{ "schema_version": "1.1", "series": "Propaganda Buster", "publisher": "Affect Climate Change", "section": { "title": "Propaganda Buster", "subtitle": "Debunking bogus climate claims in the media with peer-reviewed science and primary sources.", "canonical_path": "/buster/", "methodology_path": "/buster/methodology/", "short_path": "/buster/", "description": "A permanent, source-first ACC fact-checking archive. The website holds the detailed record; social posts are concise invitations to examine it." }, "issue_id": "009", "issue_title": "Costs, cold deaths, sampling and vineyards", "issue_summary": "Four September claims checked against original records: EPA’s cost estimate, temperature-associated deaths, Green Climate Fund sampling, and climate pressure on vineyards.", "cover": { "presentation_mode": "social-slide", "public_asset_included": true, "title": "Costs, cold deaths, sampling and vineyards", "description": "Issue 009. Original edition 2026-09-22; website added 2026-10-11.", "rights_note": "ACC-authored artwork and layout. Bounded native claim excerpts identify and critique the public claims with attribution and links; no source endorsement is implied." }, "status": "published", "robots": "index,follow,max-image-preview:large,max-snippet:-1", "planned_publication_on": "2026-10-11", "edition_date": "2026-09-22", "reviewed_on": "2026-09-21", "updated_on": "2026-10-11", "published_on": "2026-10-11", "corrected_on": null, "issue_path": "/buster/009/", "short_issue_path": "/buster/009", "source_ledger_path": "/assets/data/propaganda-buster/source-ledger-009.csv", "social_cta": "Full evidence: www.affectclimatechange.com/buster/009", "schedule_note": "Website addition authorized October 11, 2026. This record does not establish social posting.", "editorial_rule": "The website record is authoritative. Original-claim provenance appears before evidence; evidence and limitations appear before the verdict; social assets are concise derivatives that link back to the canonical records.", "editorial_sequence": "original-claim-evidence-limits-verdict", "publication_gate": { "source_review": "approved", "image_rights_review": "approved", "calculation_review": "approved", "editorial_approval": "approved", "publish_allowed": true, "approved_on": "2026-10-11", "release_scope": "Website issue 009 and four canonical claim records only.", "note": "Jesse requested adding Issues 9, 10 and 11. Existing Issue 010 is retained; no social posting is performed." }, "publication_blockers": [], "methodology": { "verdicts": [ "Supported", "Supported with caveats", "Mixed / context-dependent", "Misleading", "Unsupported", "Contradicted", "Unresolved" ], "minimum_evidence": "At least two directly relevant reputable sources, normally including a primary dataset, government scientific assessment, or peer-reviewed research.", "attribution_boundary": "ACC evaluates the claim. It does not infer intent, coordination, funding, deception, or control without direct evidence specific to that attribution.", "corrections_policy": "Material corrections are dated, explained, and retained in the revision history." }, "revision_history": [ { "version": "web-1", "date": "2026-10-11", "change": "First website edition authorized by Jesse on October 11, 2026. Original issue, claim and evidence dates preserved; original provenance, evidence, limitations and verdict appear in that order." } ], "claims": [ { "claim_title": "Did EPA's power-plant rule repeal immediately remove $300 billion in energy-sector costs?", "slug": "epa-310-billion-cost-estimate", "claim_as_circulated": "immediately remove over $300 billion in costs to the energy sector", "full_post_context": "CFACT commentary (Jeff Reynolds, Sep 19, 2026) framed EPA's partial repeal of 2024 power-plant carbon standards as delivering an immediate $300+ billion cost removal to the energy sector.", "precise_proposition": "That EPA's Regulatory Impact Analysis shows roughly $310 billion already removed from energy-sector costs as an immediate effect of the repeal.", "verdict": "Misleading", "confidence": "High", "verdict_summary": "Future, economy-wide modeled savings were described as immediate, sector-specific costs removed.", "topics": [ "EPA regulation", "energy policy", "cost-benefit analysis" ], "evidence_summary": "EPA's own Regulatory Impact Analysis reports the roughly $310 billion figure as a modeled present value of economy-wide social costs over 2026-2047, annualized near $23 billion, while EPA's direct power-sector cost estimates are lower, about $95-160 billion present value and $8.6-10 billion annualized depending on discount rate.", "why_wrong": "The claim converts a multi-decade, economy-wide modeled estimate into an immediate, energy-sector-only savings figure, which the RIA tables do not support.", "what_is_true": "EPA finalized a partial repeal and its analysis projects substantial future savings. This check concerns how the timing and economy-wide scope of the estimate were described, not a finding that savings are zero.", "how_scientists_know": "EPA's RIA presents itemized cost tables across discount rates and time horizons, allowing direct comparison between the economy-wide and power-sector-specific figures cited.", "limitations": "The RIA leaves some climate, health, and water effects unmonetized; this check does not assume those omitted values or claim EPA projects zero savings.", "persuasion_technique": "Time-horizon collapse and category shift, presenting a future economy-wide model result as immediate sector-specific savings.", "evidence_points": [ "RIA Table 5-4 lists the ~$310B figure as a 2026-2047 economy-wide present value, annualized ~$23B.", "RIA Tables 3-7, 3-19, and 1-1 give power-sector-specific present values of roughly $95-160B and annualized $8.6-10B.", "EPA’s announcement confirms a finalized partial repeal and a projected $300 billion-plus estimate. The RIA, rather than the headline alone, defines the dollar basis, period, discount rate and scope." ], "science_sources": [ { "source_id": "PB-009-01-S1", "title": "Regulatory Impact Analysis for the Partial Repeal of the Carbon Pollution Standards for Fossil Fuel-Fired Electric Generating Units", "type": "government primary-record", "publisher": "U.S. EPA", "published": "2026-09", "url": "https://www.epa.gov/system/files/documents/2026-09/utilities_ria_final_partial_repeal_of_cps_2026-09.pdf", "finding": "Tables 1-1, 3-7, 3-19, and 5-4 separate the economy-wide $310B present-value figure from smaller, lower power-sector-specific cost estimates.", "accessed": "2026-10-11", "scope_and_limits": "Covers 2026-2047; leaves some climate, health, and water effects unmonetized. Figures are in 2024 dollars. Table 3-19 distinguishes power-sector compliance savings from real-resource costs.", "locator": "", "source_native_period": "", "previous_access_date": "2026-09-21" }, { "source_id": "PB-009-01-S2", "title": "EPA Finalizes Repeal of 2024 Power Plant Regulations, Delivering $300 Billion in Savings", "type": "government primary-record", "publisher": "U.S. EPA", "published": "2026-09-14", "url": "https://www.epa.gov/newsreleases/epa-finalizes-repeal-2024-power-plant-regulations-delivering-300-billion-savings", "finding": "EPA announced the final partial repeal and projected savings; the underlying RIA provides the full modeled time horizon and definitions.", "accessed": "2026-10-11", "scope_and_limits": "Summary communication, not a substitute for the underlying RIA tables.", "locator": "", "source_native_period": "", "previous_access_date": "2026-09-21" } ], "scope_note": "The RIA leaves some climate, health, and water effects unmonetized; this check does not assume those omitted values or claim EPA projects zero savings.", "claim_id": "PB-009-01", "canonical_path": "/buster/009/epa-310-billion-cost-estimate/", "short_path": "/buster/009/epa-310-billion-cost-estimate", "source_specimen": { "specimen_mode": "image", "image_file": "claim-01-native.png", "public_asset_included": true, "rights_status": "approved", "platform": "Public article", "account": "CFACT / Jeff Reynolds", "published": "2026-09-19", "original_url": "https://www.cfact.org/2026/09/19/trumps-epa-unleashes-american-power-by-rescinding-carbon-pollution-standards/", "claim_context_url": "https://www.cfact.org/2026/09/19/trumps-epa-unleashes-american-power-by-rescinding-carbon-pollution-standards/", "attributed_quote": "immediately remove over $300 billion in costs to the energy sector", "presentation_description": "Unchanged, bounded native-source excerpt, with its source identity and date.", "reuse_status": "Bounded native excerpt used for identification and criticism with attribution and a direct source link. No license or endorsement implied.", "circulation_note": "EPA did repeal rules and projects substantial savings; this check addresses description of the estimate.", "capture_sha256": "c61be7188bd4eefecd537bcf1c1eddc415e8d4e13b3543bdaed3c2a25294e2af" }, "revision_history": [ { "version": "web-1", "date": "2026-10-11", "change": "First website edition authorized by Jesse on October 11, 2026. Original issue, claim and evidence dates preserved; original provenance, evidence, limitations and verdict appear in that order." } ] }, { "claim_title": "Does the historical cold-versus-heat death gap prove warming has reduced total temperature-related deaths?", "slug": "cold-deaths-causal-leap", "claim_as_circulated": "Paraphrase: because cold-associated deaths were more prevalent than heat-associated deaths, warming caused deaths from non-optimal temperatures to fall dramatically.", "full_post_context": "Watts Up With That (Sep 17, 2026, sourced to H. Sterling Burnett) cited a mortality study's larger historical cold-death burden to argue warming has sharply cut temperature-related deaths overall.", "precise_proposition": "That a historical comparison of cold- versus heat-related death ratios establishes warming as the cause of a dramatic net decline in temperature-related mortality.", "verdict": "Misleading", "confidence": "High", "verdict_summary": "A historical association between temperature and mortality was presented as a proven causal result.", "topics": [ "climate and health", "mortality statistics", "causal inference" ], "evidence_summary": "The underlying study found cold-related excess-death ratios fell about 0.51 percentage points while heat-related ratios rose about 0.21 points between 2000-2003 and 2016-2019, an association, not a controlled causal test isolating warming from housing, health care, demographics, and adaptation changes.", "why_wrong": "The phrase 'as a result' asserts causation that the cited observational comparison cannot establish on its own.", "what_is_true": "The cited global modelling literature does estimate a larger historical cold-associated mortality burden than heat-associated mortality worldwide.", "how_scientists_know": "Researchers model excess deaths attributable to non-optimal temperatures using long time series and compare ratios across periods, which shows association but requires further study to isolate causal drivers.", "limitations": "IPCC reports variable evidence for winter-mortality reductions and high confidence that future heat-related deaths will rise with strong regional variation; some colder regions may see fewer cold deaths as temperatures rise.", "persuasion_technique": "Causal leap from a historical association, with one-sided use of a dataset whose cold and heat trends move in opposite directions.", "evidence_points": [ "Zhao et al. estimate changes of −0.51 percentage points for cold and +0.21 for heat, a net −0.30 points, between 2000–2003 and 2016–2019. That modeled decline is real; its cause is the question.", "IPCC AR6 WGII Chapter 7 finds high confidence that heat-related deaths are expected to increase going forward, varying by region.", "Vicedo-Cabrera et al. attribute a measurable share of heat-related deaths to human-induced climate change, countering a one-sided reading." ], "science_sources": [ { "source_id": "PB-009-02-S1", "title": "Global, regional, and national burden of mortality associated with non-optimal ambient temperatures from 2000 to 2019", "type": "peer-reviewed study", "publisher": "The Lancet Planetary Health", "published": "2021-07", "url": "https://pubmed.ncbi.nlm.nih.gov/34245712/", "finding": "Cold-related excess-death ratios declined while heat-related ratios rose between the two measured periods, an association rather than a causal test.", "accessed": "2026-10-11", "scope_and_limits": "Global modelling estimate covering 2000-2019; does not isolate warming from adaptation, demographic, or health-system changes.", "locator": "", "source_native_period": "", "previous_access_date": "2026-09-21" }, { "source_id": "PB-009-02-S2", "title": "AR6 Working Group II, Chapter 7", "type": "international scientific assessment", "publisher": "IPCC", "published": "2022-02-28", "url": "https://www.ipcc.ch/report/ar6/wg2/chapter/chapter-7/", "finding": "Evidence for winter-mortality reductions is variable, while confidence is high that heat-related deaths will increase in the future with regional variation.", "accessed": "2026-10-11", "scope_and_limits": "Assessment synthesis across many studies and regions, not a single new causal analysis.", "locator": "", "source_native_period": "", "previous_access_date": "2026-09-21" }, { "source_id": "PB-009-02-S3", "title": "The