Sustainability Reporting, Assurance and Communication

Introduction and context

Sustainability reporting is the organised disclosure of an organisation’s significant environmental, social and governance (ESG) impacts, risks, opportunities, policies, performance and future commitments. It is no longer only a public-relations activity. Investors, lenders, regulators, employees, customers, communities and supply-chain partners use sustainability information when assessing resilience, accountability and long-term value creation.

A credible report must answer four questions:

1. What impacts, risks and opportunities are relevant?
2. How were the data defined, measured and controlled?
3. What performance has actually been achieved?
4. Can an informed reader verify and fairly interpret the claims?

The quality of sustainability communication depends on more than attractive design. It requires clear boundaries, consistent metrics, reliable evidence, balanced presentation and governance oversight. Assurance can increase confidence, but it cannot correct poor measurement systems or eliminate management responsibility.

Learning objectives

By the end of this chapter, learners should be able to:

• distinguish major sustainability-reporting and climate-related frameworks;
• determine reporting boundaries, material topics and relevant stakeholders;
• prepare credible environmental, social and governance disclosures;
• explain greenhouse-gas accounting and selected climate-related metrics;
• describe limited and reasonable assurance;
• design effective stakeholder communication;
• identify greenwashing, misleading claims and weak evidence; and
• recommend controls for reputation, governance and reporting quality.

1. The purpose and users of sustainability reporting

Financial reporting primarily describes financial position, performance and cash flows. Sustainability reporting adds information about an organisation’s effects on people, the environment and society, and about sustainability matters that may influence enterprise value. These perspectives overlap but are not identical.

A factory may create pollution that affects a river even if the immediate financial cost is small. Under an impact perspective, that pollution may be highly material to affected communities. Under an investor-focused perspective, the same issue may become financially material if it leads to fines, remediation costs, loss of contracts or reputational damage.

The main users include:

• Investors and lenders, who assess risk, resilience, capital allocation and transition plans.
• Employees and prospective employees, who examine working conditions, equality, safety and organisational purpose.
• Customers, who evaluate product impacts, sourcing and ethical conduct.
• Governments and regulators, who require compliance and public accountability.
• Communities and civil-society organisations, who assess local environmental and social effects.
• Business partners, who increasingly require supplier emissions, labour and ethics information.

Effective reporting is therefore a process of accountability and decision-useful communication, not merely publication of data.

2. Materiality and reporting boundaries

2.1 Materiality

Materiality determines which information should be reported and with what level of detail. Different frameworks use related but distinct concepts.

Impact materiality asks whether the organisation causes, contributes to or is directly linked to significant actual or potential impacts on people or the environment. It is central to the Global Reporting Initiative (GRI) approach.

Financial materiality asks whether a sustainability-related matter could reasonably be expected to influence an organisation’s cash flows, access to finance or cost of capital. This is central to the investor-oriented approach of the International Sustainability Standards Board (ISSB).

Double materiality considers both impact materiality and financial materiality. It is a central feature of the European Sustainability Reporting Standards (ESRS). A topic may therefore be reportable because it has major effects on society, because it affects enterprise value, or because both conditions apply.

Materiality is not determined solely by management preference. A defensible assessment normally considers severity, scale, scope, likelihood, time horizon, affected stakeholders, legal requirements and the organisation’s value chain.

2.2 Organisational and operational boundaries

A report should explain which entities, sites, activities and value-chain relationships are included. Common boundary questions include:

• Does the report cover subsidiaries and joint ventures?
• Are leased facilities included?
• Are contractors and suppliers considered?
• Are acquisitions, disposals and discontinued operations treated consistently?
• Which greenhouse-gas scopes and emission sources are included?

Boundary errors can make year-to-year comparisons misleading. For example, a reduction in reported emissions may result from selling a subsidiary rather than improving operational performance. Such changes should be disclosed and, where feasible, historical data should be restated or clearly explained.

2.3 Stakeholder engagement

Stakeholder engagement helps identify impacts and information needs. It should not be treated as a popularity poll. A robust process identifies affected and interested stakeholders, uses appropriate engagement methods, records concerns, evaluates evidence and explains how the findings influenced materiality and decisions.

Engagement methods may include interviews, worker surveys, grievance mechanisms, community meetings, supplier assessments, investor dialogue and specialist research. Vulnerable or marginalised groups may require accessible formats, independent representation or additional safeguards.

