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GOAP

Subject index

This page is a draft. It is a generated subject index over released circulars only: keywords from frontmatter and the circular’s own H2/H3 headings. Forthcoming circulars contribute no term and no locator.

It answers “where is this treated?” with a link. It is not yet the hand-compiled index a standards publication would print, and it does not quote withheld case-study text. For a question the index cannot place, file it as a Question.

Draft index: 996 terms from 72 released circulars (1448 locators). Generated from keywords and section headings. It is not yet a hand-compiled subject index, and a missing term is not a claim that the guidance is silent.

996 terms

A

A. Worked Example
TG-0.4 A. Worked Example
ABNJ
TG-6.6
Accounting Boundaries for Pelagic Activities
TG-6.5 §3.4
Accounting Challenges and Methodological Gaps
TG-6.6 §3.6
Accuracy Assessment (Steps 8-9)
TG-4.1 §4.4
Acknowledgements
TG-4.1 §5
Additionality
TG-6.15
administrative data
TG-3.7 ; TG-4.3
Administrative Data Compilation Workflow
TG-4.3 §3.4
Aggregation Approaches
TG-2.1 §3.6
Aligning with MDB environmental and social safeguards
TG-1.7 §3.3
AN1122
TG-6.11
AN322
TG-3.10
Appendixes
TG-0.4 Appendixes
Appendixes (if needed)
TG-0.4 Appendixes (if needed)
Application procedure for MSP practitioners
TG-1.2 §3.5
Application Procedure for Project Developers
TG-1.8 §3.8
Application procedures for development finance institutions
TG-1.7 §3.5
Aquaculture
TG-2.11 ; TG-3.9 ; TG-6.8
Aquaculture Systems Classification
TG-6.8 §3.1
Aquaculture, Gleaning, and Wood and NTFP Provisioning
TG-4.10 §3.5
Assessment subjectivity
TG-0.8 §4.2
Asset Account Integration
TG-6.7 §3.2
asset accounts
TG-3.1
Asset Classification
TG-3.9 §3.3 ; TG-3.10 §3.1
Asset Valuation
TG-6.11 §3.2
Atmospheric Deposition Indicators
TG-2.7 §3.5
Attribution Quality of the Delivered Variables
TG-4.1 §4.7
Attribution to Economic Sectors
TG-3.4 §3.5

B

B. Sample Code
TG-0.4 B. Sample Code
Balancing economic and environmental objectives
TG-1.4 §3.3
ballast water
TG-6.10
Baseline
TG-1.8
Baselines, Counterfactuals and Additionality
TG-6.15 §3.3
Bathymetry
TG-4.1
Bathymetry and Seabed Mapping
TG-4.1 §3.5
BBNJ
TG-2.10 ; TG-6.5 ; TG-6.6
BBNJ Agreement Indicators (Emerging horizon scanning)
TG-2.10 §3.5
Benefit-sharing and capacity building outcomes
TG-3.6 §4.5
benthic survey
TG-4.9
bilateral agreements
TG-4.12
Biodiversity
TG-2.10 ; TG-4.9 ; TG-6.1
biological carbon pump
TG-6.5
biological condition
TG-4.9
Biological Indicator Selection
TG-4.9 §3.2
Biomass
TG-4.9 ; TG-6.7
biophysical indicators
TG-2.1
Biosecurity
TG-6.8
Bleaching
TG-6.1
blue bond
TG-1.7 ; TG-1.8 ; TG-1.12 ; TG-2.6
Blue Bonds and Ocean-Linked Securities
TG-1.8 §3.1
blue carbon
TG-2.8 ; TG-2.10 ; TG-6.2 ; TG-6.3 ; TG-6.15
Blue Carbon Indicators
TG-2.8 §3.2
Blue Carbon Services
TG-6.2 §3.3
blue economy
TG-1.0 ; TG-1.11 ; TG-2.4 ; TG-3.3 ; TG-6.14
Blue Finance Practitioner
TG-0.5 §5.4
blue food
TG-3.9
blue public expenditure review
TG-1.12
blue tagging
TG-1.12
Blue tags alongside climate and biodiversity tags
TG-1.12 §3.6
Blue-Grey Integration
TG-6.11 §3.4
boundary definitions
TG-2.12
Breakwater
TG-6.11
BRUVS
TG-4.9
BSU
TG-4.1
budget tagging
TG-1.12
Building budget requests using ocean data
TG-1.1 §3.5
Business Surveys
TG-4.2 §3.1
Bycatch
TG-6.7

C

C. Detailed Tables
TG-0.4 C. Detailed Tables
canopy density
TG-6.4
Capacity and resources
TG-3.6 §5.1
Capital Allocation and Ocean Opportunity
TG-1.11 §3.6
capital formation
TG-2.6
Capital Formation in the Ocean Economy
TG-3.3 §3.6
Carbon
TG-6.1
Carbon and Blue Carbon Finance
TG-1.8 §3.4
carrying capacity
TG-3.9 ; TG-6.8
Carrying Capacity Considerations
TG-3.9 §3.4
Case applications
TG-1.7 §3.7
Case examples
TG-1.2 §3.6
Catchment Coast
TG-6.13
Catchment-Coast Accounting Linkages
TG-6.13 §3.1
CBD/GBF Indicators (Targets 2, 3, 15)
TG-2.10 §3.3
CEPA
TG-1.12 ; TG-2.4
Challenges
TG-0.4 §7.2
Challenges and limitations
TG-3.5 §4.4
change detection
TG-4.1
Change Detection (Steps 10-12)
TG-4.1 §4.5
chemosynthetic ecosystem
TG-6.6
Circular Development Workflow
TG-0.4 §7.1
circular economy
TG-2.11 ; TG-6.12
Circular Economy Indicators
TG-2.11 §3.4
Circular Numbering
TG-0.4 §3.2
Circular-Specific QA Guidance
TG-0.7 §3.9
citizen science
TG-4.4
Classification and Ecosystem Type Mapping (Steps 4-7)
TG-4.1 §4.3
Classification Concordances
TG-4.6 §3.4
Classification Frameworks
TG-6.11 §2.2 ; TG-6.15 §2.2
climate adaptation
TG-6.11 ; TG-6.11 §3.5
climate budget tagging
TG-1.12
climate risk
TG-2.8
Climate Risk and Adaptation Indicators
TG-2.8 §3.5
closing stock
TG-3.1
coastal communities
TG-2.3
coastal development
TG-3.9
coastal hazards
TG-2.9
coastal infrastructure
TG-6.11
Coastal Infrastructure Types
TG-6.11 §3.1
coastal pollution
TG-2.7
coastal protection
TG-2.9 ; TG-6.2
Coastal Protection -- Operationalising the SEEA-EA Coastal Protection Service
TG-2.3 §3.4
Coastal Protection Services
TG-6.2 §3.4
coastal tourism
TG-6.14
coastal vulnerability
TG-2.8
coastal water quality
TG-6.3
coastal wetland
TG-6.2
coastal zone
TG-3.11
COFOG
TG-1.12
combined presentations
TG-3.8
Combined Presentations and Indicators
TG-3.4 §3.7
Communication and Transparency
TG-1.9 §3.5
community monitoring
TG-4.4
Community-Based Monitoring
TG-4.4 §3.4
Comparability
TG-1.0
Comparing Nature-based, Engineered and Hybrid Options
TG-6.15 §3.8
Compilation Considerations
TG-2.5 §3.8 ; TG-3.7 §3.5
Compilation Procedure and Worked Example
TG-6.5 §3.7
Compilation Procedure for Aggregate Indicators
TG-2.1 §3.2
Compilation Procedure for Asset Accounts
TG-3.1 §3.2
Compilation Procedure for Combined Presentations
TG-3.8 §3.4
Compilation Procedure for Deep Sea Accounts
TG-6.6 §3.4
Compilation Procedure for Ecosystem Service Indicators
TG-2.4 §3.7
Compilation Procedure for Integrating Traditional Knowledge
TG-3.6 §3.4
Compilation Procedure for Ocean Economy Dependency Indicators
TG-2.2 §3.2
Compilation Procedure for Offshore Energy Accounts
TG-6.9 §3.2
Compilation Procedure for Physical Flow Accounts
TG-3.4 §3.4
Compilation Procedure: From Assessment to Accounts
TG-6.7 §3.3
Compilation Procedure: From PSUT to Marine Indicators
TG-2.7 §3.2
Compilation Procedure: From Remote Sensing Data to the Extent Variables
TG-4.1 §3.4
Compilation Procedure: Maritime Transport Supply-Use Table
TG-6.10 §3.6
Compilation Procedure: Worked Example
TG-2.10 §3.6
Compilation Procedures
TG-4.4 §3.5
Compiling the marine and coastal tourism segment
TG-6.14 §3.3
Compliance
TG-2.13
Compliance and Enforcement Indicators
TG-2.13 §3.5
composite index
TG-2.1
Conceptual components of the Ocean Accounts Framework
TG-0.1 §3.5
Conceptual Framework for Residual Flows
TG-3.4 §3.1
Conceptualising Economic Dependencies
TG-2.2 §3.1
Condition Assessment
TG-6.1 §3.2 ; TG-6.2 §3.2 ; TG-6.3 §3.2 ; TG-6.4 §3.2
condition index
TG-2.1
Condition-Based Indicators
TG-2.1 §3.4
Condition-to-Services Data-Flow Integration
TG-3.8 §3.11
Connecting National Ocean Accounts to Corporate Reporting
TG-1.11 §3.5
Connections with related circulars
TG-3.6 §5.4
Context sensitivity
TG-0.8 §4.1
coordinate reference systems
TG-2.12
Coordinate Reference Systems and Projections
TG-2.12 §3.1
coral condition
TG-6.1
coral cover
TG-4.9
coral reef
TG-6.1
coral reefs
TG-2.9
Core principles: stocks and flows
TG-3.5 §3.3
Corporate Disclosure: TNFD, IFRS S1, and CSRD
TG-1.11 §3.3
corporate reporting
TG-1.11
Counterfactual
TG-6.15
Country Commitment Framework
TG-0.8 §3.6
Country Readiness Self-Assessment Framework
TG-0.8 §3.1
CReMA
TG-2.4
cross-border statistics
TG-4.12
Cross-Domain Integration Protocol
TG-3.8 §3.8
Cross-Reference Summary
TG-6.11 Cross-Reference Summary
cross-source consistency
TG-4.6
Cross-Stack Connections
TG-3.4 §3.8
Crowdsourcing
TG-4.4
Cruise
TG-6.14
CSRD
TG-1.11
cultivated assets
TG-3.1
cultivated biological resources
TG-3.9 ; TG-6.8
Cultural and Recreational Dependencies
TG-2.3 §3.5
cultural protocols
TG-3.6
Cultural Service Indicators
TG-2.4 §3.5
cultural services
TG-2.3 ; TG-2.4
Cultural services account template
TG-3.6 §4.3
Cultural Services and Traditional Knowledge
TG-3.6 §3.5
Cumulative Impact Assessment
TG-1.6 §3.2
cumulative impacts
TG-6.9
Customs and Trade Data
TG-4.3 §3.2