burden of heat-related mortality attributable to recent human-induced climate change", "type": "peer-reviewed study", "publisher": "Vicedo-Cabrera et al., Nature Climate Change", "published": "2021-05-31", "url": "https://pubmed.ncbi.nlm.nih.gov/34221128/", "finding": "Attribution analysis estimates heat-related mortality associated with human-induced warming in the studied locations.", "accessed": "2026-10-11", "scope_and_limits": "Warm-season heat mortality in the studied locations, not all worldwide temperature deaths.", "locator": "", "source_native_period": "", "previous_access_date": "2026-09-21" } ], "scope_note": "IPCC reports variable evidence for winter-mortality reductions and high confidence that future heat-related deaths will rise with strong regional variation; some colder regions may see fewer cold deaths as temperatures rise.", "claim_id": "PB-009-02", "canonical_path": "/buster/009/cold-deaths-causal-leap/", "short_path": "/buster/009/cold-deaths-causal-leap", "source_specimen": { "specimen_mode": "image", "image_file": "claim-02-native.png", "public_asset_included": true, "rights_status": "approved", "platform": "Public article", "account": "Watts Up With That? / Guest Blogger; source chain to H. Sterling Burnett", "published": "2026-09-17", "original_url": "https://wattsupwiththat.com/2026/09/17/thanks-studyfinds-for-publicizing-health-study-confirming-cold-temperatures-kill-more-than-hot-temperatures/", "claim_context_url": "https://wattsupwiththat.com/2026/09/17/thanks-studyfinds-for-publicizing-health-study-confirming-cold-temperatures-kill-more-than-hot-temperatures/", "attributed_quote": "Paraphrase: because cold-associated deaths were more prevalent than heat-associated deaths, warming caused deaths from non-optimal temperatures to fall dramatically.", "presentation_description": "Unchanged, bounded native-source excerpt, with its source identity and date.", "reuse_status": "Bounded native excerpt used for identification and criticism with attribution and a direct source link. No license or endorsement implied.", "circulation_note": "Temperature-attributable mortality is modeled and varies by region; some cold-related mortality can fall with warming.", "capture_sha256": "2c736dcefe26b034c4bcbe257dba4ca54516589bb78309af63eafa28d6bc52da" }, "revision_history": [ { "version": "web-1", "date": "2026-10-11", "change": "First website edition authorized by Jesse on October 11, 2026. Original issue, claim and evidence dates preserved; original provenance, evidence, limitations and verdict appear in that order." } ] }, { "claim_title": "Can an alphabetically selected list of projects support a claim that virtually all Green Climate Fund adaptation projects are not adaptation?", "slug": "gcf-alphabetical-list-random-sampling", "claim_as_circulated": "Paraphrase: selecting the first projects in a country-alphabetized list gives a random sample that can support a likely 100-percent conclusion about all GCF adaptation projects.", "full_post_context": "CFACT commentary (David Wojick, Sep 21, 2026) examined an alphabetically ordered subset of Green Climate Fund adaptation projects and generalized the findings to the entire GCF adaptation portfolio.", "precise_proposition": "That a sample selected by alphabetical order of country names is a random, representative sample capable of supporting a population-wide conclusion about GCF adaptation projects.", "verdict": "Unsupported", "confidence": "High", "verdict_summary": "A non-random, alphabetically ordered sample cannot support the sweeping population-wide conclusion drawn.", "topics": [ "climate finance", "statistical sampling", "research methods" ], "evidence_summary": "Recognized statistical standards require every unit in a population to have a known, nonzero chance of selection for a sample to be called random; an alphabetically ordered list systematically excludes later-listed countries' projects from any chance of selection, so it cannot be treated as random or representative of the full GCF adaptation portfolio.", "why_wrong": "The selection method guarantees zero chance of inclusion for projects later in the alphabetical order, which directly contradicts calling it a random sample.", "what_is_true": "GCF funds both adaptation and other categories of projects, and reasonable people can question how individual projects define adaptation activities.", "how_scientists_know": "U.S. Census quality