Curriculum Vitae Dr. Panagiotis Eliaspelias.space.noa.gr/Curriculum_Vitae_full_Elias.pdfCurriculum...

1 December 2016

Curriculum Vitae

Dr. Panagiotis Elias

Personal Details

Passport name: Panagiotis Ilias

Nationality: Greek

Date of Birth: November 29, 1973

Contact Details

National Observatory of Athens (NOA)

Institute for Astronomy, Astrophysics, Space Applications and Remote Sensing (IAASARS)

Ι. Metaxa & Vas. Pavlou

152 36 Penteli

Greece

Tel: +30-210-8109184

Fax: +30-210-6138343

Email: pelias at noa.gr

IAASARS URL: http://www.space.noa.gr

Personal URL: http://pelias.space.noa.gr

ResearcherID: L-4469-2013

OrchID: orcid.org/0000-0002-8650-0895

Education 2013 PhD in the framework of co-tutelle agreement between the École Normale

Supérieure (département des Géosciences, France) and the University of Patras

(department of Physics, Greece), with title “Ground deformation observed in the

western Corinth rift (Greece) by means of SAR interferometry”. Defended on June

20, 2013, at École Normale Supérieure, Paris, France.

2007 MSc in Signal Processing for Telecommunications and Multimedia of the

department of Informatics and Telecommunications of the University of Athens,

Greece.

2003 Degree of Electronics Engineering of the Technological Educational Institute of

Piraeus, Greece.

Curriculum Vitae of Panagiotis Elias

2 December 2016

PROFESSIONAL AND RESEARCH ACTIVITIES

2005-today Scientific staff of IAASARS/NOA.

1998-2005 Research assistant of Institute for Space Applications and Remote Sensing (later IAASARS) of NOA.

Dr. Elias has participated in more than 35 research projects for applications in geosciences in the

field of satellite geodesy, signal/image processing and computer science, exploiting the synergy

in a case by case basis of remote sensed optical and SAR data and in-situ measurements such as

GNSS, levelling and seismic data.

His research interest is focused on signal analysis/processing applied on exploiting active

microwave satellite and GNSS data as well as other in-situ observations (i.e. inclinometers,

levelling, gravimeters), aiming at the detection and measuring of the ground deformation and

infrastructure instability due to geophysical processes or human-induced activities. Moreover, he

has conducted tasks aiming at the advancing of methodology and modelling through inversion of

the deformation source in elastic and homogeneous medium, considering the underlying

geodynamical and geophysical context. In this framework, he has enhanced and implemented a

number of techniques for the emerging of useful signal, such as the component of ground

deformation, by eliminating the noise interferences due to the atmosphere, topography etc. He

has also designed, developed and implemented a number of methodologies for the automatic

acquisition, pre/processing, enhancement and analysis of these data, aiming to the enhancement

of thematic information and automatic detection of alert signals.

Moreover, ionospheric conditions and the humidity of the ionosphere and troposphere

respectively, represent components of noise or by-products for both GNSS and SAR data, due to

the caused phase delay of the propagating microwaves in the intermediate medium. By

combining both of them, not only the main products, the estimated ground deformation can be

more precise in time and in space and so does the modeled deformation sources (in cases of

earthquakes and aseismic active faulting) but the Wet Tropospheric Delay and the Total Electron

Content by-products can be exploited for other studies and applications such as space weather

and meteorology. Motivated by this Dr. P. Elias is participating in multidisciplinary studies

which are also being combined and controlled with ionospheric soundings and meteorological

models. Due to their particular nature the by-products of GNSS and SAR data contribute

complementary with the other methods dealing with the atmospheric conditions. This component

of his research activities can be demonstrated by his collaborations with the space weather group

of IAASARS, the IERSD and the GEIN inside NOA but also with the École Normale

Supérieure, the European Space Agency, the Harokopio University of Athens and the University

of Patras. There are a number of relevant publications co-authored by members of these entities


3 December 2016

for the studies that have been completed (paper publications) or announcements to relevant

conferences for the studies being carried on.

He is studying in detail the area of the Gulf of Corinth (Greece) and the broader area of the city

of Patras (Greece) and the central Ionian Sea. He is also studying surface deformations due to

earthquakes which have occurred in the Island of Lefkada (Greece) in 2015 and 2003, Island of

Cephalonia (Greece) in 2014, Nafpaktos (Greece) in 2010 and Movri (Greece) in 2008.

Moreover, he has studied the earthquakes of Athens (Greece) in 1999 and L'Aquila (Italy) in

2009 as well as the volcanic activity in the Island of Nisyros (Greece) and Etna (Italy). Finally,

he has studied landslides in the Prefecture of Peloponnesus and along the highway of Egnatia-

Odos (Greece).

For these studies, he is exploiting a number of data from satellite-borne SAR sensors as well as

campaign and continuous GNSS measurements, in synergy or independently. He has experience

on processing and analysing data from SENTINEL-1, ENVISAT, ERS1&2, Cosmo-SkyMed,

TerraSAR-X, RADARSAT-2 and ALOS. He is Principal Investigator of the corresponding space

agencies for acquiring the forth mentioned data after peer-reviewed proposal submissions.

He is responsible from the Greek side for 22 continuous GNSS stations in the Corinth Rift

Observatory.

He has experience in GNSS processing for estimation of positioning and ground deformation.

He has participated in a number of GNSS campaigns and installation of continuous GNSS

stations in the Gulf of Corinth, Lefkada, Cefalonia and Aitoloakarnania (Greece). He has

participated in absolute gravimetric measurements in the Gulf of Corinth. He has experience of

maintenance of GNSS and seismic stations in the field.

He has implemented and is administrating the daily automatic solutions of continuous GNSS

stations (http://gnss.space.noa.gr).

He was responsible for the integration of Digital Upper Atmosphere System (DIAS-

http://dias.space.noa.gr) services in the premises of IAASARS. Currently, he is the System

administrator of all Ionospheric services (European Digisonde Service of Space Situational

Awareness: http://swe.ssa.esa.int/web/guest/dias-federated,TEC, TEC provision from EUREF

GNSS: http://vanallen.space.noa.gr/tid and directory-index service in European e-science

platform to access near-Earth space data - EPAS). Moreover, he is supporting the operation and

maintenance of the ionospheric station of IAASARS.

He has been administrator of LAN, network servers and ground reception stations of IAASARS.

He is experienced in unix (administrator and user), shell scripting language and virtualisation.

He is experienced in Matlab, Python, C, Fortran, SQL and GMT.

He is experienced in SAR processing tools such as StaMPS, SARSCAPE, ROI_PAC, GMT-

SAR, DIAPASON and DORIS. He is a user in ESA’s GAMMA CloudToolBox.


4 December 2016

He has teaching experience in master and undergraduate levels and seminars for GNSS, SAR

interferometry and image processing.

He is providing support in supervising and assistance to a number of students (undergraduates,

postgraduates and PhD candidates), in the field of satellite geodesy, signal/image processing and

geosciences. He had supervised internships of students from Harokopio University and

Technical University of Crete.

He is a reviewer in international scientific papers such as the International Journal of Remote

Sensing, Studia Geophysica et Geodaetica, Remote Sensing, Remote Sensing Letters, Journal of

Mathematical Problems in Engineering and Journal of Zhejiang University.

He was a member of the “ESA Living Planet Symposium Scientific Committee” in 2010 and

2013.

On April 2016 Dr. P. Elias has submitted a proposal in the framework of INTERREG IPA Cross

Border Cooperation programme Greece – FYROM, Priority axes Protection of Environment –

Transportation. Coordinator of the proposal is the Region of Western Macedonia, Greece.

Partners are the Aristotle University of Thessaloniki, Greece, Center for development of

Pelagonija region, FYROM and Crisis Management Center, FYROM. Currently, the outcome

hasn’t be published

He is an author of 16 papers in peer reviewed International Journals (currently two of them in

press), five peer reviewed conference papers (SPIE) and more than 50 presentations in

International Conferences. Please look at the publication metrics from ResearcerID, Google

Scholar and Web of science in Appendix A.

Greek is his mother tongue. He is fluent in English language, spoken, written and working (First

Certificate in English, University of Cambridge). He is moderate in spoken and working French.


5 December 2016

PUBLICATIONS

References in original publications in peer refereed International Journals

J-1. Belehaki A., Kutiev I., Marinov P., Tsagouri I., Koutroumbas K and Elias P., 2016.

Ionospheric electron density perturbations during the 7-10 March 2012 geomagnetic

storm period, Advances in Space Research, in press.

My participation concerns the adaptation of the relevant software and the calculation of

the Ionospheric Total Electron Content from GPS observations in Europe.

J-2. Ilieva M.,Briole P., Ganas A.,Dimitrov D., Elias P., Mouratidis A. and Charara R, 2016.

Fault plane modelling of the 2003 August 14 Lefkada Island (Greece) earthquake based of

the analysis of ENVISAT SAR interferograms, Tectonophysics, in press.

My participation concerns the supervision of the InSAR proccessing and its further post-processing and analysis.

J-3. Ganas A., Elias P., Bozionelos G., Papathanassiou G., Avallone A.., Papastergios A.,

Valkaniotis S., Parcharidis I and Briole P, 2016. Coseismic deformation, geo-

environmental effects and seismic fault of the 17 November 2015 M=6.5, Lefkada Island,

Greece earthquake. Tectonophysics, Vol. 687, 26 September 2016, pp 210–222.