D

Dashboard Design for Local Decision-Makers
TG-3.11 §3.6
Data and Methods
TG-6.5 §3.6
Data and Methods Gaps
TG-6.4 §3.5
Data Gap Prioritisation
TG-4.1 §3.7
data governance
TG-4.12
data harmonisation
TG-4.6
Data Harmonisation Workflow
TG-4.6 §3.5
data integration
TG-4.6
data quality
TG-4.4
Data Quality and Availability
TG-6.8 §5.1
Data Quality and Limitations
TG-4.10 §3.7
Data quality and uncertainty
TG-0.1 §3.7
Data Quality Considerations
TG-4.4 §3.2
Data Quality Requirements
TG-4.1 §2.3
Data Requirements
TG-6.8 §2.1 ; TG-6.11 §2.1 ; TG-6.15 §2.1
Data Requirements and Sources
TG-4.8 §3.4 ; TG-4.9 §3.4 ; TG-4.10 §3.4 ; TG-4.11 §3.4
data sharing
TG-4.12
Data Standards
TG-4.6 §3.1
debt-for-nature swap
TG-1.8
Debt-for-Nature Swaps
TG-1.8 §3.2
Decarbonisation
TG-6.10
Decision Use Cases and Policy Links
TG-6.9 §1.1
Decision Use Cases and Upward Connections
TG-6.12 §3.1
Decision Use Cases for Citizen Science Data
TG-4.4 §3.6
Decision use cases for Ocean Accounts
TG-1.3 §3.2
Decision Use Cases for Remote Sensing Data in Ocean Accounting
TG-4.1 §3.1
Decision Use Cases for Research Data
TG-4.5 §3.1
Decision Use-Case Framing
TG-3.4 §3.0
Decision Use-Cases for Social Accounts
TG-3.5 §3.5
Decommissioning
TG-3.10 ; TG-6.9
Decommissioning Accounting
TG-6.9 §3.5
Decommissioning Considerations
TG-3.10 §3.6
Decoupling
TG-2.7 ; TG-2.11
Decoupling Indicators
TG-2.11 §3.3
deep sea
TG-6.6
Deep Sea Ecosystems
TG-6.6 §3.2
deep-sea mining
TG-6.6
Defining marine and coastal tourism
TG-6.14 §3.1
Defining the Ocean Economy
TG-3.3 §3.2
Definition and scope of ocean accounts
TG-0.1 §3.3
Definitions
TG-0.6
Delivering the Extent Variables (Steps 13-14)
TG-4.1 §4.6
Delta
TG-6.13
dependency assessment
TG-1.11
Dependency Graph
TG-0.4 §8.3
Dependency Principles
TG-0.4 §8.2
dependency ratios
TG-3.2
Dependency Tracking
TG-0.4 §8.1
Depletion
TG-3.10
depletion-adjusted GDP
TG-6.7
development finance
TG-1.7
disaster risk
TG-2.9
Disaster Risk Framework
TG-2.9 §3.1
Disclosure and Verification Requirements
TG-1.8 §3.5
Disease and Biosecurity
TG-6.8 §3.5
dissolved oxygen
TG-4.8
distributional analysis
TG-3.5
Diving
TG-6.14
Documentation Requirements
TG-0.7 §3.5
double counting
TG-6.15
double materiality
TG-1.11
Downward Connections to Accounts, Indicators, and Data
TG-1.8 §3.6
Dredging
TG-6.10
dugong habitat
TG-6.3
Dynamic nature of readiness
TG-0.8 §4.3

