Sustainability, ESG and Environmental Responsibility

Introduction

Environmental responsibility has moved from the margins of corporate philanthropy to the centre of strategy, risk management and organizational legitimacy. Climate change, biodiversity loss, pollution, water scarcity and resource depletion affect the conditions under which businesses operate. They influence input prices, infrastructure reliability, employee health, supply-chain continuity, insurance costs, access to finance and public trust.

Sustainability refers broadly to meeting present needs without undermining the ability of future generations to meet their needs. In business, it requires organizations to consider how economic activity affects environmental systems and society over time. Environmental, social and governance (ESG) analysis provides a structured way to evaluate these impacts and the organizational practices used to manage them. ESG is not identical to sustainability: ESG is primarily a framework for identifying, measuring and governing material issues, whereas sustainability expresses a broader normative commitment to long-term ecological and social well-being.

For human resource professionals, these issues are directly relevant. Employees implement environmental policies, develop organizational capabilities, shape culture and often identify operational risks before senior managers do. Job design, training, performance management, leadership, employee voice and ethical decision-making all influence whether sustainability commitments become practice or remain public relations claims.

Learning Objectives

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

1. Explain sustainability, ESG and environmental responsibility.
2. Distinguish physical and transition climate risks.
3. Analyse biodiversity, pollution and resource-use challenges.
4. Explain circular-economy principles and their operational implications.
5. Evaluate environmental justice and stakeholder impacts.
6. Identify greenwashing and assess the credibility of environmental claims.
7. Connect ESG priorities with operations, investment, HR and long-term value creation.
8. Recommend responsible governance, measurement and implementation practices.

1. Sustainability as a Business and Ethical Concept

A narrow view of business success focuses on short-term profit. A sustainability perspective asks whether value creation can continue without exhausting ecological systems or transferring unacceptable costs to other people and future generations. This introduces three related dimensions:

• Environmental integrity: maintaining climate stability, biodiversity, clean air, clean water and productive ecosystems.
• Social legitimacy: respecting human rights, health, safety, equality and community interests.
• Economic viability: creating durable value, financial resilience and productive employment.

These dimensions are sometimes represented as the “triple bottom line.” The model is useful as a reminder that financial outcomes are not the only organizational outcomes. However, it can be misleading if it suggests that environmental damage can always be traded away for financial gains. Ecological limits may be non-substitutable: a profit cannot fully compensate a community for irreversible ecosystem destruction.

Stakeholder and systems perspectives

Stakeholder theory holds that organizations have responsibilities to groups that affect or are affected by organizational decisions, including employees, customers, suppliers, investors, communities, regulators and future generations. Environmental responsibility therefore cannot be assessed solely through shareholder returns.

Systems thinking adds that organizations are embedded in interdependent natural and social systems. A factory may reduce its direct emissions while increasing emissions through outsourced production. A product may be recyclable in theory but unrecyclable in the regions where it is sold. Responsible analysis must therefore consider the full value chain and unintended consequences.

The principle of materiality helps prioritize issues. Financial materiality concerns whether an issue could affect enterprise value, cash flows or access to capital. Impact materiality concerns the organization’s significant effects on people and the environment. A “double materiality” perspective considers both directions: how sustainability issues affect the organization and how the organization affects the world.

2. ESG: Meaning, Scope and Limits

ESG organizes sustainability-related information into three categories:

ESG is used by investors, lenders, regulators, customers and employees. It may inform investment screening, credit analysis, procurement, risk registers, executive incentives and employer reputation. Yet ESG ratings can differ substantially because providers select different indicators, weights and data sources. A high ESG score does not necessarily mean that a company has a low environmental impact; it may instead indicate strong disclosure or good management of financially material risks.

ESG and corporate responsibility

Corporate social responsibility often emphasizes voluntary responsibilities and relationships with society. ESG emphasizes measurable risks, opportunities, governance and reporting. The two overlap but are not interchangeable. An organization may publish ESG indicators while failing to address ethical concerns, or it may undertake meaningful community and environmental action without sophisticated ESG reporting.

A credible ESG system should include:

1. Clear responsibilities at board and executive levels.
2. Stakeholder-informed materiality assessment.
3. Reliable, comparable and auditable data.
4. Targets linked to operational decisions.
5. Incentives that discourage manipulation.
6. Transparent communication of progress and failure.
7. Remedy when environmental or social harm occurs.

