Sustainability and Environmental Management Review

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Comprehensive flashcards covering key terms and concepts from lecture notes on Sustainable Development, Management, and Digital Technology impacts.

Last updated 6:55 PM on 7/8/26
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54 Terms

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Sustainable Development

Meeting the needs of the present without compromising the ability of future generations to meet their own needs.

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Earth Overshoot Day

The date when humanity has used up all natural resources that Earth can regenerate in one year; occurring earlier in the year indicates worse sustainability performance.

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Ecological Footprint

A measure of how much land and water area humans need to produce resources and absorb waste, including food consumption, energy use, housing, and transport.

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Strong Sustainability

A capital view stating that natural capital cannot always be replaced by financial capital because not everything can be bought with money, such as extinct species.

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Planetary Boundaries

A scientific framework that defines safe limits for Earth systems; exceeding these limits risks irreversible environmental damage, such as crossing the 1.5 degree1.5\text{ degree} tipping point.

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SDGs

Sustainable Development Goals (201520302015-2030), a global sustainability framework used by governments and companies containing 1717 goals.

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IDGs

Inner Development Goals, a framework focusing on personal and internal growth to support the achievement of global sustainability.

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Silent Spring (1962)

A book by Rachel Carson demonstrating that pesticides and herbicides accumulate in food chains and harm animals and humans, often considered the start of the modern environmental movement.

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The Limits to Growth (1972)

A study for the Club of Rome using computer simulations to conclude that infinite growth is impossible on a planet with finite resources.

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Intragenerational Justice

Fairness among people living today, specifically addressing the gap between rich countries and poor countries.

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Intergenerational Justice

Fairness between generations, balancing the needs of people today with the needs of future generations.

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Cradle-to-Cradle

A circular economy thinking model where raw materials are used to create products that are eventually reused or manufactured into new products.

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Triple Bottom Line (1997)

A term by John Elkington stating that sustainability is based on balancing three dimensions: People (social), Planet (environment), and Profit (economic).

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Doughnut Economics (2017)

A new economic thinking model that combines planetary boundaries with the Sustainable Development Goals for worldwide application.

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Stakeholder

Anyone who can affect or is affected by a company, including employees, customers, investors, and environmental groups.

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Primary Stakeholders

Entities directly connected to company operations without whom the company cannot survive, including employees, customers, and suppliers.

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Secondary Stakeholders

Entities that have indirect influence and though the company can survive without them, they still influence it, such as NGOs, media, and competitors.

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Brent Spar Case

A famous stakeholder management case where Shell was legally allowed to sink an oil platform but changed plans due to pressure from Greenpeace and the public.

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Corporate Sustainability Management (CSM)

The focused management of strategy, goals, KPIs, processes, and structures to implement sustainability within a corporation.

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Environmental Management System (EMS)

A formal system including procedures for understanding environmental aspects, setting objectives and targets, and reviewing performance, such as ISO 14001 or EMAS.

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PDCA Cycle

The Plan, Do, Check, Act cycle used in EMS to define objectives, implement programs, monitor performance, and correct problems.

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High Level Structure (HLS)

A common structure used for ISO management standards (e.g., ISO 14001, ISO 45001, ISO 50001) to make the integration of different systems easier.

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Socially Responsible Investment (SRI)

Investing for financial returns while simultaneously considering environmental, social, and governance (ESG) factors.

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ESG

Acronym for Environmental, Social, and Governance factors used by investors to evaluate companies alongside financial performance.

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Double Materiality

A reporting principle looking at both how sustainability issues affect the business and how the business affects people and the planet.

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CSRD

The Corporate Sustainability Reporting Directive, an EU law requiring many companies to disclose sustainability information according to ESRS standards.

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Stewardship

An investor approach where they stay invested in a company and influence change through dialogue, voting rights, and shareholder proposals.

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Eco-Efficiency

The logistics principle of 'doing more with less,' focusing on reducing fuel use, distances, emissions, and waste.

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Eco-Effectiveness

The logistics principle of using better technologies and systems that protect the environment, such as electric vehicles and alternative fuels.

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Just-In-Time (JIT)

A logistics strategy with low inventory levels and storage costs, but potentially higher transport emissions due to more frequent deliveries.

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Sufficiency

A strategy to reduce overall demand for transport and products, leading to fewer shipments and shorter distances.

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Cleaner Production

Continuous application of environmental strategies to increase efficiency, reduce resource consumption, and prevent pollution at the source.

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Industrial Symbiosis

A strategy where companies exchange resources, energy, and by-products so that one company's waste becomes another's resource, exemplified by Kalundborg Park.

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4R Framework

A hierarchy for circular production consisting of four levels: Reuse, Repair, Refurbish, and Remanufacture.

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Upcycling

A form of recycling where material is reused and its quality or value increases, such as turning old wood into designer furniture.

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Industry 4.0

The fourth industrial revolution combining cyber-physical systems, IoT, AI, and cloud computing for intelligent, connected production.

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Smart Factory

A highly digitalized manufacturing environment where machines, products, and systems communicate and make decisions using real-time data.

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Digital Twin

A virtual model of a physical object or process used for simulation and optimization within a digital support system.

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Green Nudging

Using behavioral economic concepts to influence people toward sustainable decisions (e.g., green defaults or eco-labels) without restricting their freedom of choice.

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Greenwashing

Communication that misleads stakeholders into overly positive beliefs about a brand's environmental performance, often through selective disclosure or decoupling.

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Decoupling (Greenwashing)

The gap between what a company says in its policies symbolically and what it actually does in its core operations.

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Anti-Consumption Marketing

A sustainability strategy that encourages consumers to reduce unnecessary consumption and extend product life, exemplified by Patagonia's 'Don't Buy This Jacket' campaign.

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Product-Service System (PSS)

A model that extends product life by shifting from selling physical products to providing utility through maintenance, repair, and reuse.

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Sustainable Supply Chain Management (SSCM)

The strategic integration of environmental, social, and economic goals into the entire supply chain to improve long-term performance.

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Rana Plaza

A tragic factory collapse that highlighted the lack of transparency, accountability, and safety in global cost-driven supply chains.

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Sustainable Supplier Management

A process consisting of four continuous steps: Commit, Evaluate, Control, and Develop suppliers to reduce sustainability risks.

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Decommoditization

A strategy for sustainable products that emphasizes long-term contracts, above-market (fair) pricing, and supplier development over low price alone.

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E-Waste

Discarded electrical or electronic equipment, including smartphones, tablets, and batteries; less than 20%20\,\% is properly recycled worldwide.

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PUE

Power Usage Effectiveness, a metric for data center efficiency calculated as Total facility energyIT energy\frac{\text{Total facility energy}}{\text{IT energy}}, where the ideal is 1.01.0.

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WUE

Water Usage Effectiveness, a metric for data centers calculated as Litres of waterIT energy (kWh)\frac{\text{Litres of water}}{\text{IT energy (kWh)}}.

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CUE

Carbon Usage Effectiveness, a metric for data centers calculated as kgCO2IT energy (kWh)\frac{kg\,CO_2}{\text{IT energy (kWh)}}.

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Jevons Paradox

An economic observation where efficiency gains lower the cost per unit, causing demand to rise so much that total energy use still increases.

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Life Cycle Sustainability Assessment (LCSA)

A tool evaluating the sustainability impacts of digital technologies across their life cycle via E-LCA (environmental), S-LCA (social), and LCC (economic costs).