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ITS » Journal » Teknik Sipil D4
Posted by kusumastuti@ce.its.ac.id at 20/11/2015 15:46:44  •  922 Views


RESIDENTIAL AREA CONTRIBUTION TO REDUCING FLOOD RATE FROM CLIMATE AND LANDSCAPE CHANGE

Author :
KUSUMASTUTI ( None )
KUNTJORO




ABSTRAK

Climate and landscape change tends to increases run off. This research intended to capitalize potential residential as contributor flood control. Method The Horton formulation used with inputs variable climate pattern change and the rainfall pattern change by the residential land infiltration capacity condition. Results Rainfall pattern such as Figure 5 and its duration is 81 minutes height of rainfall is 95.67 mm. Land infiltration capacity is analyzed from the Figure 6 will be able to control flood as high as 38.91 mm. its mean that 38.91 liters on one m 2 of land. Conclusion Flood rate from run off caused by climate and landscape change is 0.05676 metre its mean that 56.76 liters on one m 2 of land.



KeywordsFlood reduce, Climate, Landscape Change, Residential
 
Subject:  Banjir
Date Create: 01/09/2015
Type: Text
Format: PDF
Language: English
Identifier: ITS-Journal-31111150000036
Collection ID: 31111150000036
Call Number: 627.4 Kus r


Source
Article of Journal

Coverage
ITS Community

Rights
Australian Journal of Basic and Applied Sciences, 9(31) September 2015, Pages: 189-193 Journal home page: www.ajbasweb.com




[ Download - Summary ]

ITS-Journal-31111150000036-39701.pdf



[ Link of Contents]
  1. http://digilib.its.ac.id/residential-area-contribution-to-reducing-flood-rate-from-climate-and-landscape-change-39701.html
    http://digilib.its.ac.id/residential-area-contribution-to-reducing-flood-rate-from-climate-and-landscape-change-39701.html



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