My participation concerns GNSS data processing, supervising of the InSAR processing, the interpretation and the estimation of the noise of the GNSS and InSAR data as well as the modelling of the deformation source.

J-4. Neokosmidis S., Elias P., Parcharidis I. and Briole P., 2016. Deformation estimation of an

earth dam and its relation with local earthquakes, by exploiting multitemporal synthetic

aperture radar interferometry: Mornos dam case (Central Greece), J. Appl. Remote Sens.

10(2), 026010, 2016.

My participation concerns the supervision of the InSAR proccessing, post-processing and the interpretation of the GNSS and InSAR data as well as their relation with the seismic and lake level observations.

J-5. Briole P., Elias P., Parcharidis I., Bignami C., Benekos G., Samsonov S.,,

Kyriakopoulos C., Stramondo S., Chamot-Rooke N., Drakatou M.L. and Drakatos G.,

2015. The seismic sequence of January-February 2014 at Cephalonia Island (Greece).

Constraints from SAR interferometry, Geophysical Journal International, 203: 1528-1540.

My participation concerns GNSS data processing, supervising of the InSAR processing,

the interpretation and the estimation of the noise of the GNSS and InSAR data as well as

the modelling of the deformation source.


6 December 2016

J-6. Belehaki A., Tsagouri I., Kutiev I., Marinov P.,Zolesi B., Pietrela M., Themelis K., Elias

P. and Tziotziou K., 2015. The European Ionosonde Service: nowcasting and forecasting

ionospheric conditions over Europe for the ESA Space Situational Awareness services,

Journal of space weather and space climate, 5:A25, January 2015.

My participation concerns the adaptions of the relative software, the calculation of the Ionospheric Total Electron Content from GPS observations and the supervision of the implementation of the European Digisonde Service within the framework of Space Situational Awareness services.

J-7. Serpetsidaki, A., Elias P., Ilieva M., Bernard P., Briole P., Deschamps A., Lambotte S.,

Lyon-Caen H., Sokos, E. and Tselentis, G-A, 2014. New Constraints from Seismology

and Geodesy on the Mw=6.4 2008 Movri (Greece) Earthquake. Evidence for a Growing

Strike Slip Fault System, Geophys. J. Int., 198 (3), pp. 1373-1386.

My participation concerns the processing of the GPS data, their interpretation, the

modelling of the deformation source and the InSAR processing for the confirmation of the

model parameters. Due to the small footprint of the deformation only GPS data has been

used for the inversion of the deformation source.

J-8. Drakatos G., Paradissis D., Anastasiou D., Elias P., Marinou A., Chousianitis K.,

Papanikolaou X., Zacharis V., Argyrakis P., Papazisi K., Makropoulos K., 2013. Joint

approach using satellite techniques for slope instability detection and monitoring,

International Journal of Remote Sensing, iFirst, pp. 1-14.

My participation concerns the definition of the design and the locations of corner

reflectors, the design of the campaign GPS network in the area of the landslides, the

InSAR processing, the post-processing and the interpretation based on their synergy.

J-9. Guglielmino F., Anzidei M., Briole P., Elias P., Puglisi G., 3D displacement maps of the

2009 L’Aquila earthquake (Italy) by applying the SISTEM method to GPS and DInSAR

data, 2012. Terra Nova, 00, pp.1-7, DOI: 10.1111/ter.12008.

My participation concerns the processing and evaluation of the InSAR data.

J-10. Elias P., Kontoes C., Papoutsis I., Kotsis I., Sakellariou D., Marinou A. and Paradissis D.,

Permanent Scatterer InSAR analysis and validation in the Gulf of Corinth, 2009. Sensors,

vol. 9(1), pp. 46-55, doi: 10.3390/s90100046.

My participation concerns the development of software of a multitemporal interferometry

method with adaptations and the processing, post-processing, interpretation and validation

with GPS in a case study.

J-11. Kotsis I., Kontoes C., Paradissis D., Karamitsos S., Elias P.,Papoutsis I., 2008. A

Methodology to Validate the InSAR Derived Displacement Field of the September 7th,


7 December 2016

1999 Athens Earthquake Using Terrestrial Surveying. Improvement of the Assessed

Deformation Field by Interferometric Stacking, Sensors 2008, 8, pp. 4119-4134, DOI:

10.3390/s8074119.

My participation concerns the processing and post processing of InSAR Data.

J-12. Elias P., Sykioti O., Kontoes C., Avallone A., Van Gorp S., Briole P. and Paradissis D.,

2006. A method for rapid elimination of high frequency signal noise and unwrapping

artefacts from interferometric calculation, International Journal of Remote Sensing, Vol.

27, Issue 14, pp. 3079 - 3086, Jul 2006.

My participation concerns the processing of InSAR data, the development and the

implementation of a methodology for the improvement of InSAR processed data applied

in a case study.

J-13. Tsouni, D., Kontoes C., Koutsoyiannis D., Elias P. and Mamassis N., 2008. Estimation of

Actual Evapotranspiration by Remote Sensing: Application in Thessaly Plain, Greece,

Sensors, 8(6), 3586-3600.

My participation concerns the supervision of image processing to satellite optical data.

J-14. Sykioti O., Kontoes C., Elias P., Briole P., Sachpazi M., Paradissis S. and Kotsis I., 2003.

Ground Deformation at Nisyros Volcano (Greece) Detected by ERS2 SAR Differential

Interferometry, Int. Journal of Remote Sensing, Vol. 24, No 1, pp. 183-188.

My participation concerns the InSAR processing and further analysis.

J-15. Kontoes, C., Elias, P., Sykioti, O., Briole, P., Remy, D., Sachpazi, M., Veis and G.,

Kotsis I., 2000. Displacement Field Mapping and Fault Modeling of the September 7th,

1999 Athens Earthquake Based on ERS-2 Satellite Radar Interferometry. Geophysical

Research Letters, Vol. 27, No 24, pp. 3989-3992.


Please refer to Appendix B for the impact factors of the Journals.


8 December 2016

References in peer refereed conference proceedings in SPIE (International

Society for Optics and Photonics)

S-1. Nikolaeva E., Sykioti O., Elias P. and Kontoes C., 2015. Multi-temporal intensity and

coherence analysis of SAR images for land cover change detection on the Island of Crete.

Proc. SPIE 9642, SAR Image Analysis, Modeling, and Techniques XV, 964208, October

15, 2015.

My participation concerns the methodology followed and the supervision of the image

processing of the SAR amplitude data.

S-2. G. Kouroupis, P. Elias and V. Anastasopoulos. Robust discrimination of permanent

scatterers using Cameron Decomposition, Proc. SPIE 9245, Earth Resources and

Environmental Remote Sensing/GIS Applications V, 92450M, October 23, 2014.

My participation concerns the aspects of the microwave scattering and the properties of the persistent scaterrers.

S-3. K. Kavoura, M. Kordouli, K. Nikolakopoulos, P. Elias, O. Sykioti, V. Tsagaris, G.

Drakatos, Th. Rondoyanni, G. Tsiambaos, N. Sabatakakis and V. Anastasopoulos.

Subsurface geological modeling using GIS and remote sensing data: a case study from

Platanos landslide, Western Greece. Proc. SPIE 9229, Second International Conference on

Remote Sensing and Geoinformation of the Environment (RSCy2014), 92290C, August

12, 2014.

My participation concerns the supervision of InSAR processing, setup and acquisition of

GPS measurements and their analysis along with observations from geology engineers.

S-4. I. Keramitsoglou, C.Kontoes, P. Elias, N. Sifakis, E. Fitoka and Stefan Weiers. Kernel-

based reclassification algorithm applied on very high spatial resolution satellite imagery

of complex ecosystems. Proc. SPIE 5232, Remote Sensing for Agriculture, Ecosystems,

and Hydrology V, 276, February 24, 2004.

My participation concerns coding adaptions for the kernel based software.

S-5. O. Sykioti, C. Kontoes, P. Elias, P. Briole, M. Sachpazi, D.Paradissis and I. Kotsis.

Inflation/deflation sequence on the Nisyros active volcano, Greece, during 1995-2000

issued from SAR differential interferometry. Proc. SPIE 4886, Remote Sensing for

Environmental Monitoring, GIS Applications, and Geology II, 315, March 14, 2003.



9 December 2016

Titles of presentations in International Scientific Conferences

C-1. Elias, P., Pierre, B. & CRL team. The Corinth Rift Near Fault Observatory (Greece).

Imaging and monitoring the ground deformation using a combination of GNSS and

remote-sensing techniques. ESA Living Planet Symposium 2016, Prague, Czech

Republic, 9-13 May 2016.

C-2. Derdelakos, K., Mitoulaki, S., Guglielmino, F., Elias, P. Bonforte, A., Puglisi, G.

Parcharidis, I., Briole, P. Creeping faults on the flanks of Mount Etna volcano (Italy)

monitored by means of ERS and ENVISAT interferometry in the period 1992-2010. ESA

Living Planet Symposium 2016, Prague, Czech Republic, 9-13 May 2016.

C-3. Elias, P., Sykioti, O., Neokosmidis, S. & Briole, P. Spatially subtle ground deformations

due to landslides, geophysical procedures and man-made activities, exploiting of a big

number of multitemporal interferometry datasets, in SW Gulf of Corinth (Greece). ESA

Living Planet Symposium 2016, Prague, Czech Republic, 9-13 May 2016.