E

ecological indicators
TG-4.9
economic activity
TG-3.3 ; TG-4.2
Economic Loss and Recovery Indicators
TG-2.9 §3.5
Economic Measurement
TG-6.10 §3.4
Economic performance indicators
TG-1.5 §3.2
economy to environment
TG-3.4
Ecosystem Analyst
TG-0.5 §5.3
Ecosystem Assets
TG-3.1 §3.5
Ecosystem Degradation and Damage Cost Valuation
TG-1.6 §3.5
ecosystem enhancement
TG-6.15
ecosystem restoration
TG-6.15
Ecosystem Service Dependencies
TG-2.2 §3.4
Ecosystem Service Valuation in EIA
TG-1.6 §3.3
ecosystem services dependency
TG-2.2
Ecosystem Services from the Deep Sea
TG-6.6 §3.5
Ecosystem Services Indicator Framework
TG-2.4 §3.1
ecosystem state
TG-2.1
Ecosystem-Based Protection Indicators
TG-2.9 §3.4
ECT
TG-4.8 ; TG-4.9
eDNA
TG-4.9
EEZ
TG-4.12
EGSS
TG-2.4
EIA-Account Integration Points
TG-1.6 §3.6
Embedding OA Outputs in National Development Plans
TG-1.10 §3.1
Emerging Methodological Issues
TG-6.9 §1.3
Emerging Practices and Future Development
TG-4.4 §3.7
emission intensity
TG-2.8
Emission Intensity Indicators
TG-2.8 §3.4
Emissions
TG-3.4
Emissions Accounting
TG-6.10 §3.3
Employment
TG-2.3 ; TG-3.5
Employment Indicators
TG-2.3 §3.2
Employment Structure
TG-2.5 §3.5
energy transition
TG-3.10 ; TG-6.9
Energy Transition Accounting
TG-6.9 §3.6
Energy Type Classification
TG-6.9 §3.1
enterprise survey
TG-4.2
Enterprise-Level Attribution from National Totals
TG-3.11 §3.4
Environmental Goods and Services Sector (EGSS)
TG-2.4 §3.2
Environmental Impact Recording
TG-6.9 §3.4
Environmental Interactions
TG-3.9 §3.5 ; TG-6.8 §3.3 ; TG-6.10 §3.5 ; TG-6.14 §3.5
Equity and Distribution
TG-3.5 §3.7
Estuarine and Deltaic Ecosystem Asset Accounts
TG-6.13 §3.3
Estuary
TG-6.13
Ethical Considerations
TG-3.6 §3.3
Exchange Formats
TG-4.6 §3.2
Exposure
TG-2.9
Extended Applications: Input-Output Analysis
TG-3.3 §3.10
Extended Balance Sheets
TG-3.8 §3.6
Extending Existing Statistical Systems
TG-4.10 §3.2
Extent and Condition
TG-6.5 §3.2
Extent and Condition Accounting
TG-6.6 §3.3
extent mapping
TG-6.2 ; TG-6.3
Extent-Based Indicators
TG-2.1 §3.3

F

Feed and Resource Use
TG-6.8 §3.4
feed conversion
TG-6.8
Feed Use and FIFO Calculation
TG-6.8 §4.4
FIFO
TG-6.8
Financing and Disclosure Interface
TG-6.15 §3.9
Finfish
TG-3.9
Fisheries
TG-2.11
Fisheries Data Sources and Compilation Considerations
TG-4.10 §3.8
fisheries management
TG-3.7
fishing licences
TG-4.3
fishing mortality
TG-6.7
fitness for purpose
TG-4.5
Flow Accounting: Litter Inputs to the Marine Environment
TG-6.12 §3.3
Flows
TG-3.2 ; TG-3.4
food security
TG-2.3
Food Security and Nutrition
TG-2.3 §3.3
Four Categories of Uncertainty
TG-0.7 §3.4
FPIC
TG-3.6
FPIC process steps applied to the assessment
TG-3.6 §4.2
From accounts to budget decisions: which data feed fiscal planning
TG-1.1 §3.2
From ground-level projects to investor due diligence
TG-1.8 §3.9
Full Lifecycle Cost
TG-6.15 §3.6
Functional components of ocean accounts
TG-0.1 §3.4
Funding and Support
TG-0.3 §2.4

G

GBF target 10
TG-3.9
GCF
TG-1.7
GCRMN
TG-4.9
GDP
TG-2.2 ; TG-3.3
GEF
TG-1.7
Gender
TG-3.5
Geospatial
TG-4.1
Getting account outputs to the planning authority on time
TG-1.10 §3.2
GFCF
TG-2.6
GIS
TG-2.12
Global Ocean Accounts Partnership
TG-0.3 §2.1
Glossary
TG-0.6
governance accounts
TG-2.13 ; TG-3.7
Governance and Legal Arrangements
TG-4.12 §3.2
Governance Effectiveness
TG-3.7 §3.4
Governance Indicator Framework
TG-2.13 §3.1
Government expenditure on ocean-related functions
TG-1.1 §3.7
government records
TG-4.3
green-grey comparison
TG-6.15
greenhouse gas
TG-3.4
gross value added
TG-2.5
Growth and Productivity Indicators
TG-2.5 §3.3
GSGF
TG-4.1
Guidance Material
TG-4.1 §3
GVA
TG-2.5

H

Hazard Exposure Indicators
TG-2.9 §3.2
high seas
TG-4.12 ; TG-6.5 ; TG-6.6
highly migratory species
TG-6.5
Horizon Scan: Emerging Applications
TG-1.11 §3.7
household survey
TG-4.2
Household survey module for coastal tourism
TG-4.2 §4.3
Household Surveys
TG-4.2 §3.2
How national programmes have drawn the line
TG-1.0 §3.6
How the fishery enters the accounts
TG-1.5 §3.1
Human Capacity Requirements and Team Composition
TG-0.8 §3.4
hybrid infrastructure
TG-6.11
hydrographic survey
TG-4.8
hydrothermal vent
TG-6.6

I

IFRS
TG-2.6
IFRS S1
TG-1.11
IFRS S2
TG-2.8
Illustrative Compilation
TG-6.15 §3.11
Image Acquisition and Preprocessing (Steps 1-3)
TG-4.1 §4.2
impact reporting
TG-1.8
Implementation approaches and starting points
TG-0.1 §3.8
Implementation Coordinator
TG-0.5 §5.7
Implementation pathway
TG-1.12 §3.9
Implementation Requirements Matrix
TG-0.8 §3.3
in-situ measurement
TG-4.8
Including Social and Governance Dimensions
TG-3.8 §3.3
Indicator Framework
TG-2.1 §3.1
Indicator presentation and communication
TG-2.7 Indicator presentation and communication
Indicator Selection
TG-4.8 §3.2
Indigenous
TG-3.5
Indigenous and Community Practitioner
TG-0.5 §5.10
indigenous knowledge
TG-4.4
indigenous peoples
TG-3.6
Individual Contributors
TG-0.3 §2.3
Individual Environmental Assets
TG-3.1 §3.4
Industry Classifications
TG-3.3 §3.4
informal waste sector
TG-6.12
Information needs for MSP
TG-1.2 §3.2
Information requirements for sustainable development decision-making
TG-0.1 §3.2
Institutional and Technical Requirements
TG-6.3 §2.2
Institutional Arrangements
TG-0.4 §4.1 ; TG-3.7 §3.1 ; TG-4.5 §3.7
Institutional Arrangements for Implementation
TG-0.8 §3.5
Institutional Capacity Indicators
TG-2.13 §3.6
institutional context
TG-3.7
Institutional Contributors
TG-0.3 §2.2
Institutional Coordination Mechanisms
TG-4.12 §3.4
Institutional Environment
TG-0.7 §3.3
institutional indicators
TG-2.13
Institutional Requirements
TG-4.1 §2.1
integrated accounts
TG-3.8
Integrated Ocean Account Framework
TG-3.8 §3.1
Integrated Ocean Dashboard Specification
TG-3.8 §3.7
Integrated Platform Architectures
TG-4.7 §3.4
Integrating accounts into MSP processes
TG-1.2 §3.4
Integration
TG-4.5
Integration with MTEF and annual budgets
TG-1.1 §3.6
Integration with National SUTs
TG-3.3 §3.9
Integration with Official Statistics
TG-4.4 §3.3
Integration with other accounts
TG-3.5 §4.3
Integration with SDG monitoring
TG-1.4 §3.4
Integration with SEEA Water Accounts
TG-6.13 §3.4
Integration with Supply-Use Framework
TG-6.8 §4.5
intellectual property
TG-3.6
Intensity and Efficiency Indicators
TG-2.7 §3.6
international data exchange
TG-4.12
International Reporting Architectures
TG-1.10 §3.3
International Seabed Authority
TG-6.6
International Standards Alignment
TG-6.9 §2.2
Interoperability
TG-4.6
Interoperability Protocols
TG-4.6 §3.3
Investment Readiness for Ocean Finance
TG-0.8 §3.8
Investment Tracking Methodology
TG-2.6 §3.5
IPLC
TG-3.6
ISIC
TG-6.14
ISIC 032
TG-6.8
ISIC classification and apportionment -- concordance backing Figure 6.14.1
TG-6.14 §3.2
ISIC Division 50
TG-6.10
ISO 19157
TG-4.1
IUCN Global Standard
TG-6.15

