Abstract Assessing the impact of land-use/land-cover (LULC) change and nutrient loads on water systems is a key issue, where different uses raise water-quality concerns. This study aimed to enumerate extent LULC from 1986 2018, its measurable impacts losses major pollution areas based SWAT in Bilate catchment, southern Ethiopia. The sequential uncertainty fitting version two (SUFI-2) algorithm ...

Dieser Beitrag stellt das ” Security Workflow Analysis Toolkit“ (SWAT) vor, eine Plattform für die formal fundierte Analyse von Geschäftsprozessen. Ausgehend von als Muster formalisierten Sicherheitsanforderungen dient SWAT als Basis für die Analyse von Prozessmodellen und Prozesslogs. Der vorliegende Beitrag zeigt anhand von Beispielen, welche Arten von Analysen mit SWAT möglich sind und wie S...

Evaluating and Developing Parameter Optimization and Uncertainty Analysis Methods for a Computationally Intensive Distributed Hydrological Model. (August 2008) Xuesong Zhang, B.S, Qingdao University, China; M.S., Beijing Normal University, China Chair of Advisory Committee: Dr. Raghavan Srinivasan This study focuses on developing and evaluating efficient and effective parameter calibration and ...

Abstract The impact of climate change on water availability has become a significant cause for concern in the Zayandeh-Roud Reservoir Iran and similar reservoirs arid regions. This study investigates supply River Basin. For better management, Soil & Water Assessment Tool (SWAT) was used to develop hydrologic model basin. then calibrated validated two upstream stations using Sequential Uncer...

This article presents selected flow modeling indices of the Bystra River catchment area (east Poland) obtained using SWAT model simulations for three regional climate models driven by EC-EARTH global 2021–2050 and both RCP4.5 RCP 8.5 scenarios. The research was due to large relief terrain, predominance soils made loess agricultural nature area, which is very sensitive change, has valuable soils...

Understanding the likely impacts of climate change (CC) and Land Use Cover (LULC) on water resources (WR) is critical for a basin’s mitigation. The present study intends to quantify impact streamflow (SF) Parvara Mula Basin (PMB) using SWAT. SWAT model was calibrated validated Calibration Uncertainty Program (SWAT-CUP) two time periods (2003–2007 2013–2016) (2008–2010 2017–2018), respectively. ...