Resume This resume is made with CVwizard . com . Basic information Name George Ch . Miliaresis Email address miliaresis . g @ gmail . com Website about . me/miliaresis Societies , Distinctions , Links Societies • Remote Sensing & Photogrammetry Society ( RSPS ) : http : //www . rspsoc . org . uk/ • The Imaging & GeoSpatial Society ( ASPRS ) : https : //www . asprs . org/ • International Society for Mathematical Geology ( IAMG ) : https : //www . iamg . org/ • American Geophysical Union ( AGU ) : https : //sites . agu . org/ Distinctions/Awards • Editorial board of the Remote Sensing Letters ( published by the RSPS ) , [ 2010 - present ] • Boeing & ASPRS Award ( photo - interpretation & image analysis ) , [ 2015 ] • Keynote speaker , ( Int . Symposium on Terrain Analysis & Digital Terrain Modeling ) , [ 23 - 25/11/2006 ] Links OrcID [ 0000 - 0001 - 8395 - 435X ] : http : //orcid . org/0000 - 0001 - 8395 - 435X Scopus [ 6602411266 ] : https : //www . scopus . com/authid/detail . uri ? authorId = 6602411266 Researcher ID [ S - 3647 - 2018 ] : http : //www . researcherid . com/rid/S - 3647 - 2018 Mendeley : https : //www . mendeley . com/profiles/george - miliaresis/ Conference papers : https : //figshare . com/authors/George_Miliaresis/554317 My software : https : //github . com/miliaresis Citations : https : //scholar . google . gr/citations ? user = knJNtVwAAAAJ Reviews : https : //publons . com/author/460615/george - miliaresis#profile Twitter : https : //twitter . com/miliaresis_g You Tube : https : //youtube . com/c/GeorgeMiliaresis724 Flight simulation : https : //vimeo . com/user27376709 Web mapping : Anaglyph maps [ http : //miliaresis . tripod . com/anaglyph/ ] & Wild fires [ http : //miliaresis . tripod . com/wild/ ] Interests Terrain modelling , Environmental remote sensing [ Image analysis , Photo - interpretation , Biophysical geosciences ] • IMAGE ANALYSIS : Elevation latitude & longitude de - correlation stretch , Selective variance reduction , Temporal frequency enhancement , Spatio - temporal modeling . • TERRAIN MODELLING : Geomorphometric mapping , Terrain segmentation , Terrain pattern recognition , Terrain classification , Terrain bio - patterns , Terrain Evaluation . • GEOSCIENCES : Thermal mapping , Natural hazards , Climatic pattern recognition , Environmental monitoring , Agricultural site selection , Landcover assessment .
This resume is made with CVwizard . com . Work experience September 2012 - present Adjunct Faculty : Environmental Remote Sensing & GIS , Data mining Open University of Cyprus ( Environmental Convervation & Managemet ) September 2011 - January 2012 Research Scientist : Remote Sensing & Digital Terrain Analysis Sultan Qaboos University ( Remote Sensing Center ) October 2004 - October 2014 Lecturer : Remote Sensing & GIS in Applied Geology University of Patras ( Geology Department ) March 2001 - September 2004 Adjunct Faculty : Photo - Interpretation & Remote Sensing University of Western Attica ( Department of Topography ) Education September 1995 - November 2000 PhD : Remote Sensing & Terrain Pattern Recognition National Technical University of Athens September 1982 - March 1987 Diploma in Geology University o f Athens September 1988 - September 1989 Diploma in Remote Sensing University College of London Research statement Modeling of multi - temporal environmental data sets ( for example Land surface temperature , Precipitation , NDVI , Elevation , Landcover , etc . ) is key issue in climatic change studies , in geosciences ( volcanic and earthquake hazards , etc . ) , in agriculture and food security studies , in terrain analysis , in meteorology , in clmatic change assessment , etc . These are the scientific fields , I work with , develop new methods as well as added value data products . The quantification of TERRAIN knowledge is a key factor in an attempt to characterize the landscape , assess it's sensitivity to natural hazards , support environmental analysis and planning in a changing world . Topography is the manifestation of diverse dynamic processes that shape our planet ( examples being landslides , volcanoes , water table variability , flooding , glaciers melting , urban heat islands/heat waves , aridity periods , wild fires , etc . ) . Processes monitoring requires regularly repeated acquisition of accurate , moderate to high resolution data for earth's