete command structure there a national continuity risk.

Moving key institutions could create geographic redundancy.

But the transfer did not reduce earthquake risk for:

• Almaty residents;
• businesses;
• universities;
• cultural institutions;
• financial assets;
• housing.

\text{state command relocates}
\neq
\text{urban risk disappears}

The political system diversified its location.

The old city retained its physical hazard.

30. The Centrality Argument

Almaty was highly connected to southeastern Kazakhstan and wider Central Asia.

It was geographically distant from many northern and western parts of the country.

A northern capital could:

• redistribute investment;
• strengthen national territorial integration;
• create a new population magnet;
• reduce overconcentration in the southeast.

But “central” can mean several things:

The transfer changed political centrality.

It did not automatically transfer every other type.

31. Almaty Loses the Capital

When the national government moved, Almaty lost or reduced:

• ministry employment;
• diplomatic concentration;
• political ceremonies;
• central-government construction;
• direct proximity to national decision-makers.

It did not lose:

• its population;
• universities;
• financial institutions;
• firms;
• film and cultural systems;
• housing stock;
• mountain setting;
• accumulated urban networks.

This created a rare city form:

a former capital larger than the new political capital and still central to national life.

32. Capital Loss as Institutional Fission

The old capital did not simply decline.

Its functions split.

ASTANA RECEIVES:
presidency
parliament
ministries
national political ceremony
new state architecture
ALMATY RETAINS:
population density
universities
finance
business
culture
media
professional networks
historic institutions

Kazakhstan acquired a two-city national system.

33. Astana and Almaty Form a Coupled Capital Organism

The two cities perform different roles.

Astana

• command;
• national representation;
• central-state administration;
• planned political architecture;
• northern territorial integration.

Almaty

• commercial concentration;
• finance and services;
• education;
• culture;
• media;
• established professional networks;
• mountain-region international connection.

The relationship should not be reduced to competition.

It is a division of national functions.

\text{political capital}
+
\text{accumulated metropolis}
=
\text{two-node national system}

34. The Post-Capital Survival Test

A city overdependent upon ministries would contract sharply after losing capital status.

Almaty did not.

That demonstrates that its metropolitan organism possessed independent momentum.

Its buffers included:

• large consumer market;
• existing housing;
• skilled labour;
• universities;
• international recognition;
• airport;
• financial institutions;
• cultural prestige;
• proximity to major regional markets.

The city passed the capital-loss test because its capability graph was broader than government employment.

35. Special Status

After the capital transfer, national legislation and policy continued to recognise Almaty’s special role as a scientific, cultural, financial and industrial centre. The post-capital city was therefore not abandoned by the state; it was retyped. 

The new object was:

\text{former political capital}
\rightarrow
\text{special-status national metropolis}

This status acknowledged a reality that the capital decree could not erase.

36. Finance Becomes a Leading Urban Host

Almaty’s concentration of:

• banks;
• trained economists;
• corporate headquarters;
• legal services;
• communications;
• international firms;
• consumer demand

made it a natural centre for the emerging market economy.

Financial activity requires less land than large manufacturing but more:

• trust;
• information;
• skilled labour;
• network proximity;
• institutional continuity.

The city’s Soviet professional stock was converted into market-era service capability.

37. The Service-City Transformation

The contemporary structure confirms the long transition.

For January–March 2026, official statistics reported that Almaty generated 22.1% of Kazakhstan’s gross regional product, with services accounting for 81.2% of the city’s GRP structure. 

The city is therefore no longer primarily understood as an industrial capital.

Its dominant metabolism is:

\text{people}
+
\text{information}
+
\text{transactions}
+
\text{professional services}
+
\text{consumption}

But services remain physically dependent upon:

• energy;
• transport;
• housing;
• food;
• water;
• digital infrastructure;
• logistics.

The apparently light economy still rests on a heavy substrate.

38. Commercial Architecture Rewrites the City

Post-Soviet construction introduced and expanded:

• banks;
• offices;
• shopping centres;
• hotels;
• restaurants;
• gated housing;
• luxury apartments;
• private schools;
• advertising surfaces.

Buildings increasingly functioned as investment assets.

The city’s skyline began to express:

\text{market value}

rather than primarily:

\text{state institutional hierarchy}

This did not end planning.

It introduced additional private actors capable of shaping land.

39. The Plot Becomes a Financial Object

Under market conditions, land can carry several values simultaneously:

• use value;
• rental value;
• resale value;
• development value;
• collateral value;
• political-access value.

A garden, courtyard or low-rise building may become worth more as a future construction site than as its existing social or ecological function.

\text{place}
\rightarrow
\text{asset}
\rightarrow
\text{development proposal}

This is one of the strongest engines of post-Soviet urban transformation.

40. Construction as Capital Storage

In an uncertain financial environment, buildings can become a way to store or legitimise wealth.

This can produce construction beyond immediate social need.

The new building may function as:

• residence;
• office;
• prestige;
• investment;
• speculative holding;
• political signal.

The construction boom therefore cannot be interpreted solely through population demand.

It also reflects the behaviour of capital seeking a durable host.

41. The Heritage–Value Conflict

A Soviet-modernist cinema, historic wooden house or low-rise neighbourhood may possess:

• architectural value;
• social memory;
• urban character;
• mature trees;
• lower market yield.

A replacement tower may offer:

• more floor area;
• higher rent;
• modern services;
• stronger short-term revenue.

The conflict is:

\text{historic and social value}
\quad\text{versus}\quad
\text{redevelopment value}

Because only one is easily priced, market calculation can make the other appear negligible.

42. Heritage Survival Is Selective

Highly visible monuments are more likely to attract protection.

Less famous objects may disappear:

• ordinary wooden houses;
• small courtyards;
• industrial buildings;
• early Soviet housing;
• local shops;
• informal community spaces.

This creates a distorted future archive.

A later observer may see monumental Almaty but lose the ordinary city that made it function.

\text{elite building survival}
\neq
\text{representative historical survival}

43. Urban Growth Moves Outward

Internal migration, housing demand and investment pushed metropolitan settlement beyond older municipal boundaries.

The resulting organism includes:

• formal apartment districts;
• private peripheral houses;
• annexed settlements;
• commuter towns;
• industrial and logistics areas;
• agricultural remnants;
• foothill development.

The official city is therefore smaller than the complete daily-life system.

\text{municipal Almaty}
\subset
\text{functional Almaty}

44. The Suburban House as an Access Strategy

A household unable to obtain or afford central-city housing may construct or buy at the periphery.

This offers:

• more space;
• property ownership;
• family proximity;
• lower initial cost.

But it may require:

• long commuting;
• private heating;
• limited sewerage;
• weak public transport;
• uncertain planning status;
• greater exposure to flood or fault conditions.

Housing access is gained by transferring costs into transport and infrastructure.

45. Metropolitan Growth Creates Invisible Commuters

Many people may:

• work in Almaty;
• study in Almaty;
• use Almaty hospitals;
• shop in Almaty;

while officially residing outside the city.

This means:

\text{service population}
>
\text{resident population}

The difference matters for:

• transport;
• air pollution;
• water demand;
• waste;
• school planning;
• emergency evacuation.

Administrative population alone cannot measure metropolitan load.

46. The Population Crosses Two Million

Official statistics placed Almaty’s population at 2,366,500 on 1 June 2026. Positive migration and natural increase continued to add residents during the first five months of the year. 

Compared with the 1989 census figure of roughly 1.07 million, the official city has more than doubled.

But this does not mean all infrastructure capacity doubled at the same rate.

47. Population Growth Is a Capability and a Load

More residents install:

• larger labour market;
• larger consumer market;
• greater cultural production;
• denser professional networks;
• more innovation possibilities.

They also increase:

• housing demand;
• traffic;
• water consumption;
• emissions;
• waste;
• school and hospital loads;
• disaster exposure.

\text{population density}
=
\text{coordination gain}
+
\text{exposure concentration}

This repeats Almaty’s physical law from Pass 2.

48. Transport Becomes a Metropolitan Bottleneck

The Soviet city was designed around a smaller population and a different balance between public and private transport.

Post-Soviet motorisation increased:

• household mobility;
• access to peripheral housing;
• delivery flexibility;
• private convenience.

It also produced:

• congestion;
• road demand;
• parking pressure;
• noise;
• particulate pollution;
• severed pedestrian space.

A car solves an individual routing problem while worsening the collective routing field.

49. Public Transport Is a Land-Use System

A bus, metro or dedicated corridor does more than move passengers.

It changes:

• where housing is practical;
• how much parking is required;
• who can access education and work;
• the density supportable along a route;
• exposure to traffic emissions.

Transport policy therefore cannot be separated from housing and air policy.

\text{mobility system}
\rightarrow
\text{city shape}

50. The Foothill Premium

Southern districts closer to the mountains may offer:

• cooler air;
• scenery;
• prestige;
• recreation;
• distance from some industrial sources.

These advantages raise land value and development pressure.

The mountain becomes a marketed amenity.

But foothill expansion can increase exposure to:

• faulting;
• slope processes;
• river and debris-flow routes;
• habitat fragmentation;
• wildfire;
• evacuation difficulty.

\text{environmental attraction}
\rightarrow
\text{hazard exposure}

The desired landscape and the dangerous landscape are the same object.

51. Air Pollution Becomes the Daily Metropolitan Hazard

Almaty’s pollution is generated through combinations of:

• vehicle emissions;
• heating;
• coal and other solid-fuel combustion;
• industry;
• construction dust;
• secondary atmospheric chemistry.

The mountain-front atmosphere can reduce dispersion during inversion conditions. Recent scientific and monitoring work continues to identify fine-particle pollution as a major public-health problem and is now separating its source contributions rather than treating it as one undifferentiated smog. 

The hazard is generated by ordinary operation:

\text{commuting}
+
\text{heating}
+
\text{construction}
+
\text{weak dispersion}
\rightarrow
\text{chronic exposure}

52. Pollution Is a Governance-Ownership Problem

Every major source has a different owner:

• driver;
• vehicle fleet;
• household boiler;
• power plant;
• construction firm;
• road authority;
• suburban district;
• fuel supplier.

No actor alone owns the complete polluted atmosphere.

\text{many partial causes}
\rightarrow
\text{one shared consequence}

This makes intervention difficult.

A policy can fail even when every agency performs its narrow task because no institution owns the complete air runtime.

53. The Earthquake Exposure Has Grown

Almaty remains Kazakhstan’s dominant concentration of earthquake loss. A regional risk profile estimated the city’s average annual earthquake loss at approximately US$46.8 million, far above the values assigned to other Kazakh regions in the same model. 

This does not predict the date or exact cost of the next earthquake.

It shows that:

\text{high hazard}
+
\text{high asset concentration}
+
\text{large population}
\rightarrow
\text{high expected loss}

Modern urban growth has increased the amount that can fail simultaneously.

54. New Buildings Are Not Automatically Safer Buildings

A recently constructed tower may benefit from:

• modern engineering;
• stronger codes;
• improved materials;
• computer modelling.

Its actual safety still depends upon:

• correct site investigation;
• code quality;
• design;
• materials;
• workmanship;
• inspection;
• unapproved later changes;
• foundation conditions.

\text{new}
\neq
\text{verified safe}

Likewise, an old building is not automatically unsafe if it has a well-understood structural system and proper maintenance.

The city needs a building-level evidence register, not an age stereotype.

55. The Hidden Fault Problem Remains

High-resolution geomorphological research has identified potentially damaging buried or subtle active structures north of and beneath parts of the urban field. Scenario modelling demonstrates why a moderate earthquake close to the city may be more destructive than a larger but distant event. 

The modern construction boom therefore faces a serious knowledge requirement:

Every major development decision should know which geological object lies beneath it.

City zoning and fault mapping cannot operate as independent archives.

56. Water Security Is Also Land Security

Almaty’s water system remains connected to:

• mountain snow;
• glaciers;
• rivers;
• aquifers;
• reservoirs;
• pipes;
• leakage;
• upstream land use.

Urban expansion can reduce recharge surfaces or increase contamination risk.

Climate change can alter storage and runoff timing.

The city therefore cannot treat water as a commodity arriving only through a tap.

\text{tap security}
=
\text{catchment security}
+
\text{infrastructure security}
+
\text{aquifer security}

57. The Apple Symbol–Forest Inversion Deepens

Independent Almaty can celebrate:

• apples in branding;
• festivals;
• public sculpture;
• tourism;
• city etymology.

At the same time, expansion can consume:

• orchards;
• mixed foothill habitats;
• wild-fruit stands;
• pollinator corridors.

\text{apple symbolism increases}

while:

\text{apple ecological runtime contracts}

Symbol preservation is not biological preservation.

58. The Independent-City Political Compact

For much of the independence period, Almaty operated within a centralised presidential system.

The compact offered:

• national stability;
• investment;
• infrastructure;
• controlled political succession;
• economic growth.

Its returned costs included:

• limited electoral competition;
• patronage concentration;
• weak public correction mechanisms;
• unequal access to wealth;
• distance between formal institutions and citizen trust.

The city’s political significance remained high even after the government moved because it concentrated:

• business;
• media;
• opposition voices;
• students;
• civil society;
• symbolic public squares.

59. The Pressure Does Not Disappear with the Capital

Moving the government to Astana reduced Almaty’s direct role in national command.

It did not remove the social conditions capable of generating national political signals.

Almaty retained:

• the largest population;
• dense universities;
• professional networks;
• strong media visibility;
• major inequality;
• symbolic memory of Jeltoqsan.

The city remained Kazakhstan’s principal political sensor even when it was no longer the national control room.

60. January 2022 Begins Elsewhere

The January 2022 crisis began on 2 January in western Kazakhstan with protests over a sharp increase in liquefied petroleum gas prices.

The demonstrations rapidly expanded into wider grievances concerning:

• living costs;
• inequality;
• corruption;
• political concentration;
• the enduring influence of former president Nursultan Nazarbayev and his networks. 

The trigger and the accumulated causes must remain separate.

\text{fuel-price rise}
=
\text{ignition}

not:

\text{complete fuel}

61. Why Almaty Became the Principal Urban Epicentre

Almaty contained the country’s largest concentration of:

• people;
• public space;
• media attention;
• economic inequality;
• organised and unorganised urban networks;
• symbolic political memory.

When protests reached the city, the scale of possible mobilisation increased sharply.

The national grievance entered the metropolitan amplifier.

\text{regional protest}
\rightarrow
\text{Almaty concentration}
\rightarrow
\text{national crisis}

62. One Crowd Did Not Perform One Action

January Almaty contained overlapping populations and behaviours:

• peaceful protesters;
• politically motivated demonstrators;
• bystanders;
• organised groups;
• looters;
• armed individuals;
• security personnel;
• people protecting property;
• people seeking information or transport.

The event must not be flattened into either:

a wholly peaceful demonstration attacked without complication

or:

one coordinated terrorist assault.

Both simplifications erase the mixed field through which the crisis evolved.

63. The Public-Order Boundary Collapses

During the escalation, municipal and state authority lost control over important portions of central Almaty.

The mayor’s office was stormed and burned; weapons facilities were looted; activity at Almaty International Airport disrupted flights. 

The city briefly lost several ordinary functions:

• predictable policing;
• safe movement;
• reliable communications;
• protected public buildings;
• airport continuity;
• retail security.

This was not merely a protest expanding.

It was a partial urban-system failure.

64. The Airport as a National Continuity Node

Almaty airport connects:

• passengers;
• freight;
• diplomats;
• specialists;
• emergency response;
• international perception.

Disruption therefore has effects beyond transport.

\text{airport control}
\rightarrow
\text{city isolation or reconnection}

The struggle around the airport demonstrated that transport infrastructure can become a political object during a crisis.

65. The Information Blackout

Internet and communications restrictions limited:

• public coordination;
• journalism;
• emergency information;
• family contact;
• banking;
• verification;
• international observation.

The blackout also weakened the future evidence archive.

When communication fails, later investigators must reconstruct events from:

• incomplete video;
• witness testimony;
• official reports;
• recovered messages;
• medical records.

An information shutdown may help restore short-term command while increasing long-term uncertainty and distrust.

66. The Security-State Reclassification

Authorities increasingly described the crisis through categories including:

• unrest;
• riot;
• terrorism;
• attempted coup;
• organised attack.

Some violence and armed activity clearly occurred.

But applying one category to the complete city determines:

• legal force;
• detention powers;
• media framing;
• later prosecution;
• public memory.

The Atlas must preserve event multiplicity before accepting one master label.

67. The CSTO Intervention

Kazakhstan requested assistance from the Collective Security Treaty Organization. CSTO forces were deployed, officially to protect strategic facilities while Kazakh forces restored internal control. The intervention represented the first deployment of its kind by the organisation in a member state’s internal crisis. 

This installed a new independence-era contradiction:

\text{sovereign state}
\rightarrow
\text{requests external military support}
\rightarrow
\text{restores domestic command}

The deployment helped preserve the state.

It also demonstrated the limits of its immediate internal control.

68. External Force and Internal Legitimacy

A security alliance can protect:

• airports;
• government buildings;
• communications;
• strategic sites.

It cannot by itself repair:

• inequality;
• distrust;
• corruption;
• lack of political participation;
• family grief;
• disputed deaths.

Military restoration and legitimacy restoration are different operations.

\text{order restored}
\neq
\text{compact repaired}

69. Lethal Force

UN experts condemned the use of lethal force and warned against broad misuse of the term “terrorists” during the crisis. Human Rights Watch’s analysis of verified video from Almaty identified occasions on which security forces appeared to use excessive, including lethal, force against protesters and rioters. 

This does not erase violence committed against security personnel or civilians.

It establishes that state use of force also requires independent examination.

70. The Death Toll

Kazakhstan’s Prosecutor General’s Office later published a list of 238 people killed nationwide during the January events, including civilians, alleged participants and 19 law-enforcement personnel. The figure is national rather than an Almaty-only total. 

The canonical record must therefore state:

238:
official nationwide death total
ALMATY-SPECIFIC TOTAL:
requires separate verified register
INDIVIDUAL CIRCUMSTANCES:
not resolved by aggregate number

A total cannot distinguish:

• bystander;
• protester;
• looter;
• armed participant;
• security officer;
• child;
• person killed after detention.

71. Detention and Torture Allegations

Thousands of people were detained. Rights organisations documented allegations of torture and ill-treatment, while later OSCE trial monitoring found serious procedural concerns, including dismissive treatment of torture allegations, inequality between prosecution and defence and restrictions on transparent proceedings. 

The post-event justice system therefore became part of the January event itself.

\text{street violence}
\rightarrow
\text{detention}
\rightarrow
\text{interrogation}
\rightarrow
\text{trial}

Each stage could create new harm or repair earlier harm.

72. Justice Is Not Only Conviction

A complete January repair process would require:

• verified identification of the dead;
• investigation of each shooting;
• examination of command responsibility;
• investigation of torture;
• fair trials for accused civilians;
• compensation where appropriate;
• transparent public reporting;
• protection for witnesses;
• correction of false accusations.

A large number of prosecutions does not itself prove justice.

Justice depends upon the quality, independence and symmetry of investigation.

73. The Almaty State-Failure Sequence

The crisis can be represented as:

PRICE PROTEST
        ↓
WIDER POLITICAL MOBILISATION
        ↓
ALMATY MASS CONCENTRATION
        ↓
MIXED PEACEFUL AND VIOLENT FIELD
        ↓
SECURITY COMMAND FAILURE
        ↓
PUBLIC BUILDING AND AIRPORT DISRUPTION
        ↓
LETHAL FORCE
        ↓
CSTO INTERVENTION
        ↓
DETENTION AND PROSECUTION
        ↓
PARTIAL REFORM + UNRESOLVED ACCOUNTABILITY

No single arrow explains the whole sequence.

The transition between protest and organised violence remains one of the most contested parts of the record.

