Birdwatch Archive

Birdwatch Note Rating

2024-09-28 23:58:52 UTC - SOMEWHAT_HELPFUL

Rated by Participant: 19AFD3B3B3558D8E4983648223AC4ACF00438552579E70D4A5CCB3FA40DD6077
Participant Details

Original Note:

"Studies generally agree that tropical cyclone intensity has increased around the world over approximately the past 40 years". "Climate change is expected to affect tropical cyclones by increasing sea surface temperatures, a key factor that influences cyclone formation". https://www.epa.gov/climate-indicators/climate-change-indicators-tropical-cyclone-activity

All Note Details

Original Tweet

All Information

  • noteId - 1840035768749674734
  • participantId -
  • raterParticipantId - 19AFD3B3B3558D8E4983648223AC4ACF00438552579E70D4A5CCB3FA40DD6077
  • createdAtMillis - 1727567932614
  • version - 2
  • agree - 0
  • disagree - 0
  • helpful - 0
  • notHelpful - 0
  • helpfulnessLevel - SOMEWHAT_HELPFUL
  • helpfulOther - 0
  • helpfulInformative - 0
  • helpfulClear - 0
  • helpfulEmpathetic - 0
  • helpfulGoodSources - 1
  • helpfulUniqueContext - 0
  • helpfulAddressesClaim - 0
  • helpfulImportantContext - 0
  • helpfulUnbiasedLanguage - 0
  • notHelpfulOther - 0
  • notHelpfulIncorrect - 0
  • notHelpfulSourcesMissingOrUnreliable - 0
  • notHelpfulOpinionSpeculationOrBias - 0
  • notHelpfulMissingKeyPoints - 0
  • notHelpfulOutdated - 0
  • notHelpfulHardToUnderstand - 0
  • notHelpfulArgumentativeOrBiased - 0
  • notHelpfulOffTopic - 0
  • notHelpfulSpamHarassmentOrAbuse - 0
  • notHelpfulIrrelevantSources - 1
  • notHelpfulOpinionSpeculation - 1
  • notHelpfulNoteNotNeeded - 0
  • ratingsId - 184003576874967473419AFD3B3B3558D8E4983648223AC4ACF00438552579E70D4A5CCB3FA40DD6077