relief ( digital elevation models - DEMs ) , landcover , and biophysics ( land surface temperature - LST , soil moisture , etc . ) . Quantification of processes also requires a terrain partition framework , which transforms the digital representation of the landscape to elementary objects . Physical processes are scale dependent and define various continuous or discontinuous terrain partition frameworks . A unified terrain partition framework is impossible to achieve ; instead various process dependent object partition schemes are established . Three examples follow : • The modeling of CORINE landcover/landuse partition framework ( Miliaresis 2006 ) that allowed the mapping of susceptibility of Corine classes to natural and environmental hazards . • Biomass estimate form active remote sensing sensors and the modeling of the effect of DTM and DSM mis - registration as a function of tree canopy density ( Miliaresis and Delikaraoglou 2009 ) . • The automated segmentation of urban landscape to elementary objects from LiDAR high resolution DEMS providing a city partition framework suitable for biophysical parameters integration ( Miliaresis & Kokkas , 2007 ) . Currently BIOPHYSICAL DATA SETS are computed from the satellite - based remotely sensed images with high temporal resolution at a moderate resolution scale , allowing the day and night monitoring of earth ’ s surface . An example being the acquisitions from MODerate - resolution Imaging Spectroradiometer ( MODIS ) on board the two EOS satellites , Terra and Aqua . So thermal imagery products are available on regular and frequent basis for both land and oceans . Data availability stimulates the analysis of the long time series of multi - temporal images in an attempt to closely monitor regions and provide information about the spatial and temporal changes in temperature . Towards this end , new methods allowed the monitoring of terrain spatio - temporal thermal signature under a completely new framework :
This resume is made with CVwizard . com . • Thermal invariant regions mapping in both space and time from MODIS LST imagery , Miliaresis ( 2009 ) . • A method for elevation , latitude , and longitude decorrelation stretch of multi - temporal LST imagery Miliaresis ( 2012 ; 2013 ; 2014 ) and revealing thermal anomalies across vast ( continental scale ) regions and allowing the monitoring of terrain spatio - temporal thermal signature under a completely new spatial framework . • In addition , diurnal temperature range ( DTR ) is a meteorological term that relates to the variation in temperature that occurs between day - time ( maximum ) and night - time ( minimum ) daily temperatures . Daily temperature oscillation is greatest in the planetary boundary layer , controlled by many factors including : latitude , distance from the sea , land cover , elevation , climatic zone , humidity , soil moisture , atmospheric circulation , clear skies , the intensity of solar radiation . The day and night temperature oscillations are also controlled by thermal inertia ( a measure of the subsurface's ability to store heat during the day and re - emit it during the night ) . Although spatial modeling of DTR from meteorological stations can provide reliable estimates ( Hill , 2013 ) , meteorological stations are often too sparse to make reliable estimates by interpolation . MODIS near diurnal LST oscillations ( day minus night LST ) were computed per pixel for the 01 : 30 ( night ) and 13 : 30 ( day ) local crossing time passes of the Aqua satellite for the year 2008 in Greece ( Miliaresis and Tsatsaris , 2011 ) and the temporal and the spatial characteristics were mapped . These estimates do not represent the diurnal temperature range since 01 : 30 local time LST is not minimum while , 13 : 30 local time LST is not maximum . Two more thermal images for the 10 : 30 ( day ) and the 22 : 30 ( night ) local crossing time passes of Terra satellite are acquired daily . Miliaresis ( 2014 ) applied a new technique to all four daily MODIS LST acquisitions from both the Aqua and the Terra satellites , in order to produce a new multi - temporal LST image sequence that enhance and isolate the day and night LST variations in Greece . The enhanced imagery identified regions with different day/night LST oscillation variability , allowing environmental terrain characterization in an attempt