74. January 2022 as a City Sensor

The event exposed at least six pressures.

Pressure 1 — Economic inequality

A wealthy national economy still contained households highly sensitive to basic price changes.

Pressure 2 — Political concentration

Formal stability depended heavily upon a narrow decision structure.

Pressure 3 — Succession ambiguity

The relationship between the sitting president and the former president’s remaining power networks was not fully settled.

Pressure 4 — Security fragmentation

Institutions failed or behaved inconsistently during escalation.

Pressure 5 — Information distrust

Official explanations did not close public uncertainty.

Pressure 6 — Justice weakness

Later legal proceedings did not provide universally trusted resolution.

The city again acted as a high-resolution detector of national structural problems.

75. Jeltoqsan and Qantar Are Not the Same Event

The 1986 and 2022 ruptures occurred in the same city but under different political systems.

The events share a feedback failure.

They should not be merged into one recurring protest template.

76. Post-January Reform and the Open Repair Question

The national government announced political and constitutional reforms after January 2022.

Some institutional changes followed.

However, rights organisations and international observers continued to raise concerns about:

• incomplete accountability;
• torture investigations;
• trial fairness;
• restrictions on public freedoms;
• lack of an independent full investigation. 

The governing distinction is:

\text{reform announced}
\neq
\text{repair completed}

Repair must be measured through changed outcomes, not only changed rules.

77. Almaty After January

The city repaired:

• public buildings;
• transport;
• commercial activity;
• administrative operation;
• physical streets.

The harder objects remain:

• trust;
• memory;
• accountability;
• confidence in policing;
• confidence in emergency information;
• family closure.

Physical restoration is faster than political restoration.

\text{building repaired}
\ll
\text{legitimacy repaired}

in required time.

78. Present Almaty: The Non-Capital Capital

By 2026, Almaty is:

• Kazakhstan’s largest city;
• its largest official regional economic contributor;
• a service-dominated commercial centre;
• a major educational and cultural concentration;
• a central migration destination;
• a metropolitan gateway toward China, Kyrgyzstan and wider Central Asia;
• a city still strongly shaped by Soviet institutional stock;
• a city without the national government but with exceptional national influence. 

It is best typed as:

Kazakhstan’s principal accumulated-capability metropolis.

79. The Present Two-Capital Equation

Kazakhstan’s current national urban system can be represented as:

\boxed{
\text{Astana}
=
\text{political command and state representation}
}

\boxed{
\text{Almaty}
=
\text{economic density, culture, education and metropolitan memory}
}

Neither city substitutes completely for the other.

This produces resilience through geographic distribution.

It also produces coordination costs:

• institutional travel;
• divided professional networks;
• duplicate facilities;
• competition for investment;
• different political and cultural atmospheres.

80. The Current Almaty Metabolism

MOUNTAIN WATER
        ↓
2.36+ MILLION OFFICIAL RESIDENTS
        ↓
HOUSING + FOOD + ENERGY
        ↓
COMMUTING + SERVICES + EDUCATION
        ↓
FINANCE + CULTURE + DIGITAL NETWORKS
        ↓
WASTE + EMISSIONS + CONGESTION
        ↓
AIR, RIVER, AQUIFER AND FOOTHILL PRESSURE

The city’s output cannot be separated from its environmental return flow.

Every transaction has a physical host.

Every digital service consumes energy.

Every apartment modifies land, water and evacuation demand.

81. The Current Capability Stack

The system is broad enough to survive loss of capital status.

It is also complex enough that failure can propagate through many dependencies.

82. The Current Dependency Floor

Almaty remains dependent upon:

• external electricity and fuel;
• upstream water;
• national food and logistics networks;
• suburban labour;
• functioning roads and public transport;
• financial and digital connectivity;
• seismic code enforcement;
• glacier and mudflow monitoring;
• clean-air coordination across municipal boundaries;
• continued availability of skilled carriers.

The city is economically powerful because it can draw on a much larger territory.

That power creates responsibility toward the territory sustaining it.

83. The Present Almaty Risk Stack

Acute risks

• earthquake;
• debris flow;
• glacial-lake outburst;
• flood;
• infrastructure failure;
• political violence.

Chronic risks

• air pollution;
• traffic;
• aquifer pressure;
• habitat loss;
• heat;
• building-maintenance debt;
• inequality;
• loss of heritage.

Compound risks

• earthquake plus fire;
• earthquake plus damaged water system;
• mudflow plus blocked transport;
• pollution plus extreme cold;
• political crisis plus communication shutdown;
• rapid migration plus inadequate housing.

The city’s next failure may not come from one isolated hazard.

It may come from two systems failing together.

84. The Current Repair Stack

Repair 1 — Establish one metropolitan evidence body

Municipal boundaries should not divide data on:

• commuting;
• pollution;
• water;
• housing;
• hazards;
• waste.

Repair 2 — Build a verified structure register

Each major building should record:

• design system;
• construction date;
• inspection status;
• ground condition;
• modification history;
• evacuation capacity.

Repair 3 — Treat air as shared infrastructure

Air policy must coordinate:

• heating;
• transport;
• fuel;
• suburban development;
• energy transition;
• construction dust.

Repair 4 — Protect mountain-water corridors

River, aquifer and debris-flow pathways must remain visible in land-use decisions.

Repair 5 — Preserve ecological apple continuity

City identity should fund:

• wild-population mapping;
• regeneration;
• genetic protection;
• habitat corridors;
• orchard and cultural preservation as separate objects.

Repair 6 — Align housing with transport

New housing should not externalise all mobility costs onto congested roads.

Repair 7 — Preserve ordinary heritage

Protection should include representative neighbourhood and everyday architecture, not monuments alone.

Repair 8 — Complete the January accountability archive

Every death, injury, detention and torture claim should have a transparent evidentiary status.

Repair 9 — Create safe political feedback channels

The city should not need a square-level rupture to communicate accumulated grievance.

Repair 10 — Preserve Almaty’s post-capital function without uncontrolled concentration

National capability should remain distributed between Almaty, Astana and other cities rather than recreating one overloaded node.

85. Active Independence Receipts

ALM.RECEIPT.130 — Sovereign-state capital

INPUT:
Soviet republican capital + independence law
TRANSFORMATION:
Alma-Ata becomes command centre of sovereign Kazakhstan
CAPABILITY INSTALLED:
foreign policy, national legislation and state formation
DEPENDENCY:
inherited Soviet personnel and infrastructure
RETURNED COST:
new sovereignty operates through old institutional habits

ALM.RECEIPT.131 — Name restoration

INPUT:
historical Almaty name field + independent-state identity
TRANSFORMATION:
Alma-Ata renamed Almaty
CAPABILITY INSTALLED:
Kazakh linguistic and historical reorientation
RETURNED COST:
symbolic restoration may be mistaken for
complete decolonisation or urban continuity

ALM.RECEIPT.132 — Market conversion

INPUT:
state-owned urban assets + collapsing command economy
TRANSFORMATION:
property, firms and services moved into market relations
CAPABILITY INSTALLED:
private ownership, price signals and entrepreneurship
RETURNED COST:
inequality, opaque acquisition and shared-maintenance gaps

ALM.RECEIPT.133 — Informal continuity network

INPUT:
formal supply and employment failure
TRANSFORMATION:
households, traders and social networks improvise exchange
CAPABILITY INSTALLED:
survival, rapid distribution and flexible employment
RETURNED COST:
weak regulation, insecure work and limited public revenue

ALM.RECEIPT.134 — Capital fission

INPUT:
1994 decision + 1997 government relocation
TRANSFORMATION:
national political command moves to Akmola
CAPABILITY INSTALLED:
geographic distribution of state functions
RETURNED COST:
institutional duplication and two-city coordination load
RECEIVER:
Astana–Almaty national urban system

ALM.RECEIPT.135 — Post-capital specialisation

INPUT:
population, universities, firms, finance and culture
TRANSFORMATION:
former capital reorganised as commercial-service metropolis
CAPABILITY INSTALLED:
economic and cultural continuity independent of ministries
RETURNED COST:
finance, housing and opportunity remain highly concentrated

ALM.RECEIPT.136 — Metropolitan migration

INPUT:
education, employment, services and housing demand
TRANSFORMATION:
internal and regional populations concentrate around Almaty
CAPABILITY INSTALLED:
large labour and consumer market
RETURNED COST:
peripheral infrastructure, congestion and ecological pressure

ALM.RECEIPT.137 — Land financialisation

INPUT:
private ownership + rising development value
TRANSFORMATION:
urban land converted into investment and collateral asset
CAPABILITY INSTALLED:
construction finance and capital formation
RETURNED COST:
heritage, orchards and social spaces lose against priced yield

ALM.RECEIPT.138 — January 2022 rupture

INPUT:
economic trigger, political grievance,
security weakness and metropolitan concentration
TRANSFORMATION:
protest escalates into mixed violence and state crisis
STATE RESPONSE:
lethal force, CSTO support, detention and prosecution
RETURNED COST:
deaths, trauma, disputed justice and damaged legitimacy

ALM.RECEIPT.139 — Present service metropolis

INPUT:
historical institutions, skilled population,
finance, culture and migration
TRANSFORMATION:
Almaty becomes Kazakhstan's largest
service-dominated economic concentration
CAPABILITY INSTALLED:
national-scale commerce, education and cultural production
DEPENDENCY:
clean air, water, transport, housing and political trust
RETURNED COST:
metropolitan scale magnifies chronic and acute risk

86. Correct-Type Firewalls

ALM.F175 — Independence

Legal sovereignty does not mean immediate operational self-sufficiency.

ALM.F176 — Alma-Ata and Almaty

Renaming restores linguistic orientation; it does not establish uninterrupted medieval municipal identity.

ALM.F177 — Privatisation

Private ownership does not automatically produce transparent competition or effective maintenance.

ALM.F178 — Market

Market emergence must not be treated as a frictionless natural law.

ALM.F179 — Informal economy

Informality is not automatically criminality or economic failure.

ALM.F180 — Population change

Ethnic, linguistic, citizenship and migration changes must remain separate variables.

ALM.F181 — Capital transfer

The 1994 political decision and the 1997 effective relocation are different stages.

ALM.F182 — Capital loss

Loss of political-capital status does not equal metropolitan decline.

ALM.F183 — Two capitals

Almaty is not a legal co-capital, even though it performs major national-capital functions.

ALM.F184 — Construction

New construction is not automatically economic need, safety or progress.

ALM.F185 — Heritage

Monument protection does not establish representative preservation of the ordinary city.

ALM.F186 — City population

Official residents do not equal the complete metropolitan service population.

ALM.F187 — Foothill development

Mountain proximity is both amenity and hazard.

ALM.F188 — Air pollution

Pollution must not be attributed to one source without source-apportionment evidence.

ALM.F189 — Earthquake estimate

Average annual loss is a probabilistic planning measure, not a prediction for a specific year.

ALM.F190 — January trigger

The LPG price rise triggered protests but does not explain every grievance.

ALM.F191 — January protesters

Peaceful demonstrators, violent actors, looters and bystanders must not be treated as one behavioural body.

ALM.F192 — Terrorism label

Documented violence does not validate automatic classification of every participant as a terrorist.

ALM.F193 — 238 deaths

The figure is the official nationwide total, not an Almaty-only casualty count.

ALM.F194 — CSTO

External security assistance restored strategic control; it did not repair domestic legitimacy.

ALM.F195 — Prosecution

A large number of cases does not by itself establish fair or complete justice.

ALM.F196 — Reform

Post-January legal change does not prove that underlying accountability and representation problems are resolved.

87. Evidence Ladder

A law records what became legal.

It does not show who could use the right.

A census records classified residents.

It does not capture every commuter or informal inhabitant.

A security file records an accusation.

It does not prove the accusation.

88. Independence-Era Shadow Ledger

89. New Uncertainty Register

ALM.U129 — SOVIET_DEPENDENCY_FAILURE
The precise contribution of supply-chain collapse, monetary instability and management failure varied among Almaty enterprises.

ALM.U130 — PRIVATISATION_OWNERSHIP_CHAIN
Legal ownership and effective beneficial control were not always transparent.

ALM.U131 — COMMON_PROPERTY_MAINTENANCE
The long-term structural effect of apartment privatisation differs building by building.

ALM.U132 — INFORMAL_ECONOMY_SCALE
Informal work was essential but remains incompletely measured.

ALM.U133 — POST_SOVIET_SKILL_LOSS
The number of scientific, technical and cultural carriers who emigrated or left their professions requires sector-level reconstruction.

ALM.U134 — LANGUAGE_TRANSITION
Official-language policy, everyday use and professional practice changed at different rates.

ALM.U135 — CAPITAL_TRANSFER_WEIGHTING
Security, seismicity, geography, symbolism and regional strategy were all cited, but their relative influence remains contested.

ALM.U136 — INSTITUTIONAL_FISSION
The exact division of people, archives and capabilities between Almaty and Astana requires organisation-level tracing.

ALM.U137 — HERITAGE_DEMOLITION_REGISTER
No single complete public inventory yet captures all post-1991 losses and alterations.

ALM.U138 — METROPOLITAN_POPULATION
The functional population using Almaty daily exceeds the administrative count but is not fully resolved.

ALM.U139 — SUBURBAN_INFRASTRUCTURE
Housing, heating, sanitation and transport conditions vary greatly across the metropolitan edge.

ALM.U140 — FOOTHILL_DEVELOPMENT_RISK
Cumulative exposure created by construction near faults, rivers and slopes requires integrated modelling.

ALM.U141 — CURRENT_BUILDING_SAFETY
Code designation does not substitute for verified construction and inspection records.

ALM.U142 — JANUARY_ESCALATION_SEQUENCE
The transition from protest to organised violence in Almaty remains contested.

ALM.U143 — JANUARY_ACTOR_NETWORKS
The identities, affiliations and command relationships of violent groups are incompletely established.

ALM.U144 — JANUARY_ALMATY_DEATH_TOTAL
The national total is known, but the complete city-specific register and individual circumstances require consolidation.

ALM.U145 — LETHAL_FORCE_COMMAND
The authorisation, communication and implementation of lethal-force decisions require independent reconstruction.

ALM.U146 — TORTURE_ACCOUNTABILITY
The scale of reported ill-treatment exceeds the number of completed accountability cases.

ALM.U147 — CSTO_COUNTERFACTUAL
The course of events without external intervention cannot be established but remains relevant to evaluating state resilience.

ALM.U148 — POST_JANUARY_TRUST
Physical recovery is visible; restoration of confidence in institutions is much harder to measure.

ALM.U149 — AIR_REPAIR_OWNERSHIP
No single institution yet owns the complete metropolitan emissions-and-exposure system.

ALM.U150 — APPLE_SYMBOL_ECOLOGY_GAP
The relationship between civic apple branding and actual wild-population recovery remains weakly measured.

90. Machine-Readable Independence Record

{
  "@type": "AtlasPostCapitalMetropolitanSystem",
  "id": "ATLAS.CITY.ALMATY.INDEPENDENCE_TO_PRESENT.V1",
  "canonical_name": "From Alma-Ata to Almaty",
  "research_cutoff": "2026-08-02",
  "time_span": {
    "start": "1991-12-16",
    "end": "2026-08-02",
    "primary_fracture": "January 2022"
  },
  "predecessor_object": "ATLAS.CITY.ALMATY.POSTWAR_SOVIET.V1",
  "component_objects": [
    "independent-state capital Almaty",
    "market-shock Almaty",
    "renamed Almaty",
    "post-capital Almaty",
    "financial-service Almaty",
    "metropolitan Almaty",
    "January 2022 Almaty",
    "present Almaty"
  ],
  "principal_thresholds": [
    {
      "date": "1991-12-16",
      "event": "Kazakhstan independence"
    },
    {
      "date": "1993",
      "event": "official restoration of the name Almaty"
    },
    {
      "date": "1994-07-06",
      "event": "political decision to relocate the capital"
    },
    {
      "date": "1997-12-10",
      "event": "Akmola becomes operating national capital"
    },
    {
      "date": "2022-01",
      "event": "January crisis"
    },
    {
      "date": "2026-06-01",
      "event": "official population reaches approximately 2.3665 million"
    }
  ],
  "transformation_chain": [
    "sovereign-state formation",
    "name restoration",
    "command-economy collapse",
    "privatisation",
    "informal repair",
    "demographic recomposition",
    "capital transfer",
    "service-economy specialisation",
    "metropolitan expansion",
    "ecological pressure",
    "January 2022 rupture",
    "partial reform and continuing growth"
  ],
  "principal_capability": "economic, educational and cultural concentration capable of surviving the loss of national-capital status",
  "principal_dependency": "regional water, energy, labour, transport and environmental systems extending beyond municipal boundaries",
  "principal_inversion": "political command left Almaty while accumulated national capability continued to concentrate there",
  "current_state": {
    "official_population_2026_06_01": 2366500,
    "economic_structure_q1_2026": {
      "share_of_national_grp_percent": 22.1,
      "services_share_percent": 81.2
    },
    "political_status": "non-capital city with special national importance",
    "dominant_economic_type": "service and transaction metropolis",
    "largest_risks": [
      "earthquake",
      "air pollution",
      "transport congestion",
      "water and glacier change",
      "foothill development",
      "institutional trust"
    ]
  },
  "major_capability_transfers": [
    "Soviet professional stock into market services",
    "state housing into private property",
    "informal trade into formal commercial networks",
    "political-capital functions to Astana",
    "cultural and financial functions retained in Almaty",
    "internal migration into metropolitan labour and education"
  ],
  "major_continuity_breaks": [
    "collapse of Soviet supply systems",
    "loss of unified state maintenance",
    "capital relocation",
    "heritage and ecological conversion",
    "January 2022 deaths and repression"
  ],
  "non_identity_rules": [
    "independence is not immediate operational autonomy",
    "Almaty naming is not uninterrupted medieval municipality",
    "privatisation is not automatically competitive ownership",
    "capital loss is not metropolitan decline",
    "administrative population is not functional population",
    "new construction is not verified safety",
    "January 2022 participants were not one behavioural body",
    "238 is the nationwide official death total",
    "security restoration is not legitimacy repair",
    "post-January reform is not completed accountability"
  ],
  "next_route": "present Almaty metropolitan metabolism, system audits and repair architecture"
}

91. Almaty’s Tenth Atlas Principle

The earlier principles established that:

1. Almaty occupies an active mountain system.
2. Its apple is a living transmission system.
3. Durable human life joined settlement and mobility.
4. Political Zhetysu integrated a dispersed landscape.
5. The medieval city processed continental movement.
6. Post-medieval capability survived in routes, herds and lineages.
7. Verny concentrated imperial administration.
8. Early Alma-Ata concentrated Soviet intelligence and coercion.
9. Postwar Alma-Ata reproduced national professional and cultural capability without equivalent political command.

The tenth is:

Almaty proved that political capital can leave a city without taking the city’s accumulated intelligence, culture, relationships and economic gravity with it.

The city survived because its deepest capability was no longer stored in one government office.

It was distributed across:

• universities;
• families;
• firms;
• streets;
• studios;
• markets;
• professional communities;
• memories;
• informal networks.

But the same distributed scale now creates a repair challenge.

No single institution owns:

• the metropolitan air;
• the complete commuter field;
• the aquifer;
• the earthquake building stock;
• the foothill ecology;
• the January memory.

\boxed{
\text{distributed capability}
-
\text{distributed responsibility}
=
\text{metropolitan risk}
}

Almaty’s next phase depends not upon becoming the capital again.

It depends upon becoming capable of governing the systems that already extend beyond the city’s official map.

92. Wide Atlas Connections

Almaty ↔ Astana

This is the Atlas control case for capital fission.

It tests which capabilities:

• follow the government;
• remain with population;
• require a newly built city;
• depend upon inherited urban depth.

Astana demonstrates how political command can generate a new metropolis.