J

Joining tagged expenditure to the accounts
TG-1.12 §3.7
Jurisdictional Framework
TG-6.6 §3.1
just transition
TG-2.3

K

kelp forest
TG-6.4
Key observations from the worked example
TG-3.6 §4.6
Key Sources
TG-0.6 Key Sources
key terms
TG-0.6
knowledge integration
TG-3.6
Knowledge Integration Approaches
TG-3.6 §3.2
Kunming-Montreal GBF
TG-2.10

L

land-sea interface
TG-6.13
Land-Sea Interface Spatial Delineation
TG-6.13 §3.5
Landsat
TG-4.1
LEAP
TG-1.11
Legal Framework Coverage Indicators
TG-2.13 §3.2
Legal Frameworks
TG-3.7 §3.2
Legitimacy, knowledge systems and co-design
TG-3.5 §3.4
lifecycle cost
TG-6.15
Limitations and uncertainties
TG-3.6 §5.2
Linking Accounts to Approval Processes
TG-1.6 §3.7
Linking accounts to conservation targets
TG-1.3 §3.5
Linking Sub-National Accounts to Local Planning
TG-3.11 §3.5
livelihood dependency
TG-2.3
Livelihood Dependency Framework
TG-2.3 §3.1
Livelihoods
TG-3.5
living shoreline
TG-6.11 ; TG-6.15
local communities
TG-3.6
local government
TG-3.11

M

macro-economic dependency
TG-2.2
Macroplastics
TG-6.12
Mangrove
TG-6.2
Mangroves
TG-2.9
Mariculture
TG-6.8
marine economy
TG-1.0
marine genetic resources
TG-6.6
marine heatwave
TG-6.4
marine litter
TG-6.12
Marine Litter Framework: Categories, Sources, and Pathways
TG-6.12 §3.2
Marine Litter Indicators
TG-2.7 §3.4
marine park
TG-3.11
marine pollution
TG-2.7
Marine Pollution Indicators
TG-2.7 §3.3
marine renewables
TG-6.9
Marine spatial management and MPAs
TG-1.3 §3.1
marine spatial planning
TG-3.7 ; TG-3.11
marine tourism
TG-6.14
Marine-Specific Applications
TG-2.1 §3.7
maritime transport
TG-2.11 ; TG-6.10
Maritime Transport Activities
TG-6.10 §3.1
material efficiency
TG-2.11
Material Efficiency Indicators
TG-2.11 §3.2
Material Flow Account for Synthetic Marine Litter: Worked Example
TG-6.12 §3.6
material flow accounts
TG-6.12
MDB
TG-1.7
MEA Indicator Framework
TG-2.10 §3.1
MEA indicators
TG-2.10
MEA-Account Alignment
TG-2.10 §3.7
Measurement Protocols
TG-4.8 §3.3 ; TG-4.9 §3.3
Measuring MPA effectiveness
TG-1.3 §3.4
Mesopelagic
TG-6.5
Metadata
TG-4.6
Metadata and quality assurance
TG-1.12 §3.8
Metadata Display Block
TG-0.4 §4.2
metadata standards
TG-4.5 ; TG-4.5 §3.4
Method selection: what to ask, and where the method is specified
TG-1.9 §3.4
Methods Applied
TG-0.4 §4.3
Microplastics
TG-6.12
Migratory Species
TG-6.5 §3.3
minimum mapping unit
TG-2.12
Minimum Mapping Units
TG-2.12 §3.3
mismanaged waste
TG-6.12
mixed layer depth
TG-4.8
Model Validation and Uncertainty
TG-4.11 §3.3
Modular Data Architecture Patterns
TG-4.6 §3.6
Modular Implementation Strategies
TG-4.7 §3.5
Monetary Asset Accounts
TG-3.1 §3.3
Monetary Valuation Methods
TG-2.4 §3.10
Monetary Valuation of Flows
TG-3.2 §3.5
Monetary Valuation of Residual Flows
TG-3.4 §3.9
Monitoring, reporting and disclosure frameworks
TG-1.7 §3.4
MPA
TG-3.7
MPA effectiveness
TG-2.13
MPA Management Effectiveness Indicators
TG-2.13 §3.3
MPA monitoring
TG-2.1
MSP/MPA Practitioner
TG-0.5 §5.5
MSY
TG-6.7
multi-dimensional accounts
TG-3.8
Multi-Species and Ecosystem Considerations
TG-6.7 §3.5
multilateral reporting
TG-2.10
Multiple Benefits Without Double Counting
TG-6.15 §3.7

N

national accounts
TG-2.2 ; TG-3.3
National Data Coordination Committee Models and Mandates
TG-4.7 §3.1
National Statistician
TG-0.5 §5.2
natural capital
TG-1.7 ; TG-1.11
Natural capital in project appraisal
TG-1.7 §3.2
natural resource inputs
TG-3.2 ; TG-3.2 §3.2
natural resources
TG-3.1
nature-based solutions
TG-6.11 ; TG-6.11 §3.3 ; TG-6.15
nature-related disclosure
TG-1.11
nature-related risk
TG-2.2
NDC
TG-2.8 ; TG-2.10
Net Ocean GVA
TG-2.5 §3.4
Net ocean GVA: accounting for natural capital depletion
TG-1.1 §3.4
non-produced assets
TG-3.1
Normalisation
TG-2.1
NSO-Ocean Agency Data Sharing Agreements
TG-4.7 §3.2
nursery habitat
TG-6.2 ; TG-6.3
Nursery Habitat Services
TG-6.2 §3.5
Nutrient and Sediment Flow Accounts
TG-6.13 §3.2
nutrient loading
TG-2.7 ; TG-3.4 ; TG-3.9 ; TG-6.8 ; TG-6.13
Nutrient Loading Estimate
TG-6.8 §4.3
nutritional dependency
TG-2.3

O

ocean accounting
TG-2.12
ocean accounting vocabulary
TG-0.6
Ocean accounts and fiscal planning
TG-1.1 §3.1
Ocean accounts and multilateral development finance
TG-1.7 §3.1
Ocean Accounts as EIA Baseline Data
TG-1.6 §3.1
Ocean accounts data for spatial planning
TG-1.2 §3.3
Ocean accounts for monitoring ecosystem health
TG-1.3 §3.3
ocean acidification
TG-2.8 ; TG-4.8
Ocean Acidification Indicators
TG-2.8 §3.3
Ocean Boundary Definitions
TG-2.12 §3.2
ocean economy
TG-1.0 ; TG-2.5 ; TG-6.14
Ocean Economy Share of GDP
TG-2.2 §3.3
Ocean Economy Structure Framework
TG-2.5 §3.1
Ocean economy survey module design -- synthetic worked example
TG-4.2 §4.1
Ocean Economy Thematic and Extended Accounts
TG-3.3 §3.3
Ocean ecosystem assets in fiscal frameworks
TG-1.1 §3.8
ocean enterprise
TG-1.0
ocean governance
TG-2.13
ocean investment
TG-2.6
Ocean Investment Framework
TG-2.6 §3.1
ocean risk
TG-1.11
ocean-based industries
TG-3.3
Ocean-Climate Indicator Framework
TG-2.8 §3.1
ODIS
TG-4.12
official statistics
TG-4.5
offshore energy
TG-2.11 ; TG-3.10
Offshore Oil and Gas
TG-3.10 §3.5
offshore wind
TG-3.10 ; TG-3.10 §3.3 ; TG-6.9
oil and gas
TG-3.10 ; TG-6.9
open ocean
TG-6.5
opening stock
TG-3.1
OSPAR
TG-6.6
Outcome
TG-4.1 §1