to support agriculture productivity and land cover studies in the context of emerging climatic change . • Such efforts seek to better understand the links between human activities ( food supplies , agriculture , landuse planning , etc . ) and the variety of impacts of climate change . For example night temperatures are expected to increase at a faster rate than day temperatures due to less radiant heat loss because of increased cloudiness ( Alward et al . , 1999 ) . • The duration of a crop growth cycle is conditioned by the daily temperatures absorbed by the plant . Therefore , an increase in daily temperature will speed up plant development by reducing the duration between sowing and harvesting ( Hertel et al . , 2010 ) . Thus , crop productivity may fall with the shortening of a cycle . In addition high night temperature decreases production by decreasing the photosynthetic function ( Turnbull et al . , 2002 ) . It is quite clear that the spatial modeling of biophysical data ( landcover , LST , sea surface temperature - SST , biomass , tree canopy density , aerosol optical thickness & particle density , vegetation density , soil moisture , etc . ) is of great importance in assessing environmental change . Thus , a variety of quantitative techniques has been developed to automate the extraction of terrain features including segmentation , representation - classification while new data analysis/data modeling techniques were derived and new applications of biophysical datasets are revealed . Key issues are the spatio - temporal monitoring of environmental changes , the integration of biophysical parameters to terrain and geographic objects in order to support environmental analysis , decision support , planning , etc . My research efforts are focused in the fields : • TERRAIN MODELING : Terrain segmentation , Terrain pattern recognition , Urban terrain object recognition , Digital terrain analysis , Terrain evaluation , Geomorphometry , Site selection , Landcover mapping , Landuse modeling , Antarctic terrain analysis Fire risk , Flood hazard . • BIOPHYSICAL GEOSCIENCES : Thermal inertia mapping , Geothermal sensing , Bio - pattern analysis , Bio - physical terrain classification , Biopattern analysis , Natural hazards , Volcanic hazard/risk monitoring , Earthquakes bio - patterns modeling . • ENVIRONMETRICS : Elevation latitude longitude decorrelation stretch , Diurnal oscillation enhancement , Selective variance reduction , Temporal frequency enhancement , Spatio - temporal processes modelling . • CLIMATIC CHANGE MONITORING : Land Surface temperature , Sea Surface Temperature , Precipitation , Aerosol , Soil Moisture , Albedo , Vegetation Density Future research plans : • Map " anomalies " from multi - temporal LST data ( including precipitation ) to recognize genetic physical processes . • Temporal frequency enhancement of biophysical data & terrain bio - pattern definition . • Accuracy assessment of biophysical data sets . • Environmetrics of man - made objects from LiDAR data and biophysical data - sets . Integrate biophysical data ( diurnal LST cycle , aerosols , vegetation density , soil moisture , wind assessments ) in the representation of terrain features , landcover & landuse entities and man - made objects . Support environmental decision making , planning , food security studies , landcover modeling . • Time dependent monitoring & modeling of biophysical processes in Eastern Mediterranean Countries , Arabian
This resume is made with CVwizard . com . Peninsula ( Oman ) , Central and South Africa ( Botswana ) through the integration of precipitation , LST cycle , vegetation , aerosols , soil moisture data - sets . • Decomposition of the spatio - temporal variability of the geophysical component that might be evident in remotely sensed biophysical data sets ( ground data will be used too for testing and calibration purposes ) . The underlying theoretical basis is that the earth crust is constantly subject to endogenic processes ( stress from tectonic plates motion , fluid motions in earth mantle , chemical reactions , etc . ) and exogenic processes ( climate change , etc . ) with magnitude that vary in both space and time , RESULTING occasionally to earthquakes , volcanic activity etc . Resources necessary to carry out my research : • Environmental data & imagery acquired from earth orbiting