Environmental Impact of Digital Sector

The practice of using Information and Communication Technology (ICT) in a way that minimizes its environmental impact.

The environmental effect of producing, using, and disposing of IT equipment and infrastructure.

The portion of global GHG emissions attributed to the digital sector.

The four key pillars of Sustainable IT are Green IT, IT for Green, Human IT, and IT for Human.

Aims to minimize the environmental impact of IT equipment and infrastructure.

Utilizes technology to reduce the environmental impact of human activities.

Promotes ethical, accessible, and inclusive technology usage.

Emphasizes technology as a tool to serve people and communities.

The environmental impacts associated with producing, using, and disposing of IT equipment and infrastructure.

Practices focused on reducing the environmental impact of IT equipment and infrastructure. It includes initiatives like designing energy-efficient devices and using renewable energy sources.

Utilizing IT to reduce the environmental impact of human activities in areas like agriculture, transportation, and energy.

Promoting technology that is ethical, accessible, and inclusive for everyone, ensuring it benefits society without discrimination.

Technology serving people and communities through human-centered design, promoting well-being, and addressing social challenges.

The production of electronic devices, especially smartphones, significantly contributes to their overall environmental impact.

The mining and extraction of raw materials for electronic devices, like smartphones, consume large amounts of resources and can have negative environmental impacts.

The increasing number of different elements used in smartphones, leading to complexities in mining and potential environmental issues.

The extraction of elements for smartphones can lead to environmental destruction, such as large open-pit mines with potential pollution.

Recycling electronic devices poses a significant challenge due to the complex materials and fast obsolescence of devices.

The high demand and constant growth in the market for electronic devices lead to a massive amount of e-waste.

Short lifespans of electronic devices, combined with limited repair options, encourage consumers to discard them instead of fixing them, contributing to e-waste.

The continuous growth in the volume of data created, copied, and consumed, significantly increasing the energy consumption of data centers.

The growing demand for digital services is driving the need for more powerful data centers, leading to increased energy consumption.

Video content dominates online data flow, consuming significant amounts of energy, especially for high-resolution streaming.

A principle stating that computing power doubles roughly every two years, leading to constant technological advancements.

This law suggests that software complexity increases faster than hardware capabilities, potentially slowing down computers despite hardware improvements.

The intentional design of products with a limited lifespan, encouraging frequent replacements.

A concept promoting responsible technology usage and a healthy relationship with digital devices.

This practice involves taking care of devices, upgrading components instead of replacing them, and using devices for longer durations.

Making conscious choices about device purchases, considering refurbished or second-hand options to minimize environmental impact.

Practices aimed at managing data usage efficiently, reducing cloud storage reliance, using efficient transfer methods, and being mindful of personal data sharing.