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LALINET STATUS - STATION EXPANSION AND LIDAR RATIO SYSTEMATIC MEASUREMENTS

Landulfo, Eduardo
[1]; 
Lopes, Fabio
[1]; 
Moreira, Gregori Arruda
[1]; 
da Silva, Jonatan
[1]; 
Ristori, Pablo
[2]; 
Quel, Eduardo
[2]; 
Otero, Lidia
[2]; 
Vicente Pallota, Juan
[2]; 
Herrera, Milagros
[2]; 
Salvador, Jacobo
[2]; 
Lucas Bali, Juan
[2]; 
Wolfram, Eliam
[2]; 
Etala, Paula
[3]; 
Barbero, Albane
[3]; 
Forno, Ricardo
[4]; 
Fernanda Sanchez, Maria
[4]; 
Barbosa, Henrique
[5]; 
Gouveia, Diego
[5]; 
Santos, Amanda Vieira
[5]; 
Hoelzemann, Judith
[6]; 
Fernandez, Jose Henrique
[6]; 
Guedes, Anderson
[6]; 
Silva, Antonieta
[7]; 
[8]; 
[8]; 
Perez Legue, Raul
[9]; 
Bastidas, Alvaro
[10]; 
Vellejo Zabala, Maribel
[10]; 
Velez, Juan
[10]; 
Nisperuza, Daniel
[10]; 
Montilla, Elena
[11]; 
Estevam Arredondo, Rene
[12]; 
Antuna Marrero, Juan Carlos
[12]; 
Rodriguez Vega, Alberth
[12]; 
Alados-Arboledas, Lucas
[13]; 
Luis Guerrero-Rascado, Juan
[13]; 
Sugimoto, Nobuo
[14]; 
Yoshitaka, Jin
[14]
  • 1
    Comissao Nacional de Energia Nuclear (CNEN)
  • 2
    CEILAP
  • 3
    Serv Meteorol Nacl
  • 4
    Universidad Mayor de San Andres
  • 5
    Universidade de Sao Paulo
  • 6
    Universidade Federal do Rio Grande do Norte
  • 7
    Universidad de Concepcion
  • 8
    Departamento de Matemática y Física  
  • 9
    Universidad de Magallanes  
  • 10
    Universidad Nacional de Colombia
  • 11
    Universidad EAFIT
  • 12
    INSMET
  • 13
    Universidad de Cordoba
  • 14
    National Institute for Environmental Studies - Japan
DOI
Date Issued
2018
Type
Artículo de conferencia
Journal
EPJ Web of Conferences
ISSN
2100-014X
Open Access
diamond
Volume
176
Links
LALINET is expanding regionally to guarantee spatial coverage over South and Central Americas. One of the network goals is to obtain a set of regional representative aerosol optical properties such as particle backscatter, extinction and lidar ratio. Given the North-South extension and influence of distinct airmass circulation patterns it is paramount to distinguish these optical parameters in order to gain better perfomance in radiation transfer models. A set of lidar ratio data is presented.
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