satellites ( Landsat , Sentinel , MODIS etc . ) and GIS databases , that are available for free ( NASA , USGS , ESA ) . • Commercial software for programming , data processing and visualization ( SPSS , Idrisi ) as well as • open source software ( QGIS , ILWIS , R , Octave , WinPython , MultiSpec , WhiteBox , Libre Office , etc . ) . • Occasionally field work is required for model and data evaluation . Teaching statement Undergraduate Courses [ 2000 - 2004 ] Photo - interpretation , Remote Sensing , Digital image processing [ 2004 - 2010 ] Remote Sensing , GIS , Hydrology , Flood hazard mapping , Wild fires monitoring , Digital Elevation Models Postgraduate Courses • [ 2006 - 2010 ] Remotely Sensing , , Terrain modelling • [ 2011 - 2012 ] Terrain Bio - pattern + Global datasets • [ 2012 - 2019 ] : Environmental Remote Sensing , GIS , Data mining Scientific publications SOFTWARE & Data Miliaresis G . , 2018. Clusters post - processing . A Git - Hub project . Under GNU GLP v .3. , https : //github . com/miliaresis/SVR . CLUSTERS [ Visualization of feature space with 2 - d plots per cluster & statistics - linear regression of clusters etc . etc . ] Miliaresis G . , 2018. Dimension Reduction of multi - dimensional elevation data for DEMs optimization and evaluation . Git - Hub project . Under GNU GPL v .3. https : //github . com/miliaresis/SVR . DEM [ 2. d DEM optimization method presents an alternative to DEM comparison by elevation differences modeling . In it's general version ( 3. d , 4. d etc . , etc . ) is not limited to only 2 DEMs but can handle 3 DEMs , 4 DEMs etc . etc . ] Miliaresis G . , 2016. Selective Variance Reduction , ( Win - Python script ) . GitHub project . Under GNU GPL v .3. https : //github . com/miliaresis/SVR Miliaresis G . , 2016. GeoLogic Shell ( Delphi ) - Terrain pattern recognition . Github , Under GNU GPL v .3. https : //github . com/miliaresis/GeoLogic_Shell Landsat imagery : Image enhancement & Spectral Optimization Miliaresis G . , 2018. Selective thematic information content enhancement of LANDSAT ETM Imagery . Remote Sensing of Earth Systems Sciences , 1 ( 3 - 4 ) : 53 - 62 https : //doi . org/10.1007/s41976 - 018 - 0005 - 1 DEMs : Evaluation & Accuracy assessment Miliaresis G . , 2019. Dimension reduction of multi - temporal elevation data . Applied Geomatics . DOI : 10.1007/s12518 - 019 - 00271 - w Miliaresis G . , Paraschou Ch . V . , 2011. An evaluation of the accuracy of the ASTER GDEM and the role of stack number : A case study of Nisiros Island , Greece . Remote Sensing Letters 2 ( 2 ) : 127 - 135. DOI : 10.1080/01431161.2010.503667 Miliaresis G . , Delikaraoglou D . , 2009. Effects of Percent Tree Canopy Density and DEM Mis - registration to SRTM/NED Vegetation Height Estimates . Remote Sensing . 1 ( 2 ) : 36 - 49 , DOI : 10.3390/rs1020036 Miliaresis G . , 2008. The Landcover Impact on the Aspect/Slope Accuracy Dependence of the SRTM - 1 Elevation Data for the Humboldt Range . Sensors , 8 ( 5 ) : 3134 - 3149. DOI : 10.3390/s8053134. Miliaresis G . , 2007. An upland object based modeling of the vertical accuracy of the SRTM - 1 elevation dataset . Journal
This resume is made with CVwizard . com . of Spatial Sciences , 52 ( 1 ) : 13 - 29. DOI : 10.1080/14498596.2007.9635097 Miliaresis G . , Paraschou Ch . , 2005. Vertical accuracy of the SRTM DTED Level 1 of Crete . Int . J . of Applied Earth Observation & GeoInformation 7 ( 1 ) : 49 - 59. DOI : 10.1016/j . jag .2004.12.001 Precipitation : modeling it ’ s effect to LST & terrain standardization • Miliaresis G . 2017. Iterative Selective Spatial Variance Reduction of MYD11A2 LST Data . Earth Science Informatics 10 ( 1 ) : 15 - 27. DOI : 10.1007/s12145 - 016 - 0271 - 5 • Miliaresis G . , 2016. Revealing the precipitation dependency of regional in time and in space thermal anomaly peaks in SW USA . Modeling Earth Systems & Environment , vol . 2 , no 1 ( article 34 ) , 1 - 10 p . DOI : 10.1007/s40808 - 016 - 0093 - y • Miliaresis G . 