Now showing items 1-4 of 4

    • Valenzuela, Raúl; Garreaud Salazar, René Darío; Vergara, Iván; Campos, Diego; Viale, Maximiliano; Rondanelli Rojas, Roberto Francisco (Elsevier, 2022)
      A major storm impacted the subtropical Andes during 28-31 January 2021 producing 4-days accumulated precipitation up to 100 mm over central-south Chile. These are high accumulations even for winter events but the storm ...
    • Garrido, Cristóbal; Toledo, Felipe; Díaz Quezada, Marcos Andrés; Rondanelli Rojas, Roberto Francisco (MDPI, 2021)
      We propose a monochromatic low-cost automatic sun photometer (LoCo-ASP) to perform distributed aerosol optical depth (AOD) measurements at the city scale. This kind of network could fill the gap between current automatic ...
    • Pizarro, Jaime; Vergara, Pablo M.; Cerda, Sergio; Cordero, Raúl R.; Castillo Castillo, Ximena Andre; Rowe, Penny M.; Casassa Rogazinski, Gino; Carrasco, Jorge; Damiani, Alessandro; Llanillo, Pedro J.; Lambert, Fabrice; Rondanelli Rojas, Roberto Francisco; Huneeus Lagos, Nicolás Jorge; Fernandoy, Francisco; Alfonso, Juan; Neshyba, Steven (Nature, 2021)
      The chemical composition of snow provides insights on atmospheric transport of anthropogenic contaminants at different spatial scales. In this study, we assess how human activities influence the concentration of elements ...
    • Seguel Albornoz, Rodrigo José; Gallardo Klenner, Laura Eleonor Gabriela; Osses, Mauricio; Rojas, Néstor Y.; Nogueira, Thiago; Menares Menares, Camilo Fernando; Andrade, Maria de Fatima; Belalcázar, Luis C.; Carrasco, Paula; Eskes, Henk; Fleming, Zoë L.; Huneeus Lagos, Nicolás Jorge; Ibarra Espinosa, Sergio; Landulfo, Eduardo; Leiva, Manuel; Mangones, Sonia C.; Morais, Fernando G.; Moreira, Gregori A.; Pantoja, Nicolás; Parraguez Cerda, Santiago Nicolás; Rojas, Jhojan P.; Rondanelli Rojas, Roberto Francisco; Da Silva Andrade, Izabel; Toro, Richard; Yoshida, Alexandre C. (University of California Press, 2022)
      This study delves into the photochemical atmospheric changes reported globally during the pandemic by analyzing the change in emissions from mobile sources and the contribution of local meteorology to ozone (O-3) and ...