3. Climate Risk and Organizational Decision-Making

Climate risk has two principal forms.

Physical risks arise from climate-related events or long-term changes, such as floods, heatwaves, droughts, storms, sea-level rise and changing disease patterns. They can damage assets, interrupt logistics, reduce labour productivity and increase insurance costs.

Transition risks arise from the movement toward a lower-emission economy. They include new regulation, carbon pricing, technological substitution, changing consumer preferences, litigation, investor expectations and the possibility that carbon-intensive assets lose value before the end of their planned life.

Climate risk can also create opportunities, including energy efficiency, resilient infrastructure, low-carbon products, new employment and access to growing markets. Opportunity analysis should not be used to minimize genuine risks; it should identify responsible pathways for adaptation and innovation.

Climate accounting and intensity measures

Organizations commonly measure greenhouse-gas emissions in tonnes of carbon-dioxide equivalent (tCO₂e). Scope 1 emissions are direct emissions from owned or controlled sources. Scope 2 emissions are indirect emissions from purchased energy. Scope 3 emissions arise elsewhere in the value chain, such as purchased goods, transportation, product use and end-of-life treatment. Scope 3 estimation is often difficult but may represent a large share of an organization’s total impact.

A basic emissions-intensity measure is:

Here, total greenhouse-gas emissions are measured in tCO₂e, and the denominator might be tonnes of product, units sold, revenue or employee-hours. The denominator must be stated because intensity measures are not interchangeable. An intensity per unit of output can improve while total emissions rise if production expands.

Worked example. A plant emits 12,000 tCO₂e while producing 60,000 units.

If efficiency improvements reduce emissions to 10,800 tCO₂e while output rises to 66,000 units:

Intensity falls by approximately 18%, but absolute emissions fall by only 10%. Both measures should therefore be reported. The calculation assumes that emissions and output have been measured consistently and that the production boundary has not changed.

Climate scenarios and risk evaluation

Scenario analysis explores how strategy may perform under different plausible futures. It is not a prediction. A company might examine a rapid-transition scenario, a delayed-transition scenario and a high-physical-risk scenario. For each, managers can assess energy prices, regulation, demand, asset impairment, supply disruption and workforce effects.

A simplified expected-loss calculation may be used for prioritization:

If a flood has an estimated annual probability of 4% and would cause a loss of $2 million, the estimated annual loss is:

This is an analytical estimate, not a guarantee or a complete valuation. It excludes non-financial harms, correlated events, adaptation costs and uncertainty in the probability estimate. It should support—not replace—qualitative judgment and stakeholder analysis.

4. Biodiversity, Pollution and Resource Use

Biodiversity

Biodiversity includes the variety of genes, species and ecosystems. Businesses depend on ecosystem services such as pollination, water purification, soil fertility, flood regulation and coastal protection. Agriculture, mining, construction, forestry, fisheries and infrastructure may create particularly significant pressures, but no sector is entirely separate from nature.

Biodiversity impacts include habitat conversion, overexploitation, invasive species, chemical contamination and climate change. A responsible organization should identify locations and activities that depend on nature, assess its impacts, avoid harm where possible, minimize unavoidable impacts and support restoration where appropriate. “Offsetting” should not be treated as permission to destroy irreplaceable ecosystems.

Pollution

Pollution includes emissions to air, contamination of water and soil, hazardous waste, noise, plastics and other harmful substances. The ethical issue is partly one of externalities: costs are imposed on people who did not choose the transaction. Environmental responsibility requires internal controls, prevention, monitoring, legal compliance and remediation.

Compliance is a minimum standard, not proof of ethical performance. Regulation may lag behind scientific knowledge, may not cover cumulative impacts, or may be weakly enforced. Organizations should apply precaution where credible evidence indicates a risk of serious or irreversible harm, even when scientific certainty is incomplete.

Resource use and ecological limits

Organizations consume energy, materials, water and land. Resource productivity can be improved through efficient equipment, process redesign, maintenance, demand management and product innovation. Nevertheless, efficiency can generate a rebound effect: lower operating costs may encourage greater consumption, offsetting some environmental gains. Absolute limits and total resource use must therefore be monitored alongside efficiency ratios.