C-4. Ganas A., D. Melgar, P. Briole, J. Geng, G. Papathanassiou, G. Bozionelos, A. Avallone,

S. Valkaniotis, E. Mendonidis, P. Argyrakis, A. Moshou, and P. Elias, 2016. Coseismic

deformation and slip model of the 17 November 2015 M=6.5 earthquake, Lefkada Island,

Greece, Geophysical Research Abstracts, Vol. 18, EGU2016-12041, 2016, EGU General

Assembly 2016

C-5. E. Nikolaeva, O. Sykioti, P. Elias, C. Kontoes, "Multi-temporal intensity and coherence

analysis of SAR images for land cover change detection on the Island of Crete",

Proceedings of SPIE Vol. 9642, 964208 (2015) SPIE Digital Library.

C-6. N. Roukounakis, P. Elias, P. Briole , A. Argiriou , I. Kioutsioukis , A. Retalis , D.

Katsanos, Improved estimation of the tropospheric delay component in GPS

measurements in the western Corinth Gulf (Greece) by the use of a high-resolution

meteorological model: The PaTrop Experiment, 9th HYMEX meeting, Mykonos, Greece,

21-25 September 2015.

C-7. Roukounakis N., Elias P., Briole P., Argyriou A., Kioutsoukis I., Retalis A., Katsanos D.,

Ganas A. and Dimitrov D. Improvement of the vertical component of GPS and INSAR

measurements in the western Corinth Gulf (Greece), by the use of high-resolution

meteorological modeling of the lower troposphere: The PaTrop Experiment. Vol. 12,

EMS2015-544-1, 2015 15th EMS / 12th European Conference on Applications of

Meteorology (ECAM), Sofia, Bulgaria, 7-11 September, 2015.

C-8. S. Mitoulaki, K. Derdelakos, F. Guglielmino, P. Elias, A. Bonforte, G. Puglisi, Is.

Parcharidis, P. Briole. Spatio-temporal evolution of the creep on the faults of Etna

observed with ERS and ENVISAT interferometry. MEDSUV 2nd year meeting, Naples,

Italy, 6-9 July, 2015.


10 December 2016

C-9. Neokosmidis S., Parcharidis Is., Elias P. and Briole P. Time Series SAR Interferometry

for the Detection of Surface Deformation in Mornos Dam (Central Greece) for the period

2003-2010. 9th International Workshop Fringe 2015 Advances in the Science and

Applications of SAR Interferometry and Sentinel-1 InSAR Workshop, ESA-ESRIN,

Frascati, 23-27 March 2015.

C-10. G. Kouroupis, P. Elias, V. Anastasopoulos. Robust discrimination of permanent

scatterers using Cameron Decomposition. Proc. SPIE 9245, Earth Resources and

Environmental Remote Sensing/GIS Applications V, 92450M, October 23, 2014.

C-11. P. Elias and P. Briole, Small scale ground deformations observed in the western rift of

Corinth by exploiting multitemporal interferometry and GPS measurements, European

Geosciences Union General Assembly 2014, Vienna, Austria, 27 April – 02 May 2014.

C-12. P. Elias, O. Sykioti, G. Drakatos, D. Paronis, K. Chousianitis, N. Sabatakakis, V.

Anastasopoulos and P. Briole, Landslides modelling and monitoring by exploiting

satellite SAR acquisitions, optical imagery, GPS and in-situ measurements in Greece.

Preliminary results. European Geosciences Union General Assembly 2014, Vienna,

Austria, 27 April – 02 May 2014.

C-13. P. Elias and P. Briole, Ground deformation of the western rift of Corinth observed by

means of PSI, SBAS and DInSAR methodologies, Second International Conference on

Remote Sensing and Geoinformation of Environment, Pafos, Cyprus, 7-10 April, 2014

C-14. Elias P., Drakatos G., Sykioti O., Paronis, D., Chousianitis K., Sabatakakis N.,

Anastasopoulos V., Briole P. and Melis N., Landslides modelling and monitoring by

exploiting satellite SAR acquisitions, optical imagery, GPS and in-situ measurements in

Greece, Second International Conference on Remote Sensing and Geoinformation of

Environment, Pafos, Cyprus, 7-10 April, 2014

C-15. Kavoura, K., M. Kordouli, K. Nikolakopoulos, P. Elias, O. Sykioti, V. Tsagaris, G.

Drakatos, Th. Rondoyanni, G. Tsiambaos, N. Sabatakakis, and V. Anastasopoulos

(2014), Subsurface geological modeling using GIS and remote sensing data: a case study

from Platanos landslide, Western Greece Proc. SPIE, 9229, 92290C.

C-16. K. Kavoura, M. Kordouli, K. Nikolakopoulos, P. Elias, O. Sykioti, V. Tsagaris, G. Drakatos, Th. Rontogianni, G. Tsiampaos, N. Sabatakakis, V. Anastasopoulos, “LAndslides Vulnerability MOdelling – LAVMO Project, First Results”, 10th International Congress of the Hellenic Geographical Society, Proc. of SPIE Vol. 9229, Thessaloniki, 22-24 Oct. 2014.

C-17. Kavoura K., Kordouli M., Nikolakopoulos K., Elias P., Sykioti O., Tsagaris V., Drakatos

G., Rondoyanni Th., Tsiambaos G., Sabatakakis N., Anastasopoulos V. Subsurface

geological modeling using GIS and Remote Sensing data. A case study from Platanos

landslide, Western Greece. Second International Conference on Remote Sensing and

Geoinformation of the Environment (RSCy2014); 08/2014


11 December 2016

C-18. Zolesi B., Tsagouri I., Belehaki A., Pietrella M., Cander L., Tziotziou K., Themelis K.

and Elias P. Upgrade of the DIAS models for nowcast and long-term prediction of the

foF2 over the European middle and high latitudes. 10th European Space Weather week,

Antwerp, Belgium, 18-22 November 2013

C-19. Elias P. and Briole P. Ground Deformation Monitoring and Characterizing by Means of

PSI, SBAS and DInSAR. Western Rift of Corinth, Greece, ESA Living Planet

Symposium 2013, Edinburgh, U.K., 9-12 September 2013

C-20. Elias P. and Briole P. Ground deformation of the western rift of Corinth observed by

means of PSI, SBAS and DInSAR methodologies. EGU General Assembly 2013, Vienna

(Austria), 7-12 April, 2013

C-21. G. Drakatos, D. Paradissis, D. Anastasiou, P. Elias, A. Marinou, K. Chousianitis, X.

Papanikolaou, V. Zacharis, P. Argyrakis, K. Papazisi, K. Makropoulos, Monitoring slope

instability using a combined GPS and InSAR approach, 33rd European Seismological

Commission (ESC) 2012, Moscow, Russia, 19 - 24 August 2012

C-22. G. Drakatos, D. Paradissis, D. Anastasiou, P. Elias, A. Marinou, K. Chousianitis, X.

Papanikolaou, V. Zacharis, P. Argyrakis, K. Papazisi, and K. Makropoulos, Development

of a monitoring platform for slope instability and sliding prevention: preliminary results,

EGU General Assembly 2012, held 22-27 April, 2012 in Vienna, Austria, Vol 14, p.2609.

C-23. Elias P., Surface deformation in the western rift of Corinth, Greece, from InSAR data,

Congrès des doctorants 2012, 19-23 March 2012, Paris, France

C-24. Elias P., Briole P., Surface deformation in the western rift of Corinth, Greece, from

InSAR data, FRINGE 2011 -Advances in the Science and Applications of SAR

Interferometry from ESA and 3rd party missions-, Sep 2011, Frascati, Italy.

C-25. Ilieva M., Raucoules D., Briole P., Elias P. and De Michele M. Complex investigation of

the moderate seismicity in the Mediterranean, FRINGE 2011 -Advances in the Science

and Applications of SAR Interferometry from ESA and 3rd party missions-, Sep 2011,

Frascati, Italy.

C-26. Elias P., Drakatos G., Landslides monitoring by means of DInSAR, SBAS and PSI, in the

Prefecture of Peloponnesus, Greece, FRINGE 2011 -Advances in the Science and

Applications of SAR Interferometry from ESA and 3rd party missions-, Sep 2011,

Frascati, Italy.

C-27. Elias P., Briole P., Sykioti O., Synergy of SAR acquisitions for ground deformation

monitoring by means of DInSAR, PSI, and SBAS. Case study of western rift of Corinth,

Greece. EGU General Assembly 2011, Vienna (Austria), 22-27 April, 2011.

C-28. Elias P. and Briole P., ALOS PALSAR interferometry in the Western Corinth Rift, 4th

Joint PI symposium of ALOS Data Nodes for ALOS Science Program, Tokyo (Japan),

15-17 November 2010.


12 December 2016

C-29. Briole P., Elias P., Guglielmino F., Puglisi G, Murakami M., WegMuller U.,

Geomorphology and geomorphological changes at volcanoes and active faults observed

with ALOS. Fusion with other remote sensing and ground data. Application to natural

disaster monitoring, 4th Joint PI symposium of ALOS Data Nodes for ALOS Science

Program, Tokyo (Japan), 15-17 November 2010.

C-30. Elias P., Briole P., Ganas A., Sykioti O., Synergy of ASAR and RADARSAT-2 ultra-fine

acquisitions for ground deformation monitoring by means of DInSAR and PS. Case Study

Gulf of Corinth - city of Patras, Greece, XIX Congress of the Carpathian Balkan

Geological Association, Thessaloniki, Greece, 23-26 September 2010.