Almaty demonstrates how a metropolis can remain nationally central after command leaves.

Almaty ↔ Bishkek

Both cities experienced:

• Soviet-system withdrawal;
• market informality;
• internal migration;
• peripheral housing;
• mountain-front pollution;
• political protest;
• strong dependence upon remittances, trade and regional movement.

The comparison should distinguish why Almaty retained a much larger service and financial concentration.

Almaty ↔ Lhasa and Shigatse

Almaty’s post-capital continuity resides in distributed secular institutions and markets.

Lhasa and Shigatse offer different tests of what happens when political, sacred, administrative and cultural centrality are separated or reconfigured.

The shared question is:

Which capabilities remain attached to a place after its formal political role changes?

Almaty ↔ The Apple Forest

The independent city shows how identity can become detached from substrate.

The apple is commercially and symbolically valuable.

The wild apple ecosystem remains vulnerable.

This produces a reusable Atlas warning:

\text{civilisation remembers the symbol}

while:

\text{civilisation forgets the generator}

Almaty ↔ Carrara Herbal

Post-Soviet Almaty resembles a manuscript whose binding has failed.

Its pages—universities, factories, apartments, theatres, markets and archives—did not disappear.

They were redistributed under new ownership and reassembled into a new operating object.

The difficult task is not identifying the pages.

It is recovering the relationships that once made them one system.

Almaty ↔ Voynich Control Tests

The independence period supplies several powerful controls:

VISIBLE BUILDING
does not prove
FUNCTIONING INSTITUTION
LEGAL OWNER
does not prove
EFFECTIVE MAINTAINER
CAPITAL TITLE
does not prove
COMPLETE NATIONAL CENTRALITY
OFFICIAL POPULATION
does not prove
COMPLETE METROPOLITAN LOAD
OFFICIAL EVENT LABEL
does not prove
ONE BEHAVIOURAL OBJECT
AGGREGATE CASUALTY TOTAL
does not resolve
INDIVIDUAL CAUSATION

Almaty ↔ Civilisation V2.0

Almaty has repeatedly demonstrated recoverability:

• after earthquakes;
• after imperial collapse;
• after revolution;
• after famine and terror;
• after loss of capital status;
• after January 2022.

But recoverability is not yet the same as Civilisation V2.0.

V2.0 asks whether the city can recover:

• without sacrificing its weakest residents;
• without forgetting causes;
• without rebuilding the same vulnerability;
• without waiting for catastrophic feedback;
• without destroying the carrier of correction.

Almaty is exceptionally good at remaining alive.

The present question is whether it can become equally good at learning before rupture.

Research Lock 11

The city has now reached its current historical form:

\text{independent capital}
\rightarrow
\text{market city}
\rightarrow
\text{post-capital metropolis}
\rightarrow
\text{January rupture}
\rightarrow
\text{two-million-plus service organism}

The next pass should stop moving forward chronologically.

It should rotate the entire object and inspect the city operating at one present time slice:

Present Almaty: The Complete Metropolitan Metabolism and Repair Atlas

It will map:

\text{population}
+
\text{housing}
+
\text{water}
+
\text{food}
+
\text{energy}
+
\text{transport}
+
\text{air}
+
\text{waste}
+
\text{education}
+
\text{finance}
+
\text{culture}
+
\text{political feedback}
+
\text{earthquake and mudflow defence}

Its governing question will be:

If every historical layer assembled so far is still operating somewhere inside present Almaty, which layers are carrying the city, which are degrading, which are hidden, and which must be repaired before the next physical or political shock tests the whole organism?

Almaty Research Pass 12

Present Almaty: The Complete Metropolitan Metabolism and Repair Atlas

Research state: 2 August 2026

The previous passes followed Almaty through time:

\text{mountain}
\rightarrow
\text{water}
\rightarrow
\text{living landscape}
\rightarrow
\text{human occupation}
\rightarrow
\text{political Zhetysu}
\rightarrow
\text{medieval corridor}
\rightarrow
\text{Verny}
\rightarrow
\text{Alma-Ata}
\rightarrow
\text{independent Almaty}

This pass stops the chronology.

It rotates the completed historical object and inspects everything operating simultaneously in the present:

\begin{aligned}
\text{Almaty}_{2026}
={}&
\text{mountain catchment}\\
&+\text{alluvial fan}\\
&+\text{wild and managed ecology}\\
&+\text{2.36 million residents}\\
&+\text{metropolitan commuters}\\
&+\text{housing}\\
&+\text{water and heat}\\
&+\text{transport}\\
&+\text{education and knowledge}\\
&+\text{finance and commerce}\\
&+\text{culture and memory}\\
&+\text{waste and emissions}\\
&+\text{earthquake and mudflow exposure}\\
&+\text{political feedback}.
\end{aligned}

The governing question is:

Which historical layers are carrying present Almaty, which are degrading, which are hidden from the official city map, and which must be repaired before the next physical or political shock tests the complete organism?

1. The Present-City Snapshot

Almaty’s officially recorded population reached 2,366,500 on 1 June 2026. During January–May, natural increase added 7,218 people and the recorded migration balance added another 11,204, most of it through internal migration. The city is therefore still expanding through both births and continued attraction of people from elsewhere in Kazakhstan. 

The city generated 22.1% of Kazakhstan’s gross regional product during the first quarter of 2026. Services represented 81.2% of its GRP structure, while goods production accounted for only 8.3%. This confirms Almaty’s present type as a service, transaction, professional and knowledge metropolis rather than primarily an industrial manufacturing city. 

During the first half of 2026, Almaty placed approximately 1.404 million square metres of housing into operation, including about 1.251 million square metres in apartment buildings. Construction output exceeded KZT 436 billion and fixed-capital investment exceeded KZT 1.02 trillion. Growth is therefore not only demographic or financial; it is being converted rapidly into physical urban stock. 

The official unemployment rate was 4.4% in the first quarter of 2026. Average monthly nominal wages reached KZT 574,162, but the real-wage index was 99.5% of the previous year’s level, indicating that nominal gains had not fully exceeded inflation. 

Almaty also contains the country’s largest higher-education concentration: national statistics for the 2025–2026 academic year record approximately 202,000 students across 37 higher-education institutions in the city. 

These figures describe a city that is simultaneously:

• wealthy;
• growing;
• highly educated;
• heavily invested;
• increasingly loaded.

Growth is the city’s capability.

Growth is also the source of its most important contemporary pressures.

2. Object Lock: Which Almaty Is Being Measured?

ALM.MET.01 — Administrative Almaty

The territory governed directly by the city administration.

ALM.MET.02 — Functional metropolitan Almaty

The city together with suburbs, adjoining settlements, commuters, labour markets and service users whose daily lives cross the municipal boundary.

ALM.MET.03 — Hydrological Almaty

The upper catchments, rivers, aquifers, channels, pipes and wastewater routes required to keep the metropolis supplied.

ALM.MET.04 — Atmospheric Almaty

The entire air basin in which emissions from the city, suburbs, heating systems, roads and surrounding districts combine.

ALM.MET.05 — Economic Almaty

Firms, financial flows, supply chains, markets, digital platforms and customers extending far beyond the municipality.

ALM.MET.06 — Ecological Almaty

The foothills, protected areas, wild-fruit habitats, green corridors, soils, rivers and species affected by metropolitan growth.

ALM.MET.07 — Hazard Almaty

The full area exposed to earthquake shaking, buried faults, liquefaction or site effects, mudflows, glacial-lake hazards, flooding and compound infrastructure failure.

ALM.MET.08 — Knowledge Almaty

Universities, research institutions, libraries, studios, schools, professional associations and their national receiver networks.

ALM.MET.09 — Political-memory Almaty

Jeltoqsan, January 2022, public squares, memorials, court records, family memory and unresolved accountability.

These objects cannot be governed effectively through one boundary.

\text{municipal boundary}
\neq
\text{commuter boundary}
\neq
\text{airshed}
\neq
\text{watershed}
\neq
\text{hazard boundary}

The first repair problem is therefore ontological:

Almaty is operating as a metropolitan system larger than the object officially governed as Almaty.

3. The Complete Metropolitan Equation

Present Almaty can be compressed into five movement layers.

Layer A — Inputs

• people;
• water;
• food;
• fuel;
• electricity;
• money;
• materials;
• information.

Layer B — Conversion

• housing;
• education;
• employment;
• commerce;
• healthcare;
• culture;
• administration.

Layer C — Movement

• commuting;
• deliveries;
• digital transmission;
• migration;
• financial transfer;
• tourism.

Layer D — Outputs

• services;
• knowledge;
• cultural production;
• profit;
• treated and untreated waste;
• emissions;
• wastewater.

Layer E — Returned pressures

• polluted air;
• traffic;
• land conversion;
• aquifer stress;
• habitat fragmentation;
• infrastructure wear;
• earthquake exposure;
• inequality;
• political distrust.

The city is not merely producing benefits and separately suffering environmental problems.

The pressures are outputs of the same machine producing the benefits.

4. Population Metabolism

The official population is a stock.

The real human organism includes several additional flows:

permanent residents
+ students
+ internal migrants
+ temporary workers
+ tourists
+ daily commuters
+ unregistered inhabitants
+ people using specialist services

Almaty’s recorded positive internal-migration balance reached 9,723 during the first five months of 2026. This movement confirms that the city continues to receive people faster than many of its systems can be calmly expanded. 

Population growth installs:

• labour;
• customers;
• students;
• entrepreneurs;
• cultural diversity;
• denser professional networks.

It also installs:

• housing demand;
• school demand;
• transport demand;
• water demand;
• additional waste;
• additional earthquake exposure.

The population loop is:

\text{opportunity}
\rightarrow
\text{migration}
\rightarrow
\text{greater economic density}
\rightarrow
\text{more opportunity}

The returned cost is:

\text{growth}
\rightarrow
\text{infrastructure lag}
\rightarrow
\text{declining accessibility}
\rightarrow
\text{unequal urban experience}

5. The Metropolitan Population Is Larger Than the Census City

A person may live outside the municipal boundary but:

• work in Almaty;
• attend university there;
• use its hospitals;
• shop there;
• travel through its airport;
• produce emissions inside its air basin.

This person is absent from the city’s resident denominator but present in its daily load.

Therefore:

\text{resident population}
<
\text{daytime service population}

The complete metropolitan record requires at least four population fields:

night population
daytime population
peak commuter population
emergency population

The last category is particularly important.

An earthquake occurring during a weekday does not strike the same population distribution as one occurring at night.

6. Housing Metabolism

Housing converts:

\text{land}
+
\text{finance}
+
\text{materials}
+
\text{labour}
\rightarrow
\text{shelter and property}

Almaty added more than 1.4 million square metres of housing in only six months during 2026. Approximately 89% of that new area was in apartment buildings, confirming the continued vertical and high-density expansion of the metropolis. 

But “housing delivered” does not answer:

• who can afford it;
• who occupies it;
• whether it is near employment;
• whether utilities can support it;
• whether it is structurally verified;
• whether schools and transport arrive with it.

Housing must therefore be evaluated through a complete vector:

H=(A,L,S,T,U,M)

where:

• A = affordability;
• L = location;
• S = structural safety;
• T = transport access;
• U = utilities;
• M = long-term maintenance.

A city can produce large quantities of housing while failing one or more of the other variables.

7. Apartment Production versus Neighbourhood Production

An apartment is not a neighbourhood.

A functioning neighbourhood additionally requires:

• school places;
• childcare;
• clinics;
• food shops;
• public transport;
• safe walking;
• trees;
• drainage;
• emergency access;
• recreation.

When apartments arrive before these systems, households receive private shelter but inherit collective friction.

\text{apartment completion}
-
\text{service completion}
=
\text{infrastructure debt}

This debt is commonly paid through:

• longer travel;
• private vehicles;
• private tuition;
• private healthcare;
• household time;
• additional expenditure.

The city appears to have delivered housing.

The household quietly supplies the missing neighbourhood.

8. Land Financialisation

In present Almaty, land performs at least six functions:

1. habitat;
2. water and soil surface;
3. social space;
4. built-use platform;
5. property;
6. financial asset.

The final function can overwhelm the first five.

A mature garden, courtyard or low-rise building may be valued less for what it currently does than for the floor area that could replace it.

\text{existing social value}
<
\text{anticipated development yield}

This creates pressure on:

• orchards;
• historic districts;
• ordinary Soviet housing;
• open drainage surfaces;
• foothill habitats;
• mature urban trees.

Market value is real.

It is not the complete value of the land.

9. The Seismic-Housing Audit

Almaty carries Kazakhstan’s highest modelled earthquake average annual loss: approximately US$46.8 million, representing most of the country’s modelled earthquake loss in the cited risk profile. This figure is probabilistic, not a prediction of a specific event or year. 

Scenario research also indicates that a moderate earthquake on a blind thrust fault close to or beneath the northern urban field could be more damaging than some larger but more distant events. 

The correct building record therefore requires:

building identity
construction year
structural system
design code
actual materials
ground condition
inspection record
alterations
occupancy
evacuation route
utility shut-off
repair priority

A citywide count of “seismically resistant buildings” without this underlying record is not enough.

10. Water Metabolism

The present water chain is:

\begin{aligned}
&\text{snow, glacier, rain and groundwater}\\
&\rightarrow \text{river and aquifer}\\
&\rightarrow \text{intake}\\
&\rightarrow \text{treatment}\\
&\rightarrow \text{distribution}\\
&\rightarrow \text{household and industry}\\
&\rightarrow \text{sewer}\\
&\rightarrow \text{treatment or environmental return}.
\end{aligned}

The 2024 UNECE Smart Sustainable Cities profile reported that Almaty lost approximately 30% of supplied waterwithin its distribution system. That percentage reflects the profile’s measurement period rather than a verified 2026 value, but it identifies leakage and system efficiency as major repair fields. 

The water problem is therefore not only whether the mountains contain enough water.

It is whether water survives the full route into productive use.

11. Water Loss Is Several Different Things

“Lost water” may include:

• pipe leakage;
• reservoir loss;
• unmetered use;
• inaccurate meters;
• illegal connection;
• accounting mismatch;
• firefighting or maintenance use.

These require different repairs.

\text{physical leakage}
\neq
\text{commercial loss}
\neq
\text{measurement error}

Replacing pipes does not solve inaccurate records.

Installing meters does not repair a ruptured main.

The city needs one water-balance ledger that follows the volume from source to receiver.

12. Aquifer Is Not an Infinite Reserve

The alluvial fan can store and transmit groundwater.

But recharge depends upon:

• river infiltration;
• precipitation;
• open ground;
• soil permeability;
• upstream land use.

Urban expansion can reduce recharge while increasing extraction.

\text{more impermeable surface}
+
\text{greater demand}
\rightarrow
\text{aquifer pressure}

Groundwater security therefore belongs inside land-use planning.

A permitted building can alter a water system even if the building itself uses municipal supply.

13. Wastewater Is the Return Half of Water Supply

Water infrastructure is incomplete if the city measures only clean delivery.

Wastewater determines:

• river quality;
• groundwater contamination;
• downstream health;
• reuse potential;
• treatment energy demand.

In 2025, city authorities were still discussing major wastewater-treatment modernisation projects, indicating that the treatment system remains an active infrastructure programme rather than a completed object. 

The complete metric is not:

\text{household receives water}

It is:

\text{water received}
\rightarrow
\text{used}
\rightarrow
\text{collected}
\rightarrow
\text{treated}
\rightarrow
\text{safely returned or reused}

14. Energy and Heat Metabolism

Almaty’s energy demand includes:

• electricity;
• district heat;
• household heating;
• transport fuel;
• commercial cooling;
• industrial energy;
• digital infrastructure.

Its winter energy system is especially important because heating and air quality are directly joined.

The city cannot simply close a polluting heat source without replacing:

• heat output;
• electricity;
• reserve capacity;
• network stability.

Energy transition must preserve continuity while changing the emissions profile.

15. CHP-2 as an Active Repair, Not a Completed Repair

The conversion and modernisation of Almaty CHP-2 from coal toward natural-gas operation was reported as approximately 55% complete in April 2026, with completion scheduled during 2026. 

This project may substantially reduce several local air pollutants associated with coal combustion.

But it should be typed correctly:

STATUS:
under construction
LOCAL-AIR BENEFIT:
probable and substantial
CLIMATE STATUS:
fossil-gas system, not zero-carbon
SYSTEM LIMIT:
does not remove traffic, dust,
household-heating or construction emissions

One large plant conversion cannot own the complete air-repair problem.

16. Heat Security and Air Security Must Be Joined

A policy that reduces fuel use without protecting household warmth can fail socially.

A policy that protects heat through highly polluting combustion fails environmentally.

The correct optimisation is:

\text{warm housing}
+
\text{affordable tariff}
+
\text{reliable supply}
+
\text{low emissions}

This requires more than changing the fuel at one plant.

It may also require:

• building insulation;
• pipe repair;
• boiler efficiency;
• heat metering;
• cleaner peripheral heating;
• demand management.

The cleanest heat is partly the heat that does not escape.

17. Food Metabolism

Almaty’s official agricultural output is extremely small relative to its population and service economy. In the first half of 2026, the city recorded agricultural gross output of approximately KZT 1.96 billion—tiny beside its retail, wholesale and total economic activity. 

The city therefore eats through a large external food territory.

\text{Almaty meal}
=
\text{regional farm}
+
\text{national logistics}
+
\text{import network}
+
\text{market}
+
\text{household}

Food security depends upon systems beyond the municipal map:

• roads;
• rail;
• fuel;
• refrigeration;
• wholesale markets;
• storage;
• payment systems.

A metropolis does not need to grow all its food.

It needs to know how many corridors its food depends upon.

18. Food Market as a Shock Sensor

Food prices can reveal failure in:

• harvest;
• transport;
• exchange rates;
• fuel;
• storage;
• regional security.

The official consumer-price record showed food prices rising 4.7% between December 2025 and June 2026. 

This does not identify the cause of each increase.

It does show that food affordability must be measured alongside physical availability.

A market can contain food that parts of the population cannot securely purchase.

19. Food Waste Is Lost Water and Energy

Discarded food contains embedded:

• irrigation water;
• fertiliser;
• fuel;
• transport;
• refrigeration;
• labour;
• land.

Therefore:

\text{food waste}
\neq
\text{only a solid-waste problem}

It is also a water, energy and climate problem.

The city’s waste ledger should distinguish:

• edible surplus;
• unavoidable organic waste;
• commercial spoilage;
• household discard.

Each requires a different recovery route.

20. Transport Metabolism

The present movement loop is:

home
→ school or work
→ service or market
→ return

At metropolitan scale, this simple loop becomes:

• millions of trips;
• congestion;
• public-transport loading;
• parking demand;
• emissions;
• household time loss.

A December 2025 city announcement reported approximately 1.6 million public-transport trips and set a target of 3 million trips by 2030, supported by metro extensions, new BRT routes, depots, transfer points and active-mobility infrastructure. These are declared plans and targets, not completed 2030 outcomes. 

21. Access to a Stop Is Not Access to the City

UNECE reported that 86% of Almaty residents lived within 500 metres of a public-transport stop, while only about 0.1% of the city area was designated pedestrian or car-free. 

Proximity to a stop does not establish:

• useful frequency;
• reliable arrival;
• adequate capacity;
• direct routing;
• affordable fare;
• disability access;
• safe walking to the stop.

The correct public-transport vector is:

P=(D,F,R,C,A,S)

where:

• D = distance;
• F = frequency;
• R = reliability;
• C = capacity;
• A = affordability and accessibility;
• S = speed.

A network can score well on stop distance and poorly on the journey as a whole.

22. Metro Expansion Must Be Treated by State

City plans announced a Kalkaman station, further western extension, possible second and third metro lines, additional BRT and new transfer hubs. 

