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Physical geography / Hydrograph / Flood forecasting / Discharge / Surface runoff / Flood / Runoff model / Banqiao Dam / Pakistan floods / Hydrology / Water / Earth


Pakistan Journal of Meteorology Vol. 10, Issue 20: Jan, 2014 Rainfall-Runoff Modeling of the Trans-Boundary Kabul River Basin Using Integrated Flood Analysis System (IFAS)
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Document Date: 2014-10-10 02:46:03

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City

Geneva / Attock / Districts Charsadda / Nowshera / Lahore / Swat / Kabul / Karachi / Peshawar / /

Company

John Wiley & Sons LTD. / Pakistan Journal / /

Country

Pakistan / Afghanistan / United Kingdom / Wales / Europe / /

Currency

PKR / AUD / /

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Event

Natural Disaster / /

Facility

Japan Institute of Construction Engineering / Jail Road / /

IndustryTerm

transportation / satellite rainfall data dependency / satellite data / flood warning systems / Internet Newsletter / response systems / communication network / /

NaturalFeature

Indus River / Arabian Sea / Peshawar Valley / Kabul River / Indus River System / M. Hills / Konar river / Swat river / /

Organization

National Science Foundation / World Food Program / International Federation / Pakistan Meteorological Department / National Disaster Management Authority / Red Crescent / Red Cross / United Nations / Japan Institute of Construction Engineering / Chartered Institution of Water and Environmental Management / Flood Forecasting Division / European Union / Internationl Center for Water Hazards & Risk Management / United Nations Educational / Scientific and Cultural Organization / /

Person

K. Beven / Integrate Flood / /

Position

Governor / hydrological model / N. Hunter / /

ProvinceOrState

Punjab / /

PublishedMedium

Journal of Water Resources Planning and Management / /

Region

central Afghanistan / central Kabul / /

Technology

Remote Sensing System / pdf / http / simulation / flash / /

URL

http /

SocialTag