引用次数
引用: 1,030
H-指数: 19
I10-指数 : 35
出版物: 113
Gravity wave detection by GPS radio occultations
Pablo Llamedo , Christina Arras , Alejandro De la Torre , Peter Alexander
41st COSPAR Scientific Assembly 41
2016
Severe deep convection events in the Andes region (Mendoza, Argentina) and their relation with large amplitude mountain waves
Alejandro de la Torre , Peter Alexander , Lic. A. Rolla , Lic. R. Hierro
38th COSPAR Scientific Assembly 38 6
2010
On the sensitivity of Global Positioning System radio occultation data to infer mountain wave activity
Pablo Llamedo , Alejandro De la Torre , Peter Alexander , Rodrigo Hierro
40th COSPAR Scientific Assembly 40
2014
The computation of the three Cartesian wavelengths of a mountain wave from three soundings
Peter Alexander , Alejandro de la Torre , P Llamedo , Claudio Menendez
cosp 38 5
2010
Seasonal variability of wave activity at ionospheric heights above the Andes Mountains detected from FORMOSAT-3/COSMIC GPS radio occultation data
Pablo Llamedo , Alejandro De la Torre , Peter Alexander , Jens Wickert
cosp 40
2014
The effect of different background separation methods on gravity wave parameters in the upper troposphere and lower stratosphere region derived from GPS radio occultation data
Pablo Llamedo , Alejandro De la Torre , Stefan Heise , Peter Alexander
cosp 39 1721
1
2012
Vertical flux of horizontal momentum transported by large amplitude GWs above Southern Andes, the Drake Passage and the Antarctic Peninsula
Pablo Llamedo , Alejandro De la Torre , Peter Alexander , Jens Wickert
39th COSPAR Scientific Assembly 39 427
2012
Lower tropospheric fields analysis derived from GPS RO data
Pablo Llamedo , Alejandro De la Torre , Peter Alexander , Rodrigo Hierro
40th COSPAR Scientific Assembly 40
2014
Mountain Waves above the Southern Andes, Drake Passage and Antarctic Peninsula
Alejandro de la Torre , Peter Alexander , Jens Wickert , Torsten Schmidt
38th COSPAR Scientific Assembly 38 7
2010
Trends and main modes of oscillation in the UTLS over South America derived from GPS RO data
Pablo Llamedo , Alejandro De la Torre , Peter Alexander , Rodrigo Hierro
40th COSPAR Scientific Assembly 40
2014
SOUTHTRAC-GW: An airborne field campaign to explore gravity wave dynamics at the world’s strongest hotspot
Markus Rapp , Bernd Kaifler , Andreas Dörnbrack , Sonja Gisinger
Bulletin of the American Meteorological Society 102 ( 4) 1 -60
39
2021
Projected precipitation changes in South America: a dynamical downscaling within CLARIS
Anna A Soerensson , Claudio G Menendez , Romina Ruscica , Peter Alexander
Meteorologische Zeitschrift 19 ( 4) 347 -355
17
2010
On the influence of zonal gravity wave distributions on the Southern Hemisphere winter circulation
Friederike Lilienthal , Christoph Jacobi , Torsten Schmidt , Alejandro de la Torre
Annales Geophysicae 35 ( 4) 785 -798
9
2017
A numerical study of open atmospheric balloon dynamics
Peter Alexander
Physics of Fluids 15 ( 10) 3065 -3078
6
2003
Orographic and convective gravity waves above the Alps and Andes Mountains during GPS radio occultation events–a case study
Rodrigo Hierro , Andrea K Steiner , Alejandro de la Torre , Peter Alexander
Atmospheric Measurement Techniques 11 ( 6) 3523 -3539
9
2018
On the distortions in calculated GW parameters during slanted atmospheric soundings
Alejandro de la Torre , Peter Alexander , Torsten Schmidt , Pablo Llamedo
Atmospheric Measurement Techniques 11 ( 3) 1363 -1375
16
2018
Long Term Rayleigh Lidar and Satellite Observations of Gravity Wave Activity above the Southern Tip of South America
Alejandro de la Torre , Pablo Llamedo , Jacobo Salvador , Jonathan Quiroga
2018
Stratospheric gravity wave momentum fluxes from radio occultations
Torsten Schmidt , Jens Wickert , Alejandro De la Torre , Peter Alexander
41st COSPAR Scientific Assembly 41 C2. 2 -C2. 2
2016
Possible application of GPS RO refractivity to study wave amplitude enhancements at the tropopause region
Alejandro de la Torre , Peter Alexander , Lic P Llamedo , Torsten Schmidt
38th COSPAR Scientific Assembly 38 6 -6
2010
Lidar Ozone and Temperature Profiles with Satellite Validation at mid-latitude Station (51.5 ºS, 69.3 ºW), Southern Hemisphere: Results and a retrospective
Jacobo Omar Salvador , Pablo Llamedo Soria , Jonathan Quiroga , Alejandro de la Torre
2018