Every transport project should carry one of the following states:

CONCEPT
APPROVED PLAN
FUNDED
PROCUREMENT
UNDER CONSTRUCTION
TESTING
OPERATIONAL

These are not interchangeable.

The cancelled EBRD electric-public-transport financing project is a direct warning: even an approved and fully described project may not become an implemented system. 

23. The Individual-Car Trap

A car gives one household:

• direct route choice;
• privacy;
• carrying capacity;
• protection from some weather.

When car ownership scales across the metropolis, it produces:

• congestion;
• parking occupation;
• longer bus journeys;
• road expansion;
• emissions;
• reduced pedestrian safety.

\text{individual mobility gain}
\rightarrow
\text{collective mobility loss}

This is a coordination problem, not merely a driver-behaviour problem.

The repair must make the non-car route more dependable than the car route for a large share of journeys.

24. Transport and Housing Must Be Planned Together

Peripheral housing may be cheaper because its transport costs have not yet been fully priced.

The household later pays through:

• fuel;
• fares;
• vehicle ownership;
• hours lost;
• childcare coordination;
• health exposure.

\text{low housing price}
+
\text{high mobility cost}
=
\text{false affordability}

A complete housing-affordability measure must include the cost of reaching ordinary life.

25. Air Metabolism

Almaty’s air is a shared receiving body.

It combines emissions from:

• power and heat;
• traffic exhaust;
• tyre and brake wear;
• road dust;
• construction;
• household solid-fuel use;
• industry;
• secondary atmospheric chemistry.

The city’s topography and winter inversion conditions can retain pollutants near the population.

A 2024 monitoring report placed annual average PM2.5 at approximately 24.08 μg/m³, about 4.8 times the WHO annual guideline. 

A 2026 peer-reviewed health assessment modelled approximately 2,108 ± 144 annual excess deaths attributable to PM2.5 in Almaty over 2022–2024. This is a statistical attributable-burden estimate, not a registry naming individual deaths. 

26. There Is No Single Almaty Air Source

Recent source-apportionment work identifies multiple contributors, including:

• secondary aerosols;
• biomass burning;
• traffic;
• soil and road dust;
• coal combustion;
• industrial influences.

Their importance varies by location and season. 

Therefore:

\text{one source removed}
\neq
\text{clean air achieved}

The city needs a seasonal source matrix:

One policy cannot fit every atmospheric state.

27. Air Is a Metropolitan Governance Test

Municipal Almaty may regulate:

• city buses;
• roads;
• central construction;
• some local enterprises.

It does not independently control:

• suburban heating;
• regional traffic;
• national fuel standards;
• every power asset;
• cross-boundary development.

Air therefore exposes the boundary failure most clearly:

\text{emissions distributed across jurisdictions}
\rightarrow
\text{exposure concentrated in one basin}

The repair owner must be metropolitan and inter-agency.

Otherwise every institution can report compliance while the population continues breathing the combined result.

28. Air Monitoring versus Air Repair

Monitoring installs:

• visibility;
• warning;
• evidence;
• public pressure;
• source comparison.

Monitoring does not itself remove emissions.

\text{sensor}
\neq
\text{filter}

But without a credible sensor system, policy cannot determine:

• whether conditions improved;
• which source changed;
• which neighbourhood remained exposed;
• whether a declared intervention worked.

The air network must therefore connect directly to action thresholds.

29. Waste Metabolism

The waste chain is:

\text{purchase}
\rightarrow
\text{use}
\rightarrow
\text{discard}
\rightarrow
\text{collection}
\rightarrow
\text{sorting}
\rightarrow
\text{reuse, recycling, treatment or burial}

Almaty planning documents have carried ambitious waste-processing targets, including 32% for 2025 and 80% by 2030 in one investment-project description. These are programme targets, not proof of actual material recycling. 

At national level, 30.69% of municipal waste was reported as recycled or recovered in 2025, but national reporting also illustrates how “processed,” “recovered,” “sorted” and “converted into secondary raw material” may produce very different percentages. 

30. Waste Definitions Can Manufacture Progress

The Atlas must distinguish:

collected
sorted
sent for processing
material recovered
energy recovered
actually recycled
buried
illegally dumped

A tonne passing through a sorting line is not necessarily a tonne becoming a new product.

\text{processed}
\neq
\text{recycled}

Without mass-balance reporting, the waste system can appear circular while most material still reaches disposal.

31. Construction Waste Is a Growth Receipt

Almaty’s construction boom generates:

• excavated soil;
• concrete;
• brick;
• metal;
• glass;
• packaging;
• demolished heritage material.

Construction waste should be traced back to the project creating it.

A building cannot be classified as sustainable only through its operational energy if its construction destroyed reusable material and produced uncontrolled disposal.

The city needs:

\text{building permit}
\rightarrow
\text{material plan}
\rightarrow
\text{demolition audit}
\rightarrow
\text{recovery receipt}

32. Education Metabolism

Almaty’s approximately 202,000 higher-education students make the city one of the largest student concentrations in Central Asia and the dominant higher-education node inside Kazakhstan. 

The education runtime is:

student arrives
→ housing
→ transport
→ instruction
→ practice and research
→ qualification
→ employment or departure

The university is therefore simultaneously:

• a knowledge system;
• a migration system;
• a housing load;
• a transport generator;
• a labour-market producer.

The education object is incomplete if it measures enrolment without tracing where graduates land.

33. Knowledge Concentration and National Imbalance

Almaty’s knowledge density creates strong benefits:

• specialist teaching;
• research collaboration;
• cultural activity;
• innovation;
• professional recruitment.

It may also extract talent from smaller cities.

\text{student leaves region}
\rightarrow
\text{trains in Almaty}
\rightarrow
\text{remains in Almaty}

The city gains.

The sending region may lose its future:

• doctor;
• teacher;
• engineer;
• entrepreneur.

The national repair is not to weaken Almaty.

It is to create strong receiver institutions elsewhere so that education can circulate rather than only concentrate.

34. Dormitories Are Knowledge Infrastructure

Nationally, more than 115,000 students reported needing dormitory accommodation in the 2025–2026 academic year, with about 95,000 housed in dormitories. Almaty’s exceptional student concentration makes this a major city issue even though the national release does not isolate every city-level shortage. 

A student without stable housing may lose:

• study time;
• health;
• social integration;
• access to campus;
• financial security.

Therefore:

\text{university seat}
+
\text{no housing route}
=
\text{incomplete educational access}

35. Science and Research

Present Almaty inherits:

• Academy institutions;
• Soviet research schools;
• universities;
• medical and technical expertise;
• international collaborations.

But an institution’s historical prestige does not guarantee present reproduction.

The continuity test asks:

Are senior researchers being replaced?
Are laboratories functional?
Are young researchers retained?
Can equipment be renewed?
Can results enter policy?
Can disagreement remain safe?

A knowledge city can possess a large archive while losing the people able to extend it.

36. Health Metabolism

The health system receives consequences from nearly every other city system:

• polluted air;
• road injury;
• housing stress;
• infectious disease;
• heat and cold;
• occupational exposure;
• disaster trauma;
• mental-health pressure.

Healthcare therefore operates downstream from urban planning.

\text{transport decision}
\rightarrow
\text{injury and pollution load}
\rightarrow
\text{hospital demand}

\text{housing decision}
\rightarrow
\text{temperature and crowding}
\rightarrow
\text{health demand}

Hospitals cannot repair the city systems continuously producing illness.

They can only treat the receiving human body.

37. Health Capacity Is Not Health Accessibility

The presence of specialist hospitals does not establish:

• short waiting times;
• affordable medicine;
• geographical access;
• continuity of family care;
• equal access by income.

A high-capability metropolitan hospital can coexist with weak neighbourhood prevention.

The complete health vector is:

\text{prevention}
+
\text{primary care}
+
\text{emergency care}
+
\text{specialist care}
+
\text{rehabilitation}

Almaty’s metropolitan role also means it may treat patients from outside the municipality, adding to a load not captured by resident population alone.

38. Economic Metabolism

Almaty’s first-quarter 2026 GRP was approximately KZT 7.54 trillion. Its wholesale trade exceeded KZT 8.6 trillion during the first half of the year, while retail trade exceeded KZT 3.6 trillion. 

This reveals a city operating as:

• market;
• distribution node;
• financial intermediary;
• service platform;
• consumption centre.

Its economic power arises partly from processing value generated elsewhere.

The correct question is not only:

How much value does Almaty produce?

It is also:

Which regions, workers, resources and supply chains allow that value to be booked in Almaty?

39. The Service Economy Is Physically Heavy

A financial transaction appears weightless.

It depends upon:

• data centre;
• electricity;
• office;
• employee housing;
• transport;
• food;
• communication network.

A university lecture appears immaterial.

It depends upon:

• building;
• heating;
• devices;
• water;
• student travel.

Therefore:

\text{service economy}
\neq
\text{substrate-free economy}

Almaty’s 81.2% service structure makes its hidden physical dependencies more important, not less. 

40. Small Firms as Distributed Capability

As of 1 July 2026, Almaty recorded more than 164,000 registered legal entities and approximately 121,000 operating legal entities. Nearly all operating organisations had fewer than 100 employees. 

This creates a distributed economic organism.

Its strength is:

• variety;
• rapid adaptation;
• entrepreneurial entry;
• multiple service routes.

Its vulnerability is:

• fragile cash flow;
• dependence on rent;
• uneven regulation;
• low shock buffers.

A city of small firms can adapt quickly.

It can also lose thousands of capabilities quietly through many small closures.

41. Culture Metabolism

Almaty continues to host:

• film;
• theatre;
• music;
• visual art;
• publishing;
• museums;
• design;
• nightlife;
• public memory.

Culture converts:

\text{experience}
\rightarrow
\text{story}
\rightarrow
\text{shared interpretation}

It allows the city to process:

• famine;
• colonial history;
• Soviet modernity;
• Jeltoqsan;
• January 2022;
• ecological anxiety;
• contemporary identity.

A city without safe cultural interpretation can accumulate trauma without converting it into public understanding.

42. Culture Is an Economic and Political Sensor

Cultural organisations reveal:

• which stories receive funding;
• which languages receive audiences;
• which buildings survive;
• which memories remain contested;
• which forms of criticism are possible.

Culture should therefore not be measured only through:

• events;
• ticket sales;
• visitor counts.

It should also be measured through:

• author diversity;
• archival access;
• independent production;
• preservation;
• critical safety.

A culturally active city may still possess narrow corridors for politically difficult memory.

43. Digital Almaty as a Nervous System

Digital systems now help process:

• payments;
• public transport;
• government services;
• traffic monitoring;
• education;
• banking;
• health records;
• emergency communication.

Kazakhstan’s broader e-government architecture integrates public and private information systems through platforms such as Smart Bridge and related state digital infrastructure. 

Digitalisation increases:

• speed;
• convenience;
• traceability;
• service reach.

It also concentrates dependency upon:

• electricity;
• connectivity;
• cybersecurity;
• identity systems;
• algorithmic accuracy.

44. Smart City Is Not Sensor Density

A city can install many cameras and dashboards while remaining unable to solve:

• air pollution;
• congestion;
• water loss;
• public distrust.

The correct sequence is:

\text{sensor}
\rightarrow
\text{verified data}
\rightarrow
\text{responsible owner}
\rightarrow
\text{decision}
\rightarrow
\text{measured outcome}

If the chain ends at the dashboard, the smart-city system is decorative.

The UNECE profile’s purpose was not merely to praise technology but to identify practical deficits in environmental quality, transport, water efficiency, housing and governance. 

45. Data Integration versus Surveillance

The same system that detects:

• traffic;
• emergencies;
• illegal dumping;
• service failure

may also record:

• movement;
• identity;
• association;
• protest participation.

This is another Almaty historical recurrence:

\text{administrative legibility}
\rightarrow
\text{better coordination}

and:

\text{administrative legibility}
\rightarrow
\text{greater control capacity}

The system requires:

• lawful purpose;
• limited retention;
• audit;
• appeal;
• public transparency.

A safe nervous system must not become an unanswerable security archive.

46. Governance Metabolism

Almaty’s problems are routed through:

• city administration;
• district administrations;
• national ministries;
• utility companies;
• transport operators;
• private developers;
• regional authorities;
• courts;
• police;
• citizen groups.

No single actor owns the complete city.

This is appropriate for a complex metropolis.

The failure occurs when:

• responsibilities overlap;
• accountability disappears;
• data are incompatible;
• one actor can create costs for another without receiving the bill.

The modern governance problem is not excessive complexity alone.

It is complexity without a clear ownership graph.

47. The Owner Matrix

Every city problem should possess four owners.

Asset owner

Who owns the physical object?

Operating owner

Who keeps it functioning?

Risk owner

Who bears the failure?

Repair owner

Who has authority and funding to correct it?

These may differ.

For example:

ROAD:
asset owner        — city
operator            — road agency
emissions creator   — many vehicles
health-risk receiver— population
repair authority    — transport, environment and national fuel regulators

When only the asset owner is named, the complete problem remains ownerless.

48. Political Feedback Metabolism

Almaty has twice served as a major national political sensor:

• Jeltoqsan in 1986;
• January 2022.

The events were different, but both revealed a failure to process accumulating grievance through ordinary institutions before public-space rupture.

The feedback chain should be:

\text{complaint}
\rightarrow
\text{hearing}
\rightarrow
\text{evidence}
\rightarrow
\text{decision}
\rightarrow
\text{appeal}
\rightarrow
\text{correction}

When these stages lack credibility:

\text{pressure accumulates}
\rightarrow
\text{street becomes the remaining interface}

A resilient city requires a political drainage system just as it requires a storm-water system.

49. Physical Repair and Legitimacy Repair

Following January 2022, damaged public and commercial infrastructure could be physically repaired.

Political repair requires different materials:

• verified facts;
• named victims;
• fair investigation;
• command responsibility;
• torture accountability;
• open records;
• public trust.

The OSCE’s later trial monitoring identified serious procedural concerns, including unequal treatment of prosecution and defence and inadequate handling of torture allegations. 

Therefore:

\text{court case completed}
\neq
\text{justice completed}

The January archive remains an active component of present Almaty.

50. Mountain Ecology Metabolism

The city receives from the mountain:

• water;
• cooler air;
• recreation;
• visual identity;
• biodiversity;
• hazard signals;
• tourism value.

The mountain receives from the city:

• visitors;
• roads;
• development;
• waste;
• noise;
• fragmented habitat;
• fire pressure;
• climate emissions.

The relationship is bidirectional:

\text{mountain supports city}
\leftrightarrow
\text{city modifies mountain}

The mountain is not a recreational exterior.

It is part of the metropolitan infrastructure.

51. Protected Boundary versus Ecological Function

A protected park boundary can restrict certain development.

Ecological processes cross it:

• animals move;
• fires spread;
• water flows;
• pollution travels;
• pollen crosses;
• tourists enter.

Therefore:

\text{protected polygon}
\neq
\text{protected ecosystem}

The city needs a buffer and connectivity model extending from the protected core through:

• foothill neighbourhoods;
• rivers;
• gardens;
• tree corridors;
• orchard remnants.

Otherwise the protected area becomes an ecological island beside a growing metropolis.

52. The Wild Apple Repair Test

The wild apple system must be evaluated through:

• mature-tree stock;
• seedling recruitment;
• genetic integrity;
• habitat connectivity;
• pollinator movement;
• fire and grazing;
• cultivated-apple introgression.

A city can plant ornamental apple trees and still lose the wild evolutionary system.

\text{apple image}
\neq
\text{apple population}

Almaty’s apple identity should therefore fund a visible annual biological balance sheet rather than only cultural celebration.

53. Mudflow and Glacial-Hazard Metabolism

The city’s mountain-water system remains capable of generating:

• glacial-lake outbursts;
• debris flows;
• river flooding;
• sediment pulses.

Medeu and associated systems reduce parts of this hazard.

They do not eliminate it.

The active hazard chain is:

\text{snow and glacier change}
\rightarrow
\text{lake or slope instability}
\rightarrow
\text{debris entrainment}
\rightarrow
\text{channel movement}
\rightarrow
\text{urban exposure}

Monitoring must follow the entire chain, not only the dam.

54. Earthquake as a Whole-City Test

An earthquake will test simultaneously:

• buildings;
• roads;
• bridges;
• hospitals;
• water;
• gas;
• electricity;
• mobile networks;
• emergency information;
• public trust.

The most damaging scenario in one Almaty study was not necessarily the largest earthquake, but a magnitude-6.5 event on a nearby blind thrust beneath the urban field. 

Therefore:

Earthquake preparedness cannot be delegated only to seismologists or building engineers.

It is a complete metropolitan continuity problem.

55. Compound Failure

Almaty’s highest-risk events may be combinations.

Scenario A

\text{earthquake}
+
\text{gas leak}
+
\text{winter cold}

Scenario B

\text{earthquake}
+
\text{water-main break}
+
\text{hospital overload}

Scenario C

\text{mudflow warning}
+
\text{traffic congestion}
+
\text{communications failure}

Scenario D

\text{political crisis}
+
\text{internet shutdown}
+
\text{payment interruption}

Planning systems frequently model one hazard at a time.

People experience the joined event.

56. The Citywide Dependency Graph

MOUNTAIN CATCHMENT
        ↓
WATER + ENERGY
        ↓
HOUSING + HEALTH
        ↓
POPULATION CONTINUITY
        ↓
EDUCATION + LABOUR
        ↓
SERVICE ECONOMY
        ↓
TAX AND INVESTMENT
        ↓
INFRASTRUCTURE MAINTENANCE
        ↺

The graph also contains failure propagation:

AIR POLLUTION
→ illness
→ lost work and school
→ household cost
→ healthcare load
→ economic loss

CONGESTION
→ longer commuting
→ higher emissions
→ reduced family time
→ lower neighbourhood cohesion

The city must evaluate interventions by their graph effect, not only their narrow departmental outcome.

57. Present Almaty Motion Landscape

Verified position

A 2.36-million-resident, service-dominated metropolis generating more than one-fifth of national GRP. 

Direction

Continued population, construction and service-sector concentration.

Speed

Fast enough that housing and investment remain high while infrastructure repair and environmental recovery struggle to keep pace.

Momentum

Stored in:

• population;
• universities;
• firms;
• property;
• transport;
• culture;
• historic institutional depth.

Friction

• congestion;
• air pollution;
• housing costs;
• water loss;
• fragmented governance;
• seismic exposure.

Bottlenecks

• clean mobility;
• utility modernisation;
• safe land;
• credible metropolitan data;
• accountable political feedback.

Buffers

• skilled population;
• diversified services;
• university system;
• strong commercial base;
• mountain-water resources;
• multiple national connections.

Threshold risk

A compound physical event or another political event that arrives before the city has completed its evidence and accountability systems.

58. The Metropolitan Control Tower

Almaty now requires one shared control object with the following live layers:

01 population
02 housing
03 building safety
04 land use
05 transport
06 air
07 water
08 energy and heat
09 food
10 waste
11 education
12 health
13 economy
14 mountain ecology
15 political feedback

For each layer, the Control Tower should expose:

• current stock;
• annual flow;
• owner;
• risk;
• threshold;
• open uncertainty;
• repair project;
• outcome measure.

It should not combine all information into one composite sustainability score.

Composite scores can hide a catastrophic weakness behind high performance elsewhere.

59. Repair Architecture 1 — Govern the Functional Metropolis

The complete metropolitan institution should coordinate Almaty city with adjoining settlements and regional authorities for:

• commuting;
• air;
• water;
• waste;
• housing;
• emergency planning.

It need not erase existing administrations.

It must create a shared layer above fragmented boundaries.

\text{multiple local owners}
+
\text{one shared metropolitan ledger}

Without this, the city will continue attempting to solve cross-boundary problems using municipal tools.

60. Repair Architecture 2 — Build the Structure Ledger

Every occupied building should possess a digital structural passport recording:

• construction date;
• design;
• structural type;
• soil;
• inspection;
• illegal alteration;
• utility vulnerability;
• occupancy;
• repair priority.