5. The Circular Economy

The conventional linear model is often summarized as “take, make, use and dispose.” A circular economy seeks to design out waste and pollution, keep products and materials in use and regenerate natural systems. Circular strategies include:

• reducing material use;
• designing for durability, repair and upgrading;
• reusing products and components;
• remanufacturing;
• recycling materials at appropriate quality;
• using renewable or responsibly sourced inputs;
• developing product-service systems rather than selling unnecessary physical volume.

The hierarchy matters. Preventing material use is generally preferable to recycling after waste has been created. Recycling is not automatically sustainable if it consumes excessive energy, produces toxic residues or encourages disposable design.

Circularity changes business models and employment requirements. Organizations may need reverse logistics, repair technicians, lifecycle designers, supplier collaboration, product tracking and new customer-service capabilities. HR departments should identify these skills, create learning pathways and ensure that transitions do not shift unsafe or insecure work to vulnerable workers.

6. Environmental Justice and Human Rights

Environmental burdens and benefits are distributed unevenly. Low-income communities, Indigenous peoples, racialized groups, informal workers and residents of heavily industrialized areas may experience greater exposure to pollution and climate hazards while receiving fewer economic benefits. This is the central concern of environmental justice.

Three dimensions are especially important:

1. Distributive justice: Who receives benefits and who bears environmental costs?
2. Procedural justice: Who participates in decisions, and is participation meaningful?
3. Recognitional justice: Are the identities, knowledge, rights and histories of affected groups respected?

Businesses should conduct human-rights and environmental due diligence, consult affected stakeholders early, provide accessible information, maintain grievance mechanisms and avoid retaliation against complainants. Consultation is not meaningful if the decision has already been made or if technical information is inaccessible.

A just transition recognizes that decarbonization can create winners and losers. Workers in carbon-intensive industries may face redundancy, while new green jobs may require different skills or be geographically distant. Responsible employers can provide reskilling, redeployment, income support, fair severance, worker consultation and investment in affected communities.

7. Greenwashing and the Ethics of Environmental Communication

Greenwashing occurs when an organization creates a misleading impression about the environmental benefits of its products, operations or policies. It can involve:

• vague claims such as “eco-friendly” without a defined basis;
• highlighting a minor improvement while hiding major impacts;
• presenting legal compliance as exceptional environmental performance;
• using selective data or favourable boundaries;
• claiming future net-zero performance without credible interim actions;
• relying on offsets while continuing high emissions;
• displaying nature imagery or certification symbols that imply unsupported benefits.

A credible claim should be specific, verifiable, proportionate and understandable. It should identify the product or organizational boundary, measurement method, comparison baseline, time period and limitations. Claims should distinguish achieved performance from targets and intentions.

Greenwashing is not merely a communications problem. It can mislead consumers, distort competition, expose organizations to regulatory and litigation risk, undermine employee trust and delay effective environmental action. Internal controls for sustainability claims should resemble financial controls: defined ownership, evidence retention, review, approval and independent assurance where appropriate.

8. Connecting ESG with Operations, Investment and HR

Operations

Operational integration begins by mapping environmental impacts across the value chain. Managers can then prioritize energy, materials, water, waste, logistics, product design and supplier standards. Environmental objectives should be incorporated into capital expenditure, procurement and quality systems rather than placed in a separate sustainability report.

Procurement decisions should consider total lifecycle cost rather than purchase price alone. A more energy-efficient machine may have a higher initial price but lower operating cost and emissions. Supplier evaluation should address environmental performance, labour conditions and data credibility. Organizations must avoid imposing unrealistic requirements on small suppliers without providing support or transition time.

Investment and long-term value

Investment appraisal should consider environmental costs, regulatory change, asset resilience and potential impairment. A project with attractive short-term returns may be vulnerable to carbon pricing, water scarcity or reputational harm. Conversely, energy efficiency and resilient infrastructure can reduce operating costs and protect continuity.

Net present value (NPV) can be used to compare project cash flows, including environmental costs and benefits:

Here, I₀ is the initial investment, CFₜ is the net cash flow in period t, r is the discount rate, and n is the number of periods. The formula assumes cash flows are measured consistently, the timing is known and the discount rate appropriately reflects risk. Environmental impacts that are not priced in cash flows will not automatically appear in NPV; they must be represented through regulation, shadow prices, scenario analysis or separate decision criteria.

Human resource management

HR contributes through:

• sustainability competencies in recruitment and learning;
• employee participation and suggestion systems;
• health and safety management under heat, pollution and extreme weather;
• fair transition planning;
• ethical performance measures;
• leadership development and accountability;
• workforce reporting that avoids misleading claims;
• protection for whistleblowers and employee representatives.

