Climatological Station Hohenheim (since 1878)

Location: 10 km south of the city of Stuttgart, Germany

Coordinates:

λ = 9° 13' E, φ = 48° 43' N, altitude: 407 m a.s.l.

Fig.1 Climatological Station Hohenheim

Operator: Inst. of Physics and Meteorology, University of Hohenheim

Prof. Dr. Wulfmeyer,

Dipl. Met. Ingeborg Henning-Müller (henning@uni-hohenheim.de)

Instrumentation for GOP

Met. Parameter	Unit	Type of Instrument	Name	Time
Air Temperature 2m above ground	°C	Thermohygrogeber Compact CPC 1/4 TH / Thies, Nr. 1.1005.54.000	T200	30“
Relative Humidity 2m above ground	%	Thermohygrogeber Compact CPC 1/4 TH / Thies, Nr. 1.1005.54.000	RH200	30”
Air Temperature 5 cm above soil	°C	PT-100, 4-conducting wires (metal) Ahlborn	T005	30“
Wind from Direction 10 m above ground	Degree	Combined Anemometer 1464 H,G,F 1000 (+heating 24 VAC/30V, sep. Alimentation) Lambrecht, Nr. 560012	WD100	30”
Wind Speed 10 m above ground	m/s	Combined Anemometer 1464 H,G,F 1000 (+heating 24 VAC/30V, sep. Alimentation) Lambrecht, Nr. 560012	WS1000	30“
Global Radiation 2 m above ground	W/m2	Albedometer CM7b (upper site) Thies, Nr. 7.1415.25.000	GR200	30”
Reflected short Radiation 2 m above ground	W/m2	Albedometer CM7b (under site) Thies, Nr. 7.1415.25.000	RR200	30“
Longwave Radiation Budget 2 m above ground	W/m2	Netradiometer NR LITE Kipp&Zonen (Thies)	NR200	30”
Rain-Collector 1 m above ground	mm	Electrical Rain-Collector with seasaw /REED-Contact (Impulses) Thies, Nr. 5.4032.35.008	RAIN	30“
Soil Temperature at 2 cm under bare soil	°C	PT100 with 4-conducting wires, Ahlborn	ST002	30”
Soil Temperature at 5 cm under bare soil	°C	PT100 with 4-conducting wires, Ahlborn	ST005	30“
Soil Temperature at 10 cm under bare soil	°C	PT100 with 4-conducting wires, Ahlborn	ST010	30”
Soil Temperature at 20 cm under bare soil	°C	PT100 with 4-conducting wires, Ahlborn	ST020	30“
Soil Temperature at 50 cm under bare soil	°C	PT100 with 4-conducting wires, Ahlborn	ST050	30”

Explanation: (Decimal Point = '.' ; Separation signe between values = ',' ; Missing values = '–' ;
Time = MEZ(Mean European Winter-Time)

Actualisation: 2007/08/20