Bruno Nava

Permanent Scientific Staff
Research Officer
Bruno Nava
Science, Technology and Innovation
+39 040 2240 340
bnava@ictp.it
+39 040 2240 340
bnava@ictp.it
EFB-219
0000-0002-5240-9137

Bruno Nava

Dr. Bruno Nava is a Research Officer at the Abdus Salam International Centre for Theoretical Physics (ICTP), Italy. He holds a PhD in Physics from the University of Graz, Austria and is a member of the ICTP Science, Technology and Innovation Unit.

Publications

Journal article
2023
On the low-latitude NeQuick topside ionosphere mismodelling: The role of parameters H0, g, and r
Advances in Space Research (2023)
M. Pezzopane | A. Pignalberi | B. Nava
Journal article
2022
Global monitoring of ionospheric weather by GIRO and GNSS data fusion
Atmosphere (2022)
Galkin, Ivan | Froń, Adam | Reinisch, Bodo | Hernández-Pajares, Manuel | Krankowski, Andrzej | Nava, Bruno | Bilitza, Dieter | Kotulak, Kacper | Flisek, Paweł | Li, Zishen | others
Journal article
2022
Optimizing the NeQuick Topside Scale Height Parameters Through COSMIC/FORMOSAT-3 Radio Occultation Data
IEEE Geoscience and Remote Sensing Letters (2022)
Alessio Pignalberi | Michael Pezzopane | Bruno Nava
Journal article
2022
The Ionospheric Equivalent Slab Thickness: A Review Supported by a Global Climatological Study Over Two Solar Cycles
Space Science Reviews (2022)
Alessio Pignalberi | Marco Pietrella | Michael Pezzopane | Bruno Nava | Claudio Cesaroni
Journal article
2021
Studying the winter anomaly with altimeter-derived TEC data
Advances in Space Research (2021)
Azpilicueta, F | Nava, B
Journal article
2021
A different view of the ionospheric winter anomaly
Advances in Space Research (2021)
Azpilicueta, F | Nava, Bruno
Journal article
2021
ESA UGI (Unified-GNSS-Ionosphere): An open-source software to compute precise ionosphere estimates
Advances in Space Research (2021)
Orus-Perez, R | Nava, B | Parro, J | Kashcheyev, A
Journal article
2021
New results of ionospheric total electron content measurements from a low-cost global navigation satellite system receiver and comparisons with other data sources
Advances in Space Research (2021)
Okoh, Daniel | Obafaye, Aderonke | Rabiu, Babatunde | Seemala, Gopi | Kashcheyev, Anton | Nava, Bruno
Journal article
2021
Midlatitude climatology of the ionospheric equivalent slab thickness over two solar cycles
Journal of Geodesy (2021)
Alessio Pignalberi | Bruno Nava | Marco Pietrella | Claudio Cesaroni | Michael Pezzopane
Journal article
2021
On the TEC bias of altimeter satellites
Journal of Geodesy (2021)
F. Azpilicueta | B. Nava
Journal article
2021
Modeling Center‐of‐Mass of the Ionosphere From the Slab‐Thickness
Radio Science (2021)
T. L. Gulyaeva | B. Nava | I. Stanislawska
Journal article
2021
B2 thickness parameter response to Equinoctial geomagnetic storms
Sensors (2021)
Migoya-Orué, Yenca | Alazo-Cuartas, Katy | Kashcheyev, Anton | Amory-Mazaudier, Christine | Radicella, S | ro | Nava, Bruno | Fleury, Roll | Ezquer, Rodolfo
Journal article
2021
Development of research capacities in space weather: a successful international cooperation
Journal of Space Weather and Space Climate (2021)
Amory-Mazaudier, Christine | Radicella, S | ro | Doherty, Patricia | Gadimova, Sharafat | Fleury, Roll | Nava, Bruno | Anas, Emran | Petitdidier, Monique | Migoya-Orué, Yenca | Alazo-Cuartas, Katy | others
Journal article
2020
The Effect of F‐Layer Zonal Neutral Wind on the Monthly and Longitudinal Variability of Equatorial Ionosphere Irregularity and Drift Velocity
Journal of Geophysical Research: Space Physics (2020)
Melessew Nigussie | Mark B. Moldwin | Sandro Radicella | Endawoke Yizengaw | Shasha Zou | Bruno Nava
Journal article
2020
The effect of F-layer zonal neutral wind on the monthly and longitudinal variability of equatorial ionosphere irregularity and drift velocity
Journal of Geophysical Research: Space Physics (2020)
Nigussie, Melessew | Moldwin, Mark B | Radicella, S | ro | Yizengaw, Endawoke | Zou, Shasha | Nava, Bruno