Performance incentives require caution. A bonus based only on emissions intensity may encourage managers to outsource emissions or reduce output. Balanced measures should include absolute emissions, data quality, compliance, safety, employee impacts and progress against credible targets. Employees should not be pressured to conceal environmental failures in order to meet targets.

9. ESG Governance and Measurement

Effective governance assigns responsibility without isolating sustainability from core management. The board should oversee material environmental risks, while executives should integrate them into strategy, budgets and enterprise risk management. Specialist sustainability teams can coordinate expertise, but operational managers must own implementation.

A practical measurement cycle is:

1. Establish organizational and value-chain boundaries.
2. Identify material impacts, dependencies, risks and opportunities.
3. Set a baseline using consistent methods.
4. Establish time-bound targets and interim milestones.
5. Assign resources and responsibilities.
6. Monitor performance and investigate variance.
7. Obtain assurance where appropriate.
8. Report progress, limitations and corrective action.

Indicators should combine leading and lagging measures. Lost-time incidents and emissions are lagging indicators; training completion, preventive maintenance, supplier audits and investment in resilience are leading indicators. Neither type is sufficient alone.

Digital systems, sensors and artificial intelligence can assist with energy monitoring, emissions estimation, predictive maintenance, supply-chain mapping and anomaly detection. However, technology does not solve poor boundaries or unreliable source data. AI-generated sustainability reports may reproduce errors, obscure assumptions or create false precision. Human review, audit trails, privacy protection and accountability remain essential.

10. Applied Case: Meridian Apparel’s Decarbonization Challenge

The following is an illustrative case.

Background

Meridian Apparel, a medium-sized clothing company, sells products in three countries. Its direct office and warehouse emissions are modest, but most environmental impact occurs in purchased textiles, dyeing, international freight and customer use. The company announces a goal of becoming “carbon neutral” within five years.

Problem

The marketing department proposes describing all products as “carbon-neutral clothing” after purchasing offsets. Operations reports that suppliers use coal-based electricity and that product returns are increasing. Employees are concerned that the public claim is stronger than the evidence. Investors request a credible transition plan, while the procurement team fears that stricter supplier standards will increase costs.

Analysis

A materiality assessment identifies purchased goods and services, supplier energy, chemical management, worker safety, returns and end-of-life disposal as significant issues. Meridian’s initial proposal focuses on Scope 1 and Scope 2 emissions and therefore omits most of the value-chain impact. The proposed claim also risks greenwashing because offsets do not eliminate the company’s underlying emissions and their quality may vary.

The HR team identifies capability gaps in lifecycle assessment, supplier engagement, data management and responsible marketing. It also notes that sudden supplier termination could harm workers and communities. A just transition requires staged improvement, technical support and worker protections.

Approach and solution

Meridian adopts five actions:

1. Publish a baseline covering relevant Scope 1, 2 and 3 categories, with assumptions and uncertainty.
2. Replace the absolute “carbon-neutral clothing” claim with specific product information about materials, energy and limitations.
3. Prioritize supplier energy efficiency, renewable electricity where credible, chemical controls and worker safety.
4. Redesign products for durability, repair and recycled-material use where lifecycle evidence supports it.
5. Establish a cross-functional committee involving operations, procurement, HR, finance, legal, marketing and worker representatives.

Supplier contracts include improvement milestones rather than immediate exclusion. Procurement offers training and longer-term purchasing commitments to suppliers that demonstrate verified progress. HR develops training for buyers and designers, introduces environmental objectives into performance reviews and creates a protected channel for employees to report misleading claims.

Outcome

After two years, Meridian reports lower emissions per garment and improved supplier data. Absolute emissions have not yet reached the long-term target because sales have expanded, so the company reports both measures. It also discloses that some upstream data remain estimated. Customer complaints about vague claims decline, and employee survey results show increased confidence in leadership integrity.

Learning points

The case demonstrates that credible sustainability requires value-chain boundaries, operational action, transparent uncertainty and cross-functional governance. It also shows why HR is strategically relevant: the transition depends on skills, incentives, employee voice and fair treatment of suppliers and workers. A credible target is not a substitute for present action, and an offset is not a licence to avoid emissions reduction.