2016. Spatial decorrelation stretch of annual ( 2003 - 2014 ) Daymet precipitation summaries on a 1 - km grid for California , Nevada , Arizona and Utah . Environmental Monitoring & Assessment , 188 ( article 361 ) 1 - 21 DOI : 10.1007/s10661 - 016 - 5365 - 5. DTR modeling • Miliaresis G . , 2014. Daily Temperature Oscillation Enhancement of Multi - temporal LST Imagery . Photogrammetric Engineering & Remote Sensing 80 ( 5 ) 423 - 428 DOI : 10.14358/PERS .80.5.423 • Miliaresis G . , 2012. Elevation , latitude and longitude decorrelation stretch of multi - temporal near - diurnal LST imagery . International Journal of Remote Sensing , 33 ( 19 ) : 6020 - 6034 , DOI : 10.1080/01431161.2012.676690. • Miliaresis G . , Tsatsaris A . , 2011. Mapping the spatial and temporal pattern of day - night temperature difference in Greece from MODIS imagery . GIScience & Remote Sensing , 48 ( 2 ) : 210 - 224 , DOI : 10.2747/1548 Selective variance reduction • Miliaresis G . , 2016. An Unstandardized Selective Variance Reduction Script for Elevation , Latitude & Longitude Decorrelation Stretch of Multi - temporal LST Imagery . Modeling Earth Systems & Environment , 2 , ( 1 ) ( Article 41 ) , 1 - 13 p . DOI : 10.1007/s40808 - 016 - 0103 - 0 • Miliaresis G . , 2012. Elevation , latitude/longitude decorrelation stretch of multi - temporal LST imagery . Photogrammetric Engineering & Remote Sensing , 78 ( 2 ) : 151 - 160. DOI : 10.14358/PERS .78.2.151 SVR : Tectonic terrains characterization • Miliaresis G . , 2013. Terrain analysis for active tectonic zone characterization , a new application for MODIS night LST ( MYD11C3 ) dataset . Int . J . of Geographical Information Science , 27 ( 7 ) : 1417 - 1432 p . DOI : 10.1080/13658816.2012.685172 • Miliaresis , G . , 2012. Selective variance reduction of multi - temporal LST imagery in the East Africa Rift System . Earth Science Informatics 5 ( 1 ) : 1 - 12. DOI : 10.1007/s12145 - 011 - 0091 - 6 SVR : Environmental analysis • Miliaresis G . , 2016. NDVI signatures of regional in time and in space thermal anomalies in SW USA . Spatial Information Research , 24 ( 3 ) , 267 - 277. DOI : 10.1007/s41324 - 016 - 0028 - 8 • Miliaresis G . , 2014 , Spatiotemporal patterns of land surface temperature of Antarctica from MODIS Monthly LST data ( MYD11C3 ) . Journal of Spatial Science , 59 ( 1 ) 157 - 166. DOI : 10.1080/14498596.2013.857382 • Miliaresis G . , 2014. Global LST Anomaly Mapping from MODIS Night Imagery . Malaysian J . of Remote Sensing & GIS , 3 ( 1 ) , 1 - 9 • Miliaresis G . , 2013. Thermal anomaly mapping from night MODIS imagery of USA , a tool for environmental assessment . Environmental Monitoring & Assessment 185 ( 2 ) : 1601 - 1612 , DOI : 10.1007/s10661 - 012 - 2654 - 5. • Miliaresis G . 2009. Biophysical Terrain Analysis . In : Environmental Cost Management [ Randi Taylor Mancuso , Editor , ISBN : 978 - 1 - 60741 - 815 - 3. ] . Nova Science Publishers , New York , Chapter 7 , pp . 255 - 273. Volcanic terrains : thermal response • Miliaresis G . and K . ST . Seymour , 2011. Mapping the spatial & temporal SST variations in Red Sea , revealing a probable regional geothermal anomaly from Pathfinder V5 data . Int . J . of Remote Sensing , 32 ( 07 ) : 1825 - 1842. DOI : 10.1080/01431161003631568 • Zouzias D . , Miliaresis G . , Seymour , K . ST . 2011. Probable regional geothermal field reconnaissance in the Aegean Region from modern multi - temporal night LST imagery . Environmental Earth Sciences , 62 ( 4 ) : 717 - 723. DOI : 10.1007/s12665 - 010 - 0560 - 0 • Miliaresis G . , 2009. Regional thermal and terrain modeling of the Afar Depression from multi - temporal night LST data . Int . J . of Remote Sensing , 30 ( 9 ) : 2429–2446 , DOI : 10.1080/01431160802562271 Agricultural terrain analysis Babič M , M Huber , E Bielecka , M Soycan , W Przegon , L Gigović , S Drobnjak , D Sekulović , I . Pogarčić , G . Miliaresis , M . Mikoš , M . Komac , 2019. New Method of Visibility Network and Statistical Pattern Network Recognition Usage in Terrain Surfaces . Materials and Geoenvironment . DOI : https : //doi . org/10.2478/rmzmag - 2019 - 0006 Mokarram