3. Major reporting frameworks and standards

Frameworks are not interchangeable. Some provide principles and topic indicators; others establish investor-focused disclosure requirements or jurisdictional reporting rules.

The GRI Standards are widely used for impact reporting. They require organisations to explain general disclosures and report information about material topics using applicable topic standards. GRI reporting should not be reduced to selecting favourable indicators; the process should explain the organisation’s material impacts.

IFRS S1 and IFRS S2, issued by the ISSB, are designed to provide decision-useful information to investors. Their architecture is organised around governance, strategy, risk-management processes, and metrics and targets. IFRS S2 focuses specifically on climate-related risks and opportunities, including physical risks, transition risks, climate opportunities, emissions and climate-related targets.

The ESRS framework applies in relevant European regulatory contexts and uses double materiality. It may require information about the organisation’s own operations and value chain, including policies, actions, targets, impacts, risks and opportunities.

The Task Force on Climate-related Financial Disclosures (TCFD) recommendations remain important historically and conceptually. Their four pillars—governance, strategy, risk management, and metrics and targets—strongly influenced ISSB standards. Organisations should check the current requirements in the jurisdiction where they report rather than relying on an outdated framework label.

Choosing and combining frameworks

An organisation may use more than one framework, but it should state:

• which standards were used;
• the reporting period and publication date;
• the reporting boundary;
• applicable legal requirements;
• omitted disclosures and reasons for omission;
• estimation methods and significant assumptions; and
• the relationship between different metrics.

A report should never imply compliance with a standard when only selected indicators have been copied from it. “In accordance with” or equivalent claims should be used only when the applicable requirements have actually been satisfied.

4. Building a credible sustainability report

A practical reporting cycle contains six linked stages.

Stage 1: Establish governance and accountability

The board or a board committee should oversee material sustainability matters, while management assigns responsibility for data owners, controls, targets and corrective action. Responsibilities should be documented through policies, committee mandates, reporting calendars and escalation procedures.

Stage 2: Identify impacts, risks and opportunities

The organisation maps its operations and value chain, reviews legal and contractual requirements, consults stakeholders and identifies significant sustainability matters. This process should include both current and forward-looking issues.

Stage 3: Define indicators and data specifications

Each indicator needs a precise definition. For example, “employee turnover” should specify the population, period, treatment of temporary workers and calculation method. “Renewable energy use” should identify whether it is measured by electricity consumption, contractual instruments or physical generation.

A data specification should identify the unit, source system, owner, frequency, estimation method, evidence retained and approval responsibility.

Stage 4: Collect, validate and consolidate data

Data may originate in enterprise-resource-planning systems, energy bills, laboratory records, human-resources systems, supplier questionnaires, meters and spreadsheets. Controls should address completeness, accuracy, validity, cut-off, consistency and protection against unauthorised alteration.

Stage 5: Interpret performance

Performance should be reported in context. Absolute emissions, emissions intensity, safety rates, workforce composition and target progress should be accompanied by explanations of acquisitions, production changes, methodology revisions and limitations.

Stage 6: Obtain review, approval and assurance

Legal, sustainability, finance, internal audit and operational teams should review the draft. The board or authorised committee should approve the final report. Independent assurance may then be provided over specified information.

5. Climate-related reporting and greenhouse-gas accounting

5.1 Climate risks and opportunities

Climate-related risks are commonly divided into:

• Physical risks, such as floods, heat stress, drought, storms and chronic sea-level rise.
• Transition risks, such as carbon pricing, technological substitution, changing consumer preferences, litigation and regulation.
• Opportunities, such as renewable-energy services, resilient infrastructure, efficient products and access to new markets.

A climate disclosure should explain how these matters affect strategy, business models, capital expenditure, supply chains and risk management. It should distinguish short-, medium- and long-term horizons and explain the assumptions used.

5.2 Scope 1, Scope 2 and Scope 3

Under the GHG Protocol corporate framework:

• Scope 1 covers direct emissions from sources owned or controlled by the organisation, such as fuel burned in company boilers or vehicles.
• Scope 2 covers indirect emissions from purchased electricity, steam, heating or cooling.
• Scope 3 covers other indirect value-chain emissions, such as purchased goods, use of sold products, business travel, transport and end-of-life treatment.