standards and NIST's statistical handbook both define random sampling as requiring equal or known selection probability, a condition an alphabetized partial list fails to meet.", "limitations": "This evidence does not establish that every GCF project is effective, additional to ordinary development aid, or cost-effective; it only addresses the sampling and definitional claims.", "persuasion_technique": "Nonrandom selection presented as random, combined with false precision and a false dichotomy between current needs and climate adaptation.", "evidence_points": [ "U.S. Census Bureau standards require known, nonzero selection probability for a sample to be called random; an alphabetical cutoff violates this.", "NIST's handbook defines simple random sampling as giving every unit an equal chance of selection, which an alphabetized list does not provide.", "GCF project FP283 and SAP041 both explicitly link observed and projected climate risks to the funded water, agriculture, and early-warning activities, undercutting a strict needs-versus-adaptation split." ], "science_sources": [ { "source_id": "PB-009-03-S1", "title": "Statistical Quality Standards", "type": "government primary-record", "publisher": "U.S. Census Bureau", "published": "2022-04-26", "url": "https://www2.census.gov/about/policies/quality/quality-standards-apr2022.pdf", "finding": "Probability sampling requires known, nonzero selection probabilities for population units.", "accessed": "2026-10-11", "scope_and_limits": "Sampling design; not an audit of climate-fund project effectiveness.", "locator": "", "source_native_period": "", "previous_access_date": "2026-09-21" }, { "source_id": "PB-009-03-S2", "title": "Simple Random Sampling", "type": "government primary-record", "publisher": "NIST/SEMATECH", "published": "Undated guidance", "url": "https://www.itl.nist.gov/div898/handbook/pmd/section2/pmd215.htm", "finding": "Simple random sampling gives every response an equal chance of observation.", "accessed": "2026-10-11", "scope_and_limits": "Methodological guidance, not a GCF performance assessment.", "locator": "", "source_native_period": "", "previous_access_date": "2026-09-21" }, { "source_id": "PB-009-03-S3", "title": "AR6 WGII Annex II: Glossary", "type": "international scientific assessment", "publisher": "IPCC", "published": "2022", "url": "https://www.ipcc.ch/report/ar6/wg2/chapter/annex-ii/", "finding": "Adaptation means adjustment to actual or expected climate and its effects.", "accessed": "2026-10-11", "scope_and_limits": "A definition does not establish any particular project’s effectiveness.", "locator": "", "source_native_period": "", "previous_access_date": "2026-09-21" }, { "source_id": "PB-009-03-S4", "title": "FP283: Glaciers to Farms", "type": "international scientific primary-record", "publisher": "Green Climate Fund", "published": "2025-10-30 approval", "url": "https://www.greenclimate.fund/portfolio/projects/fp283", "finding": "Project documentation connects water and agricultural measures to actual and projected climate risks.", "accessed": "2026-10-11", "scope_and_limits": "Approved scope and expected benefits, not measured outcomes.", "locator": "", "source_native_period": "", "previous_access_date": "2026-09-21" }, { "source_id": "PB-009-03-S5", "title": "SAP041: ALBAdapt", "type": "international scientific primary-record", "publisher": "Green Climate Fund", "published": "2024-07-18 approval", "url": "https://www.greenclimate.fund/portfolio/projects/sap041", "finding": "Project documentation connects climate services, early warning and resilience measures to climate risks.", "accessed": "2026-10-11", "scope_and_limits": "Project scope is not proof of effectiveness, additionality or value for money.", "locator": "", "source_native_period": "", "previous_access_date": "2026-09-21" } ], "scope_note": "This evidence does not establish that every GCF project is effective, additional to ordinary development aid, or cost-effective; it only addresses the sampling and definitional claims.", "claim_id": "PB-009-03", "canonical_path": "/buster/009/gcf-alphabetical-list-random-sampling/", "short_path": "/buster/009/gcf-alphabetical-list-random-sampling", "source_specimen": { "specimen_mode": "image", "image_file": "claim-03-native.png", "public_asset_included": true, "rights_status": "approved", "platform": "Public article", "account": "CFACT / David