This resume is made with CVwizard . com . M . , Shaygan M . , Miliaresis G . 2018. Balancing soil parameters & farmers budget by feature selection & ordered weighted averaging . Geographia Technica , 13 ( 1 ) : 73 - 84. DOI : 10.21163/GT_2018.131.08 Demertzi K , Papamichail D , Aschonitis V , Miliaresis G . , 2016. Hydroclimatic analysis of Greece using multi - parametric clustering of monthly precipitation and reference crop evapotranspiration . European Water 55 : 141 - 155 p . Aschonitis Vassilis , George Miliaresis , Kleoniki Demertzi & D . Papamichail , 2016. Terrain segmentation of Greece using the spatial and seasonal variation of reference crop evapotranspiration . Advances in Meteorology , Article ID 3092671 , 14 pages , DOI : 10.1155/2016/3092671. Demertzi K , Papamichail D , Aschonitis V , Miliaresis G . 2014. Spatial and seasonal patterns of precipitation in greece : the terrain segmentation approach . Global NEST Journal , 16 ( 5 ) , 988 - 997. Spatial objects : thermal modeling • Miliaresis G . , Partsinevelos P . , 2010. Terrain Segmentation of Egypt from Multi - temporal Night LST Imagery and Elevation Data . Remote Sensing , 2 ( 9 ) : 2083 - 2096. DOI : 10.3390/rs2092083 • Tsatsaris A . & Miliaresis G . 2011. Spatial correlation of Tuberculosis ( TB ) incidents to the MODIS LST biophysical signature of African countries . Int . Journal of Environmental Protection , 1 ( 1 ) , 49 - 57. • Miliaresis G . , Tsatsaris A . , 2010. Thermal terrain modeling of spatial objects , a tool for environmental and climatic change assessment . Environmental Monitoring & Assessment , 164 ( 1 - 4 ) : 561 - 572 DOI : 10.1007/s10661 - 009 - 0913 - x Wild fires & landcover modeling • Partsinevelos P . , Nikolakaki N . , Psillakis P . , Miliaresis G . and Xanthakis M . 2015. Landcover change modeling through visualization and classification enhancement of multi - temporal imagery . Global NEST Journal , 17 ( 2 ) , 271 - 280 • Miliaresis G . , 2009. The terrain signatures of administrative units : a tool for environmental assessment . Environmental Monitoring & Assessment , 150 ( 1 - 4 ) : 386 - 396. DOI : 10.1007/s10661 - 008 - 0237 - 2 • Miliaresis G . 2008. Monitoring/Impact of Wild Fires of the August 2007 in the Mountain Region of Ilia Prefecture from Web Spatial Databases . GI & Earth Observation for Sustainable Development , Integrated Mount Development , http : //pfigshare - u - files . s3. amazonaws . com/1471228/2008_MNT_GIS . PDF Landslides : irregular terrain segmentation framework • Konstantopoulos K . , Miliaresis G . , 2018. Unsupervised landslide risk dependent terrain segmentation on the basis of historical landslide data and geomorphometrical indicators . SDRP Journal of Earth Sciences & Environmental Studies 3 ( 2 ) , 386 - 394 , DOI : 10.25177/JESES .3.2.2 • Miliaresis G . and Basoukos K . , 2007. Landslides susceptibility of barren class objects from modern imagery . Conference on Environmental Management , Engineering , Planning and Economics , Skiathos , June 24 - 28 , 2145 - 2150. • Miliaresis G , Sabatakakis N , Koukis G , 2005. Terrain pattern recognition & spatial decision for regional slope stability studies . Natural Resources Research , 14 ( 2 ) : 91 - 100. DOI : 10.1007/s11053 - 005 - 6951 - 3 Volcanic geomorphometry • Zouzias D . , Miliaresis G . , Seymour , K . ST . , 2011 , Interpretation of Nisyros Volcanic Terrain using Land Surface Parameters Generated from the ASTER Global DEM . Journal of Volcanology & Geothermal Research , 200 ( 3 - 4 ) : 159 - 170. DOI : 10.1016/j . jvolgeores .2010.12.012 • Miliaresis G . , Ventura G . , Vilardo G . , 2009. Terrain modeling of the complex volcanic terrain of Ischia Island ( Italy ) . Canadian Journal of Remote Sensing . 35 ( 4 ) : 385 - 398. DOI : 10.5589/m09 - 027 Terrain evaluation • Grohmann C . , & Miliaresis G . , 2013. Digital terrain analysis and modeling / Geological applications of digital terrain analysis . Int . Journal of Geographical Information Science , 27 ( 7 ) : 1403 - 1404. DOI : 10.1080/13658816.2013.77261 • Miliaresis G . , 2008. Quantification of Terrain Processes . Lecture Notes in Geoinformation & Chartography ( LNG & C ) , XIV , 13 - 28. [ DOI : 10.1007/978 - 3 - 540 - 77800 - 4_2 ] ( In : Advances in digital terrain analysis , Springer , Editors : Qiming Zhou , Brian Lees , Guo - an Tang , ISBN 978 - 3 - 540 - 77799 - 1 , 462 p . ) City modeling • Miliaresis G . , Kokkas N . 2007. Segmentation & Object Based Classification for the Extraction of the Building Class from LIDAR DEMs . Computers & Geosciences , 33 ( 8 ) : 1076 - 1087. DOI : 10.1016/j . cageo .2006.11.012 Extra - terrestrial landscapes • Miliaresis G . , Kokkas N . 2004. Segmentation and terrain modeling of extra - terrestrial chasmata . J . of Spatial Sciences , 49 ( 2 ) : 89 - 99. DOI : 10.1080/14498596.2004.9635024 • Kokkas N . , Miliaresis G . , 2004. Geomorphometric Mapping of Grand Canyon from the 1o DEM . Int . Arc . of Photogrammetry , Remote Sensing & GIS , XXXV , 406 - 411.