C-31. Serpetsidaki A., Ilieva M., Sokos E., Elias P., Bernard P., Briole P., Lyon-Caen H.,

Tselentis A., The 8 June 2008 Andravida earthquake, Ms=6,3 and its kinematics and

tectonic setting. European Seismological Commission 32nd General Assembly,

September 6-10, Montpellier, France.

C-32. Elias, P., Briole, P., Sykioti, O., Synergy of ASAR and RADARSAT-2 ultra-fine

acquisitions for ground deformation monitoring by means of DInSAR and PSI, EGU

General Assembly 2010, Vienna (Austria), 2-7 May, 2010.

C-33. Guglielmino, F., Anzidei M., Briole P., de Michele, M., Elias, P., Nunnari, G., Puglisi, G. and Spata, A., 3D displacements maps of the L'Aquila earthquake by applying SISTEM method to GPS and ENVISAT and ALOS DInSAR data, EGU General Assembly 2010, held 2-7 May, 2010 in Vienna, Austria, p.10125, 2010

C-34. M. Ilieva, P. Elias, P. Briole and D. Dimitrov, InSAR investigation of shallow seismicity

in the Balkans, ESA Fringe Symposium, Frascati, Italy, 30 November – 4 December

2009.

C-35. Guglielmino F., Anzidei M., Briole P., De Michele M., Elias P., Nunnari G., Puglisi G.

And Spata A., High resolution 3D displacements maps of the LAquila earthquake by

applying SISTEM method to GPS and ENVISAT and ALOS DInSAR data, ESA Fringe

Symposium, Frascati, Italy, 30 November – 4 December 2009.

C-36. Ilieva M., P. Elias, P. Briole, D. Dimitrov (2009). InSAR investigation of shallow

seismicity in the Balkans. Colloque 2009 du Groupement de Recherche G2 ("Géodésie et

Géophysique"). Institute of Earth Physics, Strasbourg, France, 18-20 November 2009.

C-37. Briole P., Elias P., Puglisi G., Guglielmino F., First results of ALOS interferometry at

Etna, Second workshop on USE of Remote Sensing Techniques (USEReST) for

Monitoring Volcanoes and Seismogenic Areas, Naples, Italy, November 11 - 14, 2008.

C-38. Briole P., Elias P., Puglisi G. and Murakami M., Ground deformation at Etna (Italy) and

MiyakeJima (Japan) from interferometric PALSAR ALOS data, ALOS 2008 PI

Symposium, Rhodes, Greece, November 3 - 7, 2008.


13 December 2016

C-39. Elias P., Briole P. and Sykioti O., PALSAR/ALOS interferometry in the Gulf of Corinth

and Patras (Greece). Comparison with ERS and ASAR/ENVISAT results and GPS

measurements, ALOS 2008 PI Symposium, Rhodes, Greece, November 3 - 7, 2008.

C-40. P. Briole, R. Armijo, A. Avallone, P. Bernard, R. Charara, A. Deschamps, D. Dimitrov, P.

Elias, R. Grandin, M. Ilieva, S. Lambotte, H. Lyon-Caen, B. Meyer, A. Mouratidis, A.

Nercessian, D. Papanastassiou, J.C. Ruegg, E. Sokos, O. Sykioti, Multidisciplinary study

of the June 8, 2008, Mw=6.4 Andravida earthquake, European Seismological

Commission ESC 2008, Hersonissos, Crete, Greece, 7 - 12 September 2008.

C-41. P. Elias, C. Kontoes, I. Papoutsis, I. Kotsis, Small Scale Surface Deformation Detection

of the Gulf of Corinth (Hellas) Using Permanent Scatterers Technique. IEEE Geoscience

and Remote Sensing Symposium (IGARSS), Barcelona, Spain, 23 - 27 July, 2007.

C-42. C. Kontoes, P. Elias, I. Kotsis, D. Paronis, & I. Keramitsoglou. A decision support

system for wildfire management and impact assessment in affected zones. 6th

International Workshop of the EARSeL Special Interest Group (SIG) on Forest Fires,

Thessaloniki, Greece, 26 - 29 September 2007.

C-43. P. Elias, C. Kontoes, I. Papoutsis, I. Kotsis, Small scale linear deformation detection

using Permanents Scatterers technique applied to the Gulf of Corinth (Hellas). ENVISAT

Symposium, Montreux, Switzerland, 23 - 27 April, 2007.

C-44. Stagakis S., Levizou E., Markos N., Sykioti O., Elias P., Kontoes Ch., Lolis Ch.,

Bartzokas A. & Kyparissis A., The use of NDVI time-series for the study of ecosystem

dynamics of two deciduous (Fagus sylvatica, Quercus sp.) and one conifer (Pinus nigra)

forest, XV Congress of the Federation of European Societies of Plant Biology, Lyon,

France, 17 - 21 July 2006.

C-45. I. Kotsis, S. Karamitsos, C. Kontoes, D. Paradissis, O. Sykioti, P. Elias, P. Briole,

Verifying InSAR derived Vertical Differential Displacements by Leveling. Application

along the Mornos Open Aqueduct, International Federation of surveyors Working Week

in Athens, Greece, May 22 – 27, 2004.

C-46. P. Elias, O. Sykioti, C. Kontoes, A. Avallone, S. Van Gorp, P. Briole, D. Paradissis,

Development of a procedure for correcting and reducing unwrapping artefacts using a set

of ERS SAR interferograms. Case of the September 9, 1999 Athens Earthquake. Poster

session. ESA Fringe 2003 Workshop, Frascati, Italy, 1 - 5 December 2003.

C-47. I. Keramitsoglou, C. Kontoes, P. Elias, N. Sifakis, E. Fitoka, S. Weiers, Kernel-based

reclassification algorithm applied on very high spatial resolution satellite imagery of

complex ecosystems. SPIE Remote Sensing Conference, Barcelona, 8 - 12 September

2003.

C-48. I. Tsouni, D. Koutsoyiannis, C. Kontoes, N. Mamasis, P. Elias, Application of Satellite-

Based Methods for Estimating Evapotranspiration in Thessalia Plain, Greece. Poster

Presentation. EGS - AGU - EUG Joint Assembly, Nice, France, April 2003.


14 December 2016

C-49. O. Sykioti, C. Kontoes, P. Elias, P. Briole, M. Sachpazi, D. Paradissis, I. Kotsis

Inflation/Deflation Sequence on Nisyros Active Volcano (Greece) during 1995-2000

issued from SAR Differential Interferometry. SPIE Remote Sensing Conference, Crete,

23 - 27 September 2002.

C-50. C. Kontoes, O. Sykioti, P. Elias, P. Briole, M. Sachpazi, D. Paradissis, I. Kotsis, Crustal

Deformation Associated with the 1995-1998 Unrest of Nisyros Volcano (Greece) as

Observed by Radar SAR Interferometry. WEGENER 2002, Athens, Greece, June 2002.

C-51. Kontoes, C., Elias, P., Sykioti, O., Briole, P., Remy, D., Sachpazi, M., Veis, G., Kotsis I.,

Two examples of using ERS-2 SAR Interferometry in Greece. Study of the September 7th,

1999 Athens Earthquake and the Nisyros Volcano Activity. ESA ERS-ENVISAT

Symposium, Gothenburg, Sweden, 16 - 20 October 2000.


15 December 2016

PROJECTS P-1. “Geohazards Exploitation Platform (GEP) - Corinth Rift Laboratory Pilot Project”;

2015-2017; Funding Agency: European Space Agency. GEP aims to support the exploitation of satellite Earth Observation for geohazards, addressing broader objectives of the relevant community. The geohazards platform is sourced with elements – data, tools, and processing including INSAR – relevant to the Geohazards theme and related exploitation scenarios. My role concerns the definitions of the scenarios, the software and the tools towards the development of the platform in the frame of a pilot project focused to the Corinth Rift area.

P-2. “Study of the faults and microseismic monitoring of the broader area of the municipality of Loutraki-Perachora-Ag. Theodori of the Prefecture of Corinth, Greece (Loutraki)”; 2015-2016; Funding Agency: Municipality of Loutraki. The aim of the project is to investigate the characteristics of the faults in the area and to assess the hazard of possible earthquakes to the urban fabric. My contribution is the processing, interpretation and analysis of the InSAR data of the study area after calibrating them with the GPS data which I have processed.

P-3. "Pilot network for the identification of travelling ionospheric disturbances (Net-TIDE)"; 2014-2017; Funding Agency: NATO. The aim of this project is to set up a system able to monitor the wave activity in the ionosphere and use advanced modelling techniques to analyze the characteristics of the waves, understand their origin, predict their effects in different regions of the globe and assess their effects in operational systems. My participation in the projects concerns the adaptations of the relevant software for the calculation of the Ionospheric Total Electron Content from GPS observations.

P-4. “Present microseismicity and surface deformation between Amfilochia and Mesolonghi in western Greece (MADAM)”; 2015-2017; Funding Agency: École Normale Supérieure. The area of Aitoloakarnania links the Corinth Rift active structures to the west. The project intends to a) install seismometers and cGPS stations, b) measure in high precision the microseismicity and the deformation in the area using also remote sensing observations and c) study in detail and characterize the active faults as well as investigate their link with the Corinth Rift zone, providing knowledge to the seismic hazard evaluation. My participation in the project concerns the processing of the GPS and remote sending SAR data as well as the interpretation and the characterization of the active faults of the area.

