Assessment of regional forest disasters in Soyang Basin using RHESSys

TERRECO WP 3-10

Von 03/2009

Projektleiter: Sinkyu Kang
Bewilligung: IRTG 1565 WP III TERRECO - Complex Terrain and Ecological Heterogeneity - Evaluating ecosystem services in production versus water yield and water quality in mountainous landscapes

Regional Hydro-Ecological Simulation System (RHESSys) is a useful hydro-ecological model to simulate carbon, water, and nutrient fluxes.  This research aims to develop a forest environmental information simulation system (FEISS) for Inbuk sub-basin in Soyang basin, Kangwon, ROK, which helps forecast and reduce forest disasters such as landslide and fire under a changing climate.  Input data sets are created using GIS to simulate the Inbuk forest ecosystems.  These include chronological climate information as well as GIS-based map projection data such as DEM, land use, soil type, vegetation, and biomass.  Spin-up runs are performed to produce reasonable parameters for the current forest environments which are prescribed into the further simulations. Parameterization and/or calibration are executed using 3 yr (2001-2003) data and the validation is followed using 5 yr (2004-2008) data.  Simulations by the parameterized model show a reasonable agreement with the measurements of streamflow and biomass.  Results from the validation show a potential to reproduce the variables at a sub-basin scale.  Other issues including map projections of this on-going research for the disaster-related variables will be discussed.  

 

Goal within the TERRECO Assessments:

  • Predict phenological events within the Haean-myun and Soyang Lake watersheds and across Central Korea
  • Estimate time dependent changes in soil water status, evapotranspiration and production with RHESSys, utilizing remote sensing, outputs from MM5 (WP 1-01), ground-based meteorology (WP 1-01 and WP 1-02), and information on transpiration (WP 1-04).

Doctoral candidates financed by KOSEF (Korea).

 



Aktuelle Termine


Antrittsvorlesung:
Mi. 22.11.2017
The Roots of Drought Tolerance
BayCEER-Kolloquium:
Do. 23.11.2017
Death and deception: The ecology and evolution of carrion flowers
Do. 30.11.2017
Improving land models through the use of surface temperature evaluations
Ökologisch-Botanischer Garten:
So. 03.12.2017
Von Anis bis Zimt: Gewürze im Lebkuchen
Do. 07.12.2017
Ökumenische Andacht zum Advent mit dem Swahili Chor Bayreuth
Wetter Versuchsflächen
Luftdruck (356m): 969.5 hPa
Lufttemperatur: 6.4 °C
Niederschlag: 4.4 mm/24h
Sonnenschein: <1 h/d
Wind (Höhe 17m): 11.2 km/h
Wind (Max.): 19.1 km/h
Windrichtung: SW

...mehr
Globalstrahlung: 1 W/m²
Lufttemperatur: 3.6 °C
Niederschlag: 9.6 mm/24h
Sonnenschein: <1 h/d
Wind (Höhe 32m): 16.5 km/h
Wind (Max.): 32.6 km/h

...mehr