Tropical cyclone formation in the NE Pacific Ocean is poorly understood. We show that by dividing the NE Pacific Ocean into two regions, east and west of 116°W, our understanding is enhanced in terms of which climatological factors are involved. We show that for the period 1972–1997, in our western region, significant relationships exist between several environmental parameters and tropical cyclone numbers on a seasonal timescale, and there is also a significant increasing trend with time. Important parameters common to all tropical cyclone indices examined include relative humidity, sea surface temperature, pressure vertical velocity and precipitable water. The potential for predictability of tropical cyclones in this region is noted
The principal area of tropical cyclogenesis in the tropical eastern Pacific Ocean is offshore in the...
Using the tropical cyclone (TC) data derived from the Joint Typhoon Warning Center (JTWC) and the se...
Abstract The present study investigates relative contributions of large‐scale environmental factors ...
Tropical cyclone formation in the NE Pacific Ocean is poorly understood. We show that by dividing th...
A study on interannual hurricane activity in the Northeast Pacific basin is presented, using statist...
In a recent paper, we showed that an improved understanding of interannual variations of tropical cy...
Teleconnections between different basins have previously been examined in the literature and that re...
In this study, we examine the relationship between the number of tropical cyclones (TCs) in the west...
This study examined the relationship between sea surface height (SSH), sea surface temperature (SST)...
The relationship between ocean subsurface temperature and tropical cyclone (TC) over the western Nor...
We examine the relationship between the number of tropical cyclones (TCs) in the western North Pacif...
Solar activity is known to be linked to changes in the Earth’s weather and climate. Nonetheless, for...
This thesis presents the first in-depth study on interannual tropical cyclone activity in the North...
The influence of different types of ENSO on tropical cyclone (TC) interannual variability in the cen...
A quantification of local energy dispersion is employed to distinguish cases of downstream baroclini...
The principal area of tropical cyclogenesis in the tropical eastern Pacific Ocean is offshore in the...
Using the tropical cyclone (TC) data derived from the Joint Typhoon Warning Center (JTWC) and the se...
Abstract The present study investigates relative contributions of large‐scale environmental factors ...
Tropical cyclone formation in the NE Pacific Ocean is poorly understood. We show that by dividing th...
A study on interannual hurricane activity in the Northeast Pacific basin is presented, using statist...
In a recent paper, we showed that an improved understanding of interannual variations of tropical cy...
Teleconnections between different basins have previously been examined in the literature and that re...
In this study, we examine the relationship between the number of tropical cyclones (TCs) in the west...
This study examined the relationship between sea surface height (SSH), sea surface temperature (SST)...
The relationship between ocean subsurface temperature and tropical cyclone (TC) over the western Nor...
We examine the relationship between the number of tropical cyclones (TCs) in the western North Pacif...
Solar activity is known to be linked to changes in the Earth’s weather and climate. Nonetheless, for...
This thesis presents the first in-depth study on interannual tropical cyclone activity in the North...
The influence of different types of ENSO on tropical cyclone (TC) interannual variability in the cen...
A quantification of local energy dispersion is employed to distinguish cases of downstream baroclini...
The principal area of tropical cyclogenesis in the tropical eastern Pacific Ocean is offshore in the...
Using the tropical cyclone (TC) data derived from the Joint Typhoon Warning Center (JTWC) and the se...
Abstract The present study investigates relative contributions of large‐scale environmental factors ...