Emissions are generally reported in tonnes of carbon-dioxide equivalent (tCO₂e), using global-warming-potential factors for different greenhouse gases. A report should identify gases included, emission factors, consolidation approach, exclusions and estimation uncertainty.

A basic emissions calculation is:

Activity data may be measured in litres of fuel, kilowatt-hours of electricity or kilograms of material. The emission factor must use compatible units, such as kgCO₂e per litre or kgCO₂e per kWh. The result is converted into tCO₂e where appropriate:

The division by 1,000 applies when the intermediate result is in kilograms and the final unit is tonnes. These formulas assume that the selected activity data and emission factor represent the same source, period and organisational boundary.

Worked example: electricity emissions

A facility consumes 500,000 kWh of purchased electricity. The applicable location-based emission factor is 0.40 kgCO₂e per kWh.

The reported result is 200 tCO₂e. This calculation does not by itself establish market-based emissions, renewable-energy ownership or compliance with a particular target. Those matters require additional evidence and methodological explanation.

5.3 Targets and transition plans

A credible target specifies the base year, target year, boundary, metric, coverage, interim milestones and method of measuring progress. It should distinguish absolute targets from intensity targets.

An absolute target reduces total emissions, for example from 10,000 to 7,000 tCO₂e. An intensity target reduces emissions per unit of activity, such as tCO₂e per tonne of product. Intensity may improve while total emissions rise if production expands. Reports must therefore present the denominator and, where relevant, both absolute and intensity performance.

Claims of “net zero” require particular care. They should explain the emissions boundary, reduction pathway, residual emissions, use of removals, permanence risks and treatment of offsets. Offsetting should not be presented as equivalent to reducing an organisation’s own emissions.

6. Assurance: meaning, levels and limitations

Assurance is an independent evaluation intended to increase users’ confidence in reported information. It is not a guarantee that every statement is correct, nor does it transfer responsibility from management to the assurance provider.

Limited and reasonable assurance

Limited assurance provides a lower level of assurance. Procedures commonly include inquiry, analytical review, selected testing and assessment of reporting processes. The conclusion is generally expressed negatively—for example, that nothing has come to the practitioner’s attention indicating that the information is materially misstated.

Reasonable assurance provides a higher, though not absolute, level of assurance. Procedures are more extensive and may include detailed testing, controls evaluation, recalculation, inspection, observation and external confirmation. The conclusion is generally expressed positively, subject to the engagement’s scope and criteria.

The distinction concerns the nature, timing and extent of procedures, not simply the length of the assurance statement.

Criteria, subject matter and scope

An assurance engagement should identify:

• the subject matter, such as Scope 1 and Scope 2 emissions;
• the reporting criteria, such as a named standard or internal methodology;
• the reporting period;
• the level of assurance;
• materiality and sampling approach;
• exclusions and limitations; and
• the intended users.

Sustainability assurance has used standards such as ISAE 3000 for assurance engagements other than audits or reviews of historical financial information. Climate emissions engagements have also been associated with ISAE 3410. The international sustainability assurance landscape is developing, including the International Standard on Sustainability Assurance (ISSA) 5000. Organisations should use the standard required or permitted in the relevant jurisdiction and engagement context.

Assurance readiness

An organisation preparing for assurance should maintain:

1. a metric dictionary;
2. a reporting-boundary memo;
3. source records and reconciliations;
4. evidence of management review;
5. documented estimation methods;
6. change logs for revised data;
7. controls over spreadsheets and access rights; and
8. explanations for exclusions and restatements.

The most common causes of assurance difficulty are unclear definitions, unsupported estimates, inconsistent boundaries, late changes, weak supplier data and a mismatch between public claims and underlying records.

7. Communication, reputation and stakeholder trust

A sustainability report is one component of a wider communication system that may include websites, regulatory filings, product packaging, investor presentations, advertising, social media, supplier codes and public targets. These communications should be consistent. A carefully written report cannot repair a contradictory advertising claim or a concealed controversy.

Principles of effective communication

Credible communication is:

• Accurate: claims are supported by reliable evidence.
• Balanced: achievements and significant shortcomings are both disclosed.
• Clear: technical terms, boundaries and assumptions are explained.
• Comparable: metrics and methods are consistent over time or changes are disclosed.
• Timely: information is published when it remains decision-useful.
• Accessible: material information is available to affected stakeholders in understandable formats.
• Responsive: the organisation explains how stakeholder concerns influence action.

