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baroclinic

baroclinic

1 9.9
Where layers of air with different pressure and density meet and cause storms or currents
  • adjective
  • /ˌbɛrəˈklɪnɪk/
  • Specialized
: baroclínico
  • The baroclinic zones along the coast contribute to the strength of the storms, particularly when temperatures fluctuate dramatically.

Examples

  • The black circle is evidence of baroclinic (mid-latitude) interaction with Sandy.

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  • This is where the concept of air pressure and something called "baroclinic forcing" comes into play.

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  • Baroclinic forcing is the energy a weather system receives when warm air and cold air mix with each other.

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  • As climate change triggers more swings in air temperatures, the odds of hurricanes strengthening due to baroclinic force would go up.

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  • While the warm Gulf Stream was a factor in the strengthening a day before landfall, the bigger factor was the baroclinic forcing from the collision with the cold air.

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  • The strongest baroclinic zones are where the strongest warm boundary currents are located adjacent to winter cold air-producing continents.

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  • Cold Arctic air and warm tropical air colliding was a recipe for strong baroclinic forcing and allowed Sandy's pressure to deepen considerably.

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  • When warm and cold air masses interact, it creates significant baroclinic forces that can lead to severe weather changes.

  • Meteorologists monitor baroclinic systems closely, as they often signal the potential for intense storms and shifting weather patterns.

How Baroclinic

baroclinic
  • Specialized
1 9.9
barotropic
  • Specialized
9.9

Surface Forms

baroclinic positive

Morphology

baroclinic = barocline (opaque) = baro + clin + ic

The elements are technical combining forms unfamiliar to average learners, so the immediate base is not transparently meaningful to them.

Etymology

The word baroclinic combines baro- meaning 'pressure' as in barometer and -clinic from a root meaning 'to lean', like incline. So a baroclinic atmosphere is one where pressure and density surfaces 'lean' away from each other, and that 'lean' often makes storms and strong currents more likely.