P-5. “European Plate Observing System (EPOS) – Implementation Phase”; 2014-2019; funding Agency: European Commission. Participation in WP9: “Coordination of Near-Fault Observatories and implementation of multi-disciplinary data service”. The WP9 aims to interact with the scientific community gathering their needs and then implement the necessary facilities for distribution of the collected in-situ observations from the Corinth Rift Observatory. My participation concerns the proportion of elements/services to be implemented in the Near-Fault Observatories - Corinth Rift Observatory.


16 December 2016

P-6. “Identification and tracking LSTID exploiting 3D electron density distributions (TID)”; 2014-2016; funding Agency: US Air Force Research Lab. The aims of this project are to improve our understanding on the plasma density distribution changes in ionosphere and plasmasphere associated with large-scale traveling ionospheric disturbances (LSTID) and to propose a methodology for the identification and tracking of LSTIDs over Europe. The proposed developments are based on the exploitation of the 3D EDD maps calculated with the Topside Sounders Model Profiler (TaD), ingesting real-time data from European Digisondes and GNSS receivers. My participation in the project concerns the adaptations of the relevant software and the calculation of the Ionospheric Total Electron Content from GPS observations in Europe.

P-7. “Tropospheric correction in time series and combined gps insar around the city of Patras (GEOTROPAT); 2014-2016; Bilateral Project between Greece and France. Funding Agency: General Secretariat for Research and Technology. My contribution was the design of the extension of the GPS network of the Corinth Rift Observatory, the supervision and contribution of the installation of 17 continuous GPS stations as well as processing of their data. Moreover, I contribute to the supervision of the meteorological modelling of the area, the production of the InSAR. Moreover I contribute to the definition of the methodologies for the tropospheric correction of the InSAR data from GPS and the meteorological models.

P-8. “MEDiterranean SUpersite Volcanoes (MED-SUV)”; 2013-2016; funding Agency: EC FP7. MEDSUV applies the rationale of the Supersite GEO initiative to Campi Flegrei/Vesuvius and Mt. Etna to reduce the volcanic risk, improving the understanding of the underlying geophysical processes by integration and sharing of in-situ and Earth Observation (EO) data sets and implementation of new instrumentation and volcano monitoring systems. Participation in work-package 5: Etna Volcano Observatory. My participation in the WP5 concerns the analysis of the INSAR products of the Volcano.

P-9. “Hazard, seismogenic dynamics, and seismic/aseismic coupling of an active fault system in the western Rift of Corinth, Greece (SISCOR)”; 2010-2014; Funded by the French National Research Agency. This project was aiming to provide new substantial observations as well as improved methodologies for the area of the Gulf of Corinth (Greece), and was contributing to the control and improvement of the prediction rules as well as the underlying physical models of the seismic activity. My participation in the project concerns the production of a precise vertical rate deformation map using both the GPS and the remote sensing SAR data in synergy and use it to characterize the active aseismic faults in the western Corinth Rift area. Moreover, I have calculated the deformation sources of earthquakes which occurred in the area.

P-10. “European ionosondes and neutron monitor network (EIS)”; 2012-2013; Funded by ESA (SSA Program). Space Situational Awareness (SSA) component. The program aims at integrating European ionosondes and neutron monitor services to the ESA Space Situational Awareness pilot precursor services operations. My participation in the project concerns the adaptations of the relevant software and the calculation of the Ionospheric Total Electron Content from GPS observations in Europe, the responsibility of the proper


17 December 2016

operation of the dissemination of ionospheric data and the relevant services as well as the embedding of improvements, foreseen by the project.

P-11. “Short Wave critical Infrastructure Network based on a new Generation high survival radio communication system (SWING)”; 2012-2013; funding Agency: EC CIPS. SWING deals with the study and design of a system of HF radio connections to link European Critical Infrastructures (ECIs) among themselves and with their Controlling Governmental Agencies (CGAs). This system will replace broad band internet transmission when the latter fails. The HF network will withstand adverse conditions such as those encountered in case of a terrorist attack, guaranteeing the communication between ECIs and CGAs and the transmission of necessary data for the survival and minimum operability of ECIs. My participation in the project concerns the responsibility of the proper operation of the dissemination of ionospheric data and the relevant services as well as the embedding of improvements, foreseen by the project.

P-12. “Near-Earth space data infrastructure for e-science (ESPAS)”; 2011-2015; funding mechanism is EC FP7 e-Infrastructures. ESPAS aims at building the e-Infrastructure which is necessary to support access to observations, the modeling and prediction of the near-Earth space environment extending from the Earth's atmosphere up to the outer radiation belts. ESPAS interface will provide access to more than 40 data repositories containing heterogeneous data from ground and space, in situ and remote sensed developed for the needs of different users. My participation in the project concerns the responsibility of the proper operation of the dissemination of ionospheric data and the relevant services as well as the embedding of improvements, foreseen by the project.

P-13. “Landslide Vulnerability Model (LAVMO)”; 2012-2015; Co-financed by the European Union (European Social Fund – ESF) and Greek national funds through the Operational Program "Education and Lifelong Learning" of the National Strategic Reference Framework (NSRF) - Research Funding Program: Thales. The project aims at creating a persistently updated electronic platform which will help to monitor, predict and assess risks related to landslides. Data from Engineering Geology, Satellite Images and GPS Measurements will be fused in order to provide a comprehensive information representation. I was responsible for the adoption of GNSS and satellite SAR (Synthetic Aperture Radar) technologies for measuring the terrain deformation. Specifically, value added products in the form of maps of terrain deformation, oriented in land instability observations were produced and interpreted.

P-14. “Monitor technical infrastructure using a methodology based on differential interferometry with the use of active remote sensing data (MOTI)”; 2011-2012; funded by the Greek Secretariat of Research & Technology within the Framework program “Vouchers for SMEs”. Project director Panagiotis Elias. INFOREST is the participating SME. The objective of the project is to assess the possibility of monitoring large infrastructure constructions (roads, tunnels, bridges, etc.) for detecting and measuring micro strains and structural faults using methodologies based on advanced differential interferometry. The program is included in a section of programs with corresponding content in order to develop expertise for monitoring technical infrastructure by exploiting the synergy of satellite SAR data.


18 December 2016

P-15. “Large Infrastructure Monitoring using DInSAR and PSInSAR (TSX-LIMoSAR)”; 2010-2012; Prime investigator is Panagiotis Elias. INFOREST is the participating SME. German Aerospace Center (DLR) Scientific project, providing the SAR data. The objective of the project is to assess the possibility of monitoring large infrastructure constructions (roads, tunnels, bridges, etc.) for detecting and measuring micro strains and structural faults using methodologies based on advanced differential interferometry. The program is included in a section of programs with corresponding content in order to develop expertise for monitoring technical infrastructure by exploiting the synergy of satellite SAR data.

P-16. “Large Infrastructure Monitoring using DInSAR and PSInSAR (ASAR-LIMoSAR)”; 2010-2015; ESA Category-1 Project covering SAR data. Prime Investigator is Panagiotis Elias. INFOREST is the participating SME. The objective of the project is to assess the possibility of monitoring large infrastructure constructions (roads, tunnels, bridges, etc) for detecting and measuring micro strains and structural faults using methodologies based on advanced differential interferometry. The program is included in a section of programs with corresponding content in order to develop expertise for monitoring technical infrastructure by exploiting the synergy of satellite SAR data.

P-17. “Services and Applications for Emergency Response (SAFER), Thematic area Earthquake & Volcanoes Hazard”; 2010-2013; Funding by the FP7. This program is a pre-operational version of «Emergency Response Core Service». Its purpose is to assist the European dynamic in order to respond to emergency situations and to be consistent with the operational needs of European crisis management bodies. This unit meets the specific needs arising from natural disasters due to seismic and volcanic activity. My contribution in the project was the production and interpretation of advanced SAR interferometry products for the area of the Gulf of Corinth.

P-18. “Monitoring of the prefecture of Peloponnesus for Land instabilities using DInSAR and PSI techniques (ESA-MoPLand)”; 2008-2013; ESA Category-1 Project covering SAR data. Prime investigator is Panagiotis Elias. The objective of the project is to exploit all the accumulated experience and knowledge from relative research activities in order to apply and investigate further of the DInSAR and PSI techniques on ASAR/ENVISAT and data for monitoring land instabilities in central Peloponnesus, assess the potential of setting a mechanism, providing pilot monitoring service and stimulate the use of such EO technologies.. This project is embedded strategically with the next project in a unity of a corresponding framework aiming to exploit the synergy of satellite SAR data, GPS measurements and ground observations.

P-19. “Development of a monitoring system for the instability of slopes to prevent landslides and training of local public authorities in the Peloponnese prefecture (EEA)”; 2009-2011; It was supported by the funding mechanism of the EEA grants by 50%. The rest 50% was funded by the Greek NSRF. Project Manager of the project was the Peloponnese Prefecture in Greece. Scientific investigator was the Geodynamic Institute of NOA. The scope of the project was to enhance the adequacy and administrative capacity of the responsible local public authorities for the effective


19 December 2016

prevention and response to landslide phenomena and the protection of the citizens and the natural and residential environment of the Region of Peloponnese, through the development of a pilot permanent system for monitoring selected areas that face recurrent problems of slope stability based on space geodesy and using the most advanced technology which is available today. Moreover, the local authorities were trained to use and exploit this pilot system. I was responsible for the adoption (participating in the Scientific Committee of the project) of satellite SAR (Synthetic Aperture Radar) technologies for measuring the terrain deformation. Specifically, value added products in the form of maps of terrain deformation according to the methodology of differential interferometry and its advanced techniques were produced and interpreted. I have also designed and supervised the construction and the installation of corner reflectors in the study areas supporting the implementation of the forth mentioned methodology.

