climate phenomenon
C3904
concept
A climate phenomenon is a recurring or notable pattern or event in the Earth’s climate system, such as El Niño or monsoon cycles, that significantly influences weather and environmental conditions over large regions and timescales.
Observed surface forms (16)
- meteorological phenomenon ×4
- paleoclimatic event ×3
- atmospheric oscillation ×2
- climatic event ×2
- phase of the El Niño–Southern Oscillation ×2
- El Niño–Southern Oscillation index ×1
- abrupt climate change event ×1
- atmospheric circulation pattern ×1
- climate oscillation ×1
- global cooling event ×1
- large-scale ocean–atmosphere phenomenon ×1
- monsoon system ×1
- paleoclimatic anomaly ×1
- sea surface temperature pattern ×1
- tropical climate outlook ×1
- tropical intraseasonal oscillation ×1
Instances (20)
- Niño 3.4 index via concept surface "El Niño–Southern Oscillation index"
- La Niña
- Southern Oscillation via concept surface "atmospheric oscillation"
- El Niño via concept surface "phase of the El Niño–Southern Oscillation"
- Bora wind via concept surface "meteorological phenomenon"
- El Niño–Southern Oscillation
- Pacific Decadal Oscillation via concept surface "climate oscillation"
- Eocene–Oligocene climate transition via concept surface "paleoclimatic event"
- Atlantic hurricanes via concept surface "meteorological phenomenon"
- Global Tropics Hazards Outlook via concept surface "tropical climate outlook"
- Madden–Julian Oscillation via concept surface "atmospheric oscillation"
- Meltemi via concept surface "meteorological phenomenon"
- Southwest monsoon via concept surface "monsoon system"
- Northeast monsoon
- Brocken spectre via concept surface "meteorological phenomenon"
- Holocene climatic optimum via concept surface "paleoclimatic event"
- 8.2 kiloyear event via concept surface "climatic event"
- Carboniferous rainforest collapse via concept surface "paleoclimatic event"
- 4.2 kiloyear event via concept surface "climatic event"
- Southern Annular Mode variability via concept surface "atmospheric circulation pattern"