Dr. habil. Christian Siebert

Hydrogeologe

Totes Meer

Helmholtz-Centre for Environmental Research, UFZ
Dept. Catchment Hydrology

Tel Office: +49-345-558-5211
Tel Lab:    +49-345-558-5281; -5274
Fax:         +49-345-558-5559
 

Areas of interest

Application of hydrochemical parameter: rare earth elements incl. Y, stable isotopes (δ18O, δ2H, δ34S, δ13C), radioactive isotopes (tritium, radiocarbon), major- and trace elements (Cs, Rb, U, Br) to identifiy temporal and spatial dynamic of:

  • Groundwater-resources under semiarid and arid climate conditions
  • interaction of surface- and groundwater bodies
  • interaquifer-flow
  • vulnerability of water bodies in respect to geogene and anthropogene contaminants
  • water-rock-interaction
  • geo-bio-interactions in groundwater systems


 

Academic education

1995 – 2002 Study of Geology and Geosciences at Friedrich–Schiller–University Jena (focus: Hydrogeology)

2001 – 2002 Diploma-Thesis „Untersuchung des hydraulisch–hydrochemischen Verhaltens eines Kalkstein-Karstgrundwasserleiters am Beispiel der Mühltalquellen bei Jena“

2002 – 2006 PhD at Freie Universität Berlin and Helmholtz-Centre for Environmental Research - UFZ: „Saisonale chemische Variationen des See Genezareth, seiner Zuflüsse und deren Ursachen.” (summa cum laude)

2016: State Doctorate (Habilitation) at TU Bergakademie Freiberg: The application of hydrogeology, hydrogeochemistry and remote sensing to investigate water resources in semi-arid regions: the Jordan-Dead Sea Transform."
 

Scientific work

2000 – 2001 EU COST-Action 620 subproject „Kartierung der Grundwasserver-
schmutzungsempfindlichkeit eines Muschelkalk-Grundwasserleiter am Beispiel des Einzugsgebietes der Mühltalquellen bei Jena, Thüringen.“
2002 – 2005 „German-Israeli-Jordanian-Palestinian Joint Research Project: Water Resources Evaluation for a Sustainable Development in the Jordan Rift Basin”. (BMBF grant-code: 02WT0250).
2006 – 2009 IWRM-Project in the Lower Jordan Rift Valley:
SMART- Sustainable Management of Available Water Resources with Innovative Technologies”, BMBF grant-code 02WM0801), multilateral (D, ISR, PLA, JO)
Leader of WP: DAISY - data and information system
2009 – 2013 IWRM-Project in the Lower Jordan Rift Valley:
SMART 2- Sustainable Management of Available Water Resources with Innovative Technologies”, BMBF, multilateral (D, ISR, PLA, JO)
Leader of WP: DAISY - data and information system of SMART
2007-2012 IWRM-project Helmholtz Dead Sea:
“Sustainable Management of Water Resources (Quantity and Quality) in the Dead Sea Area (SUMAR)”, BMBF grant-code: 02WM0848, multilateral (D, ISR, PLA, JO)
leader WP: Hydrochemistry and co-project management
Since 2010 IWAS Regional project Middle East: Quantification of Resources within the Upper-Mega-Aquifer in Kingdom of Saudi-Arabia and Sultanate of Oman. Project manager

2011 Successful Application for “PAMIR-water: Integrated study on water resources in Western Tibet and their potential climate-induced changes.”, BMBF.

2012 start of Helmholtz-Virtual Institute DEad SEa Research VEnue "DESERVE". Investigation of submarine groundwater discharge into the Dead Sea.

since 2016: head of working-group: Aride Hydrology

Index:

Articles in ISI listed journals (25)
Articles in other journals (not listed in ISI) (1)
Book chapters (10)
Qualification assignments (1)
Conference contributions (35)

You could use our publication index for further requests.

Articles in ISI listed journals (25)

to index

Articles in other journals (not listed in ISI) (1)

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Book chapters (10)

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Qualification assignments (1)

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Conference contributions (35)

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closed supervised works:

Greenman, Anat (2010): Report on Isotopic composition of Groundwater discharge from the Western side of the Dead Sea. (MSc-student from Ben Gurion University of the Negev, 8 weeks stay within the YSEP program).

Wernicke, Jakob (2010): Sinkholes as an indicator for groundwater flow: A remote sensing supported sedimentological study from the West Coast of the Dead Sea. Diploma Thesis at University Leipzig. 113 p.

Meier, Andreas (2011): Estimation of Water Infiltration into Dune Sands of Saudi Arabia by Using Large Scale TDR Sensors. Diploma Thesis at Technical University Dresden. 61 p.

Schulz, Stephan (2011): Groundwater recharge estimation using the hydrological model J2000g in the Zarqa River Catchment, NW-Jordan. Diploma-Thesis. TU Bergakademie Freiberg. 52 p.

Odeh, Taleb (2011): Structural control on groundwater chemistry, recharge and flow – Integrated approach using remote sensing, GIS and modelling: The case study of Wadi Zerka Ma’in catchment area (Jordan). PhD-Thesis. TU Bergakademie Freiberg. 147 p.

Schuhmann, Thomas (2012): Sediment fingerprinting of the recent Wadi Al-Arab dam reservoir sediments
(N.W. Jordan). MSc-Thesis. University Leipzig.

Madi, Raneem (2012): Scenario-based simulation of infiltration at a test site in Ad-Dahna desert in Saudi Arabia. MSc-Thesis. TU Dresden. 60 p.

current supervised works:

Gräbe, Agnes (PhD-student): Water balance of the Western Dead Sea Catchment by integrated modelling hydrological and groundwater flow conditions in a structural complex environment. TU Dresden (2008- )

Kraushaar, Sabine (PhD-student): Analysis and quantification of erosion processes and the resulting qualitative consequences in the transition zone of the Mediterranean to the semi-arid zone in northern Jordan. (2010-2015)

Mallast Ulf (PhD-student): A new approach to combine remote sensing and hydrochemistry to calculate ground- and surface water discharge to the Dead Sea. TU Bergakademie Freiberg (2009-2013)

Schulz, Stephan (PhD-student): 3D groundwater modelling of the Upper Mega Aquifer (Arabian Peninsula) by using Open Geosys and advanced tracer technologies. TU Darmstadt (2011- )

Wilske, Cornelia (PhD-student): Application of a combined REE, stable isotopes and organic components approach to evaluate the groundwater flow system between Jerusalem/Ramallah and the Dead Sea. TU Bergakademie Freiberg (2011- )

Strey, Matthias (MSc-student): 2d-numerical modelling of groundwater flow through the Dead Sea Group. TU Bergakademie Freiberg (2013-2014).

Braun, Mascha (MSc-student): Modellierung der Abflusshydraulik in einem semiariden Kalksteineinzugsgebiet (Wadi Al Arab, Jordanien). TU Braunschweig (2013-2014).