P

parametric insurance
TG-2.9
Paris Agreement
TG-2.8 ; TG-2.10
participatory data
TG-4.4
payments for ecosystem services
TG-1.8 ; TG-1.8 §3.3
Peer Exchange, Regional Platforms and South-South Cooperation
TG-0.8 §3.9
peer-reviewed data
TG-4.5
Pelagic
TG-6.5
Permanence
TG-6.15
Permanence, Reversal and Risk
TG-6.15 §3.5
Permits
TG-4.3
Permits and Licenses
TG-4.3 §3.1
perpetual inventory method
TG-6.11
pH
TG-4.8
Phased Implementation
TG-6.8 §5.2
Phased Implementation Pathway
TG-0.8 §3.2
Physical Asset Account
TG-6.8 §4.2
Physical Asset Accounts
TG-3.1 §3.1
physical condition
TG-4.8
physical monetary qualitative
TG-3.8
physical pressures
TG-3.4 ; TG-3.4 §3.6
physical stocks
TG-3.1
Physical Supply and Use Tables: Structure and Compilation Procedure
TG-3.2 §3.3
physical supply-use table
TG-2.7
Physical vs Monetary Indicators
TG-2.4 §3.6
Physical-Monetary Integration
TG-3.8 §3.2
Planning frameworks and ocean accounts
TG-1.4 §3.5
Plastics
TG-6.12
plastics data systems
TG-6.12
Policy Executive
TG-0.5 §5.1
policy framing
TG-1.0
Policy Instruments
TG-3.7 §3.3
Pollution
TG-3.4
Pollution and Emissions
TG-3.4 §3.2
Pollution Indicator Framework
TG-2.7 §3.1
pollution indicators
TG-2.7
Port Infrastructure
TG-6.10 §3.2
port statistics
TG-4.3
Ports
TG-6.10
Practical Applications
TG-1.5 §3.4
Prerequisite Knowledge
TG-6.3 §2.1
Principles for Engagement
TG-3.6 §3.1
Prioritisation
TG-2.7 Prioritisation
Private Investment Indicators
TG-2.6 §3.3
private sector
TG-1.11
Problem statement
TG-3.5 §3.1
produced assets
TG-3.1
Produced Assets in the Ocean Domain
TG-3.1 §3.6
production boundary
TG-3.9
Production Boundary Treatment
TG-3.9 §3.1
Productivity
TG-2.5
project finance
TG-1.8
Province
TG-3.11
Provincial/Local Asset Accounts and Ecosystem Extent/Condition
TG-3.11 §3.3
Provisioning
TG-2.4
Provisioning Service Indicators
TG-2.4 §3.3
provisioning services
TG-3.2
Provisioning-Service Quantification: Linking Aquaculture Output to Ecosystem Service Accounts
TG-3.9 §3.7
public expenditure
TG-1.12
Public Investment Indicators
TG-2.6 §3.2
Publication Cadence
TG-0.4 §7.2
Purpose of Quality Assurance
TG-0.7 §3.1

Q

Qualitative
TG-3.5
Qualitative Approaches
TG-3.5 §3.9
qualitative data
TG-3.6
Quality Assessment Frameworks
TG-4.5 §3.3
Quality Assurance for Administrative Data
TG-4.3 §3.6
Quality Assurance for Geospatial Data
TG-4.1 §3.8
Quality Assurance for Survey Data
TG-4.2 §3.4
Quality Flags for Accounts Tables
TG-0.7 §3.6
Quality Improvement Strategies
TG-0.7 §3.7
Quantifying ocean contributions to national income
TG-1.1 §3.3
questionnaire design
TG-4.2

R

Reading an ocean economy number
TG-1.0 §3.7
Recommendations
TG-0.4 §7.3
Reconciling Research and Official Methods
TG-4.11 §3.2
Reconciling the two aggregates
TG-1.12 §3.5
Recreation
TG-6.14
REDD+
TG-6.2
reef extent
TG-6.1
reef-associated fisheries
TG-6.1
reference condition
TG-2.1 ; TG-4.8
reference points
TG-6.7
regional seas
TG-4.12 ; TG-6.5 ; TG-6.6
Regionalisation
TG-3.11
Regionalisation of National Supply-Use Tables
TG-3.11 §3.2
Regulating
TG-2.4
Regulating Service Indicators
TG-2.4 §3.4
regulatory frameworks
TG-3.7
Related Circulars
TG-6.9 §2.1
Related Classification Standards
TG-0.2 §3.5
Relationship to other standards and approaches
TG-0.1 §3.6
remote sensing
TG-4.1
Reporting and attribution
TG-3.6 §5.3
Requirements
TG-4.1 §2
research data
TG-4.5
Research Frontier
TG-0.5 §5.8
residual flows
TG-2.7
Residual Flows and Pollution Assessment
TG-1.6 §3.4
Residuals
TG-3.4
resource depletion
TG-2.5
resource efficiency
TG-2.11
Resource Efficiency Framework
TG-2.11 §3.1
resource extraction
TG-3.2
Restoration
TG-6.4
Revision Policy
TG-0.4 §6.2
RFMO
TG-4.12 ; TG-6.5
rights-based management
TG-2.13
Rigs To Reefs
TG-6.9
Risk and Resilience Indicators
TG-2.2 §3.6
river basin
TG-6.13
rule of law
TG-2.13

