@AudiovisualMaterial{Namikawa:2017:CoINRe,
             abstract = "INPE is the leading agency in Brazil for research, development and 
                         application of geotechnologies, and given that main national 
                         issues are related to the environment, there are many initiatives 
                         at INPE for Environmental Monitoring using Remote Sensing Images. 
                         These initiatives include operational systems, such as Programa 
                         Queimadas (Forest Fires Program) and Projeto PRODES (PRODES 
                         Project). These examples use satellite data from meteorological 
                         and remote sensing orbital platforms to release to experts, 
                         organizations, governments and general public, information in a 
                         easy consumption way. In addition, INPE researches and develops 
                         techniques and tools to manage, extract and share geoinformation. 
                         For environmental monitoring, research focus on change detection 
                         and the developed techniques are implemented in specialized 
                         platform to be used in operational way. To support the 
                         implementation of these platforms, INPE has been developing GIS 
                         and Image Processing software, with TerraLib being the current 
                         technology. The flexibility and extensive scope of TerraLib has 
                         allowed INPE to provide a platform to implement operational early 
                         warning systems based on automatically gathering dynamic data, 
                         processing this data with risk maps, and issue early warnings. The 
                         current version of this platform is called TerraMA2 Version 4.0, 
                         which is in Beta release phase. The experience at INPE at these 
                         two fronts indicates that future systems should integrate the 
                         automatic data gathering, analysis and early warning issuing with 
                         remote sensing images. To achieve this goal, some automatic change 
                         detection techniques were tested and are presented here, including 
                         index and color analysis. In addition, the possibility of using 
                         different sensors from different satellites is analyzed for a 
                         multi-scale and multi-representation change detection.",
          affiliation = "{Instituto Nacional de Pesquisas Espaciais (INPE)}",
               author = "Namikawa, Laercio Massaru",
                 city = "Bogota\́, Colo\̂mbia",
       conferencename = "Semana Geoma\́tica Internacional, 7",
                 date = "14-18 ago.",
             language = "pt",
            publisher = "Instituto Nacional de Pesquisas Espaciais",
     publisheraddress = "S{\~a}o Jos{\'e} dos Campos",
                  ibi = "8JMKD3MGP3W34P/3PN6PD8",
                  url = "http://urlib.net/ibi/8JMKD3MGP3W34P/3PN6PD8",
               slides = "67",
           targetfile = "Namikawa_Semana_Geoma?tica_BOA.pdf",
                title = "Environmental Monitoring in Brazil: Contributions of INPE in 
                         research, development and applications",
                 year = "2017",
        urlaccessdate = "27 abr. 2024"
}