nsaction_intro":"{app} is modeled per transaction on this page. One typical use event is estimated at {grams}g of CO2. That is roughly comparable to {equivalent}.","search_intent_eyebrow":"Popular questions","search_intent_title":"Questions this page helps answer","drivers_title":"What drives this estimate most","assumptions_title":"Assumptions and boundaries","uncertainty_note":"Uncertainty note:","reduction_title":"Ways to reduce this footprint","reviewed_eyebrow":"Estimate review","review_title":"Who reviewed this estimate","reviewed_by_label":"Reviewed by:","role_label":"Role:","organization_label":"Organization:","last_reviewed_label":"Last reviewed:","editorial_note":"These estimates are meant to help compare digital habits. They are directional, not exact reproductions of proprietary vendor accounting.","sources_title":"Sources","editorial_snapshot_eyebrow":"Page review","trust_title":"Reviewed and sourced","trust_summary":"This page combines a consumer calculator, methodology notes, uncertainty context, and source references in one place.","trust_canonical":"Canonical:","trust_last_reviewed":"Last reviewed:","supporting_comparison_page":"Supporting comparison page","why_gap_title":"Why the gap happens","action_first_title":"What to act on first","compare_data_backed_heading":"Data-backed comparison","compare_data_backed_summary":"This comparison uses the current IdleForest model for {app1} and {app2}: their category, modeled CO2 per use unit, methodology notes, key drivers, and assumptions.","compare_model_gap_reason":"{winner} is modeled at {winnerGrams}g CO2 per unit, while {lighter} is modeled at {lighterGrams}g, so the visible gap is {delta}g in the current dataset.","compare_same_category_reason":"Both products sit in the {category} category, so the difference comes from the per-product estimate and page-level methodology fields rather than a category change.","compare_different_category_reason":"{app1} is categorized as {category1}, while {app2} is categorized as {category2}; that means the model is comparing different usage patterns and infrastructure assumptions.","compare_fallback_action":"Start with the higher modeled source if both tools are equally important to you; otherwise, prioritize whichever one takes more of your real usage time.","compare_fallback_action_with_tip":"Because {app} is higher in the current model, start there: {tip}","compare_delta_note":"{winner} is currently modeled at {delta}g CO2 more per unit of use than {lighter}.","compare_tie_note":"These two products land at the same estimate in the current model, so the better optimization target is whichever one takes more of your time.","compare_takeaways_title":"Comparison takeaways","more_questions_about":"More questions about {app}'s carbon footprint","explore_the_cluster":"Explore related carbon guides","featured_carbon_guides":"Featured carbon guides","carbon_footprint_cluster_hub":"Carbon footprint hub","carbon_hub":"Carbon footprint hub","digital_carbon_footprint_hub":"Digital Carbon Footprint of Apps: Calculators and Comparisons","hub_title":"Digital carbon footprint of apps: calculators and comparisons","hub_intro":"Compare the estimated carbon footprint of popular apps, AI tools, streaming platforms, games, browsers, and social networks. Use these calculators to estimate CO2 per hour, yearly emissions, and trees needed to offset your digital habits.","hub_cards":{"ai":{"title":"AI carbon footprint","description":"Start with AI tools like ChatGPT, then branch into the broader AI emissions topic."},"streaming":{"title":"Streaming footprint","description":"Compare Netflix, YouTube, Twitch, Spotify, and short-form video usage."},"work":{"title":"Work and browsing","description":"Understand how meetings, browsers, and online workflows add to your digital emissions."}},"explore_ai_emissions":"Explore AI emissions","explore_streaming":"Explore streaming","explore_digital_footprint":"Explore digital footprint","featured_pages_eyebrow":"Featured

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