Wojick", "published": "2026-09-21", "original_url": "https://www.cfact.org/2026/09/21/100-of-green-climate-fund-adaptation-projects-are-not-about-adaptation/", "claim_context_url": "https://www.cfact.org/2026/09/21/100-of-green-climate-fund-adaptation-projects-are-not-about-adaptation/", "attributed_quote": "Paraphrase: selecting the first projects in a country-alphabetized list gives a random sample that can support a likely 100-percent conclusion about all GCF adaptation projects.", "presentation_description": "Unchanged, bounded native-source excerpt, with its source identity and date.", "reuse_status": "Bounded native excerpt used for identification and criticism with attribution and a direct source link. No license or endorsement implied.", "circulation_note": "This does not establish the effectiveness, additionality, or cost-effectiveness of every GCF project.", "capture_sha256": "f325cb2ec05ef9bdd0c147bc4b6829a1c7bc4885aab4c1637cafa8226423c892" }, "revision_history": [ { "version": "web-1", "date": "2026-10-11", "change": "First website edition authorized by Jesse on October 11, 2026. Original issue, claim and evidence dates preserved; original provenance, evidence, limitations and verdict appear in that order." } ] }, { "claim_title": "Do falling wine sales mean climate is not putting pressure on vineyards?", "slug": "vineyards-demand-and-climate", "claim_as_circulated": "The real pressure is demand, not climate.", "full_post_context": "The Daily Sceptic / Tilak Doshi, September 21, 2026, uses rising total grape tonnage and falling wine demand to reject climate as a source of pressure on vineyards.", "precise_proposition": "Rising total fresh-grape tonnage and lower wine demand establish that climate change is not putting pressure on vineyards.", "verdict": "Misleading", "confidence": "High", "verdict_summary": "Weaker demand and climate pressure can occur together; total grape tonnage cannot rule out climate effects on wine production.", "topics": [ "Vineyards", "Climate impacts", "Wine demand" ], "evidence_summary": "OIV’s 2024 balance reports 77.7 million tonnes harvested and 71.8 million available after 5.9 million tonnes of losses. Available grapes include 33.3 million tonnes for table grapes, 5.2 million for drying, 30.5 million for wine, and 2.8 million for musts and juices. This mixed total does not measure wine production or climate damage. OIV reports 2024 wine production of 225.6 million hectolitres, the lowest since 1961, largely due to climate impacts. Its May 2026 update describes climate-hit production alongside weaker demand.", "why_wrong": "The argument substitutes all-grape tonnage for wine production and uses a global aggregate to exclude regional climate pressure. Neither comparison can rule out regional losses, relocation, irrigation, variety changes or newly suitable areas.", "what_is_true": "Wine demand has weakened. Climate effects differ across regions, some places can benefit, and adaptation can reduce losses. Climate pressure and a demand slowdown can both affect the same sector.", "how_scientists_know": "OIV separately accounts for harvested grapes, their uses, wine production and demand. Regional studies and scientific reviews examine climate exposure, suitability and adaptation rather than relying on one global total.", "limitations": "The Australian study directly covers five regions, not all vineyards. Outcomes and adaptation differ by region. This check does not assign every production decline to human-caused warming.", "persuasion_technique": "Metric substitution, geographic aggregation and false either/or framing.", "evidence_points": [ "Total grapes include several end uses and losses; the headline total is not a wine-output statistic.", "OIV describes low wine production linked to climate impacts and weaker demand at the same time.", "Regional effects and adaptation differ, so a global aggregate cannot establish that every vineyard is unaffected." ], "science_sources": [ { "source_id": "PB-009-04-S1", "title": "Annual Assessment of the World Vine and Wine Sector in 2024", "type": "international scientific primary-record", "publisher": "International Organisation of Vine and Wine", "published": "2025-09", "url": "https://www.oiv.int/sites/default/files/documents/OIV_Statistical_Brief-Wine_Table_Grapes_and_Dried_Grapes_in_2024_0.pdf", "finding": "The grape balance separates table grapes, drying, wine, musts/juices and losses; 2024 wine output was 225.6 million hectolitres.", "accessed": "2026-10-11", "scope_and_limits": "Global