Special Issue "Remote Sensing with Nighttime Lights"
A special issue of Remote Sensing (ISSN 2072-4292).
Deadline for manuscript submissions: closed (30 September 2014) | Viewed by 148401
Nearly every person in the world has at one time or another appreciated the beauty of city lights at night. This may have been on the ground viewing a commercial center, from a tall building, a mountain, or from an aircraft. The points and splays of light surrounded by darkness attract our eyes. Indeed, nocturnal lighting is one of the hallmarks of human presence on the surface of the earth. Nocturnal lighting has emerged as one of the primary remote sensing observables linked to the presence of built infrastructure and human activity levels.
Today, we have a two decade record of global nighttime lights observed by DMSP (1992-2012). While the DMSP nighttime lights have recognized flaws, they have still been widely used to demonstrate the potential of nighttime lights as a spatial proxy for variables that would be difficult to map directly and globally using other means. The DMSP nighttime lights gave a glimpse of how this style of observation can be used as a scientific data product. A new series of nighttime products is beginning to emerge from the VIIRS instrument, which resolves many of the shortcoming of the DMSP. In the future, we expect that even better instruments will fly in space to collect higher spatial resolution multispectral (or even hyperspectral) nighttime lights.
This special issue of Remote Sensing is designed to explore nighttime lights and the scientific applications that have been developed for them. Prospective authors are invited to contribute to this Special Issue of Remote Sensing by submitting an original manuscript of their latest research results in the field of advances in remotely sensed nighttime lights. Review contributions are also welcomed.
Papers are solicited over the wide range of topics encompassed by the remote sensing of nighttime lights, including:
- Sensor designs for observation of nighttime lights
- Methods used for global mapping of nighttime lights
- Use of nighttime lights as a spatial proxy for variables such economic activity, population, and CO2 emissions
- Modeling the density of constructed surfaces and habitat fragmentation
- Light pollution studies
- Spectral analysis of nighttime lights
- Nighttime lights change detection – analysis of urban growth patterns
- Ecological impacts of nocturnal lighting
- Fusion of nighttime lights with other remote sensing data
- Morphological analysis of development
- Intercomparison of DMSP and VIIRS low light imaging data
Dr. Christopher D. Elvidge
Manuscript Submission Information
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