Communication should separate facts, estimates, commitments and aspirations. “We reduced emissions by 12%” is a performance claim. “We aim to reduce emissions by 50%” is a target. “Our product is sustainable” is a broad claim that requires careful qualification and evidence.

Reputation management

Reputation is influenced by the gap between stated values and observed conduct. A sound reputation-management system therefore begins with operational integrity, not messaging. Organisations should monitor complaints, regulatory findings, media reports, community concerns, worker feedback and supply-chain incidents. Crisis communication should be prompt, factual and compassionate, while avoiding speculation and defensive exaggeration.

Silence may be interpreted as avoidance, but premature statements may also create legal and reputational risk. A responsible approach identifies what is known, what is being investigated, what action has been taken and when further information will be provided.

8. Preventing greenwashing and misleading claims

Greenwashing occurs when environmental or sustainability communication creates a more favourable impression than the evidence supports. It may involve false claims, selective disclosure, vague language, irrelevant information, hidden trade-offs, misleading comparisons or exaggerated future commitments.

Common examples include:

• claiming “carbon neutral” based mainly on low-quality offsets while continuing high emissions;
• describing packaging as “recyclable” where suitable collection facilities are unavailable;
• presenting a small improvement as transformational without disclosing total impact;
• using an unrecognised certification symbol that resembles independent verification;
• comparing products using different boundaries or periods; and
• announcing a target without a funded plan, interim milestones or accountability.

A claim-review protocol should ask:

1. What exactly is being claimed?
2. Is the claim specific enough to test?
3. What evidence supports it?
4. Is the evidence current and representative?
5. Are important qualifications displayed prominently?
6. Does the claim cover the whole product, a component or only one stage of its life cycle?
7. Could a reasonable consumer or investor be misled?
8. Does the claim comply with relevant advertising, consumer-protection and securities rules?

Words such as “green,” “eco-friendly,” “clean,” “responsible” and “sustainable” are often too broad unless precisely defined. Absolute claims require especially strong evidence. An organisation should maintain an approval register for public sustainability claims, with sign-off from technical, legal and sustainability personnel.

9. Governance, ethics and technology

Sustainability information can influence investment decisions, contracts, executive remuneration and public trust. Deliberate misstatement, concealment of adverse impacts or manipulation of indicators may constitute an ethical failure and, in some circumstances, a legal violation.

Important governance controls include:

• board oversight and documented accountability;
• conflict-of-interest declarations;
• protected whistleblowing channels;
• segregation of data preparation and approval;
• internal audit review of material metrics;
• supplier-data verification;
• retention of evidence; and
• correction and restatement procedures.

Digital systems can improve traceability. Automated meters, enterprise systems, supplier portals and data dashboards may reduce manual error. Artificial intelligence can help classify documents, detect anomalies, identify missing data and analyse large volumes of supplier information. However, AI-generated sustainability text or estimates must not be accepted without human review. Risks include biased training data, fabricated sources, inconsistent definitions, poor explainability, privacy breaches and false precision. The organisation remains accountable for published information.

10. Illustrative case: Meridian Foods’ climate disclosure

This is a fictional illustrative case.

Background

Meridian Foods operates processing plants and sells packaged products through supermarkets. It publishes an annual sustainability report and announces a goal to reduce emissions by 40% by 2030.

Problem

The company initially reports a 22% emissions reduction. During preparation for limited assurance, reviewers discover that one acquired plant was excluded from the current year, several logistics suppliers were omitted from Scope 3, and the reduction was calculated using a different electricity factor from the prior year. Marketing materials also describe the product range as “carbon neutral” because offsets were purchased for selected products.

Analysis

The apparent reduction is not comparable with the prior year. The boundary change creates an artificial improvement, while the Scope 3 omission understates value-chain emissions. The carbon-neutral claim is too broad because it does not clearly identify product coverage, emissions boundary, offset quality or residual emissions. The report also lacks a transparent transition plan and interim milestones.

Approach and solution

Meridian establishes a cross-functional reporting committee chaired by the finance director and sustainability director. It:

1. defines the reporting boundary, including the acquired plant;
2. restates the prior year where practicable;
3. documents location-based and market-based electricity methods;
4. expands Scope 3 screening to purchased goods and logistics;
5. creates a metric dictionary and evidence register;
6. replaces the broad “carbon neutral” claim with a specific product-level statement;
7. discloses the use, type and limitations of offsets separately from direct reductions;
8. introduces annual interim targets and capital-investment milestones; and
9. submits selected emissions and energy indicators for independent assurance.

