Voici la traduction de votre contenu en anglais, tout en conservant la structure HTML et les balises techniques.
HTML
Web eco-design level of the website [TO BE COMPLETED]
- A
- B
- C
- D
- E
- F
- G
- Ecoindex Grade: A
- Average water consumption per 1,000 users: [TO BE COMPLETED] liters, equivalent to [TO BE COMPLETED] packs of bottled water. *
- Average Greenhouse Gas (GHG) emissions per 1,000 users: [TO BE COMPLETED] kg CO2e, equivalent to a [TO BE COMPLETED] km trip in a thermal engine car. *
Evaluation Method
Like any digital product, this website has an environmental impact, which we present on this page using standardized indicators.
We use the EcoIndex framework provided by the GreenIT.fr collective to assess the environmental performance of this website. This is quantified using two types of indicators:
- Website eco-design level. This indicator evaluates the implementation of best practices to reduce the impact of a web page. The level reached is represented by a relative evaluation from A to G (A being the best grade) associated with an absolute score from 0 to 100 (100 being the best score).
- Water consumption and GHG emissions related to page loading. This indicator quantifies freshwater consumption (cl) and GHG emissions (gCO2e) related to loading a web page.
For summary purposes, four types of data are represented:
- Eco-design level for the 5 most visited pages of the website
- Eco-design level for 5 typical user journeys on the website
- Water consumption (expressed in liters) and GHG emissions (kg CO2e) related to loading a web page for 1 user, and scaled to 1,000 users.
- Water consumption (expressed in liters) and GHG emissions (kg CO2e) related to completing a user journey for 1 user, and scaled to 1,000 users.
The indicated analysis was performed on [TO BE MODIFIED] and is subject to change: the quantification of environmental impacts presented below is a snapshot taken at a specific time.
Impact assessment of the 5 most visited pages of the site
Homepage
- Page concerned: [TO BE COMPLETED]
- Water consumption per 1,000 users: [TO BE COMPLETED] liters, equivalent to [TO BE COMPLETED] packs of bottled water.
- GHG emissions per 1,000 users: [TO BE COMPLETED] kg CO2e, equivalent to a [TO BE COMPLETED] km trip in a thermal engine car.
Page “[TO BE COMPLETED]”
- Page concerned: [TO BE COMPLETED]
- Water consumption per 1,000 users: [TO BE COMPLETED] liters, equivalent to [TO BE COMPLETED] packs of bottled water.
- GHG emissions per 1,000 users: [TO BE COMPLETED] kg CO2e, equivalent to a [TO BE COMPLETED] km trip in a thermal engine car.
Page “[TO BE COMPLETED]”
- Page concerned: [TO BE COMPLETED]
- Water consumption per 1,000 users: [TO BE COMPLETED] liters, equivalent to [TO BE COMPLETED] packs of bottled water.
- GHG emissions per 1,000 users: [TO BE COMPLETED] kg CO2e, equivalent to a [TO BE COMPLETED] km trip in a thermal engine car.
Page “[TO BE COMPLETED]”
- Page concerned: [TO BE COMPLETED]
- Water consumption per 1,000 users: [TO BE COMPLETED] liters, equivalent to [TO BE COMPLETED] packs of bottled water.
- GHG emissions per 1,000 users: [TO BE COMPLETED] kg CO2e, equivalent to a [TO BE COMPLETED] km trip in a thermal engine car.
Page “[TO BE COMPLETED]”
- Page concerned: [TO BE COMPLETED]
- Water consumption per 1,000 users: [TO BE COMPLETED] liters, equivalent to [TO BE COMPLETED] packs of bottled water.
- GHG emissions per 1,000 users: [TO BE COMPLETED] kg CO2e, equivalent to a [TO BE COMPLETED] km trip in a thermal engine car.
Impact assessment for 5 user journeys on the site
Journey 1: [TO BE COMPLETED]
- Journey objective: [TO BE COMPLETED]
- Target path: [TO BE COMPLETED]
- Water consumption per 1,000 users: [TO BE COMPLETED] liters, equivalent to [TO BE COMPLETED] packs of bottled water.
- GHG emissions per 1,000 users: [TO BE COMPLETED] kg CO2e, equivalent to a [TO BE COMPLETED] km trip in a thermal engine car.
