Dr.-Ing. Nazemeh Ashrafianfar

• Monitoring von Infrastrukturbauwerken und Erfassung von Bodenbewegungen mit radarinterferometrischen Methoden

• RadarMon: "Monitoring vertikaler Bodenbewegungen der Tagesoberfläche im Gebiet Berezniki (Perm, Russland) durch integrierte Nutzung von radarinterferometrischen Erfassungsverfahren und GIS (RadarMon)", 03/2010 - 12/2016.
• IGMC, TU Clausthal: Announcement of opportunity project. Pro‐ posal title: Development of a dynamic model for subsidence based on Interferometric SAR techniques and groundwater system infor‐ mation (PI code: 9240), cooperation with Eu‐ ropean Space Agency (ESA), 04/2011 - 05/2012.
• Geomatik‐Zentrum „Geological Survey of Iran“, Abteilung Fernerkundung:“Land subsidence monitoring using InSAR technique in Iran, in the north‐east Iran (Mashhad plain) and Tehran province (Hashtgerd plain)”, 01/2009 - 06/2009.
• Geomatik‐Zentrum „Geological Survey of Iran“, Abteilung GIS:
  • “Preparation of digital georeferenced database of geological maps of Iran in GIS (scale: 1:250,000)”, 2005.
  • “Predictive GIS modeling for mineral prospectively mapping in Ahar ‐ Arasbaran exploration zone using remote sensing and airborne geophysics data (include 10 geologi‐ cal maps in 1:100,000 scale")”, Geomatics Management, Geological survey of Iran, 2005.
  • “A predictive GIS methodology for min‐ eral prospectively mapping using remote sensing and airborne geophysics data in Khoy Oshnavieh exploration zone”, (managed by geological survey of Canada), Geological survey of Iran, Geomatics management, 2004.
  • “Geospatial modeling for Mineral prospectively mapping using airborne geo‐ physics and remote sensing in GIS”, mehrere Projekte in folgenden Untersuchungsgebieten: Rafsanjan1, Halab, Tasuj, Silvaneh, Ghareh ‐ Ziaeddin, and also Mianeh‐exploration‐zone (containing 8 geological maps, scale of every map: 1:100,000)”, 1999 - 2004.
  • “A predictive GIS methodology for mineral prospectively mapping using remote sensing and airborne geophysics data in Rafsanjan1”, Geological survey of Iran, Geomatics management, 1998-1999.

