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Groundwater Temperature 2020

Literature

Gross, G. (1991):
Das Klima der Stadt in Dynamik umweltrelevanter Systeme (The urban climate in the dynamics of environmentally relevant systems), Springer-Verlag.

Henning, A. (1990):
Bedeutung von Temperaturmessungen in Grundwasserbeobachtungsrohren für Hydrologie und Erdwärmenutzung (Significance of temperature measurements in groundwater observation tubes for hydrology and geothermal energy use). Master’s thesis, Institute for Applied Geophysics, Petrology and Mining Geology of the Berlin University of Technology.

Henning, A. & Limberg A. (2012):
Veränderung des oberflächennahen Temperaturfeldes von Berlin durch Klimawandel und Urbanisierung (Change of the near-surface temperature range in Berlin due to climate change and urbanisation). Brandenburgische Geowiss. Beitr., 19, 1, pp. 81-92, Cottbus.

Henning Energie- und Umweltberatung (2010):
Aktualisierung der Temperaturkarte von Berlin – Analyse der Messungen aus dem Sondertemperaturmessnetz (Updated temperature map of Berlin, analysis of the measurements from the special temperature measurement grid), report for the Senate Department for Urban Development, unpublished.

Honarmand, H.; Völker, H. (1999):
Bestimmung der Wärmestromdichte und Bewertung der Wärmeleitfähigkeitsdaten für 5 Prärupelton-Tiefbohrungen des Berliner Bohrprogramms Süd;
(Determining the thermal flow density and evaluation of the thermal conductivity data for 5 pre-Rupelian clay deep-well drillings of the Berlin Southern Drilling Programme), report for the Senate Department for Urban Development, Environmental Protection and Technology, Berlin, unpublished.

Hurtig, E. & Oelsner, Ch. (1979):
The Heat Flow Field on the Territory of the German Democratic Republic: Terrestrial Heat Flow in Europe, edited by V. Cermak and L. Rybach, Springer Verlag, pp. 186-190.

Matheé, H. K. (2021):
Die Untersuchung der Untergrundtemperatur in Berlin im Jahr 2020 bis in 100 Meter Tiefe (Investigating Berlin’s subsoil temperatures down to a depth of 100 metres in the year 2020) Bachelor’s thesis, Department of Geophysics, Berlin University of Technology, unpublished.

Maps

SenStadtWohn (Senate Department for Urban Development and Housing) (ed.) (2021):
Berlin Environmental Atlas, Map 04.01 Long-Term Mean Air Temperatures 1981-2010 (Edition 2021), Berlin.
/umweltatlas/en/climate/development-of-climate-parameters/1981-2010/maps/artikel.1079012.en.php

SenStadt (Senate Department for Urban Development) (ed.) (2009):
Berlin Environmental Atlas, Map 01.08 Terrain Elevations, unpublished.

SenStadt (Senate Department for Urban Development) (ed.) (2009):
Berlin Environmental Atlas, Map 02.07 Depth to Water Table (Depth to Groundwater) Berlin.
/umweltatlas/en/water/depth-to-the-water-table/2009/maps/artikel.962052.en.php

SenStadt (Senate Department for Urban Development) (ed.) (2016):
Berlin Environmental Atlas, Map 06.01 Actual Use of Built-up Areas, Berlin.
/umweltatlas/en/land-use/actual-land-use/2015/maps/artikel.1004245.en.php

SenStadtUm (Senate Department for Urban Development and the Environment) (ed.) (2019):
Berlin Environmental Atlas, Map 02.12, Groundwater Levels of the Main Aquifer and Panke Valley Aquifer (Edition May 2019), 1 : 50 000, Berlin.
/umweltatlas/en/water/groundwater-levels/2019/maps/artikel.1050595.en.php

SenStadtUm (Senate Department for Urban Development and the Environment) (ed.) (2018):
Berlin Environmental Atlas, Map 02.18, Geothermal Potential – Specific Conductivity and Specific Extraction Capacity, 1 : 50 000, Berlin.
/umweltatlas/en/water/geothermal-potential/continually-updated/maps/

SenStadtUm (Senate Department for Urban Development and the Environment) (ed.) (2007):
Berlin Environmental Atlas, Map 01.17, Geological Outline, 1 : 50 000, Berlin.
/umweltatlas/en/soil/geological-outline/2007/maps/artikel.964239.en.php