The Interannual variability of hurricane activity in the Atlantic and east pacific regions
Anthony R. Lupo, Tamara K. Latham, Trenton H. Magill, Joseph V. Clark, Christopher J. Melick, Patrick S. Market
Abstract
Anthony R. Lupo, Tamara K. Latham, Trenton H. Magill, Joseph V. Clark, Christopher J. Melick, Patrick S. Market
Abstract
Abstract The investigation of the interannual and interdecadal variations in hurricane activity has been an important topic of study lately, especially with regard to their implications for climate change issues. On the interannual time-scale, the El Niño and Southern Oscillation (ENSO) phase has been correlated with hurricane activity in the Atlantic and Eastern Pacific Ocean Basins. For example, various atmospheric and oceanic parameters that influence hurricane development become significantly altered during an El Niño event, leading to suppressed easterly wave development and growth in the Atlantic, but more activity in the Eastern Pacific Ocean Basin. This study examined the interannual variability of hurricane intensity (measured as wind speed
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Abstract The investigation of the interannual and interdecadal variations in hurricane activity has been an important topic of study lately, especially with regard to their implications for climate change issues. On the interannual time-scale, the El Niño and Southern Oscillation (ENSO) phase has been correlated with hurricane activity in the Atlantic and Eastern Pacific Ocean Basins. For example, various atmospheric and oceanic parameters that influence hurricane development become significantly altered during an El Niño event, leading to suppressed easterly wave development and growth in the Atlantic, but more activity in the Eastern Pacific Ocean Basin. This study examined the interannual variability of hurricane intensity (measured as wind speed
Key concepts: La Niña, Climatology, Pacific decadal oscillation, El Niño, Atlantic hurricane, El Niño Southern Oscillation, Oceanography, Pacific ocean