P-20. “Synergy of SAR satellite systems in the X, L and C frequency bands, to study ground deformations (SynSAR)”; 2008-2009; internally financed by IAASARS/NOA. Prime investigator was Panagiotis Elias. The project aimed at exploiting the data acquired from a variety of satellite SAR and GPS. Software tools have been developed to handle all of these heterogeneous data and their products. Thematically the precise deformation field of various earthquakes events was estimated exploiting SAR and GPS data.

P-21. “Synergy of Satellite SAR sensors in C, L and X band for studying small scale ground deformations (SynSAR-SOAR). Case study of Corinthian Gulf, Greece”; 2010-2011; Sciences and Operational Research over Europe, project of the Canadian Space Agency covering SAR data. Prime investigator was Panagiotis Elias. The École Normale Supérieure of France had participated. The objective of the project is the monitoring of geophysical processes that are taking place in the extended region of the city of Patras. This project is embedded strategically in a unity of a corresponding framework aiming to exploit the synergy of satellite SAR data, optical receivers, GPS measurements and ground observations for monitoring and modeling of geophysical processes in areas that have increased scientific / social / economic interest, such as the extended area of the Gulf of Corinth, in Greece. That was my contribution to the project.

P-22. “Synergy of Satellite SAR sensors in C, L and X band for studying small scale ground deformations (SynSAR-ASAR)”; 2008-2012; ESA Category-1 Project covering SAR data. Prime investigator is Panagiotis Elias. The École Normale Supérieure of France was participating. The objective of the project was the monitoring of geophysical processes that were taking place in the extended region of the city of Patras. This project was embedded strategically in a unity of a corresponding framework aiming to exploit the synergy of satellite SAR data, optical receivers, GPS measurements and ground observations for monitoring and modeling of geophysical processes in areas that had increased scientific / social / economic interest, such as the extended area of the Gulf of Corinth, in Greece. That was my contribution to the project.

P-23. “Geomorphology and geomorphologic changes at volcanoes and active faults observed with ALOS. Fusion with other remote sensing and ground data. Application to natural disaster monitoring (GGALOS)”; 2009-2011; Research Announcement of opportunity project of the Japanese Aerospace Exploration Agency


20 December 2016

covering the SAR data. Prime investigator was the École Normale Supérieure of France. Prime co-investigator was Panagiotis Elias. The objective of this project was to monitor the geophysical processes due to volcanic and/or tectonic activity. This project was embedded strategically in a unity of a corresponding framework aiming to exploit the synergy of satellite SAR data, optical receivers, GPS measurements and ground observations for monitoring and modeling of geophysical processes in areas that have increased scientific / social / economic interest, such as the extended area of the Gulf of Corinth in Greece.

P-24. “Land and Sea Integrated Monitoring for Environment and Security (LIMES)”; 2006-2007; GMES Project. It was financed by the 6th European Framework Program (FP6). Host Entity was Telespazio. The program aimed to identify and develop standard Information Technologies (IT) services for the support of security management in the European Union but also worldwide in the following activities: a) organization and distribution of humanitarian assistance, b) monitoring and protecting sea travel for sensitive loads and c) protection against potential security threats (e.g. terrorism, illicit trafficking and spread of weapons of mass destruction), using earth observation technologies and their integration with satellite communications and navigation capabilities. My participation in the program concerned the detailed inventory of existing software for scheduling of satellite acquisitions and earth observation.

P-25. “Earth Observation based Services for flood and fire risks management (RISK-EOS)”; 2003-2005; The RISK-EOS project was part of the Global Monitoring Earth System (GMES) and was supported by the European Space Commission. It consisted of a Geo-information services provider’s network to address flooding, fires and other natural disasters during the phase of prevention, early warning, during and after the crisis. The services of RISK-EOS combined satellite and other observations in combination with models. My participation in the project concerned the improvement of existing software to detect changes in ground coverage from satellite panchromatic imagery.

P-26. “Advanced Remote Sensing Techniques for the Observation of Forests and other Terrestrial ecosystems (PROTIPA)”; 2007-2008. Network project. Host entity was IAASARS. This program aimed to create a network of sciences specialized in Remote Sensing for Monitoring and Observation of forests and other Terrestrial ecosystems. Seminars were also conducted for postgraduate students. My participation to the project was to conduct seminars about the applications of differential interferometry using active SAR satellite systems.

P-27. “Study of dynamic ecosystems of Northern Pindos National Park using satellite imagery (ECOSAT)”; 2005-2006; Funded from the Ministry of Education, Lifelong Learning and Religious Affairs (Pythagoras II). Host entity was the University of Ioannina, Greece – Department of Biological Applications and Technologies. Purpose of this project was to study the growth of vegetation in seasonal and annual basis, the long development of productivity and the impact of global climate change on the development of forest species. The study area was the National Park of Vikos-Aoos in Greece. My contribution to the program was processing optical satellite data for the generation of added value products that had been used for the scope of the project.


21 December 2016

P-28. “European Digital Upper Atmosphere Server (DIAS)”; 2004-2006; European Commission econtent program. Host Entity was IAASARS. This is a Europe-wide program that aims to provide information on ionospheric conditions in Europe. The system can support the receipt, analysis, assessment, distribution and storage of ionospheric observations from seven European ionospheric sounding stations (among them and the IAASARS station) in order to develop services and value added products. In this project, I was responsible for the integration of services, which were developed in an operational context on the premises of IAASARS, as well as for its normal operation.

P-29. “Application and evaluation of terrestrial and aerial remote detection methods in the early detection-notification-monitoring of forest fires (SITHON)”; 2004-2007; co-funded by the European Union, Greek Science and Research General Secretary and private companies. The main objectives of the SITHON project were to use both terrestrial and airborne technologies to achieve an effective detection, monitoring and management of forest fires. My participation in the program was the selection of the proper required hardware for aerial remote sensing and their integration through software code. Also, concerns the smooth, functional integration and communication, in real-time, of the discriminated cores of software code which was created by members of the group for the processing of the measurements.

P-30. “Detection of Active Small-Scale Surface Deformation in GREECE Using Multitemporal InSAR and Permanent Scatterers Techniques (SARPerS)”; 2000-2002; Announcement of Opportunity research project of ESA covering the SAR data. Prime investigator IAARS. Institut de Physique du Globe de Paris of France had participated. This program aimed to develop software tools for detecting and monitoring SAR deformation satellite data. My contribution to the program was the development, implementation, evaluation and documentation of these tools using satellite SAR data.

P-31. “Guidance of the large pelagic fishing boat fleets and their management with the use of satellite information (GUSI)”; 2003-2004; Financed by HCMR Hellenic Centre for Marine Research. Purpose of this project, regarding the need to provide satellite information, was to identify the sea temperature fronts determining fishery fields for tuna and swordfish. My participation in the program was the development and implementation of a system for the automated production of value added products (Sea Surface Temperature geo-corrected and projected) for the area of Eastern Mediterranean from optical imagery of NOAA/AVHRR platform collected by corresponding receiving station of IAASARS.

P-32. “Modeling and correction of atmospheric and orbital effects on SAR interferometry data for studying seismic and volcanic hazard (MOCASAR)”; 2002-2003; Greek-French Bilateral Cooperation Program of the General Secretariat for Research and Technology, Ministry of Development of Greece. Host Entity was IAASARS. The National Technical University of Athens in Greece and the Institut de Physique du Globe de Paris of France participated. This project aimed to develop and use techniques for further processing of interferometry data products from satellite SAR data, in order to remove the noise components due to the influence of the troposphere, the error in the orbits of satellites and errors in the existing Digital Elevation Model, increasing in this


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way the accuracy and reliability of measurements from satellite SAR regarding the study of seismic and volcanic hazard. My participation in the program was the development and implementation of algorithms for the purpose of the project, evaluation of processes and individual outcomes in close collaboration with the Institut de Physique du Globe de Paris. The study areas were Athens of Greece (with reference to the recent earthquake in 1999) and the island of Nisyros of Greece (which since 1995 has been seismically active, due to volcanic and geothermal function).

P-33. “Study of deformation of the island of Nisyros due to recent seismic activity of its volcano (Nisyros)”; 2000-2003; ESA Category 1 research project, covering SAR data. IAASARS was the Prime investigator. The subject of this project was to study the deformation of Nisyros Island using satellite SAR data, exploiting the methodology of differential interferometry. My participation to the project was the production of the digital elevation model (DEM) of Nisyros from digitization of topographic maps and the production of ground deformation maps, their interpretation and further processing. Within the framework of the project and because of the necessity, I have investigated the recent earthquake in Athens on 1999 (see also previous project).

P-34. “Spatial Indicators for European Nature (SPIN)”; 2001-2004; Financed by EU DG-RESEARCH. DLR (German Aerospace Center) was coordinating the project. Partners were the IAASARS, Tartu University (Estonia), École Supérieure d’Agriculture de Purpan (France), Salzburg University (Austria), the Imperial College at Wye (United Kingdom), Landesamtfuer Natur und Umwelt des Landes Schleswig-Holstein (Germany) and the Greek Biotope/Wetland Centre (or EKBY by its Greek initials). The project concerned the development and application of spatial indicators for the protection of the European natural heritage with the use of satellite data. It was directly related to the implementation of European directives NATURA 2000, Habitat and Bird. My participation in the project included the development and operation responsibility of a meta-data database of satellite imagery and their diffusion on the Internet as well as some minor adjustments of software codes for the production of value added products.

