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Entries for Prof. Dr. Christian Steinberg
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| Academic degree: | Prof. Dr. |  | | Last name: | Steinberg | | First name: | Christian | | Responsible for: | ESPR-Area 2.2: Methods, modeling, monitoring of chemicals in water; ESPR-Area 2.3: Natural, industrial, agricultural, pharamceutical products in water | | Organization/Institute: | Humboldt University at Berlin | | Department: | Institute of Biology, Arboretum | | Position: | | | Street, Number, POB: | Späthstraße 80/81 | | Postal code, City: | D-12437 Berlin | | State: | | | Country: | Deutschland | | Phone: | +49 (0)30 6322 4715 | | Fax: | +49 (0)30 6369 446 | | E-mail address: | christian_ew_steinberg@web.de | | Url: | http://www2.hu-berlin.de/biologie/aquaoeko/ | | Curriculum vitae: | Prof. Dr. Christian E.W. Steinberg
Humboldt University at Berlin
Institute of Biology
Freshwater and Stress Ecology
Arboretum
12437 Berlin
Germany
private:
Scharnweberstr. 54B
12587 Berlin
fon +49 (0)30 6142746
cell fon +49 (0) 172 6072756
christian_ew_steinberg@web.de
EDUCATION 1987
Senior Lecturer of Limnology at the Free University Berlin
1975
Dr. rer. nat., Max-Planck-Institute of Limnology, Christian-Albrechts-University, Kiel
Dissertation: Recalcitrant nitrogen-containing dissolved organic substances in Lake Schöhsee and in cultures of algae.
EMPLOYMENT RECORD from Jul. 95
Chairholder of Freshwater Ecology at the Humboldt University, Berlin, additionally
from Jan. 95 -
Director of the Institute of Freshwater and Inland Fisheries, Berlin
1990 to 1994 -
GSF (National Laboratory of Environment and Health, Munich) - Institute of Ecological Chemistry, Vice Director and Head of the Department of ´´Biotic Remediation´´ and
11/89 to 7/90 -
Fraunhofer Institute of Environmental Chemistry and Ecotoxicology (Schmallenberg), Head of the Department of Applied Ecology
9/75 to 10/89 -
Bavarian Water Board Munich, Head of the Limnological Department.
FIELDS OF STUDY:
Pure and Applied limnology: pollution, acidification (acid rain, open cast mining), eutrophication of lakes and rivers, in-lake measures of rehabilitation, paleolimnology
Aquatic ecotoxicology: physiological and molecular biological biomarkers, bioaccumulation of organic chemicals, effect evaluation of multiple exposure, alteration of adverse effects by aquatic humic substances
Ecosystem health and integrity: Assessment (of adverse effects) on various levels of aggregation (for instance: energy flow systematics), and ecosystem stability. Development of ecological aims in limnetic restoration ecology and application of ecological restoration measures.
Ecological Role of humic substances: geochemical status of whole lakes, biochemical interactions on organism and sub-organism level. | | Areas of interest: | | | Articles: | 15 ESPR (1) 15-16 (2008), Humic Substances in the Environment with an Emphasis on Freshwater Systems
15 ESPR (1) 17-22 (2008), Humic Substances, Part 1: Dissolved humic substances (HS) in aquaculture and ornamental fish breeding (6 pp)
15 ESPR (2) 128-135 (2008), Humic Substances, Part 2: Interactions with Organisms (8 pp)
14 ESPR Special (1) 1-2 (2007), ESPR´s Total Environment
ESPR – Online First, Differential Sensitivity of a Coccal Green Algal and a Cyanobacterial Species to Dissolved Natural Organic Matter (NOM) (8 pp)
14 ESPR_Special (1) 11-18 (2007), Differential Sensitivity of a Coccal Green Algal and a Cyanobacterial Species to Dissolved Natural Organic Matter (NOM) (8 pp)
14 ESPR (2) 88-93 (2007), Natural Organic Matter Differently Modulates Growth of Two Closely Related Coccal Green Algal Species (6 pp)
13 ESPR (4) 215-224 (2006), Titration Curves: A Useful Instrument for Assessing the Buffer Systems of Acidic Mining Waters (10 pp)
12 ESPR (5) 245-246 (2005), Ecotoxicology, where do you come from and where do you go? (2 pp)
17 UWSF (3) 133-145 (2005), Wirkung subakuter PCB-Exposition (Aroclor 1254) auf Sauerstoffverbrauch, Schwimmbewegung und Biotransformation (GST-Aktivität) des Karpfens (Cyprinus carpio) (13 Seiten)
9 UWSF (6) 339-343 (1997), Trinkwasserschutzgebiete
7 UWSF (2) 74-83 (1995), Nematoden in der ökotoxikologischen Forschung
1 ESPR (2) 75-80 (1994), Bioconcentration of Superlipophilic Persistent Chemicals
4 ESPR (1) 32-36 (1997), Mercury Pollution and Macrophage Centres in Pike (Esox lucius) Tissues
5 ESPR (2) 83-88 (1998), Metabolism of Phenanthrene in Cell Suspension Cultures of Wheat and Soybean as well as in Intact Plants of the Water Moss Fontinalis antipyretica:
3 UWSF (6) 370-377 (1991), GDCh-Sektion: Chemie und Umwelt
4 ESPR (4) 183-188 (1997), The Suitability of Gastropods as Biomarkers
9 UWSF (2) 64-68 (1997), Veränderung von Biokonzentration und Wirkung von PSM* in Anwesenheit von Huminstoffen
6 UWSF (1) 9-17 (1994), Synthetische Nitromoschus-Duftstoffe und Bromocyclen - Neue Umweltchemikalien in Fischen und Muschen bzw. Muttermilch und Humanfett
4 UWSF (2) 74-77 (1992), Biokonzentration von persistenten superlipophilen Chemikalien in aquatischen Organismen
10 UWSF (6) 376-378 (1998), Partielle Ordnung
7 UWSF (6) 323-331 (1995), Einsatz der Hasse-Diagrammtechnik zur vergleichenden Bewertung von aquatischen Wirkungstests
11 UWSF (3) 135-143 (1999), Ein Ansatz zur Methodik der vergleichenden Bewertung von Bodenbelastungen
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