sector statistics; regional effects cannot be inferred from totals alone.", "locator": "", "source_native_period": "", "previous_access_date": "2026-09-21" }, { "source_id": "PB-009-04-S2", "title": "State of the World Vine and Wine Sector", "type": "international scientific primary-record", "publisher": "International Organisation of Vine and Wine", "published": "2026-05-12", "url": "https://www.oiv.int/node/4879", "finding": "Climate events affected production in both hemispheres during a third low vintage; wine demand also declined.", "accessed": "2026-10-11", "scope_and_limits": "Describes sector pressures, not a causal attribution of each regional loss to warming.", "locator": "", "source_native_period": "", "previous_access_date": "2026-09-21" }, { "source_id": "PB-009-04-S3", "title": "Observed and projected climate shifts in five Australian wine regions", "type": "peer-reviewed study", "publisher": "Luk and Dowdy, Australian Journal of Grape and Wine Research", "published": "2026-06-24", "url": "https://doi.org/10.1155/ajgw/3198005", "finding": "Examines climate shifts and implications for five Australian wine regions.", "accessed": "2026-10-11", "scope_and_limits": "Regional study; not a worldwide inventory of climate damage.", "locator": "", "source_native_period": "", "previous_access_date": "2026-09-21" }, { "source_id": "PB-009-04-S4", "title": "Climate change impacts and adaptations in viticulture", "type": "peer-reviewed review", "publisher": "van Leeuwen et al., Nature Reviews Earth & Environment", "published": "2024-03-26", "url": "https://doi.org/10.1038/s43017-024-00521-5", "finding": "Reviews changing suitability, risks and adaptation in viticulture across regions.", "accessed": "2026-10-11", "scope_and_limits": "Regional differences and adaptive capacity remain central.", "locator": "", "source_native_period": "", "previous_access_date": "2026-09-21" } ], "scope_note": "The Australian study directly covers five regions, not all vineyards. Outcomes and adaptation differ by region. This check does not assign every production decline to human-caused warming.", "claim_id": "PB-009-04", "canonical_path": "/buster/009/vineyards-demand-and-climate/", "short_path": "/buster/009/vineyards-demand-and-climate", "source_specimen": { "specimen_mode": "image", "image_file": "claim-04-native.png", "public_asset_included": true, "rights_status": "approved", "platform": "Public article", "account": "The Daily Sceptic / Tilak Doshi", "published": "2026-09-21", "original_url": "https://dailysceptic.org/2026/09/21/no-climate-change-is-not-squeezing-the-worlds-vineyards/", "claim_context_url": "https://dailysceptic.org/2026/09/21/no-climate-change-is-not-squeezing-the-worlds-vineyards/", "attributed_quote": "The real pressure is demand, not climate.", "presentation_description": "Unchanged, bounded native-source excerpt, with its source identity and date.", "reuse_status": "Bounded native excerpt used for identification and criticism with attribution and a direct source link. No license or endorsement implied.", "circulation_note": "Impacts differ by region, some areas benefit, and adaptation can reduce losses.", "capture_sha256": "46238473a79669803a5bcde60e22e790b0af35529a0d680ee202048c1da0c353" }, "revision_history": [ { "version": "web-1", "date": "2026-10-11", "change": "First website edition authorized by Jesse on October 11, 2026. Original issue, claim and evidence dates preserved; original provenance, evidence, limitations and verdict appear in that order." } ] } ], "social_release": { "status": "preview-ready", "production_date": "2026-09-22", "format": "10 square slides (1080 × 1080)", "claim_ids": [ "PB-009-01", "PB-009-02", "PB-009-03", "PB-009-04" ], "slides": [ { "number": 1, "file": "slide-01.png", "role": "Cover and scope", "claim_id": null, "alt": "Propaganda Buster Issue 009, dated September 22, 2026. The cover explains that Affect Climate Change preserves original claims, checks them against primary evidence, and explains verdicts in plain language. This issue covers a 310-billion-dollar cost claim, cold and heat deaths, a supposedly random sample, and vineyard pressure. Dark navy scientific collage art appears along the right side." }, { "number": 2, "file": "slide-02.png", "role": "Claim specimen", "claim_id": "PB-009-01", "alt": "Claim page showing a native CFACT article crop dated September 19, 2026. The article says EPA will immediately remove more than 