The public record need not reveal sensitive engineering details.

It must reveal enough for residents to understand whether the building has been inspected and what repair state it occupies.

The first aim is not to declare every building safe.

It is to replace unknown safety with measured safety.

61. Repair Architecture 3 — One Air Budget

The air system should publish an annual mass balance by source and season:

power and district heat
household heating
traffic exhaust
brake and tyre wear
road dust
construction
industry
secondary aerosols

The 2024–2026 evidence already shows that multiple sources contribute and that PM2.5 exposure remains far above health guidance. 

Every policy should state:

• expected reduction;
• affected pollutant;
• affected season;
• observed result.

“Green transport” or “gas conversion” is not yet an outcome measurement.

62. Repair Architecture 4 — Water from Glacier to Return Flow

The water ledger should track:

\text{catchment}
\rightarrow
\text{intake}
\rightarrow
\text{treated volume}
\rightarrow
\text{distributed volume}
\rightarrow
\text{billed volume}
\rightarrow
\text{wastewater collected}
\rightarrow
\text{treated return}

The 30% distribution-loss estimate in the UNECE profile should be updated through a present district-level balance. 

Each new major development should demonstrate:

• water source;
• distribution capacity;
• wastewater capacity;
• effect on recharge;
• emergency water route.

63. Repair Architecture 5 — Housing Plus Access

Housing approval should include a verified service package:

• school capacity;
• clinic access;
• public-transport capacity;
• walking safety;
• water and sewer;
• emergency routes;
• green space.

A completed building without these services should be recorded as:

HOUSING STOCK:
complete
NEIGHBOURHOOD RUNTIME:
incomplete

This prevents apartment totals from impersonating complete urban development.

64. Repair Architecture 6 — Public Transport before Road Expansion

The city’s declared goal of increasing public-transport use from roughly 1.6 million to 3 million trips by 2030 provides a measurable destination. 

The actual repair sequence should be:

1. reliable bus and trolleybus frequency;
2. protected priority lanes;
3. transfer integration;
4. metro extension;
5. safe pedestrian access;
6. integrated suburban connections;
7. parking and road-demand management.

Increasing road capacity without managing demand may temporarily increase speed and then attract additional car journeys.

65. Repair Architecture 7 — Education as a National Circulation System

Almaty’s 202,000-student concentration should become a circulation mechanism rather than a one-way talent collector. 

Possible routes include:

• regional clinical and teaching placements;
• shared laboratories;
• remote specialist support;
• incentives for graduate return;
• Almaty–regional joint institutes;
• rotating faculty.

The objective is:

\text{knowledge enters Almaty}
\rightarrow
\text{knowledge returns at higher resolution}

not merely:

\text{talent enters Almaty}
\rightarrow
\text{talent remains}

66. Repair Architecture 8 — Waste Mass Balance

Every tonne should end in one visible category:

reused
material recycled
composted
energy recovered
landfilled
unaccounted

Targets should never combine these without showing the underlying quantities.

This would resolve the present confusion between high processing claims and much lower quantities becoming actual secondary material.

The output of sorting must be measured, not merely the input.

67. Repair Architecture 9 — Apple Identity Contract

Any major public use of the apple in:

• branding;
• tourism;
• festivals;
• development naming

should contribute to a wild-apple and orchard continuity fund.

The fund should separately support:

1. wild Malus sieversii populations;
2. historic cultivated varieties;
3. orchard knowledge;
4. urban apple trees;
5. genetic collections.

These are related objects.

They are not interchangeable.

68. Repair Architecture 10 — Safe Political Drainage

The city needs a public feedback route able to process pressure before it becomes rupture.

The mechanism should include:

petition
→ public evidence
→ named institutional owner
→ published response time
→ hearing
→ appeal
→ outcome audit

The most important metric is not how many complaints were received.

It is:

How many credible complaints changed an erroneous or harmful decision?

A political system is resilient when correction can occur without destroying the person carrying the signal.

69. Active Metropolitan Receipts

ALM.RECEIPT.140 — Population concentration

INPUT:
migration, birth and metropolitan opportunity
TRANSFORMATION:
people concentrate in Almaty
CAPABILITY INSTALLED:
large labour, education and consumer market
RETURNED COST:
housing, transport, water and hazard load rise

ALM.RECEIPT.141 — Vertical housing growth

INPUT:
land value, finance and construction
TRANSFORMATION:
large apartment stock added rapidly
CAPABILITY INSTALLED:
high-density urban accommodation
DEPENDENCY:
utilities, transport and maintenance
RETURNED COST:
more people and assets concentrated in seismic exposure

ALM.RECEIPT.142 — Service-metropolis concentration

INPUT:
universities, firms, finance, culture and population
TRANSFORMATION:
transactions and professional services concentrate
CAPABILITY INSTALLED:
22.1% of national GRP generated in one city
RETURNED COST:
national and metropolitan dependency on one economic node

ALM.RECEIPT.143 — Metropolitan transport expansion

INPUT:
buses, metro, BRT, depots and transfer hubs
DECLARED TRANSFORMATION:
public-transport trips rise toward 3 million by 2030
CAPABILITY:
larger low-car mobility field
STATUS:
partly operational, partly planned
RETURNED RISK:
announced infrastructure may not reach completion

ALM.RECEIPT.144 — CHP transition

INPUT:
existing coal heat and power system
+ gas-conversion investment
TRANSFORMATION:
lower-local-emission generation system
CAPABILITY INSTALLED:
heat and power continuity with reduced coal pollution
RETURNED COST:
continued fossil-fuel dependence;
other emission sources remain

ALM.RECEIPT.145 — Knowledge concentration

INPUT:
37 higher-education institutions
and approximately 202,000 students
TRANSFORMATION:
young people and specialist training concentrate
CAPABILITY INSTALLED:
national professional reproduction
RETURNED COST:
housing pressure and regional talent extraction

ALM.RECEIPT.146 — Air-pollution accumulation

INPUT:
combustion, traffic, dust and weak dispersion
TRANSFORMATION:
PM2.5 retained over the population
RESULT:
chronic exposure and modelled health burden
SYSTEMIC FAILURE:
cause distributed;
consequence shared

ALM.RECEIPT.147 — Metropolitan boundary mismatch

INPUT:
commuters, suburbs, airshed and watershed
extend beyond city administration
TRANSFORMATION:
one operating city divided among several governing objects
RESULT:
cross-boundary systems lack one accountable owner

ALM.RECEIPT.148 — Hazard concentration

INPUT:
population, property and critical institutions
located in active mountain-front terrain
TRANSFORMATION:
more capability exposed to the same physical hazard
RESULT:
highest modelled earthquake annual loss in Kazakhstan

ALM.RECEIPT.149 — Distributed responsibility gap

INPUT:
many agencies and private actors
TRANSFORMATION:
each controls one part of the city system
CAPABILITY:
specialisation
RETURNED COST:
complete failures can remain institutionally ownerless

70. Correct-Type Firewalls

ALM.F197 — Population

Official residents do not represent the complete daytime or emergency population.

ALM.F198 — Housing

Square metres delivered do not establish affordability, safety or neighbourhood completeness.

ALM.F199 — New building

Recent construction does not independently prove code compliance.

ALM.F200 — Water access

Connection to supply does not prove efficient distribution or safe wastewater return.

ALM.F201 — Gas conversion

Lower local pollution does not mean zero-carbon energy or complete air repair.

ALM.F202 — Food security

Food available in markets does not prove household affordability.

ALM.F203 — Public-transport stop

Proximity to a stop does not establish useful mobility.

ALM.F204 — Transport plan

Announced, approved, funded, built and operational are different project states.

ALM.F205 — Air source

No one emission source explains the complete pollution field.

ALM.F206 — Monitoring

More sensors do not automatically produce cleaner air.

ALM.F207 — Waste processing

Sorted, processed, recovered and recycled must not be used as synonyms.

ALM.F208 — University count

High enrolment does not establish equal access, housing or successful graduate landing.

ALM.F209 — Healthcare

Specialist institutions do not prove neighbourhood accessibility or prevention.

ALM.F210 — Service economy

Services are not physically weightless or ecologically independent.

ALM.F211 — Smart city

Digital visibility does not establish accountable governance.

ALM.F212 — Protected area

A legal boundary does not preserve every ecological process crossing it.

ALM.F213 — Dam protection

Risk reduction is not hazard elimination.

ALM.F214 — Earthquake loss

Average annual loss is a probabilistic planning measure, not a forecast date.

ALM.F215 — Complaint count

A high number of processed complaints does not prove successful correction.

ALM.F216 — Metropolitan governance

Coordination must not erase legitimate local representation or appeal rights.

71. Present-City Evidence Ladder

A completed project should not be labelled successful at E4.

Success begins when its claimed outcome can be measured at E6 and shown to be fairly distributed at E7.

72. Present Almaty Shadow Ledger

73. New Uncertainty Register

ALM.U151 — FUNCTIONAL_POPULATION
The number of people using Almaty on ordinary weekdays and peak periods remains incompletely measured.

ALM.U152 — HOUSING_OCCUPANCY
Newly completed housing area does not reveal occupancy, vacancy or investment holding.

ALM.U153 — AFFORDABILITY_BURDEN
Purchase price, rent, transport and utility costs require one household-level measure.

ALM.U154 — BUILDING_SAFETY_REGISTER
The city lacks a publicly consolidated structure-level seismic evidence system.

ALM.U155 — CURRENT_WATER_LOSS
The UNECE estimate requires continuous updating and decomposition by cause.

ALM.U156 — AQUIFER_BALANCE
Recharge, abstraction and contamination risk are not yet visible in one public ledger.

ALM.U157 — METROPOLITAN_HEAT_SOURCES
Peripheral and household combustion require finer spatial measurement.

ALM.U158 — FOOD_CORRIDOR_DEPENDENCE
The city’s reliance upon particular routes, regions and storage nodes requires reconstruction.

ALM.U159 — TRANSPORT_PROJECT_STATE
Several major metro, BRT and active-mobility projects remain between planning and operation.

ALM.U160 — TRUE_PUBLIC_TRANSPORT_SHARE
Trip counts, passenger boardings and complete journey shares should not be conflated.

ALM.U161 — AIR_SOURCE_SEASONALITY
Source proportions vary substantially by location, weather and season.

ALM.U162 — AIR_POLICY_OUTCOME
Declared emission reductions must be compared with population exposure rather than source totals alone.

ALM.U163 — WASTE_DEFINITION_CONFLICT
Official processing and recycling metrics need one transparent mass-balance standard.

ALM.U164 — STUDENT_HOUSING
Almaty-specific dormitory and rental stress require a unified register.

ALM.U165 — GRADUATE_LANDING
The share of graduates remaining in Almaty, returning to regions or leaving Kazakhstan remains insufficiently mapped.

ALM.U166 — HEALTHCARE_CATCHMENT
The number of nonresident patients using Almaty facilities is not integrated into city-load planning.

ALM.U167 — EVERYDAY_HERITAGE
Ordinary residential, commercial and industrial heritage remains less protected than monumental objects.

ALM.U168 — WILD_APPLE_RUNTIME
Tree counts do not yet provide a complete population-continuity measure.

ALM.U169 — COMPOUND_DISASTER
Utility, communications and transport failures are often modelled separately despite their dependence.

ALM.U170 — JANUARY_ACCOUNTABILITY
Deaths, injuries, detention, torture claims and command decisions remain incompletely joined.

ALM.U171 — POLITICAL_CORRECTION_RATE
The proportion of citizen challenges that lead to substantive policy correction is not publicly measured as a resilience indicator.

74. Machine-Readable Metropolitan Record

{
  "@type": "AtlasMetropolitanMetabolism",
  "id": "ATLAS.CITY.ALMATY.METABOLISM.2026.V1",
  "canonical_name": "Present Almaty Metropolitan Metabolism",
  "research_cutoff": "2026-08-02",
  "official_population": {
    "date": "2026-06-01",
    "value": 2366500,
    "restriction": "does not include complete commuter and service population"
  },
  "economy": {
    "period": "2026-Q1",
    "share_of_kazakhstan_grp_percent": 22.1,
    "services_share_percent": 81.2,
    "type": "service and transaction metropolis"
  },
  "higher_education": {
    "academic_year": "2025-2026",
    "institutions": 37,
    "students_approx": 202000
  },
  "principal_metabolic_inputs": [
    "people",
    "water",
    "food",
    "energy",
    "materials",
    "money",
    "information"
  ],
  "principal_conversion_systems": [
    "housing",
    "transport",
    "education",
    "healthcare",
    "finance",
    "commerce",
    "culture",
    "government"
  ],
  "principal_return_flows": [
    "air pollution",
    "wastewater",
    "solid waste",
    "congestion",
    "land conversion",
    "infrastructure wear",
    "political grievance"
  ],
  "cross_boundary_objects": [
    "functional metropolitan population",
    "airshed",
    "watershed",
    "aquifer",
    "commuter network",
    "food supply field",
    "hazard field"
  ],
  "highest_priority_risks": [
    "earthquake",
    "air pollution",
    "water-system loss",
    "transport congestion",
    "foothill conversion",
    "building-maintenance debt",
    "political-feedback failure"
  ],
  "principal_inversion": "Almaty's capabilities are metropolitan, but many responsibilities remain divided by administrative and sectoral boundaries",
  "required_repairs": [
    "metropolitan evidence body",
    "building structural passports",
    "seasonal air-source budget",
    "source-to-return water ledger",
    "housing-plus-access approval",
    "integrated public transport",
    "verified waste mass balance",
    "wild-apple identity contract",
    "safe political feedback channel"
  ],
  "restricted_claims": [
    "official population equals full metropolitan load",
    "new housing equals complete neighbourhood",
    "new building equals verified seismic safety",
    "gas conversion equals complete clean-air solution",
    "stop proximity equals effective public transport",
    "processed waste equals recycled material",
    "smart-city sensors equal corrected outcomes",
    "protected area boundary equals ecosystem continuity",
    "dam protection equals zero mudflow risk",
    "physical repair equals political repair"
  ],
  "next_route": "Almaty shadow atlas and unknown-things evidence audit"
}

75. Almaty’s Eleventh Atlas Principle

The preceding principles established that Almaty’s survival has depended upon:

• mountain substrate;
• biological diversity;
• mobile and fixed human systems;
• corridor movement;
• institutional recomposition;
• earthquake adaptation;
• knowledge concentration;
• post-capital economic depth.

The eleventh is:

Present Almaty is no longer limited mainly by the absence of capability. It is limited by the absence of a shared owner for the interactions among its capabilities.

The city knows how to:

• build;
• teach;
• trade;
• finance;
• monitor;
• transport;
• recover physically.

Its harder problem is joining:

• housing to transport;
• energy to air;
• land to water;
• education to national circulation;
• development to ecology;
• security to accountability.

\boxed{
\text{high capability}
+
\text{fragmented responsibility}
=
\text{metropolitan drift}
}

Almaty does not need one institution to control everything.

It needs every major system to possess a visible, interoperable and appealable ownership graph.

76. Wide Atlas Connections

Almaty ↔ Bishkek

Both require metropolitan governance beyond municipal limits because:

• commuters;
• emissions;
• water;
• mountain hazards;
• housing expansion

cross formal city boundaries.

The comparison should ask which city has the stronger mechanism for joining the capital municipality to its peripheral settlement field.

Almaty ↔ Lhasa and Shigatse

All three cities rely upon mountain and highland water systems whose source areas lie outside dense urban occupation.

The comparison should distinguish:

• catchment ownership;
• ecological protection;
• religious or civic meaning;
• downstream allocation;
• climate sensitivity.

Almaty ↔ New York

Almaty and New York are radically different in scale and institutional history.

They can still be represented with equal Atlas richness.

Both require:

• functional-region modelling beyond city boundaries;
• ageing-infrastructure repair;
• mass-transit continuity;
• building-risk registers;
• water-source protection;
• political-feedback systems.

The purpose of the Atlas is not to claim identical size.

It is to refuse unequal explanatory resolution.

Almaty ↔ Carrara Herbal

Present Almaty resembles a joined manuscript whose sections are owned by different specialists.

• transport sees routes;
• environment sees emissions;
• health sees illness;
• housing sees buildings;
• finance sees value.

The complete meaning is lost unless the sections are read together.

Almaty ↔ Voynich Control Tests

Present Almaty supplies the same adversarial rules:

NAMED PROJECT
does not prove
OPERATING CAPABILITY
VISIBLE SENSOR
does not prove
CORRECTIVE ACTION
OFFICIAL BOUNDARY
does not prove
SYSTEM BOUNDARY
AGGREGATE SCORE
does not reveal
CRITICAL WEAK NODE
SURVIVING OBJECT
does not prove
SURVIVING RUNTIME

Almaty ↔ Civilisation V2.0

Civilisation V2.0 asks whether the city can preserve continuity without waiting for catastrophe.

For Almaty, this means:

• repairing pipes before scarcity;
• verifying buildings before an earthquake;
• cleaning air before illness;
• protecting habitat before symbolic extinction;
• processing political grievance before rupture.

The city has repeatedly demonstrated recovery after failure.

Its next civilisational upgrade is pre-failure repair.

Research Lock 12

The complete present-city metabolism is now installed:

\text{population}
+
\text{housing}
+
\text{water}
+
\text{energy}
+
\text{transport}
+
\text{air}
+
\text{knowledge}
+
\text{economy}
+
\text{ecology}
+
\text{political feedback}

The chronological and operational passes now converge.

The next research pass should enter the negative space:

The Almaty Shadow Atlas: Unknown Things, False Legends and Unresolved Coordinates

It will audit:

\text{apple-origin exaggerations}
+
\text{secret-bunker claims}
+
\text{cathedral myths}
+
\text{kurgan treasure stories}
+
\text{missing medieval Almatu}
+
\text{unmapped pre-Verny land}
+
\text{buried faults}
+
\text{unknown building safety}
+
\text{hidden groundwater}
+
\text{January 2022 evidence gaps}

Its governing question will be:

Which “unknown things” about Almaty are genuinely unknown, which are merely uninvestigated, which are hidden by institutional fragmentation, and which are popular myths occupying the space where a more interesting verified mechanism should stand?

Almaty Research Pass 13

The Shadow Atlas: Unknown Things, False Legends and Unresolved Coordinates

Research state: 2 August 2026

The preceding passes constructed the visible Almaty object:

\text{mountain}
\rightarrow
\text{water}
\rightarrow
\text{living landscape}
\rightarrow
\text{human production}
\rightarrow
\text{political corridor}
\rightarrow
\text{city}
\rightarrow
\text{metropolis}

This pass enters the negative space surrounding it:

\text{missing evidence}
+
\text{buried evidence}
+
\text{conflicting inventories}
+
\text{restricted records}
+
\text{statistical invisibility}
+
\text{popular legend}

The governing question is:

Which unknown things about Almaty are genuinely unknown, which are merely uninvestigated, which are hidden by institutional boundaries, and which are myths occupying the place where a more interesting verified mechanism should stand?

The Shadow Atlas does not attempt to make Almaty more mysterious.

It prevents mystery from being used as counterfeit evidence.

1. The Unknown Is Not One Substance

The word unknown can describe radically different evidence conditions.

SHADOW.U0 — Not yet asked

The relevant question has not been formulated.

SHADOW.U1 — Not yet surveyed

The object may exist, but systematic investigation has not occurred.

SHADOW.U2 — Surveyed incompletely

Some evidence exists, but the sample or geographic coverage is insufficient.

SHADOW.U3 — Buried or physically obscured

Modern buildings, sediment, vegetation or later construction cover the evidence.

SHADOW.U4 — Destroyed

The original object has been damaged beyond full recovery.

SHADOW.U5 — Restricted

Relevant records may exist but are withheld for security, privacy or institutional reasons.