P-35. “Installation and operation of a pilot digital ionospheric station (IONO)”; 1999-2001; Host Entity was IAASARS. Purpose of the project was the installation of a digital ionospheric sounder station with the possibility of automatic data collection and analysis of ionospheric observations as to select in real-time and transmit the best operating frequency which characterize the propagation of radio waves in communications. My participation in the project included the selection of the optimal location of the station, with criterion the low E/M noise and its maintenance accessibility from any malfunctions.

P-36. “Land & Water Management in Mediterranean Islands using Earth Observation Data (ISLA)”; 1999-2000; Financed by the European Committee, in the 4th European Framework Project for Research. Collaborating Entities were IDR/Spain, JUNTA D’ AIGUES/Spain, INTA/Spain, OANAK/Greece, GEOAPIKONISIS/Greece, ALENIA/Italy, EARS/The Netherlands. This project aimed to develop a system of water management in the Mediterranean islands with the proper use of remote sensing satellite


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technologies and value added products. My participation in the project was the production of vegetation (NDVI) maps from a variety of optical receivers.

P-37. “Surface Fluxes in Climate System (SFINCS)”; 1999-2000; Financed by the European Committee, in the 4th European Framework Project for Research. Trans-European cooperation. The project aims at modeling energy exchanges and radiation fluxes between air-land and air-sea in order to improve weather prediction models. My contribution to the project was to implement algorithms and produce maps of land temperature of the area of Athens, using optical imagery.

P-38. “Infrastructure for the development of space applications (ISTOS)”; 1996-1999; Financed by the Operational Program for Research and Technology II of the General Secretariat for Research and Technology (GSRT) of the Ministry of Development of Greece. This project involved the creation of a national facility for archiving, indexing and processing of satellite observations and combined analysis of multiple sources data in GIS environment. Specifically, it regarded the installation of NOAA / AVHRR, PDUS / METEOSAT data receiving stations and a system of its archiving and post-processing, the setup of a local high speed network and GIS workstations. My participation in the project was the installation, maintenance, utilization, responsibility of well-functioning, of the NOAA / AVHRR and PDUS / METEOSAT data receiving stations, storage and processing of the data received from them, debugging the corresponding metadata database as well as maintenance and administration of GIS workstations and LAN.

Please refer to Appendix C for a Gantt diagram with the temporal distribution of the projects.


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Courses – Lectures - Seminars

CL-1. “Spatial (ground) observations using GPS”. Harokopio University of Athens. Courses to undergraduate students of Geography. Four hours per semester, 2013-till present.

CL-2. “Spatial (ground) observations using GPS”. Harokopio University of Athens. Courses to postgraduate students of Applied Geography and Spatial Planning of the Geography Department. Four hours per semester, 2013-till present.

CL-3. “The Corinth Rift Near Fault Observatory (Greece). Imaging and monitoring the ground deformation using a combination of GNSS, remote-sensing techniques”, Charles University of Prague, Czech Republic, Faculty of Mathematics and Physics, Department of Geophysics, Invited lecturer, 13 May 2016.

CL-4. “Active Remote Sensing Principles and Applications in Geology and Geophysics”. National & Kapodistrian University of Athens, Faculty of Geology and Geoenvironment, 25 February 2016. Invited lecturer.

CL-5. “The contribution of SAR interferometry to the study of moderate earthquakes (5<M<6) in Europe”. National Observatory of Athens, 6 July 2015. Seminar to the students of master degree of ETHZ.

CL-6. “Spatial (ground) observations using GPS”. Harokopio University of Athens, 26 March 2015. Lifelong learning Seminar.

CL-7. “Introduction to Global Navigation System (GPS)”. National Observatory of Athens, 20 March 2015. Seminar to technical high school.

CL-8. “Applications of SAR Interferometry in Large Infrastructures and Landslides in Greece”. National Observatory of Athens, 13 April 2015. Seminar to the students of CARTHAGEO of Université Paris 1.

CL-9. “Introduction to the satellite geodesy, Global Positioning Systems, Synthetic Aperture Radar and differential interferometry”. University of Peloponnesus, Greece, 13 April 2011. Seminars to civil protection agency and local authority of the Prefecture of Peloponnesus.

CL-10. “Applied Introduction to Geographic Information Systems (GIS)”. University of Peloponnesus, Greece, 12 April 2011. Seminars to civil protection agency and local authority of Prefecture of Peloponnesus.

CL-11. “Satellite-borne microwave sensors, potentials and perspectives”. University of Patras, Department of Physics, 17 October 2008. Seminars in the framework of “Advanced Remote Sensing Techniques for the Observation of Forests and other Terrestrial ecosystems” project.

CL-12. “Multidisciplinary study of the Mw=6.4 Earthquake of Andravida occurred on June 8th 2008”. University of Patras, Department of Physics, 17 October 2008. In the framework of “Advanced Remote Sensing Techniques for the Observation of Forests and other Terrestrial ecosystems” project.


25 December 2016

CL-13. “Image analysis of Synthetic Aperture Radar data”. National Observatory of Athens, 7 October 2008. Seminars in the framework of “Advanced Remote Sensing Techniques for the Observation of Forests and other Terrestrial ecosystems”.

CL-14. “Image analysis of Synthetic Aperture Radar data”. National Observatory of Athens, 9 January 2008. In the framework of “Advanced Remote Sensing Techniques for the Observation of Forests and other Terrestrial ecosystems”.

CL-15. “Synthetic Aperture Radar imaging”. Aristotle University of Thessaloniki, Greece, 3-4 July 2007. Seminars in the framework of “Advanced Remote Sensing Techniques for the Observation of Forests and other Terrestrial ecosystems”.

CL-16. “Synthetic Aperture Radar Interferometry”, Bulgarian Academy of Sciences, Central Laboratory of Geodesy, Sofia, Bulgaria. Invited lecturer, 1 June 2007.


26 December 2016

Collaborations - visits to universities, research institutes or other entities

CO-1. École Normale Supérieure - Laboratoire de Géologie - ENS (Paris, France). Monitoring and modeling seismic and volcanic small scale deformations that take place on the crust of the earth using satellite remote sensing and GPS observations.

CO-2. Institut Physique du Globe de Paris - IPGP (Paris, France). Monitoring and modeling seismic and volcanic small scale deformations that take place on the crust of the earth using satellite remote sensing and GPS observations.

CO-3. Harokopio University – Department of Geography (Athens, Greece). Monitoring and modeling seismic and volcanic small scale deformations that take place on the crust of the earth using satellite remote sensing and GPS observations.

CO-4. Aristotle University of Thessaloniki, Greece. Collaboration for the preparation of the proposal in the framework of INTERREG IPA Cross Border Cooperation programme Greece – FYROM, Priority axes Protection of Environment – Transportation. Coordinator of the proposal is the Region of Western Macedonia, Greece. Partners are the Center for development of Pelagonija region, FYROM and Crisis Management Center, FYROM. Currently, the outcome hasn’t be published.

CO-5. Bureau de Recherches Géologiques et Minières (Orleans, France). Collaboration in the framework of MEDSUV project for studying of Etna Volcano.

CO-6. University of Patras, Department of Geology, Laboratory of Engineer Geology (Patras, Greece). Monitoring and modeling landslides that take place on the area of the Corinthian Gulf, using satellite remote sensing, GPS observations and other in-situ measurements.

CO-7. University of Patras, Department of Physics, Laboratory of Micro-electronics (Patras, Greece). Monitoring and modeling seismic small scale deformations that take place on the area of the Corinthian Gulf, using satellite remote sensing and GPS observations.

CO-8. Istituto Nazionale di Geofisica e Vulcanologia (Rome, Italy). Monitoring and modeling seismic small scale deformations that take place on the area of L’Aquila, Italy, by the occasion of the earthquake of 6th April, 2009, using satellite remote sensing. Collaboration in the framework of work-package 5 of MEDSUV project. Collaboration in the framework of studying the Lefkada Earthquake of 2015.

CO-9. University of Ioannina, Department of Biological Applications and Technologies (Ioannina, Greece). Processing optical satellite data, for the generation of added value products which have been used for the scope of the project ECOSAT.

CO-10. Academy of Science of Bulgaria, Laboratory of Geodesy (Sofia, Bulgaria). Invited lecturer, on the subject of "Differential Interferometry using SAR data". Collaboration of re-measuring the campaign Network of CRO.

CO-11. University of Sofia (Bulgaria). Collaboration in the framework of studying the Lefkada Earthquake of 2003.

CO-12. TERRADUE Srl (SME) (Rome, Italy). Responsible for testing the Geohazards-TEP platform and proposing adaptations and services for INSAR processing and


27 December 2016

simultaneous exploitation of GPS data for the area of the Gulf of Corinth. The task has an educational aspect by incorporating students as users of the platform.

CO-13. INFOREST (SME) (Athens, Greece). Assess the possibility of monitoring large infrastructure constructions (roads, tunnels, bridges, etc.) for detecting and measuring micro strains and structural faults using methodologies based on advanced differential interferometry.

CO-14. Gefyra S.A. (Private Company, responsible for the Rion-Antirrion Bridge in Western Gulf of Corinth, Greece). Establish and maintain permanent GPS stations in the edges of the bridge, measuring of its local GPS network around the bridge. Moreover, the possibility of the application of active satellite techniques for bridge micro-movements monitoring, is under investigation.