Journal article
2020
Longitudinal responses of the equatorial/low-latitude ionosphere over the oceanic regions to geomagnetic storms of May and September 2017
Journal of Geophysical Research: Space Physics (2020)
Akala, AO | Oyeyemi, EO | Amaechi, PO | Radicella, SM | Nava, B | Amory-Mazaudier, Christine
Journal article
2020
New technique for calculating the ionospheric phase advance and dual frequency mode of measuring ionospheric TEC
Advances in Space Research (2020)
Zernov, Nikolay N | Gherm, Vadim E | Danilogorskaya, Ekaterina A | Radicella, S | Nava, Bruno
Journal article
2020
On the analytical description of the topside ionosphere by NeQuick: modeling the scale height through COSMIC/FORMOSAT-3 selected data
IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing (2020)
Pignalberi, Alessio | Pezzopane, Michael | Themens, David R | Haralambous, Haris | Nava, Bruno | Cöısson, Pierdavide
Journal article
2020
On the link between the topside ionospheric effective scale height and the plasma ambipolar diffusion, theory and preliminary results
Scientific Reports (2020)
Pignalberi, Alessio | Pezzopane, Michael | Nava, Bruno | Cöısson, Pierdavide
Journal article
2020
The Effect of F ‐Layer Zonal Neutral Wind on the Monthly and Longitudinal Variability of Equatorial Ionosphere Irregularity and Drift Velocity
Journal of Geophysical Research: Space Physics (2020)
Melessew Nigussie | Mark B. Moldwin | Sandro Radicella | Endawoke Yizengaw | Shasha Zou | Bruno Nava
Journal article
2019
Validation of NeQuick 2 Model Topside Ionosphere and Plasmasphere Electron Content Using COSMIC POD TEC
Journal of Geophysical Research: Space Physics (2019)
A. Kashcheyev | B. Nava
Journal article
2019
Feed forward neural network based ionospheric model for the East African region
Journal of Atmospheric and Solar-Terrestrial Physics (2019)
Tebabal, A | Radicella, SM | Damtie, B | Migoya-Orue, Y | Nigussie, M | Nava, B
Journal article
2018
On the Use of Topside RO‐Derived Electron Density for Model Validation
Journal of Geophysical Research: Space Physics (2018)
M. M. Shaikh | B. Nava | H. Haralambous
Journal article
2018
Assessment of the NeQuick-2 and IRI-Plas 2017 models using global and long-term GNSS measurements
Journal of Atmospheric and Solar-Terrestrial Physics (2018)
Okoh, Daniel | Onwuneme, Sylvester | Seemala, Gopi | Jin, Shuanggen | Rabiu, Babatunde | Nava, Bruno | Uwamahoro, Jean
Journal article
2018
Local TEC modelling and forecasting using neural networks
Journal of Atmospheric and Solar-Terrestrial Physics (2018)
Tebabal, Ambelu | Radicella, S | ro M | Nigussie, Melessew | Damtie, Baylie | Nava, Bruno | Yizengaw, Endawoke
Journal article
2018
Validation of NeQuick 2 model over West African equatorial region using GNSS-derived Total Electron Content data
Journal of Atmospheric and Solar-Terrestrial Physics (2018)
Yao, JN | Nava, B | Obrou, OK | Radicella, SM
Journal article
2018
On the Use of Topside RO-Derived Electron Density for Model Validation
Journal of Geophysical Research: Space Physics (2018)
M. M. Shaikh | B. Nava | H. Haralambous
Journal article
2018
Multivariable Comprehensive Analysis of Two Great Geomagnetic Storms of 2015
Journal of Geophysical Research: Space Physics (2018)
A. Kashcheyev | Y. Migoya‐Orué | C. Amory‐Mazaudier | R. Fleury | B. Nava | K. Alazo‐Cuartas | S. M. Radicella
Journal article
2018
NeQuick 2 and IRI Plas VTEC predictions for low latitude and South American sector
Advances in Space Research (2018)
Ezquer, Rodolfo Gerardo | Scida, Luis Alberto | Orué, Y Migoya | Nava, B | Cabrera, Miguel Angel | Brunini, C
Journal article
2016
Distinct responses of the low‐latitude ionosphere to CME and HSSWS: The role of the IMF Bz oscillation frequency
Journal of Geophysical Research: Space Physics (2016)
J. Rodríguez‐Zuluaga | S. M. Radicella | B. Nava | C. Amory‐Mazaudier | H. Mora‐Páez | K. Alazo‐Cuartas

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