SHADOW.U6 — Conflicting inventory

Two credible institutions publish different counts or classifications.

SHADOW.U7 — Probabilistic object

The object is reconstructed through models rather than directly observed in full.

SHADOW.U8 — Contested interpretation

The material is visible, but its meaning remains disputed.

SHADOW.U9 — Popular myth

A memorable explanation circulates without adequate supporting evidence.

These states must not be merged.

\text{no public evidence}
\neq
\text{object does not exist}

But equally:

\text{possible secrecy}
\neq
\text{every secret claim becomes plausible}

2. The Shadow-State Record

Every unresolved claim should carry five fields:

CLAIM
EVIDENCE PRESENT
EVIDENCE ABSENT
CURRENT STATE
RESOLUTION ROUTE

For example:

CLAIM:
A continuous secret tunnel network connects major Almaty institutions.
EVIDENCE PRESENT:
Civil-defence shelters and other underground infrastructure exist.
EVIDENCE ABSENT:
A verified map, engineering record or physical survey
showing one connected citywide network.
CURRENT STATE:
UNSUPPORTED GENERALISATION.
RESOLUTION ROUTE:
Authenticated plans, cadastral records and controlled survey.

This is more useful than labelling the entire subject either “true” or “false.”

3. The Myth-Replacement Rule

A myth should not merely be removed.

It should be replaced by the stronger mechanism concealed beneath it.

The verified mechanism is usually more complex than the legend.

Shadow Object 1

The Apple Birthplace Claim

4. The Popular Claim

The strongest popular version states:

Almaty is the genetic birthplace of all modern apples.

This contains a valid core surrounded by several exaggerations.

5. What Is Secure

Malus sieversii, native to Central Asia, is the principal or main wild progenitor of the domesticated apple. Genomic research places Kazakhstan and the Central Asian Tian Shan at the beginning of the principal domestication sequence. 

Later apple history included substantial hybridisation and introgression. European Malus sylvestris contributed significantly to cultivated-apple ancestry, while newer pan-genome research also recognises contributions from other wild species, including M. orientalis. 

Therefore:

\text{modern cultivated apple}
\neq
\text{unchanged }M.\ sieversii

The cultivated apple is a joined biological object:

\text{Central Asian ancestry}
+
\text{regional hybridisation}
+
\text{human selection}
+
\text{grafting}
+
\text{clonal preservation}

6. What Is Overstated

“Almaty alone”

The evidence concerns a broad Central Asian and Tian Shan wild-apple system, not one point inside the present Almaty municipality.

“All modern apples”

Cultivated varieties possess a shared principal ancestry but not an identical or exclusively Almaty-derived genome.

“Birthplace”

Domestication was not one birth event.

It was a long process involving:

• prehuman fruit evolution;
• animal dispersal;
• human preference;
• seed movement;
• hybridisation;
• grafting;
• cultivar selection.

The safe formulation is:

The Almaty–Tian Shan region lies within the principal origin landscape of the domesticated apple, whose later genome was assembled through interspecific hybridisation and human selection across Eurasia.

7. The Genuine Apple Unknowns

Several important questions remain open:

• Which surviving local populations are closest to the wild populations first encountered by early cultivators?
• How much genetic diversity has already been lost through habitat fragmentation?
• Which local populations contain rare disease-, drought- or cold-resistance alleles?
• How much pollen-mediated introgression from cultivated apples has entered wild stands?
• Which ancient cultivated lineages contributed to the historical Aport apple?
• Which wild populations are regenerating successfully rather than merely retaining old trees?

A 2026 conference at the Almaty State Nature Reserve specifically addressed the growth and distribution of M. sieversii, while the reserve and national park opened a dedicated Sievers Apple Trail. This indicates active contemporary research and public conservation attention, not a completed biological inventory. 

8. Apple Shadow State

CLAIM STATE:
VALID CORE + GEOGRAPHIC AND GENETIC OVERSTATEMENT
KNOWN:
M. sieversii is the principal progenitor.
UNKNOWN:
the exact local contribution of individual Almaty populations.
MYTHIC EXCESS:
all modern apples emerged from one city location.
REPAIR:
population-level genomics, regeneration surveys,
introgression mapping and habitat protection.

The mystery is not whether Almaty has an apple connection.

The mystery is how much of the original biological library remains alive.

Shadow Object 2

The Secret Underground Almaty

9. What Is Definitely Underground

Almaty contains several different underground object classes:

• basements;
• service corridors;
• water and sewer infrastructure;
• metro tunnels;
• underground parking;
• cellars;
• civil-defence protective structures;
• possible escape passages associated with individual shelters;
• restricted military or governmental facilities.

Kazakhstan maintains a formal legal category for civil-defence shelters and radiation shelters. The official inventory format records their address, coordinates, owner, capacity, type, location and readiness condition. 

Therefore:

The existence of underground protective structures is not speculative.

10. What Is Not Established

No reliable public evidence located in this research establishes:

• one connected tunnel labyrinth under the entire city;
• tunnels joining every major Soviet government building;
• an underground duplicate city;
• a complete secret metro independent of the known metro;
• a citywide bunker network with one command owner.

The popular claim often performs an invalid merge:

\text{many underground objects}
\rightarrow
\text{one connected underground system}

Numerous basements and shelters can exist without being linked.

11. Shelter Is Not Tunnel

A protective shelter may include:

• reinforced rooms;
• ventilation;
• blast doors;
• water;
• sanitation;
• an emergency exit.

An emergency exit can use a short escape passage without joining another facility.

The existence of:

\text{shelter A}
+
\text{shelter B}
+
\text{shelter C}

does not establish:

A \leftrightarrow B \leftrightarrow C

This is the underground version of the Silk Road firewall:

Several nodes do not automatically make one continuous road.

12. Reception Points Are Not Bomb Shelters

After the felt February 2024 earthquake, Almaty emergency authorities stated that the city had 384 reception points for people affected by major emergencies, located in institutions such as schools, kindergartens, colleges and universities. 

These are assembly and reception objects.

They should not be silently represented as:

• nuclear shelters;
• blast-resistant bunkers;
• safe places during the shaking itself;
• proof of underground infrastructure.

RECEPTION POINT:
post-event assembly and accommodation function
CIVIL-DEFENCE SHELTER:
protective structure designed for specified hazards

Confusing them can produce dangerous public expectations.

13. The Security Paradox

Detailed publication of every protective facility may create legitimate security concerns.

Therefore some information may be:

• incomplete publicly;
• aggregated;
• access-controlled;
• restricted during ordinary periods.

But restriction must not become a blank cheque for imagination.

\text{restricted records}
\not\Rightarrow
\text{unlimited tunnel hypothesis}

The evidence state should be:

Isolated shelters and restricted underground facilities are plausible and partly documented; a vast connected network remains unverified.

14. The Underground Inventory That Is Actually Needed

A responsible public register would not need to disclose sensitive floor plans.

It should show:

• general neighbourhood coverage;
• total verified capacity;
• readiness category;
• accessibility;
• hazard type;
• responsible owner;
• activation procedure;
• distinction between shelter and reception point.

The question should move from:

Where is the secret Soviet city?

to:

Which verified protective spaces are operational, who maintains them and which residents can reach them?

That is less sensational and more important.

Shadow Object 3

The Cathedral Without Nails

15. The Chronology Defeats One Legend Immediately

Construction of the Ascension Cathedral occurred from 1904 to 1907. It therefore could not have survived the destructive 1887 Verny earthquake because it did not yet exist. Its celebrated seismic performance belongs to the 1911 earthquake. 

This provides a simple but powerful control:

\text{object construction date}
>
\text{claimed event date}
\Rightarrow
\text{claim impossible}

16. The Nail Claim Is Internally Inconsistent

Official and quasi-official public descriptions do not use one consistent formulation.

Some Kazakhstan government tourism pages describe the cathedral as built with “virtually no nails,” while another official culture page repeats the stronger phrase “without nails.” A 2025 state television heritage programme framed the issue directly as a question of fact or myth. 

That inconsistency is itself evidence.

The strong claim:

No metal fastener was used anywhere in the complete structure

should not be canonical without a component-level structural survey.

17. Why “No Nails” Weakens the Engineering Story

The cathedral’s real significance lies in the joined system:

\text{timber frame}
+
\text{connections}
+
\text{geometry}
+
\text{foundation}
+
\text{mass distribution}
+
\text{craft workmanship}

UNESCO’s current tentative-list material emphasises deliberate seismic engineering experimentation and the cathedral’s successful performance in 1911. 

The legend turns that system into magic:

\text{no nails}
\rightarrow
\text{miraculous survival}

The better question is:

Which connections yielded, remained locked or redistributed load during the earthquake?

18. The Required Cathedral Audit

A high-resolution record should identify:

• original drawings;
• timber species;
• connection types;
• metal components;
• later restoration work;
• foundation system;
• deformation history;
• monitoring data.

It should also distinguish:

ORIGINAL 1904–1907 MATERIAL
LATER REPAIR
SOVIET-PERIOD ALTERATION
POST-SOVIET RESTORATION

A building can survive an earthquake and still change materially across later restorations.

The visible monument is not automatically the untouched original object.

Shadow Object 4

The Boralday Treasure Field

19. The First Mystery Is the Count

The Almaty History Museum and Boralday archaeological-park material describe 47 Saka and Wusun burial mounds. 

UNESCO’s tentative-list description gives 52 mounds. 

This is a textbook SHADOW.U6 object:

47 \neq 52

The difference should not be silently corrected.

Possible causes include:

• different survey boundaries;
• inclusion of small or damaged features;
• reclassification;
• revised inventories;
• separation of Saka and Wusun features;
• loss or damage between surveys.

20. The Count Conflict Is More Important Than It Appears

A monument count affects:

• legal protection;
• site boundaries;
• risk assessment;
• development control;
• research sampling;
• public interpretation.

If a feature is absent from the active inventory, it may be less visible to planning systems.

Therefore the correct record is:

BORALDAY.MUSEUM_COUNT = 47
BORALDAY.UNESCO_TENTATIVE_COUNT = 52
RECONCILIATION_STATUS = OPEN

The Atlas should preserve the disagreement until a feature-by-feature concordance is published.

21. “Unexcavated” Does Not Mean “Full of Gold”

A mound may contain:

• intact burial;
• robbed burial;
• disturbed remains;
• symbolic deposit;
• later intrusive burial;
• no surviving precious material;
• architecture more significant than its objects.

The inference:

\text{large unopened mound}
\Rightarrow
\text{large hidden treasure}

is not valid.

Even an intact mound may be historically valuable without containing gold.

22. Treasure Language Damages Archaeological Resolution

Treasure framing directs attention toward:

• gold;
• weapons;
• elite objects;
• market value.

It directs attention away from:

• soil sequence;
• timber;
• plant remains;
• parasites;
• textiles;
• ordinary pottery;
• human health;
• mound-construction stages;
• surrounding settlement.

A small residue sample may reveal more about diet, disease or movement than a spectacular ornament.

The mound is an information system, not a sealed jewellery box.

23. Non-Invasive First

Before excavation, Boralday could be studied through:

• high-resolution topography;
• magnetometry;
• ground-penetrating radar;
• electrical resistivity;
• drone mapping;
• vegetation anomaly analysis;
• archival aerial photography.

Non-invasive survey can help identify:

• chamber geometry;
• earlier trenches;
• looting;
• satellite burials;
• buried boundaries;
• areas needing protection.

Excavation is irreversible.

Unknown does not automatically mean “dig.”

Shadow Object 5

The Shymbulak Underground-Water Story

24. The Popular Form

The initial claim suggested that Shymbulak’s distinctive conditions may be governed by hidden underground water systems and unusual microclimates.

The claim mixes two different propositions:

1. local mountain microclimates exist;
2. a specific concealed groundwater mechanism explains them.

The first is broadly reasonable.

The second requires local evidence.

25. What Produces a Mountain Microclimate

A slope’s snow and temperature conditions can vary through:

• elevation;
• aspect;
• sunlight;
• wind;
• terrain shading;
• cold-air drainage;
• vegetation;
• snow redistribution;
• surface and subsurface water.

These factors can produce major differences across short distances without requiring a mysterious underground river.

\text{microclimate}
=
\text{topography}
+
\text{radiation}
+
\text{air movement}
+
\text{snow}
+
\text{surface condition}

26. What Is Known About Almaty Groundwater

Research describes the Almaty alluvial fan as a multilayer aquifer system rather than a simple underground lake. One hydrochemical study classified four aquifers in the fan’s middle section. 

A 2024 study of northern Almaty examined urbanisation-related groundwater flooding and found that local water-table mounding could occur through the interaction of recharge and altered urban conditions. 

Therefore subsurface water is real, structured and capable of producing unexpected urban effects.

But that does not establish a specific hidden Shymbulak network controlling the ski area.

27. Mountain Groundwater Is Not a Cavern by Default

Groundwater may move through:

• fractures;
• weathered rock;
• moraine;
• sediment pores;
• buried channels;
• talus;
• local springs.

It does not need a human-sized tunnel or large open void.

\text{groundwater flow}
\neq
\text{underground river cavern}

The visual imagination often converts invisible porous flow into a secret river because the latter is easier to picture.

28. The Genuine Shymbulak Research Object

The appropriate study would join:

• snow-depth sensors;
• temperature loggers;
• wind fields;
• solar exposure;
• spring mapping;
• tracer hydrology;
• shallow geophysics;
• slope geology;
• vegetation;
• artificial snowmaking.

Until such a local synthesis is available, the correct state is:

MICROCLIMATE:
secure general mechanism
SUBSURFACE WATER:
plausible contributing process
SECRET UNDERGROUND CONTROL SYSTEM:
unsupported
LOCAL HYDROLOGICAL CONTRIBUTION:
open research coordinate

Shadow Object 6

Where Was Medieval Almatu?

29. The Millennium Claim Has a Secure Civic Layer

Almaty’s thousandth anniversary was commemorated under UNESCO auspices in 2016, and UNESCO’s Almaty office participated in an international conference organised for the occasion. 

This establishes:

• recognised civic commemoration;
• scholarly and cultural activity;
• international participation.

It does not by itself establish:

• uninterrupted municipal government;
• continuous occupation of one city centre;
• identical streets;
• an unbroken population.

UNESCO commemoration is not the same evidentiary object as World Heritage inscription or archaeological proof of municipal continuity.

30. The Numismatic Core

Numismatic research treats medieval coins and a mint associated with Almaty or Almatu as a major part of the city’s medieval-history reconstruction. A 2024 scholarly review specifically examines the history and future of numismatic research in Almaty and its region. 

A mint attribution can support:

• a place name;
• monetary significance;
• political-economic activity;
• a chronological coordinate.

It cannot by itself provide:

• city-wall location;
• street plan;
• population;
• continuous occupation;
• relationship to every neighbouring site.

The coin is a place-address fragment.

31. The Missing Urban Body

Medieval Almatu remains less physically resolved than Talgar–Talkhiz.

The open questions include:

• Which archaeological site was the principal named settlement?
• Were several nearby settlements operating simultaneously?
• Did they form one urban constellation?
• Where was the mint?
• When did urban function contract?
• How did the name survive?
• Which channels connect the medieval object to the later locality?

The answer cannot be manufactured from the anniversary.

32. Several Ages Can Coexist

Almaty has several legitimate age coordinates:

The conflict disappears when the ages are typed.

The city can possess millennium-scale historical depth and a nineteenth-century continuous municipal runtime simultaneously.

33. The Most Important Missing Map

A decisive Almatu project would require:

• all reported medieval finds georeferenced;
• coin mint and recovery locations separated;
• excavation archives digitised;
• radiocarbon and ceramic phases harmonised;
• modern disturbance mapped;
• former rivers and channels reconstructed;
• remote sensing beneath open land;
• development-led archaeology integrated.

The objective would not be to prove the anniversary correct.

It would be to discover the actual urban configuration.

Shadow Object 7

The Buried Faults

34. This Is a Real Unknown, Not a Legend

Blind or subtle active faults do not produce an obvious continuous surface scar.

Researchers using high-resolution satellite elevation data modelled fault-related folding beneath and north of Almaty. In the scenarios examined, a nearby magnitude-6.5 blind-thrust earthquake produced the largest modelled urban losses because of its proximity to the city. 

A 2024 satellite-interferometry study also identified spatially distinct ground-deformation patterns associated with mapped tectonic structures around Almaty. 

The broad hazard is secure.

The exact geometry, segmentation and activity of individual buried structures remain uncertain.

35. Model Is Not Prediction

The blind-thrust scenario does not mean:

• such an earthquake will occur next;
• it will have exactly magnitude 6.5;
• the stated losses will occur;
• the modelled fault geometry is final.

The model asks:

What could happen if this plausible fault ruptured under these assumptions?

Its correct use is planning.

Its incorrect use is prophecy.

\text{scenario consequence}
\neq
\text{event forecast}

36. Why the Small Nearby Fault Can Matter More

Damage depends upon more than magnitude.

It is influenced by:

• distance;
• depth;
• rupture direction;
• soil response;
• building vulnerability;
• time of day;
• infrastructure failure.

A moderate event directly beneath dense urban districts may produce more loss than a larger distant earthquake.

This defeats the popular assumption:

\text{larger magnitude}
=
\text{larger city disaster}

Hazard intensity and exposed vulnerability must be joined.

37. The Buried-Fault Resolution Route

The evidence stack should include:

• geomorphology;
• paleoseismic trenches where possible;
• seismic reflection;
• dense seismometers;
• GPS;
• InSAR;
• groundwater and geochemical monitoring where relevant;
• building-exposure modelling.

No single technique will produce the complete fault.

The buried structure is a joined inference object.

Shadow Object 8

Which Buildings Are Actually Safe?

38. A Survey Is Not a Permanent Safety Certificate

Almaty conducted a major 2017–2018 programme to classify and assess the seismic vulnerability of existing buildings, particularly residential and social facilities. 

That is important evidence.

But building condition changes through:

• ageing;
• corrosion;
• settlement;
• unauthorised alterations;
• removal of walls;
• added floors;
• utility damage;
• poor maintenance.

A past survey is a historical state record, not permanent immunity.

39. The City-Level Claim Is Too Coarse

Statements such as:

Almaty is built for magnitude-nine earthquakes

or:

New buildings are earthquake-proof

lack sufficient resolution.

The correct object is the individual structure:

BUILDING
+ SOIL
+ DESIGN
+ MATERIAL
+ WORKMANSHIP
+ ALTERATION
+ OCCUPANCY
+ MAINTENANCE

Two adjacent buildings can perform very differently under the same shaking.

40. The Public Knowledge Gap

Residents need to know:

• whether their building was inspected;
• when;
• through which method;
• what structural category it received;
• what repairs were required;
• whether alterations were recorded;
• where the assembly point is.

The city currently provides earthquake guidance and post-event reception information, but those do not substitute for a publicly understandable building-level structural passport. Almaty authorities describe the city as lying in a nine-to-ten-intensity seismic zone and emphasise household preparedness. 

Preparedness cannot compensate for an unsafe building.

Structural repair cannot replace household preparedness.

Both are required.

41. The Safety Unknown Is Actionable

Unlike an unknowable ancient person’s name, building safety can be reduced through investigation.

UNKNOWN:
current vulnerability of building X
ACTION:
inspect, model, expose alteration history,
repair and reinspect
OUTPUT:
measured confidence rather than assumption

This is one of the Shadow Atlas’s most urgent categories:

An unknown whose continuation is a governance choice.

Shadow Object 9

Groundwater Beneath the Northern City

42. Hidden Does Not Mean Harmless

Groundwater is invisible from the street but can influence:

• foundations;
• basements;
• corrosion;
• soil strength;
• liquefaction potential;
• underground utilities;
• local flooding.

Research in northern Almaty has modelled urbanisation-related groundwater flooding, including localised water-table rise associated with altered recharge conditions. 

