SQLite Web: event

seq

Primary key. INTEGER

id

TEXT NOT NULL

kind

TEXT NOT NULL

ts

TEXT NOT NULL

actor

TEXT

subject_entity_ids

TEXT

payload

{"created_at":"2026-04-08T12:48:29.062755+00:00","dedupe_key":"signal_enriched:news_delta:7b32c98ce9d6dc9f","evidence_event_ids":["evt_35c628688dcf"],"signal_type":"news_headline_delta","source":"news_rss","value":{"aggregator_url":"https://news.google.com/rss/articles/CBMidkFVX3lxTE9HSGg4R3VlRFdSdThmdHBlMkVvSlVTVEl6UHJaTFBKV25XTllTa0tyLU96NnM1R3ctV2d2d25tY21iWS1OdVlJS1FVS1dtanZIeWcyanRJVUF6VTlCU2ljSFgzWjNYX3c4aXMtSWNGeVgxVGpYRGc?oc=5","as_of":"2026-04-08T12:48:29.062755+00:00","canonical_url":"https://www.gstatic.com/_/mss/boq-dots/_/ss/k=boq-dots.DotsSplashUi_desktop_ms.OYgPNdDf9Nc.L.X.O/am=GAIFAAAADpgFDCgAAQ/d=1/ed=1/rs=ALs0n2OYSmDAUDetpsORI83j3dpsv55GJQ/m=syndicationarticleview,_b,_tp","enrichment":{"aggregator_url":"https://news.google.com/rss/articles/CBMidkFVX3lxTE9HSGg4R3VlRFdSdThmdHBlMkVvSlVTVEl6UHJaTFBKV25XTllTa0tyLU96NnM1R3ctV2d2d25tY21iWS1OdVlJS1FVS1dtanZIeWcyanRJVUF6VTlCU2ljSFgzWjNYX3c4aXMtSWNGeVgxVGpYRGc?oc=5","article_chars":5000,"article_truncated":true,"blocked_reason":null,"candidate_id":"sc_b90835a7af5b705d","canonical_host":"gstatic.com","canonical_is_aggregator":true,"canonical_url":"https://www.gstatic.com/_/mss/boq-dots/_/ss/k=boq-dots.DotsSplashUi_desktop_ms.OYgPNdDf9Nc.L.X.O/am=GAIFAAAADpgFDCgAAQ/d=1/ed=1/rs=ALs0n2OYSmDAUDetpsORI83j3dpsv55GJQ/m=syndicationarticleview,_b,_tp","content_type":"text/html; charset=utf-8","enriched_at":"2026-04-08T14:28:49.475896+00:00","extraction_method":"heuristic","fetched_description":"","fetched_title":"","final_url":"https://news.google.com/rss/articles/CBMidkFVX3lxTE9HSGg4R3VlRFdSdThmdHBlMkVvSlVTVEl6UHJaTFBKV25XTllTa0tyLU96NnM1R3ctV2d2d25tY21iWS1OdVlJS1FVS1dtanZIeWcyanRJVUF6VTlCU2ljSFgzWjNYX3c4aXMtSWNGeVgxVGpYRGc?oc=5&hl=en-US&gl=US&ceid=US:en","html_truncated":true,"paywall_likely":false,"publisher_domain":"phys.org","publisher_resolution":"payload_source_domain","requested_url":"https://news.google.com/rss/articles/CBMidkFVX3lxTE9HSGg4R3VlRFdSdThmdHBlMkVvSlVTVEl6UHJaTFBKV25XTllTa0tyLU96NnM1R3ctV2d2d25tY21iWS1OdVlJS1FVS1dtanZIeWcyanRJVUF6VTlCU2ljSFgzWjNYX3c4aXMtSWNGeVgxVGpYRGc?oc=5","source_event_id":"evt_35c628688dcf","source_quality":"high","status_code":200,"version":"signal_enrichment_v2"},"fp":"c9295c2e238cd382","published_at":"2026-04-08T04:10:02+00:00","publisher_domain":"phys.org","signal_understanding":{"analysis_basis":"headline_and_summary","claim_confidence":0.62,"dates_mentioned":[],"entities":[{"asset_class":"","name":"Phys.org","relevance":"source of the headline","symbol":"","type":"publisher"},{"asset_class":"","name":"Climate change","relevance":"causal factor in the claim","symbol":"","type":"phenomenon"},{"asset_class":"","name":"Inherited gene regulation changes","relevance":"proposed pathway for faster evolution","symbol":"","type":"biological mechanism"},{"asset_class":"","name":"Great-great-grandchildren (implied by source summary)","relevance":"indicates effects may extend to later generations","symbol":"","type":"time horizon"},{"asset_class":"","name":"Bioengineer.org / European Scientist (implied by source summary)","relevance":"mentioned in the provided source summary but not detailed in the cleaned article text","symbol":"","type":"other publishers"}],"event_type":"research","information_gaps":["No experimental details, species studied, or specific study citation are present in the provided cleaned text (only styling/HTML remnants).","No timeframe (e.g., years/decades) for when evolutionary acceleration would be observed is provided beyond the multi-generational implication.","No quantitative effect size or directionality strength (how much faster evolution) is stated in the provided text."],"key_facts":["The provided headline states: \"Climate change may speed evolution through inherited gene regulation changes\" (Phys.org).","The provided source summary adds that climate change impacts \"extend into the lives of great-great-grandchildren\" and that \"climate stress can affect animals for generations\" (as attributed to the overall provided summary text)."],"numeric_claims":[],"primary_claim":"Climate change may speed evolution through inherited gene regulation changes.","relevance_score":0.45,"sentiment":"neutral","source_quality":"high","summary":"Phys.org reports that climate change could accelerate evolution by altering inherited gene regulation. The claim is that climate-driven stress can produce heritable regulatory changes that persist across generations.","topics":["climate change","evolution","epigenetics","gene regulation","inheritance","multi-generational biological effects"]},"source":"Phys.org","source_domain":"phys.org","source_url":"https://phys.org","summary":"Climate change may speed evolution through inherited gene regulation changes Phys.org Climate Change Impacts Extend into the Lives of Great-Great-Grandchildren Bioengineer.org Climate Stress Can Affect Animals for Generations European Scientist","title":"Climate change may speed evolution through inherited gene regulation changes - Phys.org","url":"https://www.gstatic.com/_/mss/boq-dots/_/ss/k=boq-dots.DotsSplashUi_desktop_ms.OYgPNdDf9Nc.L.X.O/am=GAIFAAAADpgFDCgAAQ/d=1/ed=1/rs=ALs0n2OYSmDAUDetpsORI83j3dpsv55GJQ/m=syndicationarticleview,_b,_tp"}}

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event_store.db — events

Update row 6760 in events