NASA Technical Reports Server (NTRS) 20150020477: Modeling The Urban Impact On Semiarid Surface Climate: A Case Study In Marrakesh Modeling The Urban Impact On Semiarid Surface Climate: A Case Study In Marrakech - Info and Reading Options
By NASA Technical Reports Server (NTRS)
"NASA Technical Reports Server (NTRS) 20150020477: Modeling The Urban Impact On Semiarid Surface Climate: A Case Study In Marrakesh Modeling The Urban Impact On Semiarid Surface Climate: A Case Study In Marrakech" and the language of the book is English.
“NASA Technical Reports Server (NTRS) 20150020477: Modeling The Urban Impact On Semiarid Surface Climate: A Case Study In Marrakesh Modeling The Urban Impact On Semiarid Surface Climate: A Case Study In Marrakech” Metadata:
- Title: ➤ NASA Technical Reports Server (NTRS) 20150020477: Modeling The Urban Impact On Semiarid Surface Climate: A Case Study In Marrakesh Modeling The Urban Impact On Semiarid Surface Climate: A Case Study In Marrakech
- Author: ➤ NASA Technical Reports Server (NTRS)
- Language: English
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- Internet Archive ID: NASA_NTRS_Archive_20150020477
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"NASA Technical Reports Server (NTRS) 20150020477: Modeling The Urban Impact On Semiarid Surface Climate: A Case Study In Marrakesh Modeling The Urban Impact On Semiarid Surface Climate: A Case Study In Marrakech" Description:
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We combine Landsat and MODIS data in the Simple Biosphere Model to assess the impact of urbanization on surface climate in a semiarid city in North Africa. The model simulates highest temperatures in urban class, with spring average maximum temperature differences to other land cover classes ranging between 1.6 C and 6.0 C. During summer, these maximum temperature differences are smallest (0.5 C) with barelands and highest (8.3 C) with irrigated lawns. This excess heating is simulated above and beyond a seasonal temperature average of about 30 C during spring and 44 C during summer. On annual mean, a full urbanization scenario decreases the carbon fixation by 0.13 MtC and increases the daytime mean surface temperature by 1.3 C. This may boost the city energy consumption by 5.72%. Under a 'smart growth' scenario, whereby the city expands on barelands to cover 50% of the study region and all remaining barelands converted to orchards, the carbon fixation is enhanced by 0.04 MtC with a small daytime temperature increase of 0.2 C. Our results indicate that vegetation can mitigate the urban heating. The hydrological cycle indicates that highest ratio of surface runoff to precipitation (43.8%) occurs in urban areas, versus only 16.7 % for all cover types combined.\n\n\n
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