11. Challenges and Critical Limitations

Sustainability decision-making faces several limitations. Data may be incomplete, inconsistent or based on estimates. Scope 3 emissions are particularly difficult to calculate. Comparisons across organizations can be misleading when boundaries, production mixes or reporting methods differ.

ESG ratings may reward disclosure rather than actual impact, and rating agencies may disagree. Reporting can also become excessively complex, diverting attention from operational change. Targets may be manipulated through accounting boundaries, outsourcing or selective baselines. Managers should therefore examine absolute outcomes, external verification, stakeholder experience and evidence of real-world improvement.

There are also genuine trade-offs. Renewable-energy infrastructure may require minerals and land. Electric vehicles reduce tailpipe emissions but create manufacturing and end-of-life challenges. Recycling can reduce virgin-material demand but may consume energy. Ethical analysis should make these trade-offs explicit rather than presenting sustainability as consequence-free.

Finally, voluntary action is not sufficient for all risks. Strong regulation, enforcement, transparent standards, worker rights and public investment may be necessary to prevent competitive disadvantage for responsible organizations and to protect affected communities.

12. Best-Practice Principles

Organizations seeking credible environmental responsibility should:

• treat legal compliance as a floor rather than the goal;
• measure absolute as well as intensity-based performance;
• include material value-chain impacts;
• prioritize avoidance and reduction before compensation;
• use science-informed, time-bound targets;
• disclose assumptions, uncertainty and setbacks;
• link ESG to capital allocation, procurement and incentives;
• engage workers, communities and affected rights-holders;
• protect whistleblowers and environmental defenders;
• obtain independent assurance for important claims;
• design a just transition for workers and communities;
• review unintended consequences and rebound effects;
• ensure that environmental communication is specific and evidence-based.

Chapter Summary

Sustainability requires organizations to create value without undermining ecological systems, human well-being or future capacity. ESG provides a framework for organizing environmental, social and governance risks, opportunities and performance, but ESG scores and reports are not substitutes for genuine impact reduction. Climate risks include physical hazards and transition pressures; both should inform scenario analysis, investment and operational resilience. Biodiversity, pollution and resource use must be considered across the value chain and in relation to environmental justice. Circular-economy strategies seek to prevent waste, extend product and material life and regenerate natural systems. Greenwashing arises when environmental claims are vague, selective or unsupported, and it creates ethical, legal and strategic risks. Effective implementation requires reliable data, governance, employee capability, stakeholder participation, credible targets and transparent reporting. HR is central to sustainability because people, skills, incentives, culture and just-transition practices determine whether environmental strategy becomes organizational practice.

Key Terms

Sustainability: Meeting present needs without compromising future generations’ ability to meet their needs.

ESG: Environmental, social and governance factors used to assess organizational impacts, risks, opportunities and management practices.

Environmental responsibility: The duty to prevent, reduce and remedy harmful effects on natural systems.

Stakeholder theory: The view that organizations have responsibilities to parties affected by or able to affect them.

Materiality: The significance of an issue for organizational decisions, impacts or stakeholder interests.

Double materiality: Assessment of both how sustainability issues affect an organization and how the organization affects society and the environment.

Physical climate risk: Risk arising from climate events or long-term physical changes.

Transition risk: Risk arising from movement toward a lower-emission economy.

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

Scope 2 emissions: Indirect emissions from purchased energy.

Scope 3 emissions: Value-chain emissions other than Scope 1 and Scope 2.

Biodiversity: The variety of genes, species and ecosystems.

Externality: A cost or benefit imposed on others who are not directly involved in a transaction.

Circular economy: An economic model that designs out waste, keeps materials in use and supports regeneration.

Environmental justice: Fair distribution of environmental benefits and burdens, meaningful participation and recognition of affected groups.

Greenwashing: Misleading communication about environmental performance or benefits.

Just transition: A fair shift toward sustainable production that protects workers and affected communities.

Carbon intensity: Greenhouse-gas emissions per specified unit of output or activity.

Scenario analysis: Examination of organizational performance under different plausible future conditions.

Environmental due diligence: A process for identifying, preventing, mitigating and accounting for environmental impacts.

Review Questions

Short Answer Questions

1. What is the difference between sustainability and ESG?
2. Distinguish physical climate risk from transition risk.
3. Why should organizations report both absolute emissions and emissions intensity?
4. Identify three principles of a circular economy.
5. What is greenwashing?