28 December 2016

Participation in Conferences and Seminars

PC-1. ESA Living Planet Symposium 2016, 9-13 May 2016, Prague, Czech Republic. PC-2. Colloque 2015 du Groupement de Recherche G2 ("Géodésie et Géophysique").

Observatoire Midi-Pyrénées (OMP), 16-18 Nov. 2015, Toulouse, France. PC-3. Colloque 2014 du Groupement de Recherche G2 ("Géodésie et Géophysique").

Institut de Physique du Globe de Strasbourg (IPGS), 7-19 Nov. 2014, Strasbourg, France.

PC-4. 'Static and Kinematic GPS-based Positioning Using GIPSY/OASIS', three days course for processing static and kinematic GPS data using GIPSY software by JPL/NASA GIPSY/OASIS team. September 16-18, 2014, Covilhã, Portugal.

PC-5. European Geosciences Union General Assembly 2014, Vienna, Austria, 27 April – 02 May 2014

PC-6. Second International Conference on Remote Sensing and Geoinformation of Environment, Pafos, Cyprus, 7-10 April, 2014

PC-7. Colloque 2013 du Groupement de Recherche G2 ("Géodésie et Géophysique"). Université de Rennes 1, 13-15 Nov. 2013, Rennes, France

PC-8. ESA Living Planet Symposium 2013, 9-13 September 2013, Edinburgh, U.K. PC-9. Congrès des doctorants 2013, 18-22 March 2013, Paris, France. PC-10. Congrès des doctorants 2012, 19-23 March 2012, Paris, France. PC-11. Summer School with subject “Extraction and Fusion of Information for

Displacement measurement from SAR Imagery”, École de Physique des Houches, Les Houches, Chamonix Mont-Blanc, France, May 1 - May 6, 2011.

PC-12. Congrès des doctorants 2011, 14-18 March 2011, Paris, France. PC-13. ESA Fringe Symposium, Frascati, Italy, 19-23 September 2011. PC-14. XIX Congress of the Carpathian Balkan Geological Association, Thessaloniki, 23-26

September 2010. PC-15. Colloque de ANR “Extraction et Fusion d'Informations pour la mesure de

Déplacements par Imagerie Radar (EFIDIR)”, Aussois, France, 1-3 April 2010. PC-16. Colloque 2011 du Groupement de Recherche G2 ("Géodésie et Géophysique").

École Nationale des Sciences Géographiques, Champs-sur-Marne, France, 7-9 November 2009.

PC-17. JAXA ALOS PI Symposium 2008, Rhodes, Greece, 3-7 November 2008. PC-18. IEEE International Geosciences and Remote Sensing Symposium (IGARSS) 2007,

Barcelona, Spain, 23-27 July 2007. PC-19. Tutorial session with the object of “SAR Polarimetry: Basics, Processing Techniques

and Applications”. 22 July 2007, during IGARSS 2007. PC-20. “Ground and Satellite wireless telecommunications”. Seminar on advanced

Automotive Telematic Systems, Penteli, Greece. PC-21. ESA Fringe Symposium, Frascati, 1-4 December 2003.


29 December 2016

Field Activities Within the framework of Corinth Rift Observatory (CRO) 1,2,3:

F-1. Dr. P. Elias is responsible from the Greek side for the 22 continuous GNSS stations2 of

the CRO network.

F-2. Regular re-occupation (re-measuring the position of landmarks) of the campaign CRO

GNSS network in scheduled missions.

F-3. Installation and maintenance of continuous stations, in the CRO network.

F-4. Assisting regularly the maintenance of seismographic network of the CRO seismic

network2.

F-5. Installation and maintenance of continuous GNSS stations right after the November 17,

2015 Earthquake in Lefkada and Cephalonia during November and December 2015.

F-6. Assistance for a gravimetric campaign2 with absolute gravimeter to five locations in

the Gulf of Corinth in November 2013.

F-7. Reconnaissance trip (via land and offshore) around the Western termination of the Gulf

of Corinth (Greece) for studying of active faulting mechanisms and its morphology in

March 29, 2012.

Other1:

F-8. Reconnaissance trip to Aiguille du Midi (Chamonix, Mont Blanc massif, French Alps)

peak studying its orogenetic procedure in 6 May 2011.

F-9. Reconnaissance trip around Etna Volcano (Sicily, Italy) and its active crater studying

active tectonic and volcanic activity 16-23/7/2012.

(1) The expenses of the field activities were covered in full from many projects mentioned in the relevant section.

(2) For the GPS and seismic stations as well as the gravimetry measurements please visit http://webobs.ens.fr

(3) For a diagram of the field activities concerning the Gulf of Corinth since 2010, please refer to Appendix D.


30 December 2016

Proposals as coordinator with budget

PR-1. Project Proposal as NOA coordinator. Proposal in the framework of INTERREG IPA

Cross Border Cooperation programme Greece – FYROM, Priority axes Protection of

Environment – Transportation, entitled “J-CROSS, Joint Cross Border Cooperation

for Securing Societies Against Natural and Man Made Disasters”. Project proposal

coordinator: Region of Western Macedonia, Greece. Proposed budget for NOA

€60,000. Currently, the outcome hasn’t been announced. April 2016.

PR-2. Project proposal as NOA coordinator. Proposal to European Space Agency in the

frame of Earth Observation Information Services for European Investment Bank

Projects (ΑΟ 6584), category F (Water Management) for the area of Jordan. Project

proposal coordinator: Irida Labs. Proposed budget for NOA €40,000. Outcome:

Unsuccessful. September 2011.

PR-3. Project proposal as coordinator. Proposal to European Space Agency in the frame of

Announcement of opportunity AO/1-6648/10/NL/Cbi, 3rd call for outline proposals

under the Greek Industry Incentive Scheme, entitled “DInSAR platform for

operational and automatic ground deformation assessment and modelling”

(ECHIDNA). Proposed budget €143,000. Outcome: Unsuccessful. February 2011.

PR-4. Project proposal as coordinator. Proposal to John S. Latsis Public Benefit foundation

Grants, entitled “Monitoring of the activity of seismic faults in the city of Patras,

Greece using microwave remote sensing and satellite geodesy (InSAR, GPS)”.

Proposed budget €11,700. Outcome: Unsuccessful. June 2010.

PR-5. Project proposal as NOA coordinator. Proposal or European Commission in the frame

of Seventh Framework Programme (FP7), in Theme 9: Space, entitled Maritime

Surveillance Service (MARSU), Collaborative project. Work programme topics

addressed: SPA.2010.1.1-05 Contributing to the “S” in GMES -Developing pre-

operational service capabilities for Maritime Surveillance. Proposed budget for NOA

€285,000. Project proposal coordinator: Iris Consortium, Italy. Outcome:

Unsuccessful. December 2009.

PR-6. Project proposal as coordinator. Proposal to European Science Foundation as

coordinator in the framework of «COST Research Networks» entitled “Space

Geodetic observatories Network (InSAR and GPS) on Natural Laboratories for

Geohazard assessment and Mitigation SIGNNAL-GeM” (Preliminary Proposal

Reference oc-2009-2-5578). Outcome: Unsuccessful. October 2009.

PR-7. Project proposal as coordinator. Proposal to the Greek Secretariat of Research &

Technology within the Framework program “Vouchers for SMEs”, entitled “Monitor

technical infrastructure using a methodology based on differential interferometry with


31 December 2016

the use of active remote sensing data (MOTI)”. Proposed budget €7,000. Outcome:

Successful. March 2009.

PR-8. Project Proposal as coordinator. Proposal to the National Observatory of Athens,

Greece, in the frame of internal Research and Technological programmes 2009-2009,

entitled “Synergy of SAR satellite systems in the X, L and C frequency bands, to

study ground deformations (SynSAR)”, Proposed budget €39,000. Outcome:

Successful. November 2007.


32 December 2016

APPENDIX A – Publications Metrics

ResearcherID:

Google Scholar:

Citation Distribution by year

Publications 47

Citations 155

h-index 6

i10 index 3


33 December 2016

Web of Science:

Please note that the last two publications (P-1 and P-2) have not yet been included (3/11/2016) in

the Web of science core collection.


34 December 2016

APPENDIX B – Table of the impact factors of the Journals

Journal Impact

factor Impact factor description

Paper

nrs. Publisher

Advances in Space

Research 1.406

5 year Impact factor. Journal

Citation Reports® 2016 1 Elsevier

Geophysical Journal

International 2.918 5 year Impact factor

2

Oxford Journals

Tectonophysics 2.650 5 year Impact factor, Journal

Citation Reports® 2016 2 Elsevier

Journal of Applied

Remote Sensing 1.131 2015 Web of Science® Data 1 SPIE

Journal of Space

Weather and Space

Climate

2.846 2015 ISI Thomson Reuters JCR® 1 EDP Open

International Journal

of Remote Sensing 1.640

2015 Impact factor, 2016 Journal

Citation Reports® 3 Taylor & Francis

Terra Nova 2.758 ISI Journal Citation Reports©

Ranking: 2015 1 Willey

Sensors 2.437 5 year Impact factor 3 MDPI

Geophysical

Research Letters 4.212 5 year Impact factor 1 Willey


35 December 2016

APPENDIX C – Gantt diagram for the temporal distribution of the projects that Dr. P. Elias has participated


36 December 2016

APENDIX D – Diagram for Field work in CRO

Diagram representing the distribution and the duration of the field visits in the Corinth Rift

Observatory since 2010.

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