Journey 2: [TO BE COMPLETED]
- Journey objective: [TO BE COMPLETED]
- Target path: [TO BE COMPLETED]
- Water consumption per 1,000 users: [TO BE COMPLETED] liters, equivalent to [TO BE COMPLETED] packs of bottled water.
- GHG emissions per 1,000 users: [TO BE COMPLETED] kg CO2e, equivalent to a [TO BE COMPLETED] km trip in a thermal engine car.
Journey 3: [TO BE COMPLETED]
- Journey objective: [TO BE COMPLETED]
- Target path: [TO BE COMPLETED]
- Water consumption per 1,000 users: [TO BE COMPLETED] liters, equivalent to [TO BE COMPLETED] packs of bottled water.
- GHG emissions per 1,000 users: [TO BE COMPLETED] kg CO2e, equivalent to a [TO BE COMPLETED] km trip in a thermal engine car.
Journey 4: [TO BE COMPLETED]
- Journey objective: [TO BE COMPLETED]
- Target path: [TO BE COMPLETED]
- Water consumption per 1,000 users: [TO BE COMPLETED] liters, equivalent to [TO BE COMPLETED] packs of bottled water.
- GHG emissions per 1,000 users: [TO BE COMPLETED] kg CO2e, equivalent to a [TO BE COMPLETED] km trip in a thermal engine car.
Journey 5: [TO BE COMPLETED]
- Journey objective: [TO BE COMPLETED]
- Target path: [TO BE COMPLETED]
- Water consumption per 1,000 users: [TO BE COMPLETED] liters, equivalent to [TO BE COMPLETED] packs of bottled water.
- GHG emissions per 1,000 users: [TO BE COMPLETED] kg CO2e, equivalent to a [TO BE COMPLETED] km trip in a thermal engine car.
Eco-design
Eco-design is based on a methodology and a set of best practices to reduce the impact of this website on its environment. In concrete terms, it involves limiting the technical resources required to display a page or execute a feature, while remaining as close as possible to the user’s needs.
Are you a digital professional looking to reduce the environmental impact of your websites? Here are some best practices to implement:[/vc_column_text][vc_tta_accordion section_title_tag=”h3″ active_section=”1″ collapsible_all=”true”][vc_tta_section title=”Best practices in content management” tab_id=”1700068027648-b5cd3d0e-b108″][vc_column_text]
- Prefer images over videos
- Limit the number of images on each page
- Optimize image size for the target format
- Compress images using a tool like TinyPNG
- Compress PDFs using a tool like iLovePDF
- Limit the use of animated GIFs
- Prefer glyphs over images
- …
- Limit the number of features from the design stage
- Remove unused features
- Limit the number of carousels
- Choose lightweight typography
- Favor simple and clean designs
- Adopt a “mobile-first” approach whenever possible
- Prefer pagination over infinite scrolling
- Avoid autoplay and auto-loading of videos and sounds
- Optimize user journeys
- …
- Offer asynchronous processing when possible
- Use only essential portions of JS and CSS libraries
- Cache frequently used calculated data
- Limit the number of HTTP API calls
- Reduce the volume of stored data to the strict minimum
- Use the most recent version of the language
- Provide a text alternative for multimedia content
- Split CSS files
- Do not modify the DOM while traversing it
- Use lazy loading
- Validate pages with the W3C
- Add Expires or Cache-Control headers
- Compress text files: CSS, JS, HTML, and SVG
- Implement an efficient sitemap
- …
- Choose an eco-friendly hosting provider
- Install only the minimum requirements on the server
- Rely on managed services
- Optimize server energy efficiency
- Reduce server logs to what is necessary
- Apache Vhost: disable AllowOverride
- Use virtualized servers
- Use an asynchronous server
- Store data in the cloud
- …
To implement your environmental declaration:
To consult the complete list of web eco-design best practices:
Access GreenIt website
Access GreenIt repository (GitHub)
To learn more about EcoIndex:
Learn more about the EcoIndex framework
Access EcoIndex website
*Average environmental impact of the 5 most visited pages on this website.
If you wish to obtain your own environmental declaration, contact us!