This resume is made with CVwizard . com . Earthquake occurrence • Miliaresis 2007. Segmentation of multi - temporal earthquake imagery for the detection of geophysical related geothermal activity . 4th Int . Workshop on the Analysis of Multi - Temporal Images , July 18 - 20 , Leuven , Belgium , 6 p . DOI : 10.1109/multitemp .2007.4293071 Fluvial landforms : segmentation • Miliaresis , G . Ch . , 2001. Extraction of Bajadas from DEMs & Satellite Imagery . Computers & Geosciences 27 ( 10 ) : 1157 - 1167. DOI : 10.1016/S0098 - 3004 ( 01 ) 00032 - 2 • Miliaresis , G . Ch . , and D . P . Argialas , 2000. Extraction & Delineation of Alluvial Fans from D ? ? s & Landsat TM Images . Photogrammetric Engineering & Remote Sensing , 66 ( 9 ) : 1093 - 1101. DOI : 0099 - 1112/00/6609 - 109 Mountains & peneplains : segmentation & tectonic geomorphometry • Miliaresis G . , 2006. Geomorphometric mapping of Asia Minor from Globe DEM . Geografiska Annaler 88A ( 3 ) : 209 - 221. DOI : 10.1111/j .1468 - 0459.2006.00296. x • Miliaresis G . , Illiopoulou P . 2004. Clustering of Zagros Ranges from the Globe DEM representation . Int . Journal of Applied Earth Observation & GeoInformation , 5 ( 1 ) : 17 - 28. DOI : 10.1016/j . jag .2003.08.001 • Miliaresis , G . Ch . , Argialas , D . P . 2002. Quantitative Representation of Mountain Objects Extracted from the GTOPO30 DEM . Int . Journal of Remote Sensing , 23 ( 5 ) : 949 - 964. DOI : 10.1080/01431160110070690 • Miliaresis , G . Ch . , 2001. Geomorphometric Mapping of Zagros Ranges at Regional Scale . Computers & Geosciences , 27 ( 7 ) : 775 - 786. DOI : 10.1016/S0098 - 3004 ( 00 ) 00168 - 0 • Miliaresis , G . Ch . , and D . P . Argialas , 1999. Segmentation of Physiographic Features from the Global Digital Elevation Model/GTOPO30. Computers & Geosciences , 25 ( 7 ) : 715 - 728. DOI : 10.1016/S0098 - 3004 ( 99 ) 00025 - 4 Terrain representation • Argialas , D . P . , and G . CH . Miliaresis , 2001. Human factors in the Interpretation of Physiography by Symbolic and Numerical Representations within an Expert System . In « Interpreting Remote Sensing Imagery : Human factors » by R . R . Hoffman and A . B . Markman ( Eds ) , 304 p . , ISBN : 1566704138. Lewis Publishers - CRC PRESS , New York , Chapter 3 , pp . 59 - 81. DOI : 10.1201/9781420032819. sec2 • Argialas , D . P . , and G . CH . Miliaresis , 2000. Physiographic Region Interpretation : Formalization With Rule Based Structures and Object Hierarchies . Int . Archives of Photogrammetry & Remote Sensing , 19 - 23/7 , Amsterdam , Vol . XXXIII , Part B4 , 91 - 98 http : //www . isprs . org/proceedings/XXXIII/congress/part4/91_XXXIII - part4. pdf References References available upon request . Publications in chronological order Miliaresis G . , 2019. Dimension reduction of multi - temporal elevation data . Miliaresis G . , 2019. Dimension reduction of multi - temporal elevation data . Applied Geomatics . DOI : 10.1007/s12518 - 019 - 00271 - wBabič M , M Huber , E Bielecka , M Soycan , W Przegon , L Gigović , S Drobnjak , D Sekulović , I . Pogarčić , G . Miliaresis , M . Mikoš , M . Komac , 2019. New Method of Visibility Network and Statistical Pattern Network Recognition Usage in Terrain Surfaces . Materials and Geoenvironment . DOI : https : //doi . org/10.2478/rmzmag - 2019 - 0006Miliaresis G . , 2018. Selective thematic information content enhancement of LANDSAT ETM Imagery . Remote Sensing of Earth Systems Sciences , 1 ( 3 - 4 ) : 53 - 62 , DOI : 10.1007/s41976 - 018 - 0005 - 1Konstantopoulos K . , Miliaresis G . , 2018. Unsupervised landslide risk dependent terrain segmentation on the basis of historical landslide data and geomorphometrical indicators . SDRP Journal of Earth Sciences & Environmental Studies 3 ( 2 ) , 386 - 394 , DOI : 10.25177/JESES .3.2.2Mokarram M . , Shaygan M . , Miliaresis G . 