Outcome

The revised report shows a smaller but credible reduction of 8%. Management initially considers this disappointing, but investors and customers respond positively to the clearer boundary and explanation. Operational teams identify energy-efficiency projects that were previously hidden by weak data. The board links executive incentives to verified progress rather than to an unverified headline percentage.

Learning points

The case demonstrates that credibility may require reporting worse-looking results. Boundary consistency, transparent corrections, specific claims and evidence-based targets are more valuable than an impressive but unreliable percentage. Assurance is most effective when reporting controls are designed before publication rather than assembled after a controversy.

11. Challenges and limitations

Sustainability reporting involves judgement and uncertainty. Scope 3 data may depend on supplier estimates, industry averages or spend-based calculations. Climate scenarios are not predictions; they are structured explorations based on assumptions. Social indicators may be affected by privacy restrictions, inconsistent definitions and under-reporting of incidents. Different frameworks may use different materiality concepts, making direct comparison difficult.

Assurance also has limitations. Sampling cannot test every transaction. An assurance conclusion is limited to the subject matter, criteria, period and level of assurance stated in the report. It does not assure future performance, eliminate fraud risk or confirm that an organisation is genuinely sustainable in every respect.

Managers should therefore communicate uncertainty rather than conceal it. A range, confidence qualification, methodology note or explanation of missing data can be more informative than a falsely precise number.

Best-practice checklist

Before publication, an organisation should verify that:

• materiality was assessed using a documented method;
• reporting boundaries are clear and consistent;
• every major metric has a definition, unit, owner and evidence trail;
• emissions calculations use compatible activity data and factors;
• targets include base years, milestones and boundaries;
• positive and negative performance are both presented;
• claims are specific, current and legally reviewed;
• estimates and limitations are disclosed;
• assurance scope and level are clearly stated; and
• board-level governance and correction procedures are operating.

Chapter Summary

Sustainability reporting converts information about impacts, risks, opportunities and performance into accountable communication. Credibility depends on materiality assessment, clear organisational boundaries, consistent definitions, reliable evidence and balanced interpretation. GRI emphasises impacts, ISSB focuses on investor-useful sustainability-related financial information, and ESRS applies a double-materiality approach in relevant European contexts. The GHG Protocol supports greenhouse-gas accounting through Scope 1, Scope 2 and Scope 3 classifications.

Assurance increases confidence in specified information but does not replace management responsibility or guarantee sustainability performance. Limited assurance and reasonable assurance involve different levels of evidence and procedures. Effective communication distinguishes facts from targets and aspirations, explains assumptions and avoids broad or unsupported claims. Greenwashing can be prevented through claim-specific evidence, governance review, transparent boundaries and disclosure of limitations. Technology and AI may strengthen data systems, but human accountability, ethical judgement and independent oversight remain essential.

Key Terms

Materiality: The process of determining which sustainability information is significant enough to report.

Impact materiality: Significance of an organisation’s actual or potential effects on people and the environment.

Financial materiality: Significance of a sustainability matter for enterprise value, cash flows or access to finance.

Double materiality: Assessment of both impact materiality and financial materiality.

Reporting boundary: The entities, operations, sites and value-chain activities included in reporting.

GRI Standards: Standards focused primarily on an organisation’s impacts on the economy, environment and people.

ISSB: International Sustainability Standards Board, which develops investor-focused sustainability disclosure standards.

IFRS S1: General requirements for disclosure of sustainability-related financial information.

IFRS S2: Climate-related disclosure standard developed by the ISSB.

ESRS: European Sustainability Reporting Standards.

GHG Protocol: Widely used framework for measuring and reporting greenhouse-gas emissions.

Scope 1: Direct greenhouse-gas emissions from owned or controlled sources.

Scope 2: Indirect emissions from purchased energy.

Scope 3: Other indirect value-chain emissions.

Limited assurance: Assurance providing a lower level of confidence through less extensive procedures than reasonable assurance.

Reasonable assurance: Higher-level assurance based on more extensive procedures, but not an absolute guarantee.

Greenwashing: Misleading communication that overstates or falsely represents environmental or sustainability performance.

Transition risk: Risk arising from changes associated with moving toward a lower-emission economy.