300 billion dollars in energy-sector costs. ACC asks whether 310 billion dollars is money already saved or a modelled value spread across future years. A bright label points readers to the facts on slide 3." }, { "number": 3, "file": "slide-03.png", "role": "Evidence and limitations", "claim_id": "PB-009-01", "alt": "Facts page titled “A future model was framed as immediate savings.” One card shows the claim framing, “310 billion dollars removed now.” A second shows what EPA models: an economy-wide present value across 2026 to 2047. The page notes about 23 billion dollars annualized economy-wide and lower direct power-sector savings. Verdict: misleading. The limit states that EPA did repeal rules and projects real savings; the check addresses how the number was described." }, { "number": 4, "file": "slide-04.png", "role": "Claim specimen", "claim_id": "PB-009-02", "alt": "Claim page showing a native Watts Up With That article crop dated September 17, 2026. The excerpt says cold deaths exceed heat deaths and concludes that warming caused non-optimal-temperature deaths to fall. ACC asks whether a falling cold-death ratio proves planetary warming caused an overall health benefit. The facts follow on slide 5." }, { "number": 5, "file": "slide-05.png", "role": "Evidence and limitations", "claim_id": "PB-009-02", "alt": "Facts page titled “The count is real. The causal leap is not.” A 2000-to-2019 modelling study estimated that cold was associated with 8.52 percent of all deaths and heat with 0.91 percent. Comparing 2000–03 with 2016–19, the modeled cold-associated share fell 0.51 percentage points, the heat-associated share rose 0.21 points, and the net excess-death ratio changed by minus 0.30 points. Verdict: misleading because the association does not prove warming caused the net decline. The page notes that effects vary by place." }, { "number": 6, "file": "slide-06.png", "role": "Claim specimen", "claim_id": "PB-009-03", "alt": "Claim page showing a native CFACT article crop dated September 21, 2026. The article calls the first projects in an alphabetically ordered country list a random sample and uses them to support a likely 100 percent conclusion. ACC asks whether those first entries can support a population-wide conclusion. The facts follow on slide 7." }, { "number": 7, "file": "slide-07.png", "role": "Evidence and limitations", "claim_id": "PB-009-03", "alt": "Facts page titled “Alphabetical is not random.” A diagram contrasts the first entries of an alphabetical database with the statistical requirement that every project have a known, nonzero chance of selection. A second card notes that climate adaptation addresses actual or expected climate effects. Verdict: unsupported. Later projects had no chance of selection, so the inspected examples cannot support a population-wide 100 percent claim. The limit says this does not prove every Green Climate Fund project is effective or cost-effective." }, { "number": 8, "file": "slide-08.png", "role": "Claim specimen", "claim_id": "PB-009-04", "alt": "Claim page showing a native Daily Sceptic article crop dated September 21, 2026. The article says the real pressure on vineyards is demand, not climate. ACC asks whether total grape output and weaker demand can rule out regional climate damage to wine production. The facts follow on slide 9." }, { "number": 9, "file": "slide-09.png", "role": "Evidence and limitations", "claim_id": "PB-009-04", "alt": "Facts page titled “Grapes are not all wine—and both pressures matter.” Three cards show selected uses within the 77.7-million-tonne grape total: 33.3 million tonnes of table grapes, 5.2 million tonnes for drying, and 30.5 million tonnes for wine. A label says musts and juices plus unavailable or lost grapes account for the remainder. The page states that 2024 global wine output was 225.6 million hectolitres, the lowest since 1961, and that the OIV cites climate impacts while demand also declined. Verdict: misleading. Impacts vary by region and adaptation can reduce losses." }, { "number": 10, "file": "slide-10.png", "role": "Sources and website invitation", "claim_id": null, "alt": "Closing page inviting readers to see each original claim, full explanation, direct sources, limitations, and correction history at www.affectclimatechange.com/buster/009/. It also invites readers to follow Affect Climate Change on Facebook and Instagram for new Propaganda Buster issues between climate news updates." } ] } }