The buried water system is therefore an active urban object.

43. The Groundwater Paradox

Urbanisation may simultaneously:

• reduce natural recharge through impermeable surfaces;
• increase local recharge through leaking pipes, irrigation and wastewater;
• change drainage;
• obstruct former flow paths;
• increase pumping.

Different districts may therefore experience opposite effects:

\text{groundwater decline in one zone}

and:

\text{groundwater rise in another}

A single citywide groundwater trend can hide local failure.

44. Foundation and Aquifer Must Share a Map

Every major development should know:

• depth to groundwater;
• seasonal variation;
• aquifer layer;
• recharge effect;
• dewatering plan;
• downstream consequence.

Construction dewatering can protect one excavation while altering neighbouring ground conditions.

\text{local dry basement}
\rightarrow
\text{regional water redistribution}

This is another distributed-responsibility problem.

Shadow Object 10

January 2022

45. The Event Is Known; Its Complete Mechanism Is Not

The basic January record is secure:

• protests began;
• Almaty became the principal urban epicentre;
• violence and looting occurred;
• security control partially failed;
• lethal force was used;
• large numbers of people were detained;
• trials and investigations followed.

The unresolved field concerns:

• escalation;
• actor networks;
• command;
• individual deaths;
• torture allegations;
• trial fairness.

46. A 2025 Trial Audit Did Not Close the Case

The OSCE Office for Democratic Institutions and Human Rights monitored January-related trials between November 2022 and December 2023 and published its report in May 2025. It found practices falling short of international fair-trial standards after monitoring more than 400 hearings. 

Amnesty International’s 2026 country reporting highlighted the disparity between civilian deaths and widespread torture allegations on one side and the comparatively low number of prosecutions for killings on the other. 

The existence of completed trials therefore does not make the event fully resolved.

47. Four January Evidence Objects

Object A — Crowd history

Who arrived, when and with which intention?

Object B — Violence history

Which groups used weapons, committed arson or looted?

Object C — Command history

Who authorised particular police, military and communications actions?

Object D — Individual-victim history

How was each person killed, injured, detained or mistreated?

These objects overlap.

One cannot replace the others.

48. Aggregate Counts Are Not Complete Justice

A national death total cannot establish:

• location;
• time;
• responsible actor;
• legal status;
• whether force was necessary;
• whether aid was delayed.

The correct terminal object is not:

238 DEAD

It is:

PERSON 001
→ location
→ time
→ evidence
→ cause
→ responsible investigation
→ case status

An aggregate describes scale.

A person-level register supports accountability.

49. The Missing Command Graph

A complete January graph would need to join:

• presidency;
• security council;
• interior ministry;
• military;
• national-security bodies;
• city command;
• local police;
• CSTO deployment;
• communications restrictions.

The unresolved question is not simply:

Who was in charge?

It is:

Which institution controlled each operation at each time?

Command can fragment during crisis even when the state later presents one unified account.

50. Restricted Evidence and Public Legitimacy

Some operational records may legitimately require protection.

But permanent opacity creates a returned cost:

\text{security secrecy}
\rightarrow
\text{unresolved public suspicion}

A credible process can protect:

• tactical methods;
• witness safety;
• legitimate classified information

while still disclosing:

• legal authority;
• decision sequence;
• casualty findings;
• accountability outcomes.

Security and public truth are not necessarily opposites.

Shadow Object 11

The Missing Ordinary City

51. Famous Objects Dominate the Archive

Almaty’s public history is rich in:

• cathedral;
• Golden Man;
• Medeu;
• Academy of Sciences;
• Palace of the Republic;
• Hotel Kazakhstan;
• major protests.

The ordinary city is less visible:

• renters;
• cleaners;
• bus drivers;
• market traders;
• construction workers;
• peripheral households;
• maintenance technicians;
• carers;
• unregistered migrants.

Yet these carriers keep the metropolis operating.

52. The Archive Bias

A government building produces:

• plans;
• budgets;
• photographs;
• official speeches;
• preservation records.

An ordinary courtyard may leave:

• family photographs;
• oral memory;
• utility bills;
• fragments after demolition.

Therefore:

\text{archive density}
\neq
\text{historical importance}

The Shadow Atlas must deliberately recover low-documentation lives.

53. The Missing Maintenance Worker

Large systems are often narrated through designers and leaders.

Their continuity depends upon people who:

• clean channels;
• inspect bridges;
• repair pipes;
• service lifts;
• prune trees;
• maintain monitoring equipment;
• restart power;
• drive emergency vehicles.

These people are usually visible only when maintenance fails.

A complete city history should ask:

Who touched the system every day after the celebrated builder left?

54. The Missing Women and Children

Political and archaeological narratives commonly overrepresent:

• rulers;
• warriors;
• officials;
• prominent male professionals.

They underrepresent:

• household production;
• childcare;
• food preparation;
• illness;
• education;
• domestic migration;
• women’s paid and unpaid labour.

This is not merely a moral omission.

It removes the reproduction system that allowed every other institution to continue.

55. Statistical Absence

A person may be absent from official data because they are:

• unregistered;
• temporarily resident;
• classified under another category;
• working informally;
• commuting;
• omitted by survey design.

Therefore:

\text{not counted}
\neq
\text{not present}

Population, labour and housing statistics should expose their coverage limitations rather than present the administrative object as complete human reality.

56. Shadow Atlas Priority Matrix

The matrix prevents curiosity from outranking danger.

A secret tunnel is interesting.

An unknown building vulnerability is urgent.

57. The Almaty Shadow Compiler

VISIBLE CITY
     ↓
unresolved anomaly
     ↓
popular explanation appears
     ↓
claim spreads faster than evidence
     ↓
myth becomes familiar
     ↓
familiarity impersonates verification

The repair sequence is:

claim isolated
     ↓
object typed
     ↓
evidence classes separated
     ↓
conflicts retained
     ↓
unknown state assigned
     ↓
resolution route named

The Shadow Atlas does not close every mystery.

It stops unsupported closure.

58. Active Shadow Receipts

ALM.RECEIPT.150 — Typed unknown

INPUT:
missing, conflicting or inaccessible evidence
TRANSFORMATION:
unknown assigned a specific causal state
CAPABILITY INSTALLED:
research can distinguish what action is possible
RETURNED COST PREVENTED:
myth no longer occupies every evidence gap

ALM.RECEIPT.151 — Myth replacement

INPUT:
popular but weak explanation
TRANSFORMATION:
legend replaced by verified operating mechanism
CAPABILITY INSTALLED:
public interest retained at higher resolution
EXAMPLE:
“no nails” becomes structural-system investigation

ALM.RECEIPT.152 — Conflict preservation

INPUT:
47-mound and 52-mound official inventories
TRANSFORMATION:
disagreement stored rather than silently normalised
CAPABILITY INSTALLED:
future survey can reconcile feature by feature
RETURNED COST PREVENTED:
false precision

ALM.RECEIPT.153 — Restricted-object firewall

INPUT:
civil-defence and security-related infrastructure
TRANSFORMATION:
public safety information separated
from legitimately sensitive detail
CAPABILITY INSTALLED:
coverage can be audited without publishing tactical plans
RETURNED COST PREVENTED:
secrecy does not validate unsupported rumours

ALM.RECEIPT.154 — Buried-city coordinate

INPUT:
coins, fragmented archaeology, place memory
and medieval regional context
TRANSFORMATION:
Almatu retained as an open urban coordinate
CAPABILITY INSTALLED:
research proceeds without false municipal continuity
RETURNED COST PREVENTED:
commemoration does not replace archaeology

ALM.RECEIPT.155 — Probabilistic fault object

INPUT:
topography, deformation data and seismic modelling
TRANSFORMATION:
buried structure represented through bounded scenarios
CAPABILITY INSTALLED:
planning before complete certainty
RETURNED COST PREVENTED:
uncertainty is not used as an excuse for inaction

ALM.RECEIPT.156 — Building passport

INPUT:
design, ground, inspection, alteration and occupancy data
TRANSFORMATION:
unknown structure becomes measured risk object
CAPABILITY INSTALLED:
prioritised reinforcement and resident information
RETURNED COST PREVENTED:
citywide safety slogans do not replace building evidence

ALM.RECEIPT.157 — Person-level January archive

INPUT:
death list, medical evidence, video,
testimony, command and court records
TRANSFORMATION:
aggregate event decomposed into individual cases
CAPABILITY INSTALLED:
accountability, appeal and historical closure
RETURNED COST PREVENTED:
national totals erase individual causation

59. Correct-Type Firewalls

ALM.F217 — Unknown

Unknown does not mean absent.

ALM.F218 — Possibility

Possible does not mean probable.

ALM.F219 — Restricted

Restricted evidence does not validate every secret claim.

ALM.F220 — Repetition

A frequently repeated statement is not independent corroboration.

ALM.F221 — Apple origin

Principal progenitor does not mean sole genetic source.

ALM.F222 — Almaty apple geography

Central Asian origin does not identify one municipal birthplace.

ALM.F223 — Underground object

Several shelters do not prove one connected tunnel system.

ALM.F224 — Reception point

Emergency assembly points are not necessarily protective shelters.

ALM.F225 — Cathedral date

The cathedral could not have survived an earthquake occurring before its construction.

ALM.F226 — Nail claim

“Virtually no nails” and “no nails” are not equivalent engineering statements.

ALM.F227 — Monument survival

Survival does not reveal which individual component caused survival.

ALM.F228 — Mound count

Conflicting official inventories must not be silently harmonised.

ALM.F229 — Unexcavated mound

Lack of excavation does not predict treasure.

ALM.F230 — Groundwater

Subsurface flow does not imply a cavern or underground river.

ALM.F231 — Microclimate

Distinct local weather does not establish one hidden hydrological cause.

ALM.F232 — Anniversary

UNESCO-supported commemoration is not proof of continuous municipality.

ALM.F233 — Mint

A mint attribution is not a complete city plan.

ALM.F234 — Fault model

A scenario is not an earthquake forecast.

ALM.F235 — Seismic zone

Citywide hazard classification does not determine individual-building safety.

ALM.F236 — Building age

New is not automatically safe; old is not automatically unsafe.

ALM.F237 — January label

One official label must not replace the event’s multiple actor and behaviour classes.

ALM.F238 — Aggregate death total

A total does not identify cause or responsibility.

ALM.F239 — Completed trial

Trial completion does not prove fair process or complete accountability.

ALM.F240 — Archive visibility

Greater documentation does not equal greater historical importance.

60. Shadow Evidence Ladder

An unknown does not move upward because it is exciting.

It moves upward through independent evidence.

61. Consolidated Shadow Ledger

62. New Uncertainty Register

ALM.U172 — APPLE_LOCAL_PROGENITOR_WEIGHT
The contribution of specific present-day Almaty wild populations to early domesticated lineages remains unresolved.

ALM.U173 — WILD_APPLE_INTROGRESSION
The extent of cultivated-apple gene flow into each remaining wild population requires mapping.

ALM.U174 — UNDERGROUND_FACILITY_INVENTORY
The number, type and readiness of Almaty’s protective structures are not available in one accessible public register.

ALM.U175 — UNDERGROUND_CONNECTIVITY
No verified citywide tunnel-concordance map has been located.

ALM.U176 — SHELTER_ACCESS
Legal inventory does not establish practical public entry, readiness or capacity.

ALM.U177 — CATHEDRAL_CONNECTION_SYSTEM
Public descriptions of fasteners conflict and require material and archival audit.

ALM.U178 — CATHEDRAL_RESTORATION_LAYERS
Original structure and later intervention must be separated component by component.

ALM.U179 — BORALDAY_COUNT_RECONCILIATION
The 47- and 52-mound inventories require one shared feature register.

ALM.U180 — BORALDAY_SUBSURFACE_STATE
Chamber survival, ancient looting and later disturbance remain unknown for many features.

ALM.U181 — SHYMBULAK_HYDROLOGY
The contribution of shallow and deep groundwater to local slope and snow conditions remains insufficiently modelled.

ALM.U182 — ALMATU_PRIMARY_SITE
The principal physical centre associated with medieval Almatu remains incompletely resolved.

ALM.U183 — ALMATU_SETTLEMENT_RELATIONSHIPS
It is unclear which nearby medieval sites were simultaneous and institutionally joined.

ALM.U184 — BLIND_FAULT_GEOMETRY
The position, depth, segmentation and slip history of urban blind faults require further constraint.

ALM.U185 — URBAN_GROUND_DEFORMATION
Observed deformation must be separated among tectonic, groundwater and construction processes.

ALM.U186 — CURRENT_BUILDING_VULNERABILITY
Past citywide surveys do not provide a complete current public structure register.

ALM.U187 — UNAUTHORISED_BUILDING_CHANGE
The seismic consequences of removed walls, added floors and altered utilities are not centrally visible.

ALM.U188 — GROUNDWATER_BALANCE
Recharge, leakage, extraction and groundwater flooding are not joined in one metropolitan model.

ALM.U189 — JANUARY_ESCALATION_GRAPH
The time-resolved transition from peaceful protest to mixed violence remains disputed.

ALM.U190 — JANUARY_ACTOR_COMMAND
The organisation and command relationships of violent non-state groups remain incompletely established.

ALM.U191 — JANUARY_ALMATY_VICTIM_REGISTER
The complete city-specific death and injury record requires consolidation.

ALM.U192 — LETHAL_FORCE_CHAIN
Authorisation and implementation of lethal-force decisions require independent reconstruction.

ALM.U193 — TORTURE_CASE_COMPLETENESS
Reported allegations substantially exceed completed accountability findings.

ALM.U194 — ORDINARY_CITY_ARCHIVE
Maintenance, domestic work, informal labour and peripheral life remain underrepresented.

ALM.U195 — DESTROYED_EVIDENCE
Some medieval, colonial and Soviet layers have been permanently lost through development.

63. Machine-Readable Shadow Record

{
  "@type": "AtlasShadowLedger",
  "id": "ATLAS.CITY.ALMATY.SHADOW.V1",
  "canonical_name": "The Almaty Shadow Atlas",
  "research_cutoff": "2026-08-02",
  "purpose": "Separate genuine unknowns, open coordinates, restricted records, conflicting inventories and unsupported legends.",
  "unknown_states": [
    "not asked",
    "not surveyed",
    "incompletely surveyed",
    "physically obscured",
    "destroyed",
    "restricted",
    "conflicting inventory",
    "probabilistic",
    "contested interpretation",
    "popular myth"
  ],
  "principal_shadow_objects": [
    {
      "object": "apple birthplace",
      "state": "verified core with geographic and genetic overstatement"
    },
    {
      "object": "secret tunnel network",
      "state": "individual underground facilities verified; citywide connection unsupported"
    },
    {
      "object": "Ascension Cathedral nail claim",
      "state": "public descriptions conflict; engineering audit required"
    },
    {
      "object": "Boralday mound inventory",
      "state": "47 and 52 official counts unresolved"
    },
    {
      "object": "Shymbulak hidden water",
      "state": "local hydrogeological contribution open; mystical mechanism unsupported"
    },
    {
      "object": "medieval Almatu",
      "state": "named and numismatic object; precise urban body unresolved"
    },
    {
      "object": "buried active faults",
      "state": "probabilistic high-consequence physical object"
    },
    {
      "object": "building safety",
      "state": "critical actionable unknown at structure level"
    },
    {
      "object": "January 2022",
      "state": "event secure; actor, command, casualty and accountability graph incomplete"
    }
  ],
  "priority_rule": "Unknowns are ranked by consequence and repairability, not narrative excitement.",
  "critical_actionable_unknowns": [
    "civil-defence shelter readiness",
    "building seismic vulnerability",
    "buried-fault geometry",
    "groundwater redistribution",
    "January 2022 person-level accountability"
  ],
  "myth_replacement_rules": [
    "replace sole apple birthplace with joined domestication genome",
    "replace underground city with typed underground infrastructure inventory",
    "replace nail miracle with structural-system analysis",
    "replace treasure prediction with funerary landscape research",
    "replace mystical groundwater with measured mountain hydrology",
    "replace unbroken millennium city with typed continuity channels"
  ],
  "restricted_inferences": [
    "absence of public evidence proves nonexistence",
    "security restriction validates rumour",
    "unexcavated means wealthy",
    "anniversary proves municipal continuity",
    "scenario model predicts next earthquake",
    "city seismic classification proves individual-building safety",
    "aggregate casualty count resolves individual cases"
  ],
  "next_route": "Almaty intersection slice: 3 January 1911"
}

64. Almaty’s Twelfth Atlas Principle

The preceding principles established Almaty as:

• an active physical system;
• a biological transmission field;
• a joined mobile and settled landscape;
• a political corridor;
• a city repeatedly destroyed and recompiled;
• a knowledge and service metropolis.

The twelfth is:

An unknown should never be treated as an empty container into which the most dramatic explanation may be poured.

Every unknown has a shape.

It may be:

• buried;
• restricted;
• destroyed;
• probabilistic;
• contested;
• merely uninventoried.

\boxed{
\text{typed uncertainty}
=
\text{usable knowledge}
}

The Shadow Atlas therefore does not weaken Almaty’s history by admitting uncertainty.

It increases its resolution.

The unknown medieval city becomes a research coordinate.

The buried fault becomes a planning object.

The shelter becomes an inventory responsibility.

The cathedral becomes an engineering system.

The January victim becomes an individual case rather than a statistic.

The myth disappears, but the city becomes more interesting.

65. Wide Atlas Connections

Almaty ↔ Bishkek

Both cities require a shared mountain-front Shadow Atlas covering:

• buried faults;
• Soviet protective infrastructure;
• groundwater;
• lost pre-imperial settlements;
• post-Soviet building alteration;
• incomplete metropolitan population.

A secret-tunnel comparison would be less useful than a verified protective-infrastructure comparison.

Almaty ↔ Lhasa and Shigatse

Each city has continuity claims complicated by:

• multiple settlement objects;
• sacred or political memory;
• changing administrative owners;
• archaeological visibility;
• modern civic narratives.

The Atlas must distinguish:

\text{place continuity}

from:

\text{institutional continuity}

without erasing either.

Almaty ↔ Carrara Herbal

The Shadow Atlas applies the Carrara control rule:

The surviving visible object is not the complete runtime.

• The cathedral is not only timber.
• The apple is not only one wild species.
• The mound is not only grave goods.
• The city is not only its official boundary.

The missing parts must be reconstructed without inventing them.

Almaty ↔ Voynich Control Tests

This pass directly inherits the adversarial Voynich rule:

\boxed{
\text{all interpretations remain provisional
until they survive an attempt to break them}
}

For Almaty:

repeated story
≠ repeated evidence
visual resemblance
≠ identity
absence
≠ none
possible
≠ probable
classified
≠ confirmed
commemorated
≠ archaeologically continuous

Almaty ↔ Civilisation V2.0

Civilisation V2.0 requires institutions able to say:

• we do not know;
• this count conflicts;
• this model is probabilistic;
• this case remains unresolved;
• this safety claim requires inspection.

A civilisation that cannot expose uncertainty accumulates concealed fragility.

\text{false certainty}
\rightarrow
\text{delayed repair}
\rightarrow
\text{larger failure}

Almaty’s next upgrade begins when its unknowns become visible before the mountain, infrastructure or population exposes them violently.

Research Lock 13

The negative space is now installed:

\text{verified history}
+
\text{typed unknowns}
+
\text{myth firewalls}
+
\text{resolution routes}
=
\text{complete Almaty research field}

The next pass moves from the full timeline into one high-resolution intersection:

Civilisation Atlas | Almaty, 3 January 1911

The Mountain Tests the City That Chose to Remain

The slice will join:

\text{active Tian Shan}
+
\text{colonial Verny}
+
\text{1887 disaster memory}
+
\text{timber engineering}
+
\text{Ascension Cathedral}
+
\text{ordinary households}
+
\text{water and roads}
+
\text{imperial relief}
+
\text{the decision to rebuild again}

Its governing question will be:

What did the 1911 earthquake reveal about a city that already knew it was dangerous to remain beneath the mountain—but had accumulated too much institutional, economic and human life to leave?

