Linked from

The 31 pages that link to Carbon footprint, each with the reason it gives.

• Life-cycle assessmentCompared with: It tracks climate impacts specifically, whereas LCA can assess multiple impact categories.

• SteelRelated: Steelmaking emits substantial carbon dioxide, especially when iron ore is reduced with coal.

• Fast fashionRelated: Frequent production and global distribution add emissions to clothing's lifecycle.

• CommutingRelated: Commute mode and distance contribute to an individual's transport emissions.

• Air cargoRelated: Air freight’s emissions per tonne-kilometer often make shipment mode a consequential climate choice.

• Carbon dioxide emissionsRelated: Footprints translate emissions into an attributed total for a chosen boundary.

• Data centerRelated: Electricity sources and equipment supply chains shape the facility’s emissions.

• Ecological footprintBroader topic: The carbon component converts emissions into the hypothetical forest area needed to absorb them.

• LocalizationRelated: Local sourcing can alter transport emissions, but production methods also determine the outcome.

• Carbon intensityRelated: A footprint reports an emissions total; intensity divides emissions by an output measure.

• Greenhouse gas emissions from agricultureRelated: Farm products can be assessed by including emissions from their agricultural production.

• AluminiumRelated: Electricity sources and process emissions strongly affect aluminium’s production footprint.

• Concert tourRelated: Travel and freight make touring’s emissions a growing concern for artists and organizers.

• Industrial pollutionCompared with: It tracks climate-warming emissions, while industrial pollution also includes toxic local contaminants.

• Last-mile deliveryRelated: Vehicle choice, routing, and failed attempts shape delivery-related emissions.

• Carbon steelRelated: Steelmaking can be emissions-intensive, making production route and recycled content consequential for carbon steel.

• Food milesRelated: Food miles are sometimes used as a rough proxy for this broader measure.

• Structural steelRelated: Steelmaking emissions shape structural steel’s environmental trade-offs and recycling case.

• DraftingRelated: Lower fuel or electricity demand from vehicle drafting can reduce transport emissions.

• Kilowatt-hourRelated: Electricity use in kilowatt-hours can be converted to emissions using a grid-specific factor.

• Pollution preventionRelated: Efficiency and material-use changes can prevent emissions associated with production and energy demand.

• Garment industryRelated: Energy-intensive production and global transport add emissions to clothing’s footprint.

• Chemical feedstockRelated: The origin and processing of a feedstock can dominate a chemical product's emissions.

• Glass recyclingRelated: Furnace fuel, avoided raw-material processing, and transport shape recycling's emissions balance.

• Sport tourismRelated: Long-distance travel by spectators and teams can dominate an event's climate impacts.

• Toilet paperRelated: Manufacturing, transport, and disposal contribute to toilet paper's emissions.

• Academic conferenceRelated: Travel to in-person conferences can produce substantial emissions.

• Online shoppingNarrower topic: Delivery, warehousing, and returns contribute to the emissions of online retail.

• TotalEnergiesRelated: The company's emissions include operational sources and emissions from the fuels it sells.

• United Parcel ServiceRelated: UPS’s aircraft, trucks, facilities, and delivery activity make its emissions a major operational concern.

• MicrogenerationRelated: Microgeneration's climate benefit depends on the emissions it displaces across its lifecycle.