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活动简介

The biennial international Joint Urban Remote Sensing Event (JURSE) is designed to be a forum of excellence where a selected group of researchers, practitioners, and students will present and discuss their latest findings and results.

This event is committed to introduce innovative methodologies and technological resources recently employed to investigate the manifold aspects of the urban environment through orbital and airborne remote sensing data. Emerging topics like new methods for urban land cover and land use classification with detailed discrimination of urban targets, 3D modeling of urban buildings, forecast and impact assessment of natural and man-made hazards in urban areas, urban social studies, urban ecology as well as data fusion, algorithms and techniques for remotely sensed data interpretation, and multisource remote sensing data will be approached, aiming to address pressing questions and offer effective solutions in urban remote sensing but also to unravel new possibilities for the interpretation, processing, fusion, and application of remotely sensed data in urban investigations.

征稿信息

重要日期

2016-12-31
初稿截稿日期

征稿范围

  • Urban climatology, geology, and geohazards

  • Urban heat island effects

  • Air quality assessment

  • Subsidence

  • Hydrology

  • Earthquake/Volcanic/ falling, landslide and debris flow geological hazards

  • Coastal hazards

  • Environmental monitoring (soil, groundwater contaminant studies)

  • RS applications to social science

  • Applications to vital statistics

  • RS and health

  • RS and GIS applications to social science

  • Applications to security and emergency

  • Applications to "World Expo" and "Olympic Games"

  • RS and GIS applications in archaeology

  • RS applications to urban planning and conservation

  • Urban planning

  • Transportation planning

  • Digital city

  • Urban conservation

  • Urban simulation based on RS

  • Cultural heritage

  • Urban development and growth pattern

  • Urban development modeling

  • Contributions to urban trajectory theory

  • Detailed structure change

  • Smart growth

  • Urban and peri-urban ecology

  • Urban and peri-urban landscape ecology

  • Urban and peri-urban ecological process modeling

  • Comparative studies

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重要日期
  • 会议日期

    03月06日

    2017

    03月08日

    2017

  • 12月31日 2016

    初稿截稿日期

  • 03月08日 2017

    注册截止日期

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