Book chapter abstract
SASSCAL WeatherNet: present state, challenges, and achievements of the regional climatic observation network and database
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Publication Details Author list: Muche G., Kruger S., Hillmann T., Josenhans K., Ribeiro C., Bazibi M., Seely M., Nkonde E., de Clercq W., Strohbach B., Kenabatho P.K., Vogt R., Kaspar F., Helmschrot J. & Jürgens N. Publication year: 2018 Volume number: 6 Start page: 34 End page: 43 Number of pages: 10 URL: http://www.biodiversity-plants.de/biodivers_ecol/article_meta.php?DOI=10.7809/b-e.00302 Languages: English |
Automatic weather stations (AWSs) serve a number of goals in the SASSCAL context and beyond. A suffi cient cover and density in geographical space is needed to record spatial climatic variability and to feed climate models and forecast services. In addition, research projects using an ecosystem approach require robust information on local weather. In response to these goals and under consideration of the low density of climate stations in the SASSCAL region (Angola, Botswana, Namibia, South Africa, and Zambia), the establishment of a network of weather stations was initiated in 2009?2010. Th e SASSCAL network, meanwhile, includes 154 AWSs and has achieved a reputation for providing unprecedented progress in terms of coverage and access to climatic data for the SASSCAL region. Th is paper presents the most important strategic and technical steps, from setting up the station network for data transmission and data quality controls to the Internet publication of the SASSCAL WeatherNet climatic data
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