Software, Environment and Sustainability

  • Rules Companies Should Follow When Starting Carbon Reporting

    Carbon reporting is easy to start badly and hard to clean up later. This article explains the most common mistakes companies make at the beginning, why they create problems, and what to do instead so reporting is usable, credible, and easier to improve over time.

  • Carbon Disclosure Project Explained for Companies and Investors

    CDP is a widely used disclosure system for climate and other environmental information. This article explains how it works, what companies report, how investors use the data, and which parts matter most when you are deciding whether to disclose, assess performance, or compare organizations.

  • Dark Mode Energy Savings and When It Helps on Phones, Laptops, and Screens

    Dark mode can reduce energy use in some displays, especially OLED and similar self emitting screens, but the savings are not universal. This article explains when dark mode can lower power demand, when it makes little difference, and how to judge the real tradeoffs on different devices and in everyday use.

  • Why EV Charging Emissions Change With Time of Day and Electricity Source

    Electric vehicle charging is not automatically low carbon just because the car has no tailpipe. The emissions tied to charging depend on when the electricity is used and which power plants are supplying the grid at that moment. This article explains how grid mix, marginal electricity, and charging habits shape the climate impact of EV…

  • Why Efficiency Does Not Always Cut Emissions

    Efficiency improvements can reduce energy use per unit of output, but the climate result depends on what happens next. This article explains the rebound effect, why savings can be partly or fully offset, and how to judge whether efficiency will actually lower emissions in practice.

  • Why Production Methods Matter for Meat and Dairy Emissions

    Meat and dairy can have very different climate footprints depending on how animals are raised, what they eat, how manure is handled, and how feed is produced. This article explains the main production factors that shape emissions and why broad comparisons often miss the details that matter most.

  • Chief Sustainability Officer Role Strategy Governance and Influence

    The chief sustainability officer role is less about owning a single program and more about shaping decisions across strategy, governance, and day to day operations. This article explains what the role typically covers, where its influence comes from, and how to judge whether the function is set up to drive real change.

  • Sustainable AI Product Design and When Not to Use Artificial Intelligence

    This article explains how to decide whether AI belongs in a product at all, then shows how to design it more sustainably when it does. You will learn practical criteria for avoiding unnecessary AI, choosing simpler alternatives, and reducing waste in data, compute, and product workflows.

  • How Fertilizers, Methane, and Land Use Drive Agricultural Emissions

    Agriculture produces greenhouse gases through fertilizer use, livestock and manure methane, and land use change. This article explains where those emissions come from, why they are counted differently, and which levers matter most when you want a clearer view of the climate impact of food and farming.

  • How to Tell Climate Stories With Data Without Overloading Readers

    Climate data can make a story clearer, but only when it is chosen and framed carefully. This article explains how to turn emissions, risk, and progress data into a narrative readers can follow, while keeping the message accurate, grounded, and easy to absorb.

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