Long Answer Questions

1. Explain how stakeholder theory and systems thinking improve environmental decision-making.
2. Discuss the relationship between biodiversity, ecosystem services and business risk.
3. Analyse the role of HRM in implementing a just transition.
4. Explain how ESG governance can connect sustainability objectives with operations and investment.
5. Evaluate the limitations of ESG ratings and sustainability reporting.

Analytical / Application Questions

1. A company reduces emissions per product but increases total production substantially. Explain how its environmental performance should be assessed and what additional information is required.
2. Design a response for a manufacturer whose supplier has high emissions but employs a vulnerable local workforce. Address procurement, worker protection, stakeholder engagement and measurement.
3. Evaluate whether a company should advertise itself as “carbon neutral” after buying offsets while its absolute emissions continue to rise. Use the concepts of greenwashing, materiality and environmental responsibility.

Multiple Choice Questions with Answers

Question 1

Which statement best distinguishes ESG from sustainability?

A. ESG focuses only on climate change, while sustainability focuses only on labour rights.

B. ESG organizes measurable environmental, social and governance factors, while sustainability is a broader commitment to long-term ecological and social well-being.

C. ESG applies only to investors, while sustainability applies only to governments.

D. ESG is legally binding in every country, while sustainability has no ethical significance.

Correct Answer: B. ESG organizes measurable environmental, social and governance factors, while sustainability is a broader commitment to long-term ecological and social well-being.

Question 2

Which of the following is a transition risk?

A. Flood damage to a warehouse

B. Heat-related reduction in worker productivity

C. A regulation that increases the cost of carbon-intensive production

D. Sea-level rise affecting a port

Correct Answer: C. A regulation that increases the cost of carbon-intensive production

Question 3

A plant emits 12,000 tCO₂e and produces 60,000 units. What is its emissions intensity?

A. 0.02 tCO₂e per unit

B. 0.20 tCO₂e per unit

C. 2.0 tCO₂e per unit

D. 20 tCO₂e per unit

Correct Answer: B. 0.20 tCO₂e per unit

Question 4

Which activity is most consistent with a circular-economy hierarchy?

A. Designing products for durability and repair

B. Increasing disposal capacity before redesigning products

C. Treating recycling as automatically preferable to reducing material use

D. Replacing all durable products with single-use products made from recycled material

Correct Answer: A. Designing products for durability and repair

Question 5

Which example best illustrates environmental justice?

A. A company changes its logo to green.

B. A firm reports energy use only at its headquarters.

C. A community exposed to industrial pollution receives meaningful participation and remediation.

D. An investor compares two companies’ share prices.

Correct Answer: C. A community exposed to industrial pollution receives meaningful participation and remediation.

Question 6

Which claim is most likely to constitute greenwashing?

A. “Our direct emissions declined 15% from the stated 2022 baseline.”

B. “This product uses 30% recycled material, measured by product weight.”

C. “Eco-friendly,” with no definition, boundary, evidence or comparison basis.

D. “We are testing lower-impact materials and will report results next year.”

Correct Answer: C. “Eco-friendly,” with no definition, boundary, evidence or comparison basis.

Question 7

Why should organizations measure absolute emissions as well as emissions intensity?

A. Intensity measures always exaggerate emissions.

B. Absolute emissions show total environmental pressure, which may rise even when efficiency improves.

C. Absolute emissions are required only for small organizations.

D. Intensity measures cannot be calculated using output.

Correct Answer: B. Absolute emissions show total environmental pressure, which may rise even when efficiency improves.

Question 8

Which HR practice most directly supports a just transition?

A. Removing all training during restructuring

B. Providing reskilling, redeployment and consultation for affected workers

C. Linking bonuses only to short-term sales

D. Preventing employees from reporting environmental concerns

Correct Answer: B. Providing reskilling, redeployment and consultation for affected workers

Question 9

What is the main purpose of climate scenario analysis?

A. To predict one certain future with complete accuracy

B. To replace all financial planning

C. To examine how strategy may perform under different plausible futures

D. To prove that climate risks are impossible to quantify

Correct Answer: C. To examine how strategy may perform under different plausible futures

Question 10

A flood has an estimated probability of 4% in a year and would cause a $2 million loss. What is the simplified expected annual loss?

A. $8,000

B. $40,000

C. $80,000

D. $800,000

Correct Answer: C. $80,000