Emission factor: A factor used to convert activity data into estimated greenhouse-gas emissions.

Metric dictionary: A controlled record defining indicators, units, boundaries, sources and calculation methods.

Review Questions

Short Answer Questions

1. What is the difference between impact materiality and financial materiality?
2. Define Scope 1, Scope 2 and Scope 3 emissions.
3. Why must a sustainability report disclose its reporting boundary?
4. Distinguish limited assurance from reasonable assurance.
5. What is greenwashing?

Long Answer Questions

1. Explain how an organisation can design a complete sustainability-reporting cycle from materiality assessment to board approval.
2. Compare the purposes and orientations of GRI, ISSB and ESRS.
3. Discuss the principal controls needed to prepare greenhouse-gas information for assurance.
4. Explain how sustainability communication can support reputation while avoiding misleading claims.
5. Evaluate the ethical and governance responsibilities of management when sustainability data are uncertain or incomplete.

Analytical / Application Questions

1. A company reports a 30% fall in emissions after selling its most energy-intensive subsidiary. Analyse whether this demonstrates improved environmental performance and identify the disclosures required.
2. A retailer advertises a product as “100% sustainable” because its packaging contains recycled material. Apply the claim-review protocol and propose a more defensible statement.
3. An organisation has reliable Scope 1 data but estimates most Scope 3 emissions using industry averages. Recommend an assurance-ready improvement plan, including limitations that should be communicated to stakeholders.

Multiple Choice Questions with Answers

Question 1

Which concept considers both an organisation’s impacts on people and the environment and the effects of sustainability matters on enterprise value?

A. Single materiality

B. Double materiality

C. Operational boundary

D. Reasonable assurance

Correct Answer: B. Double materiality

Question 2

Emissions from fuel burned in a company-owned boiler are normally classified as:

A. Scope 1

B. Scope 2

C. Scope 3

D. Avoided emissions

Correct Answer: A. Scope 1

Question 3

A facility uses 100,000 kWh of electricity with an emission factor of 0.5 kgCO₂e per kWh. What are the emissions?

A. 5 tCO₂e

B. 50 tCO₂e

C. 500 tCO₂e

D. 5,000 tCO₂e

Correct Answer: B. 50 tCO₂e

Question 4

Which framework is primarily focused on an organisation’s impacts on the economy, environment and people?

A. GRI Standards

B. IFRS S2 only

C. GHG Protocol only

D. ISAE 3000

Correct Answer: A. GRI Standards

Question 5

Which statement best describes reasonable assurance?

A. It provides an absolute guarantee that all information is correct.

B. It uses more extensive procedures than limited assurance but remains subject to engagement limitations.

C. It is based only on management’s written representation.

D. It applies only to financial statements.

Correct Answer: B. It uses more extensive procedures than limited assurance but remains subject to engagement limitations.

Question 6

Which feature most strongly supports a credible emissions target?

A. A slogan without a base year

B. A target with a boundary, base year, milestones and measurement method

C. A target based only on purchased offsets

D. A target announced without assigned responsibility

Correct Answer: B. A target with a boundary, base year, milestones and measurement method

Question 7

Which is a common example of greenwashing?

A. Disclosing a methodology limitation

B. Reporting both positive and negative performance

C. Using a broad environmental claim unsupported by representative evidence

D. Publishing an independently assured metric

Correct Answer: C. Using a broad environmental claim unsupported by representative evidence

Question 8

Why should an organisation disclose a change in its reporting boundary?

A. To make the report longer

B. Because boundary changes can affect comparability and apparent performance

C. Because all reports must include legal contracts

D. To avoid measuring Scope 2 emissions

Correct Answer: B. Because boundary changes can affect comparability and apparent performance

Question 9

Which activity is most appropriate for improving assurance readiness?

A. Deleting source records after aggregation

B. Maintaining a metric dictionary and evidence register

C. Changing definitions each reporting period

D. Allowing marketing staff to approve technical calculations alone

Correct Answer: B. Maintaining a metric dictionary and evidence register

Question 10

What is a key limitation of AI-generated sustainability disclosures?

A. AI cannot process any text

B. AI eliminates the need for governance

C. AI may produce unsupported statements or false precision unless reviewed

D. AI automatically provides reasonable assurance

Correct Answer: C. AI may produce unsupported statements or false precision unless reviewed