• In der Überprüfung:  Ashrafianfar, N., Mohammad Rezapour Tabari, M. 2019. DInSAR time series as inverse solutions of Artificial Intelligence Machine Learning Approaches for spatio-temporal simulation of land subsidence.
• In der Überprüfung:  Ashrafianfar,  N., Knospe, S., Dehghani,  M. 2019. A Nonlinear Least Squares Fitting (NLSF) approach for simulation of seasonal variations of land surface defor‐ mation using DInSAR time series.
• Ashrafianfar, N., Busch, W., 2018. Monitoring of mining induced land subsidence -Differential SAR Interferomety and Persistent Scatterer Interferometry in Russia’s Perm Region (Berezniki and Solikamsk) using PALSAR-2 data (comparing with TerraSAR-X and Sentinel1 A/B data). PI No. 3086 report for Earth Observation Research Center (EORC) Japan Aerospace Exploration Agency (JAXA).
• Ashrafianfar, N., Busch, W., Dehghani, M., Mohammad Rezapour Tabari, M., 2014. DInSAR time series of ALOS PALSAR and ENVISAT ASAR data for monitoring Hashtgerd land subsid‐ ence due to overexploitation of groundwater. In: PFG/2014/6, 0533‐0546, Stuttgart, December   2014.   Schweizerbart’sche   Verlagsbuchhandlung,   Stuttgart,   Germany.   DOI:
  10.1127/1432‐8364/2014/0245.
• Ashrafianfar, N., Busch, W., Dehghani, M., Mohammad Rezapour Tabari, M., 2013. Simula‐ tion of Land Subsidence Using InSAR Time Series and Aquifer Parameters in a Neurocomputational   Approach.   In:   Living   planet   symposium,   9‐13   September   2013, Edinburg, UK. Long abstract.
• Ashrafianfar, N., Busch, W., 2012. The application of InSAR to monitor pumping induced‐ land subsidence and its relation with aquifer properties. In: GeoHannover 2012. GeoRoh‐ stoffe für das 21. Jahrhundert. 1. bis 3. Oktober 2012. Kurzfassungen der Vorträge. SDGG Schriftenreihe  der  Deutschen  Gesellschaft  für  Geowissenschaften,  Heft  80,  S.  230.  Oral
  presentation and the long absract.
• Ashrafianfar, N., Busch, W., Dehghani, M., Mohammad Rezapour Tabari, M., 2011. Applica‐ tion of Differential SAR Interferometry technique in a Dynamic Neural Network‐based simu‐ lation‐optimization model for subsidence prediction. In: Fringe 20118th International Work‐ shop on “Advances in the Science and Applications of SAR Interferometry”, 19‐23 Septem‐ ber 2011. Frascati, Italy. Poster presentation and paper.
• Ashrafianfar, N., Hebel, H.‐P., Busch, W., 2011. Monitoring of mining induced land subsid‐ ence  ‐  Differential  SAR  Interferometry  (DInSAR)  and  Persistent  Scatterer  Interferometry (PSI) using TerraSAR‐X data in comparison with ENVISAT data. In: 4th TerraSAR‐X Science Team Meeting 14.‐16.02.2011, DLR, Oberpfaffenhofen. Poster presentation and paper.
• Ashrafianfar,  N.,  Busch,  W.,  Dehghani,  M.,  Haghighatmehr,  P.,  2009.  Differential Interferometric Technique (DInSAR) for land subsidence monitoring due to groundwater over‐exploitation  in the Hashtgerd  plain, Iran. Poster presentation  and paper. In: Fringe
  2009, 30.11. – 4.12. 2009, Frascati (ISBN: 9789292212414, ISSN: 1609‐042X).
• Ashrafianfar, N., Busch, W., 2009. Geospatial Information Synthesis for Mineral Exploration Using Bayesian Neural Networks (BNNS). In: Proceedings 6th Euregeo European Congress on Regional Geoscientific Cartography and Information Systems. Earth and Man, Munich June 9th‐12th 2009, volume II, S. 118‐119.
• Heidari, M., Moosavi, S.A., Ashrafianfar, N., Mousavy, S.R., 2006. Application of USGS stand‐ ard for determination ore deposit types by GIS in Arasbaran area. In: Iran 24th Symosium for Geosciences, Geological Survey of Iran. Oral presentation (by first author) and paper.
• Ashrafianfar, N., Mousavy, S.R., Moosavi, S.A., Heidari.M., 2005. Applicatrion of Geographic Information System in exploration of gold and copper in Arasbaran‐Sabalan zone, Iran; In‐ ternational earth sciences colloquium on the Aegean region, IESCA‐2005, Izmir, Turkey. Pa‐ per in proceeding book.
• Mousavy, S.R., Giahchy, P., Ashrafianfar, N., 2005. Exploration of mineral    area in Tarom zone with employing GIS techniques. In: GIS and spatial analysis: 2005 Annual Conference of the International Association for Mathematical Geology (IAMG), Toronto, Canada, August 21‐26, 2005: conference proceedings (ISBN: 0973422025).
• Ashrafianfar, N., Mousavy, S.R., Arafati, M., 2005. GIS techniques in exploration of gold and copper in the Mianeh Zone of Iran. In: GIS and spatial analysis : 2005 Annual Conference of the International Association for Mathematical Geology (IAMG), Toronto, Canada, August 21‐26, 2005: conference proceedings (ISBN: 0973422025); and in 23th Earth science symposium, geological Survey of Iran (oral presentation and paper, Farsi).
• Ashrafianfar, N., Mousavy, S.R., 2004. Application of Geographic Information System for Preparing Potential maps for Copper in Tasuj sheet; 8th. Symposium of geological society of Iran, Shahrood industrial university. Oral presentation and paper. (Farsi)
• Mousavy, S.R., Ashrafianfar, N., 2004. Copper and Lead‐Zinc Potential maps in Abhar sheet. In: 8th. Symposium of geological society of Iran, Shahrood industrial university, 2004. Oral presentation and paper. (Farsi)
• Ashrafianfar, N., Sabzehei, M., Lotfi, M., Kheirkhah, M., 2003. Typical mineral of low grade metamorphism in north of Tehran, In: 9th symposium of mineralogy and crystallography of Iran, Yazd University. Oral presentation and paper. (Farsi)
• Ashrafianfar, N., Sabzehei, M., Lotfi, M. Kheirkhah, M., Petrology of low grade metamor‐ phism in part of Karaj Formation, In: 32nd IGC‐ Florence, 2004 (poster presentation, Eng‐ lish); and in: 20th. Earth science conference, Geological survey of Iran (oral presentation and paper, Farsi), 2002.

