Difference between revisions of "SMT201 AY2019-20G2 EX2 Khong Lee Han"
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− | a | + | '''Buildings:''' To build a disease centre, it needs to be far away from the population to prevent spreading of diseases to the nearby population. The data was extracted from BBBike@Singapore. |
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+ | '''Target Roads:''' To build a disease centre, it needs to be close to existing local roads, namely: service roads and tracks to ensure easy transportation of building materials during the construction stage. The data was extracted from BBBike@Singapore. | ||
+ | '''Natural Conservation:''' The selected site needs to be away from forested land, park and water as when the disease enter the water bodies of Singapore. The data was extracted from BBBike@Singapore. | ||
+ | '''Elevation:''' The selected site needs to avoid slope as this will incur large construction cost as steep slopes involves a lot of cut-and-fills and leads to relatively higher development costs. The data was extracted from NASA's EarthData Search Site and was prepared by importing the raster data into QGIS. | ||
== Part 2 == | == Part 2 == |
Revision as of 11:30, 7 November 2019
Contents
Part 1 : Map View with Study Area and Target Roads, Buildings, Natural Features, Digital Elevations Layer
Buildings: To build a disease centre, it needs to be far away from the population to prevent spreading of diseases to the nearby population. The data was extracted from BBBike@Singapore.
Target Roads: To build a disease centre, it needs to be close to existing local roads, namely: service roads and tracks to ensure easy transportation of building materials during the construction stage. The data was extracted from BBBike@Singapore.
Natural Conservation: The selected site needs to be away from forested land, park and water as when the disease enter the water bodies of Singapore. The data was extracted from BBBike@Singapore.
Elevation: The selected site needs to avoid slope as this will incur large construction cost as steep slopes involves a lot of cut-and-fills and leads to relatively higher development costs. The data was extracted from NASA's EarthData Search Site and was prepared by importing the raster data into QGIS.
Part 2
a short description of not more than 100 words for each view.
Part 3
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Part 4: Analytical Hierarchical Process Input Matrix & Approach