José C. B. da Silva - researchr alias

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2023

Using a Tandem Flight Configuration between Sentinel-6 and Jason-3 to Compare SAR and Conventional Altimeters in Sea Surface Signatures of Internal Solitary WavesJorge M. Magalhães, Ian G. Lapa, Adriana M. Santos-Ferreira, José C. B. da Silva, Fanny Piras, Thomas Moreau 0002, Samira Amraoui, Marcello Passaro, Christian Schwatke, Michael G. Hart-Davis, Claire Maraldi, Craig Donlon. remotesensing, 15(2):392, January 2023. [doi]

2022

L-Band Co-Polarized Backscattering Analysis of Internal WavesCarina R. de Macedo, José C. B. da Silva, Andrea Buono, Maurizio Migliaccio. igarss 2022: 6959-6962 [doi]

Effects of Surface Wave Breaking Caused by Internal Solitary Waves in SAR Altimeter: Sentinel-3 Copernicus Products and Advanced New ProductsAdriana M. Santos-Ferreira, José C. B. da Silva, Jorge M. Magalhães, Samira Amraoui, Thomas Moreau, Claire Maraldi, François Boy, Nicolas Picot, Franck Borde. remotesensing, 14(3):587, 2022. [doi]

2020

Detection of Internal Solitary Waves with Conventional and Advanced SAR Altimetry Processing Methods: Preliminary ResultsJosé C. B. da Silva, Adriana M. Santos-Ferreira, Pierre Rieu, Thomas Moreau, Franck Borde, Francois Boy, C. Maraldi, Nicolas Picot, Craig Donlon. igarss 2020: 3521-3524 [doi]

Further Insights on the Effects of Surfactants on Internal Wave SAR Signatures by Means of the Co-Polarized Phase DifferenceCarina R. de Macedo, José C. B. da Silva. igarss 2020: 696-699 [doi]

Internal Wave Dark-Band Signatures in ALOS-PALSAR Imagery Revealed by the Standard Deviation of the Co-Polarized Phase DifferenceCarina R. de Macedo, José C. B. da Silva. remotesensing, 12(15):2372, 2020. [doi]

Can We Retrieve Internal Soliton Amplitudes in the Ocean with Sar Altimetry? What Would This Be Good For?Adriana M. Santos-Ferreira, José C. B. da Silva. igarss 2020: 3525-3528 [doi]

Studies of Internal Waves in the Strait of Georgia Based on Remote Sensing ImagesCaixia Wang, Xin Wang, José C. B. da Silva. igarss 2020: 3549-3551 [doi]

2019

SAR-Mode Altimetry Observations of Internal Solitary Waves in the Tropical Ocean Part 2: A Method of DetectionAdriana M. Santos-Ferreira, José C. B. da Silva, Meric Srokosz. remotesensing, 11(11):1339, 2019. [doi]

Studies of Internal Waves in the Strait of Georgia Based on Remote Sensing ImagesCaixia Wang, Xin Wang, José C. B. da Silva. remotesensing, 11(1):96, 2019. [doi]

2018

2017

Satellite Altimetry Observations of Large-Scale Internal Solitary WavesJosé M. Magalhães, José C. B. da Silva. lgrs, 14(4):534-538, 2017. [doi]

2012

The EUFAR transnational access project A.NEW (Airborne observations of Nonlinear Evolution of internal Waves generated by internal tidal beams)José C. B. da Silva, Jorge M. Magalhães, Miguel Batista, Louis Gostiaux, Theo Gerkema, Adrian L. New. igarss 2012: 7601-7604 [doi]

2002

Possible generation sites of internal solitary waves observed by ERS SAR in the central region of the Bay of BiscayAlberto Azevedo, José C. B. da Silva, Adrian L. New. igarss 2002: 1600-1602 [doi]

Can internal tidal waves be observed by ocean color satellite sensors?José C. B. da Silva, Adrian L. New, Meric Srokosz. igarss 2002: 1591-1593 [doi]

The role of synergy in developing a marine SAR analysis and interpretation systemSusanne Ufermann, Ian S. Robinson, José C. B. da Silva, Johnny A. Johannessen. igarss 2002: 1582-1584 [doi]

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