S

Safeguards
TG-1.7
Salinity
TG-4.8
Saltmarsh
TG-6.2
Sampling
TG-4.2
Sampling Design
TG-4.2 §3.3
SAR
TG-4.1
Satellite Imagery Sources
TG-4.1 §3.3
Scenario: Mangrove cultural value assessment in a hypothetical Pacific Island community
TG-3.6 §4.1
Science-to-Accounts Translation Protocols
TG-4.6 §3.7
scientific datasets
TG-4.5
Scoping and Pilot Implementation: Experience from the ESCAP Programme
TG-0.8 §3.7
SDG 1.5
TG-2.9
SDG 11.5
TG-2.9
SDG 12.2
TG-2.11
SDG 13
TG-2.8
SDG 14 Indicators (Life Below Water)
TG-2.10 §3.2
SDG 14.1
TG-2.7 ; TG-6.12
SDG 14.4.1
TG-6.7
SDG 14.7
TG-1.7 ; TG-2.2 ; TG-2.3 ; TG-2.5 ; TG-3.5
SDG 16
TG-2.13 ; TG-3.7
SDG 8.4
TG-2.11
seabed minerals
TG-3.10
Seagrass
TG-6.3
seagrass extent
TG-4.9
Seawall
TG-6.11
secondary data
TG-4.3
Section Content Guidelines
TG-0.4 §4.4
section framing
TG-1.0
Section Scope Tests
TG-0.4 §4.5
Section Structure
TG-0.4 §3.1
sector composition
TG-2.5
Sector Composition Indicators
TG-2.5 §3.2
Sector-Specific Efficiency Indicators
TG-2.11 §3.5
sectoral classification
TG-3.3
sediment carbon
TG-6.3
sediment flux
TG-6.13
SEEA
TG-0.6 ; TG-3.1 ; TG-3.4
SEEA AFF
TG-6.7
SEEA Central Framework
TG-0.2 §3.2
SEEA CF
TG-2.8
SEEA EA
TG-2.4 ; TG-2.8 ; TG-4.9
SEEA Ecosystem Accounting
TG-0.2 §3.3
SEEA Water
TG-6.13
SEEA-EA chapter 13
TG-3.8
SEEA-Oceans (Emerging)
TG-0.2 §3.4
Sendai Framework
TG-2.9
Sentinel
TG-4.1
Setting and Scope
TG-4.1 §4.1
SF-MST
TG-6.14
Shipping
TG-6.10
shipping emissions
TG-6.10
Shrimp
TG-3.9
SIDS
TG-1.7
Site Description
TG-6.8 §4.1
Site-Level Accounting
TG-6.8 §3.2
Six Dimensions of Data Quality
TG-0.7 §3.2
small-scale fisheries
TG-2.3
SNA
TG-0.6 ; TG-3.3
social accounts
TG-3.5
Social Scientist
TG-0.5 §5.6
Solid Waste
TG-3.4 §3.3
source attribution
TG-6.12
Source Attribution and Material Flow Accounts
TG-6.12 §3.5
Spatial Boundaries for Ocean Accounts
TG-4.1 §3.6
Spatial considerations
TG-2.3 §4.5
spatial data
TG-2.12
spatial delineation
TG-3.11 ; TG-6.5 §3.1
spatial footprint
TG-6.9
Spatial Footprint Accounting
TG-6.9 §3.3
spatial resolution
TG-4.6
Spatial Uncertainty and Metadata Standards
TG-2.12 §3.5
species abundance
TG-4.9
Stability Classification (Badges)
TG-0.4 §3.3 ; TG-0.5 §3.1
Standard Abbreviations Used in Technical Guidance
TG-0.6 Standard Abbreviations Used in Technical Guidance
Standard Section Structure
TG-0.4 §4.3
standards alignment
TG-4.6
Standards Application Summary
TG-0.2 §3.6
Statistical Classifications
TG-6.8 §2.2
Step-by-step compilation process
TG-3.5 §4.1
Stock Accounting: Marine Litter Accumulation
TG-6.12 §3.4
stock assessment
TG-6.7
Stock Assessment Concepts
TG-6.7 §3.1
stock-flow accounts
TG-6.12
Stratified sampling for marine fishing establishments
TG-4.2 §4.2
sub-national accounts
TG-3.11
Sub-National Combined Presentations
TG-3.8 §3.9
Sub-National Planner
TG-0.5 §5.9
Sub-National Spatial Delineation
TG-3.11 §3.1
Successes
TG-0.4 §7.1
Summary and Cross-References
TG-6.15 §3.12
Summary of Ecosystem Service Measurement Methods
TG-2.4 §3.9
Superseded Versions
TG-0.4 §6.3
Supply and Use Tables
TG-3.3 §3.5
Supply Chain Dependencies
TG-2.2 §3.5
Supply Chain Ocean Risk Assessment
TG-1.11 §3.4
supply chain risk
TG-1.11
supply table
TG-3.2
supply use table
TG-2.5
supply-use regionalisation
TG-3.11
supply-use tables
TG-3.3
survey methods
TG-4.2
Sustainability Indicators
TG-1.5 §3.3
Sustainability indicators from ocean accounts
TG-1.4 §3.2
Sustainability Status and Depletion
TG-6.7 §3.7
Sustainable development of the ocean
TG-0.1 §3.1
sustainable finance
TG-2.6
sustainable finance taxonomy
TG-1.12
sustainable ocean economy
TG-1.0
Sustainable Ocean Finance Indicators
TG-2.6 §3.4
Synthesis
TG-3.8
System of National Accounts 2025
TG-0.2 §3.1

T

Tagging finance flows
TG-1.12 §3.4
Tagging public expenditure
TG-1.12 §3.3
Technical Requirements
TG-4.1 §2.2
Technical Standards for Data Exchange
TG-4.12 §3.3
TEK
TG-3.6
temperate reef
TG-6.4
Temperature
TG-4.8
temporal alignment
TG-4.6
Temporal considerations
TG-2.3 §4.6
temporal consistency
TG-2.12
Temporal Consistency of Spatial Layers
TG-2.12 §3.4
Tenure and Access Rights Indicators
TG-2.13 §3.4
tenure security
TG-2.13
Terminology
TG-0.6 ; TG-1.0
The blue boundary
TG-1.12 §3.2
The NbS Ledger
TG-6.15 §3.2
The terms and what they commit you to
TG-1.0 §3.2
The TNFD LEAP Framework Applied to Ocean Contexts
TG-1.11 §3.2
thematic accounting
TG-3.8
Tidal and Wave Energy
TG-3.10 §3.4
tidal energy
TG-3.10
Tiered Implementation Frameworks
TG-0.7 §3.8
Time-Series Data Investment Guidance
TG-4.6 §3.8
Time-Series Data Investment Planning
TG-4.7 §3.6
Time, Lag and Survival
TG-6.15 §3.4
tourism ratio
TG-6.14
tourism satellite account
TG-6.14
Trade
TG-2.5
Trade and Investment Indicators
TG-2.5 §3.6
traditional knowledge
TG-3.6
Traditional knowledge inputs to condition accounts
TG-3.6 §4.4
transboundary data
TG-4.12
Treatment of Coastal Tourism
TG-3.3 §3.8
trophic cascade
TG-6.4
Trust Frameworks for Data Sharing
TG-4.7 §3.3
TSA
TG-6.14
Tuna
TG-6.5
Types of Citizen Science Programs
TG-4.4 §3.1
Types of Research Data
TG-4.5 §3.2

U

Uncertainty Propagation and Quality Assurance
TG-6.7 §3.6
uncertainty quantification
TG-2.12
UNCLOS
TG-2.13 ; TG-3.7 ; TG-4.12
underwater noise
TG-6.10
UNFCCC/Paris Agreement Indicators (NDCs)
TG-2.10 §3.4
Upward Connections
TG-6.11 §1.2 ; TG-6.15 §1.2
Upward Connections to Account Uses
TG-4.3 §3.7
Upward Connections: Which Accounts Consume Remote Sensing Data
TG-4.1 §3.2
urchin barren
TG-6.4
use of proceeds
TG-1.12
use table
TG-3.2

V

Valuation Methods
TG-6.1 §3.4 ; TG-6.2 §3.6 ; TG-6.3 §3.4
Value added, employment, and trade
TG-6.14 §3.4
Version Numbering
TG-0.4 §6.1 ; TG-0.5 §3.2
vessel registration
TG-4.3
Vessel Tracking (AIS/VMS)
TG-4.3 §3.3
visitor expenditure
TG-6.14
Visualization and Communication
TG-3.8 §3.5
volunteer observation
TG-4.4
Vulnerability
TG-2.3 ; TG-2.9
Vulnerability and Resilience
TG-3.5 §3.8
Vulnerability Indicators
TG-2.3 §3.6 ; TG-2.9 §3.3