Almaty Research Pass 14

Civilisation Atlas | A Day in Verny, 4 January 1911

The Mountain Tests the City That Chose to Remain

Historical location: Verny, the Bolshaya and Malaya Almatinskaya stanitsas, and the wider Semirechye mountain field
Timeline window: Night of 3–4 January 1911, Gregorian calendar
Russian imperial date: Night of 21–22 December 1910, Julian calendar
Earthquake origin: 3 January 1911 at approximately 23:25 UTC
Local lived date: approximately 05:25 on 4 January 1911
Atlas object: ALMATY.LIFE_WINDOW.1911.01.04
Parent object: ATLAS.CITY.ALMATY.VERNY.COLONIAL.V1
Evidence class: Archive-anchored urban disaster reconstruction
Previous object: ATLAS.CITY.ALMATY.SHADOW.V1

0. Calendar Lock

The proposed title “Almaty, 3 January 1911” requires a high-resolution correction.

The earthquake is conventionally dated 3 January 1911 because its instrumental origin time was approximately 23:25 UTC. In Verny, however, it was already early morning on 4 January under the Gregorian calendar. Russian imperial reports dated the event 22 December 1910, because the empire was still using the Julian calendar. The USGS therefore notes both the 3 January UTC date and the 4 January local Gregorian date. 

The Atlas must retain all three coordinates:

UTC:
1911-01-03 23:25
LOCAL GREGORIAN:
1911-01-04 approximately 05:25
RUSSIAN IMPERIAL JULIAN:
1910-12-22 approximately 04:25–04:30

The people of Verny did not experience an abstract “3 January earthquake.”

They experienced the ground beginning to move before dawn, during a winter morning recorded under a different calendar.

1. Before the Ground Moves

Verny already knew that the mountain could destroy it.

The city had been devastated by the 1887 earthquake. Two years later, the Northern Tian Shan produced the immense 1889 Chilik earthquake. Modern reassessment places these events at approximately moment magnitudes 7.7 and 7.9 respectively, while the 1911 Chon-Kemin earthquake was approximately magnitude 8.0. 

The city that entered 1911 was therefore not innocent.

Its buildings, regulations and public memory had been shaped by earlier disaster.

The inhabitants knew:

• masonry could collapse;
• chimneys could fall;
• aftershocks could finish damaged structures;
• winter exposure could become deadly;
• roads and telegraph lines could fail;
• mountain slopes could release rock and snow.

Yet the city had remained.

Its inhabitants had rebuilt:

• houses;
• schools;
• government offices;
• roads;
• churches;
• gardens;
• commercial institutions.

They had also built a new wooden cathedral whose engineering drew directly from the region’s seismic experience.

The city had not defeated the mountain.

It had accumulated enough life that leaving the mountain had become more difficult than adapting to it.

2. A City Already Locked to Its Site

By 1911, Verny was no longer merely a frontier fort.

It had become:

• the administrative centre of Semirechye;
• a military headquarters;
• a commercial market;
• a Cossack and settler city;
• a home to Kazakh workers and residents;
• a multilingual regional interface;
• an educational and religious centre;
• a garden city dependent on mountain water.

The city’s institutional weight can be represented as:

I =
G + H + P + W + R + M

where:

• G = government;
• H = housing;
• P = property;
• W = water infrastructure;
• R = roads and regional connections;
• M = memory and social attachment.

By 1911:

I_{\text{Verny}}
>
\text{politically acceptable cost of relocation}

The city remained because the mountain-front location continued to supply:

• water;
• productive soils;
• timber;
• route access;
• strategic value;
• climatic and agricultural advantages.

The same substrate supplied both capability and danger.

3. 05:25 — The Mountain Releases Stored Motion

The Chon-Kemin earthquake ruptured a complex fault system in the Northern Tian Shan.

Modern geological studies reconstruct roughly 155–195 kilometres of rupture distributed across multiple fault patches and segments. Other analyses give a minimum total near 188–190 kilometres. The event generated extensive surface deformation, landslides, rockfalls and other secondary ground failures across the mountain region between the Issyk-Kul basin and the Trans-Ili Alatau. 

This was not one clean crack.

It was a joined rupture:

\text{segment A}
\rightarrow
\text{segment B}
\rightarrow
\text{stepover}
\rightarrow
\text{segment C}
\rightarrow
\text{slope failures}

Several structures with different orientations and styles of motion participated in the same event.

The ground beneath the wider region did not move as one rigid plate.

Different blocks adjusted through a complicated sequence of fault movement.

4. The Event Was Larger Than Verny

The earthquake’s principal rupture lay in the mountain system east and southeast of Verny.

The city was one receiver inside a much larger disaster field containing:

• the Chon-Kemin Valley;
• the Chilik Valley;
• the Kungey Alatau;
• the northern Issyk-Kul settlements;
• mountain winter camps;
• roads and telegraph stations;
• Verny and its adjoining stanitsas.

The event’s regional death toll differs among later scientific catalogues and historical reconstructions. One modern study reports approximately 390 deaths, including 44 in Verny. Other geological and USGS summaries give 452 deaths and 740 injuries across the wider affected region. Archival reports written while bodies were still being found referred to roughly 400 deaths. These totals should remain visibly source-dependent rather than be silently reduced to one falsely exact figure. 

The Atlas state is:

VERNY DEATHS:
approximately 44 in one modern reconstruction
REGIONAL DEATHS:
approximately 390–452 depending on source and boundary
INJURED:
approximately 740 in the broader catalogue
STATUS:
casualty scope and counting methods differ

5. The City Wakes While Its Houses Move

A contemporary administrative account described the strongest motion as lasting around three minutes.

That reported duration should not be treated as an instrumentally measured uniform shaking interval. It records the experience of observers living through a long and terrifying sequence of movement. 

The lived sequence was likely closer to:

sleep
→ noise
→ first movement
→ attempted escape
→ falling chimneys and masonry
→ darkness
→ cold street
→ continuing motion
→ uncertainty over whether to re-enter

The earthquake did not arrive as a scientific magnitude.

It arrived as:

• walls flexing;
• plaster falling;
• doors jamming;
• glass breaking;
• chimneys collapsing;
• animals panicking;
• people unable to determine where safety lay.

6. The First Survival Decision

During an earthquake, the first decision is made before complete information exists:

Remain inside or attempt to escape?

In Verny, both choices could be dangerous.

Inside:

• masonry could fall;
• ceilings could collapse;
• stoves or chimneys could fail;
• exits could jam.

Outside:

• cornices and chimneys could fall;
• darkness concealed debris;
• winter cold created exposure;
• people might be injured while leaving.

Archive-derived reports describe residents rushing into the street with children while only partly dressed, in temperatures reported near −15°C. Some later suffered pneumonia, typhus or other illnesses associated in the records with exposure and the emergency conditions. Others were injured by falling entrance canopies and chimneys while attempting to escape. 

The disaster therefore had more than one time scale:

\text{seconds of shaking}
\rightarrow
\text{hours of exposure}
\rightarrow
\text{days of illness}

7. The Earthquake Entered the Human Nervous System

The damage was not only architectural.

The Semirechye relief committee recorded, in the first two weeks after the earthquake, seven cases described in the terminology of the period as acute mental breakdown and 64 cases of serious nervous disorder in Verny. The report described people wandering among the streets, crying, appearing disoriented or becoming detached from possessions still buried under wreckage. 

These categories are not modern psychiatric diagnoses.

They nevertheless provide direct evidence that officials recognised severe psychological injury.

The earthquake transformed:

• noise into fear;
• aftershocks into sleeplessness;
• shelter uncertainty into continuing stress;
• damaged property into perceived futurelessness.

The complete casualty field was:

C =
C_{\text{death}}
+
C_{\text{injury}}
+
C_{\text{exposure}}
+
C_{\text{disease}}
+
C_{\text{psychological}}
+
C_{\text{livelihood}}

A death count captures only the first term.

8. Aftershocks Keep the Disaster Open

The ground did not become trustworthy when the main shock ended.

Reports described frequent continuing tremors. Residents were reluctant to enter even buildings that appeared comparatively intact. In mountain districts, continuing movement and falling rocks forced communities to leave wintering locations and descend into lower valleys. 

This creates an important distinction:

BUILDING STANDING:
visible state
BUILDING SAFE TO RE-ENTER:
engineering and behavioural state

A building may remain upright while:

• joints are loosened;
• walls are cracked;
• chimneys are unstable;
• occupants no longer trust it.

Aftershocks extend the disaster by preventing ordinary inspection, repair and return.

9. The 1887 Lesson Returns

The first official telegrams again distinguished strongly between construction systems.

Semirechye’s military governor reported that wooden and timber-framed buildings generally performed comparatively well, though many were damaged, while brick and adobe buildings were largely destroyed or heavily affected. Administrative buildings, schools, military workshops, postal facilities, courts and residences sustained serious damage. 

This repeated the lesson of 1887:

\text{heavy brittle structure}
\rightarrow
\text{high collapse potential}

\text{lighter connected timber system}
\rightarrow
\text{greater deformation capacity}

But timber was not magic.

Performance still depended upon:

• connections;
• foundation;
• geometry;
• maintenance;
• workmanship;
• height;
• loading.

The material created possibility.

The complete structural system determined behaviour.

10. The Cathedral Remains Standing

The Ascension Cathedral had been constructed between 1904 and 1907.

Its original design was associated with Konstantin Borisoglebsky and was later refined and implemented under Andrei Zenkov. Its timber structural system incorporated flexible connections, foundations and engineering measures intended for a seismic environment. The cathedral survived the 1911 earthquake with only limited damage compared with much of the surrounding built environment. 

Its survival made it an immediate visible object:

\text{damaged city}
+
\text{standing cathedral}
\rightarrow
\text{proof of alternative construction}

But the Atlas must resist allowing the cathedral to impersonate the whole city.

One exceptional building survived.

Thousands of ordinary residents lived in structures built to different standards.

11. The Cathedral Did Not Survive “Without Engineering”

The popular claim that the cathedral was constructed without nails remains inconsistent across public sources. A recent UNESCO tentative-list entry submitted by Kazakhstan repeats the no-nails formulation, but the same UNESCO page states that responsibility for tentative-list content rests with the submitting state. Another related UNESCO nomination carefully assigns nail-free construction specifically to the Jarkent Mosque while describing the cathedral through timber systems, flexible joints and reinforced foundations. 

The safe engineering statement is:

The cathedral survived through the behaviour of a joined timber structural system whose exact mixture of carpentry joints and metal components requires a component-level technical audit.

The unsafe statement is:

It survived because it contained no nails.

The first invites investigation.

The second replaces engineering with a miracle.

12. The Cathedral as a Control Building

The cathedral can function as a high-resolution control.

Its survival allows comparison with buildings that failed:

The correct research question is not simply:

Why did the cathedral survive?

It is:

Which of its recoverable design and construction properties could have been transferred affordably into ordinary housing?

A civilisational technology reaches maturity only when its benefits leave the exceptional building.

13. The Ordinary House Is the Real Resilience Test

Monuments receive:

• specialist design;
• close supervision;
• public funding;
• later maintenance;
• historical documentation.

Ordinary houses are more numerous and contain most residents.

Citywide resilience therefore depends upon:

\text{ordinary-house performance}
\times
\text{number of households}

not:

\text{monument performance}
\times
\text{symbolic visibility}

The cathedral demonstrated that better survival was technically possible.

The city’s continued losses demonstrated that capability transfer remained incomplete.

14. Bolshaya Almatinskaya Stanitsa

The earthquake did not strike only the central administrative city.

In Bolshaya Almatinskaya stanitsa, the local ataman reported 12 people killed by collapsing structures. The period classification identified victims as two Russian women, two Kazakh people and eight Taranchi residents. The same report listed 160 private houses, four government buildings and the local church as destroyed, while another 927 houses were described as partly ruined. 

The record reveals three things simultaneously:

1. severe physical damage;
2. a multi-community settlement;
3. an imperial archive classifying victims by administrative ethnicity.

The casualty list is therefore also a colonial social map.

15. Malaya Almatinskaya Stanitsa

In Malaya Almatinskaya stanitsa, the local report listed 16 Kazakh deaths—12 men and four women in the language of the report—alongside 61 destroyed and 496 damaged but still usable buildings. 

This creates a crucial performance distinction:

DESTROYED:
no longer safely usable
DAMAGED BUT HABITABLE:
standing, yet requiring repair and inspection
APPARENTLY UNDAMAGED:
not necessarily inspected

The same earthquake generated a range of building states.

A binary destroyed/not-destroyed record loses most of the repair problem.

16. The Archive Sees Communities Unequally

The imperial archive recorded some residents through:

• name;
• office;
• property;
• legal estate.

Others appeared principally through:

• ethnic category;
• volost;
• casualty count;
• livestock loss.

This does not necessarily mean officials deliberately ignored every individual.

It reflects how the state was organised to see different populations.

A city official might be documented through salary and property valuation.

A Kazakh pastoral household might be documented through:

• yurt;
• livestock;
• wintering place;
• aggregate loss.

The evidence density differs because the governance relationship differed.

17. Beyond Verny: The Mountain Disaster

In the Chilik and other mountain districts, many deaths resulted from:

• falling rock;
• collapsed winter structures;
• snow and slope failure;
• animals plunging from frightened movement;
• destruction of yurts and livestock enclosures.

Reports named households losing horses, sheep, cattle, food stores, clothing, saddles, cooking vessels and money. Some mountain inhabitants were forced to abandon wintering grounds because aftershocks continued to dislodge rocks from the slopes. 

For these households, the disaster was not principally:

\text{house lost}

It was:

\text{house}
+
\text{herd}
+
\text{food}
+
\text{route}
+
\text{winter location}
\rightarrow
\text{simultaneous loss}

18. The Yurt Performed Differently

Later earthquake catalogues observe that yurts were comparatively resistant to direct shaking because they were light and flexible. Much of the regional mortality occurred through landslides, rockfall and other secondary effects rather than the structural collapse of yurts alone. 

This should not be converted into the claim that yurts made mountain inhabitants safe.

A yurt can survive shaking while being:

• struck by rock;
• buried by a landslide;
• crushed by snow;
• rendered unusable by loss of felt;
• separated from the herd sustaining its household.

Structural survival is only one layer of livelihood survival.

19. The Mobile Household’s Hidden Infrastructure

A pastoral household’s infrastructure included:

• the yurt;
• felt and bedding;
• saddles;
• cooking equipment;
• stored flour and millet;
• horses;
• sheep and cattle;
• known movement routes;
• seasonal access rights.

Archive reports documenting household possessions allow the mobile economy to become briefly visible. One family loss included a yurt, blankets, cloth, cash, roasted millet, flour, harnesses, saddles, a sleigh, cauldrons, bowls and livestock. 

The yurt was not a self-contained primitive shelter.

It was one component in a sophisticated portable production system.

20. Livestock Death Is Future Loss

A dead animal represents more than current food.

A horse can contain:

• mobility;
• traction;
• breeding;
• status;
• emergency transport.

A cow or sheep can contain:

• milk;
• meat;
• wool or hide;
• reproduction;
• exchange value.

Therefore:

\text{livestock death}
=
\text{present asset loss}
+
\text{future production loss}

A household may survive the earthquake physically and still enter a long decline because its reproductive economic base has disappeared.

21. The Road Breaks

The earthquake damaged roads through:

• rockfall;
• slope collapse;
• displaced earth;
• destroyed stations;
• broken telegraph poles.

The road through the Buam Gorge was obstructed by blocks reported as weighing up to hundreds of poods, while approximately 200 telegraph poles were damaged in the affected corridor. 

This converted distant places into communication shadows.

A town did not need to be destroyed to become endangered.

It could become dangerous because no information or supplies could reach it.

\text{road failure}
+
\text{telegraph failure}
=
\text{administrative blindness}

22. Repair Begins Before the Ground Becomes Quiet

An archival report describes 550 workers assembled from several Kazakh volosts to clear the Buam road.

They worked from early morning until late at night while aftershocks continued and new rocks fell. Telegraph poles were repurposed as levers to move debris. Local leaders and workers were specifically recommended for awards because of their role in restoring the route. 

This is one of the most important receipts in the entire slice.

The repair system was not composed solely of imperial engineers.

It depended upon:

• local mobilisation;
• route knowledge;
• collective labour;
• improvisation;
• willingness to work under continuing danger.

The road returned because people became temporary infrastructure.

23. The Repair Carrier Usually Disappears

Later histories often retain:

• governor;
• engineer;
• architect;
• relief committee.

The workers clearing rock become an anonymous number.

Yet their labour restored:

• postal movement;
• telegraph repair;
• medical access;
• government information;
• food movement.

The city’s archive should therefore distinguish:

DECISION OWNER:
official ordering or coordinating repair
CAPABILITY CARRIER:
people physically restoring the route

Both are necessary.

They are not the same role.

24. Telegraph as the Regional Nervous System

Telegram reports moved rapidly among:

• district heads;
• the military governor;
• the Turkestan governor-general;
• imperial ministries;
• newspapers.

They carried:

• casualties;
• building damage;
• road condition;
• relief needs;
• political reassurance.

The first reports were incomplete and sometimes wrong.

This is expected.

During a disaster:

\text{speed rises}
\rightarrow
\text{verification falls}

The correct archive should preserve successive reports rather than treating the earliest telegram as the final total.

25. The Governor Reports Upward

The military governor informed the emperor that Verny and its stanitsas had suffered more than 40 deaths, that wooden and timber-framed buildings had performed comparatively well, and that brick and adobe structures were largely destroyed. He also stated that local relief had been organised while the exact scale remained under investigation. 

This telegram performed several functions:

• casualty report;
• building-performance observation;
• reassurance that authority remained active;
• request context for future assistance.

The state’s continued existence had to be demonstrated at the same moment as the population’s distress.

26. Schools Become Emergency Housing

Several hundred homeless families in Verny were placed in schools and educational buildings. 

A school therefore changed state:

NORMAL FUNCTION:
education
DISASTER FUNCTION:
temporary shelter

This is a continuity principle:

Public buildings gain resilience value when they can safely change function.

But the transformation also interrupts:

• classes;
• child routines;
• teacher work;
• sanitation designed for a smaller load.

Emergency reuse transfers the crisis into the institution receiving the displaced population.

27. Food Becomes a Governance Test

Relief communications recorded hot food being prepared in Verny:

• borscht for some recipients;
• meat pilaf for Muslim recipients;
• flatbreads;
• fuel allocations;
• procurement of warm clothing.

The meal was priced and standardised for distribution. 

This small record exposes a large system:

\text{food supply}
+
\text{cooking capacity}
+
\text{religious accommodation}
+
\text{distribution}
+
\text{price control}

Relief becomes operational only when these components meet at the same place and time.

28. Cultural Difference Enters the Relief System

Providing different prepared foods acknowledged that one emergency population was not culturally uniform.

Relief could fail even when calories were available if the food:

• violated religious practice;
• could not be prepared safely;
• was distributed through inaccessible institutions;
• excluded people outside formal registration.

The food record shows an early form of receiver-aware emergency planning.

It also reveals the state categorising the population while feeding it.

Accommodation and classification were intertwined.

29. Clothing and Fuel Become Medical Intervention

In winter Verny, emergency assistance required more than rebuilding walls.

It required:

• coats;
• scarves;
• stockings;
• fuel;
• heated temporary structures;
• dry bedding.

A person outside at −15°C faces injury even after surviving the original collapse.

Therefore:

\text{warm clothing}
+
\text{fuel}
=
\text{preventive medicine}

The disaster-health system began before the patient entered a clinic.