• IEEE Membership
• IEEE Geoscience and Remote Sensing Society Membership
• IEEE Computational Intelligence Society Membership
• IEEE Women in Engineering Membership

Promotion 2013
Dissertationsthema: “The application of Satellite Radar Interferometry in the development of a dynamic neural model of land subsidence induced by over‐ exploitation of groundwater”. Fakultät für Energie und Wirtschaftswissenschaften der Technischen Universi‐ tät Clausthal, Hauptberichterstatter: Univ.‐Prof. Dr.‐ Ing. Wolfgang Busch, Berichterstatter: Univ.‐Prof. Dr.‐ Ing. habil. Hossein Tudeshki, Vorsitzender der Promotionskommission: Univ.‐Prof. Dr.‐Ing. Daniel Goldmann, veröffentlicht 2014 unter o. g. Titel, herausgegeben vom Institut für Geotechnik und Markscheidewesen der TU Clausthal, Heft 23, ISBN: 3‐938924‐17‐9.

Seit 03/2010
Wissenschaftliche Mitarbeiterin am Institut für Geotechnik und Markscheidewesen (IGMC), Abteilung Geoinformation und Markscheidewesen, TU Clausthal

08/2009 - 02/2010
Wissenschaftliche Hilfskraft am Institut für Geotechnik und Markscheidewesen (IGMC), Abteilung Geoinfor‐ mation und Markscheidewesen, TU Clausthal

12/2008 - 06/2009
Gastforscherin am Geomatik‐Zentrum „Geological Survey of Iran“, Abteilung Fernerkundung, in Tehran/Iran

07/2007 - 11/2008
Wissenschaftliche Hilfskraft am Institut für Geotechnik und Markscheidewesen (IGMC), Abteilung Geoinformation und Markscheidewesen, TU Clausthal

11/2005 - 12/2007
Stipendiatin

11/1998 - 10/2005
Wissenschaftliche Mitarbeiterin am Geomatik‐ Zentrum „Geological Survey of Iran“, Abteilung Geoin‐ formation System (GIS), in Teheran/Iran

Masterstudium 2001
Petrology. Thema: “Study of low grade meta‐ morphism in parts of Karaj formation in the Touchal ‐ Velenjak section (northern part of Tehran sheet, 1:100,000)” using GIS. Research Institute for Earth Sci‐ ences (RIES), Geological Survey of Iran, Ministry of Science, Research& Technology, Tehran, Iran.

Bachelorstudium 1996
Geology an der “Isfahan University”, Ministry of Science, Research& Technology, Isfahan, Iran