W

Waste
TG-3.4
waste composition
TG-6.12
waste recycling
TG-2.11
water quality
TG-4.8
wave energy
TG-3.10
Wellbeing
TG-3.5
Wellbeing Indicators
TG-3.5 §3.6
What a tag is, and where it sits among existing methods
TG-1.12 §3.1
What are Social Accounts?
TG-3.5 §3.2
What changes once the account exists
TG-1.0 §3.4
What Counts as a Nature-based Solution
TG-6.15 §3.1
What is marine spatial planning?
TG-1.2 §3.1
What is sustainable ocean planning?
TG-1.4 §3.1
What it takes, and who has to be involved
TG-1.0 §3.5
What ocean accounts can and cannot certify
TG-1.0 §3.3
What the accounts can and cannot tell you
TG-1.9 §3.3
What the Accounts Supply to Indicator Reporting
TG-6.12 §3.7
When Monetary Valuation Should Be Applied
TG-1.9 §3.1
When Monetary Valuation Should Not Be Applied
TG-1.9 §3.2
Where the data come from, and what that means for a decision
TG-1.5 §3.5
Why Ocean Accounts Matter for the Private Sector
TG-1.11 §3.1
Why ocean economy accounts are compiled
TG-3.3 §3.1
Why this is difficult before it is technical
TG-1.0 §3.1
Why traditional knowledge matters for ocean accounting
TG-3.6 §1.1
Wild-Capture Catch Data
TG-4.10 §3.3
Worked example: Blue bond impact report using ocean accounting data
TG-1.7 §3.6
Worked Example: Coastal Ecosystem Asset Accounts
TG-3.1 §3.7
Worked Example: Coastal Ecosystem Condition Indicators
TG-2.1 §3.5
Worked Example: Coastal Ecosystem Service Indicators
TG-2.4 §3.8
Worked Example: Coastal State Offshore Energy Accounts
TG-3.10 §3.7
Worked Example: Coastal Storm Damage Assessment
TG-2.9 §3.7
Worked Example: Coastal Zone Ecosystem Services Account
TG-3.2 §3.4
Worked Example: Coastal Zone Nutrient Loading Indicator
TG-2.7 §3.7
Worked Example: Community Dependency and Distributional Analysis
TG-3.5 §4.5
Worked Example: Deep-Sea Mining Impact Assessment
TG-6.6 §3.7
Worked Example: Delivering Oceanographic Survey Data to a Condition Account
TG-4.5 §3.6
Worked Example: Demersal Fish Stock Asset Account
TG-6.7 §3.4
Worked Example: EIA for Coastal Development Using OA Data
TG-1.6 §3.8
Worked Example: Fisheries Licensing Data for Catch Accounts
TG-4.3 §3.5
Worked Example: Gili Matra Marine Protected Area (Indonesia)
TG-2.13 §3.8
Worked Example: Integrated Coastal Zone Combined Presentation
TG-3.8 §3.10
Worked Example: Mangrove Restoration Project Cost-Benefit Analysis
TG-1.8 §3.7
Worked Example: MPA Effectiveness Assessment
TG-1.3 §3.6
Worked Example: Ocean Economy SUT for Country A
TG-3.3 §3.7
Worked Example: Ocean Sector GHG Emission Intensity
TG-2.8 §3.6
Worked example: Ocean sustainability dashboard
TG-1.4 §3.6
Worked Example: RS-Derived Extent Change Detection for a Coastal Area
TG-4.1 §4
Worked Example: Spatial Framework for a Mangrove-Seagrass Complex
TG-2.12 §3.6
Worked Example: Synthetic Offshore Energy Account
TG-6.9 §3.7
Worked Example: Synthetic Port/Shipping Account
TG-6.10 §3.7
Worked Examples
TG-2.11 §3.7 ; TG-3.9 §3.6

