The company quantifies its environmental and social footprint, actively works to reduce it, and targets regenerative outcomes — restoring habitats, improving soil health, or achieving net-positive water impact.
Nine planetary boundaries have now been identified. As of the latest assessment, six have been transgressed: climate change, biosphere integrity, land-system change, freshwater change, novel entities (including plastics and chemicals), and biogeochemical flows (nitrogen and phosphorus). These are not projections. They are measurements of where we are today.
The question for business leaders is not whether these boundaries exist. It is whether your organisation's business model is designed with or against them — and what happens to your competitive position as the cost of transgression rises.
This chapter provides a structured guide to measuring what you have been ignoring — and then managing it actively, with the ambition not just to reduce harm but to regenerate what has been damaged.
In a world where language itself can make mountains and rivers our kin, gratitude becomes a form of governance.— Robin Wall Kimmerer, Braiding Sweetgrass (cited in Chapter 6)
Practical tools introduced in this chapter — ready to use with your team.
A comprehensive mapping tool for measuring Scope 1, 2, and 3 emissions, water consumption, land use, biodiversity impact, and waste generation across your entire value chain.
↓ Download toolA practical guide through the Corporate Sustainability Reporting Directive — translating legal requirements into strategic decisions and operational processes.
↓ Download toolMoves beyond 'reduce harm' to design for net-positive ecological outcomes: habitat restoration, soil health improvement, net-positive water, and biodiversity gain.
↓ Download toolAn organisational dashboard mapping your resource flows and pollution outputs against the nine planetary boundaries — showing where you operate within and beyond safe limits.
↓ Download toolA step-by-step guide to setting credible, science-aligned emission reduction targets using the Science Based Targets initiative (SBTi) methodology.
↓ Download toolA primer on measuring the full environmental impact of your products and services — from raw material extraction to end-of-life — and where the highest-impact reduction opportunities lie.
↓ Download toolReal-world cases of how this principle has been applied.
Committed to being carbon negative by 2030 and to remove all historical emissions by 2050. Its internal carbon fee charges business units for their emissions.
Steel produces ~8% of global CO₂. ArcelorMittal's XCarb programme targets carbon-neutral steel through hydrogen reduction and recycled inputs.
Became the first Fortune 500 company to achieve B Corp certification across its entire French operations, embedding environmental management into corporate governance.
Achieved carbon neutrality in its own operations ahead of schedule, while developing technology that helps customers reduce their footprint at scale.
An AI platform providing high-resolution ecosystem mapping and nature-based solution monitoring — making biodiversity impact measurable at the enterprise level.
Publishes its full supply chain environmental footprint publicly, including the environmental cost of each product — radical transparency as a competitive asset.
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