Y

YAML Frontmatter Specification
TG-0.4 §4.1

Other

1. Outcome
TG-0.1 1. Outcome ; TG-0.2 1. Outcome ; TG-0.4 1. Outcome ; TG-0.5 1. Outcome ; TG-0.6 1. Outcome ; TG-0.7 1. Outcome ; TG-0.8 1. Outcome ; TG-1.0 1. Outcome ; TG-1.1 1. Outcome ; TG-1.2 1. Outcome ; TG-1.3 1. Outcome ; TG-1.4 1. Outcome ; TG-1.5 1. Outcome ; TG-1.6 1. Outcome ; TG-1.7 1. Outcome ; TG-1.8 1. Outcome ; TG-1.9 1. Outcome ; TG-1.10 1. Outcome ; TG-1.11 1. Outcome ; TG-1.12 1. Outcome ; TG-2.1 1. Outcome ; TG-2.2 1. Outcome ; TG-2.3 1. Outcome ; TG-2.4 1. Outcome ; TG-2.5 1. Outcome ; TG-2.6 1. Outcome ; TG-2.7 1. Outcome ; TG-2.8 1. Outcome ; TG-2.9 1. Outcome ; TG-2.10 1. Outcome ; TG-2.11 1. Outcome ; TG-2.12 1. Outcome ; TG-2.13 1. Outcome ; TG-3.1 1. Outcome ; TG-3.2 1. Outcome ; TG-3.3 1. Outcome ; TG-3.4 1. Outcome ; TG-3.5 1. Outcome ; TG-3.6 1. Outcome ; TG-3.7 1. Outcome ; TG-3.8 1. Outcome ; TG-3.9 1. Outcome ; TG-3.10 1. Outcome ; TG-3.11 1. Outcome ; TG-4.2 1. Outcome ; TG-4.3 1. Outcome ; TG-4.4 1. Outcome ; TG-4.5 1. Outcome ; TG-4.6 1. Outcome ; TG-4.7 1. Outcome ; TG-4.8 1. Outcome ; TG-4.9 1. Outcome ; TG-4.10 1. Outcome ; TG-4.11 1. Outcome ; TG-4.12 1. Outcome ; TG-6.1 1. Outcome ; TG-6.2 1. Outcome ; TG-6.3 1. Outcome ; TG-6.4 1. Outcome ; TG-6.5 1. Outcome ; TG-6.6 1. Outcome ; TG-6.7 1. Outcome ; TG-6.8 1. Outcome ; TG-6.9 1. Outcome ; TG-6.10 1. Outcome ; TG-6.11 1. Outcome ; TG-6.12 1. Outcome ; TG-6.13 1. Outcome ; TG-6.14 1. Outcome ; TG-6.15 1. Outcome
1. Requirements
TG-0.3 1. Requirements
10. Acknowledgements
TG-0.4 10. Acknowledgements
2. Acknowledgements
TG-0.3 2. Acknowledgements
2. Requirements
TG-0.1 2. Requirements ; TG-0.2 2. Requirements ; TG-0.4 2. Requirements ; TG-0.5 2. Requirements ; TG-0.6 2. Requirements ; TG-0.7 2. Requirements ; TG-0.8 2. Requirements ; TG-1.0 2. Requirements ; TG-1.1 2. Requirements ; TG-1.2 2. Requirements ; TG-1.3 2. Requirements ; TG-1.4 2. Requirements ; TG-1.5 2. Requirements ; TG-1.6 2. Requirements ; TG-1.7 2. Requirements ; TG-1.8 2. Requirements ; TG-1.9 2. Requirements ; TG-1.10 2. Requirements ; TG-1.11 2. Requirements ; TG-1.12 2. Requirements ; TG-2.1 2. Requirements ; TG-2.2 2. Requirements ; TG-2.3 2. Requirements ; TG-2.4 2. Requirements ; TG-2.5 2. Requirements ; TG-2.6 2. Requirements ; TG-2.7 2. Requirements ; TG-2.8 2. Requirements ; TG-2.9 2. Requirements ; TG-2.10 2. Requirements ; TG-2.11 2. Requirements ; TG-2.12 2. Requirements ; TG-2.13 2. Requirements ; TG-3.1 2. Requirements ; TG-3.2 2. Requirements ; TG-3.3 2. Requirements ; TG-3.4 2. Requirements ; TG-3.5 2. Requirements ; TG-3.6 2. Requirements ; TG-3.7 2. Requirements ; TG-3.8 2. Requirements ; TG-3.9 2. Requirements ; TG-3.10 2. Requirements ; TG-3.11 2. Requirements ; TG-4.2 2. Requirements ; TG-4.3 2. Requirements ; TG-4.4 2. Requirements ; TG-4.5 2. Requirements ; TG-4.6 2. Requirements ; TG-4.7 2. Requirements ; TG-4.8 2. Requirements ; TG-4.9 2. Requirements ; TG-4.10 2. Requirements ; TG-4.11 2. Requirements ; TG-4.12 2. Requirements ; TG-6.1 2. Requirements ; TG-6.2 2. Requirements ; TG-6.3 2. Requirements ; TG-6.4 2. Requirements ; TG-6.5 2. Requirements ; TG-6.6 2. Requirements ; TG-6.7 2. Requirements ; TG-6.8 2. Requirements ; TG-6.9 2. Requirements ; TG-6.10 2. Requirements ; TG-6.11 2. Requirements ; TG-6.12 2. Requirements ; TG-6.13 2. Requirements ; TG-6.14 2. Requirements ; TG-6.15 2. Requirements
2025 SNA
TG-3.10
3. Circular Publication Information
TG-0.3 3. Circular Publication Information
3. Country/Regional Context
TG-0.4 3. Country/Regional Context
3. Glossary
TG-0.6 3. Glossary
3. Guidance Material
TG-0.1 3. Guidance Material ; TG-0.2 3. Guidance Material ; TG-0.4 3. Guidance Material ; TG-0.7 3. Guidance Material ; TG-0.8 3. Guidance Material ; TG-1.0 3. Guidance Material ; TG-1.1 3. Guidance Material ; TG-1.2 3. Guidance Material ; TG-1.3 3. Guidance Material ; TG-1.4 3. Guidance Material ; TG-1.5 3. Guidance Material ; TG-1.6 3. Guidance Material ; TG-1.7 3. Guidance Material ; TG-1.8 3. Guidance Material ; TG-1.9 3. Guidance Material ; TG-1.10 3. Guidance Material ; TG-1.11 3. Guidance Material ; TG-1.12 3. Guidance Material ; TG-2.1 3. Guidance Material ; TG-2.2 3. Guidance Material ; TG-2.3 3. Guidance Material ; TG-2.4 3. Guidance Material ; TG-2.5 3. Guidance Material ; TG-2.6 3. Guidance Material ; TG-2.7 3. Guidance Material ; TG-2.8 3. Guidance Material ; TG-2.9 3. Guidance Material ; TG-2.10 3. Guidance Material ; TG-2.11 3. Guidance Material ; TG-2.12 3. Guidance Material ; TG-2.13 3. Guidance Material ; TG-3.1 3. Guidance Material ; TG-3.2 3. Guidance Material ; TG-3.3 3. Guidance Material ; TG-3.4 3. Guidance Material ; TG-3.5 3. Guidance Material ; TG-3.6 3. Guidance Material ; TG-3.7 3. Guidance Material ; TG-3.8 3. Guidance Material ; TG-3.9 3. Guidance Material ; TG-3.10 3. Guidance Material ; TG-3.11 3. Guidance Material ; TG-4.2 3. Guidance Material ; TG-4.3 3. Guidance Material ; TG-4.4 3. Guidance Material ; TG-4.5 3. Guidance Material ; TG-4.6 3. Guidance Material ; TG-4.7 3. Guidance Material ; TG-4.8 3. Guidance Material ; TG-4.9 3. Guidance Material ; TG-4.10 3. Guidance Material ; TG-4.11 3. Guidance Material ; TG-4.12 3. Guidance Material ; TG-6.1 3. Guidance Material ; TG-6.2 3. Guidance Material ; TG-6.3 3. Guidance Material ; TG-6.4 3. Guidance Material ; TG-6.5 3. Guidance Material ; TG-6.6 3. Guidance Material ; TG-6.7 3. Guidance Material ; TG-6.8 3. Guidance Material ; TG-6.9 3. Guidance Material ; TG-6.10 3. Guidance Material ; TG-6.11 3. Guidance Material ; TG-6.12 3. Guidance Material ; TG-6.13 3. Guidance Material ; TG-6.14 3. Guidance Material ; TG-6.15 3. Guidance Material
3. Organisation of the Technical Guidance
TG-0.4 3. Organisation of the Technical Guidance
3. Structure Overview
TG-0.5 3. Structure Overview
30x30
TG-2.10
4. Acknowledgements
TG-0.1 4. Acknowledgements ; TG-0.2 4. Acknowledgements ; TG-0.4 4. Acknowledgements ; TG-0.7 4. Acknowledgements ; TG-1.0 4. Acknowledgements ; TG-1.1 4. Acknowledgements ; TG-1.2 4. Acknowledgements ; TG-1.3 4. Acknowledgements ; TG-1.4 4. Acknowledgements ; TG-1.5 4. Acknowledgements ; TG-1.6 4. Acknowledgements ; TG-1.7 4. Acknowledgements ; TG-1.8 4. Acknowledgements ; TG-1.9 4. Acknowledgements ; TG-1.10 4. Acknowledgements ; TG-1.11 4. Acknowledgements ; TG-2.1 4. Acknowledgements ; TG-2.2 4. Acknowledgements ; TG-2.4 4. Acknowledgements ; TG-2.5 4. Acknowledgements ; TG-2.6 4. Acknowledgements ; TG-2.8 4. Acknowledgements ; TG-2.9 4. Acknowledgements ; TG-2.10 4. Acknowledgements ; TG-2.11 4. Acknowledgements ; TG-2.12 4. Acknowledgements ; TG-2.13 4. Acknowledgements ; TG-3.1 4. Acknowledgements ; TG-3.2 4. Acknowledgements ; TG-3.3 4. Acknowledgements ; TG-3.7 4. Acknowledgements ; TG-3.9 4. Acknowledgements ; TG-3.10 4. Acknowledgements ; TG-3.11 4. Acknowledgements ; TG-4.4 4. Acknowledgements ; TG-4.5 4. Acknowledgements ; TG-4.8 4. Acknowledgements ; TG-4.9 4. Acknowledgements ; TG-4.10 4. Acknowledgements ; TG-4.11 4. Acknowledgements ; TG-4.12 4. Acknowledgements ; TG-6.2 4. Acknowledgements ; TG-6.3 4. Acknowledgements ; TG-6.4 4. Acknowledgements ; TG-6.5 4. Acknowledgements ; TG-6.6 4. Acknowledgements ; TG-6.7 4. Acknowledgements ; TG-6.10 4. Acknowledgements ; TG-6.13 4. Acknowledgements ; TG-6.14 4. Acknowledgements ; TG-6.15 4. Acknowledgements
4. Circular Meta-Structure
TG-0.4 4. Circular Meta-Structure
4. Compilation Considerations
TG-2.3 4. Compilation Considerations
4. Compilation Procedure
TG-3.5 4. Compilation Procedure
4. Edge Mapping: Framework to Circulars
TG-0.5 4. Edge Mapping: Framework to Circulars
4. Implementation Approach
TG-0.4 4. Implementation Approach
4. Sources and Abbreviations
TG-0.6 4. Sources and Abbreviations
4. Supplementary Materials
TG-6.1 4. Supplementary Materials
4. Worked Example Cross-References
TG-6.9 4. Worked Example Cross-References
4. Worked Examples
TG-4.2 4. Worked Examples
5. Accounts Developed
TG-0.4 5. Accounts Developed
5. Audience Pathways
TG-0.5 5. Audience Pathways
5. Coordination Considerations
TG-6.9 5. Coordination Considerations
5. Implementation Considerations
TG-2.7 5. Implementation Considerations
5. Page Length Guidance
TG-0.4 5. Page Length Guidance
5. Uncertainties and Risks
TG-3.5 5. Uncertainties and Risks
6. Decision Applications
TG-0.4 6. Decision Applications
6. Thematic Entry: Finding the Circular for Your Ecosystem or Sector
TG-0.5 6. Thematic Entry: Finding the Circular for Your Ecosystem or Sector
6. Version and Revision Policy
TG-0.4 6. Version and Revision Policy
7. Dependency Graph
TG-0.5 7. Dependency Graph
7. Lessons Learned
TG-0.4 7. Lessons Learned
7. Production Process
TG-0.4 7. Production Process
8. Acknowledgements
TG-0.4 8. Acknowledgements
8. Dependency and Prerequisites
TG-0.4 8. Dependency and Prerequisites
8. Quick Reference: All Circulars
TG-0.5 8. Quick Reference: All Circulars
9. Acknowledgements
TG-0.5 9. Acknowledgements
9. Cross-Cutting Themes
TG-0.4 9. Cross-Cutting Themes