2018. Balancing soil parameters & farmers budget by feature selection & ordered weighted averaging . Geographia Technica , 13 ( 1 ) : 73 - 84. DOI : 10.21163/GT_2018.131.08 Miliaresis G . , 2018. Clusters post - processing . A Git - Hub project . Under GNU GLP v .3. , https : //github . com/miliaresis/SVR . CLUSTERS [ Visualization of feature space with 2 - d plots per cluster & statistics - linear regression of clusters etc . etc . ] Miliaresis G . , 2018. Dimension Reduction of multi - dimensional elevation data for DEMs optimization and evaluation . Git - Hub project . Under GNU GPL v .3. https : //github . com/miliaresis/SVR . DEM [ 2. d DEM optimization method presents an alternative to DEM comparison by elevation differences modeling . In it's general version ( 3. d , 4. d etc . , etc . ) is not limited to only 2 DEMs but can handle 3 DEMs , 4 DEMs etc . etc . ] Miliaresis G . 2017. Iterative Selective Spatial Variance Reduction of MYD11A2 LST Data . Earth Science
This resume is made with CVwizard . com . Informatics 10 ( 1 ) : 15 - 27. DOI : 10.1007/s12145 - 016 - 0271 - 5Miliaresis G . 2016. Spatial decorrelation stretch of annual ( 2003 - 2014 ) Daymet precipitation summaries on a 1 - km grid for California , Nevada , Arizona and Utah . Environmental Monitoring & Assessment , 188 ( article 361 ) 1 - 21 DOI : 10.1007/s10661 - 016 - 5365 - 5. Miliaresis G . , 2016. Revealing the precipitation dependency of regional in time and in space thermal anomaly peaks in SW USA . Modeling Earth Systems & Environment , vol . 2 , no 1 ( article 34 ) , 1 - 10 p . DOI : 10.1007/s40808 - 016 - 0093 - y Miliaresis G . , 2016. An Unstandardized Selective Variance Reduction Script for Elevation , Latitude & Longitude Decorrelation Stretch of Multi - temporal LST Imagery . Modeling Earth Systems & Environment , 2 , ( 1 ) ( Article 41 ) , 1 - 13 p . DOI : 10.1007/s40808 - 016 - 0103 - 0 Miliaresis G . , 2016. NDVI signatures of regional in time and in space thermal anomalies in SW USA . Spatial Information Research , 24 ( 3 ) , 267 - 277. DOI : 10.1007/s41324 - 016 - 0028 - 8 Miliaresis G . , 2016. Selective Variance Reduction , ( Win - Python script ) . GitHub project . Under GNU GPL v .3. https : //github . com/miliaresis/SVRMiliaresis G . , 2016. GeoLogic Shell ( Delphi ) - Terrain pattern recognition . Github , Under GNU GPL v .3. https : //github . com/miliaresis/GeoLogic_ShellDemertzi K , Papamichail D , Aschonitis V , Miliaresis G . , 2016. Hydroclimatic analysis of Greece using multi - parametric clustering of monthly precipitation and reference crop evapotranspiration . European Water 55 : 141 - 155 p . Aschonitis Vassilis , George Miliaresis , Kleoniki Demertzi & D . Papamichail , 2016. Terrain segmentation of Greece using the spatial and seasonal variation of reference crop evapotranspiration . Advances in Meteorology , Article ID 3092671 , 14 pages , DOI : 10.1155/2016/3092671. Partsinevelos P . , Nikolakaki N . , Psillakis P . , Miliaresis G . and Xanthakis M . 2015. Landcover change modeling through visualization and classification enhancement of multi - temporal imagery . Global NEST Journal , 17 ( 2 ) , 271 - 280Miliaresis G . , 2014. Daily Temperature Oscillation Enhancement of Multi - temporal LST Imagery . Photogrammetric Engineering & Remote Sensing 80 ( 5 ) 423 - 428 DOI : 10.14358/PERS .80.5.423 Miliaresis G . , 2014 , Spatiotemporal patterns of land surface temperature of Antarctica from MODIS Monthly LST data ( MYD11C3 ) . Journal of Spatial Science , 59 ( 1 ) 157 - 166. DOI : 10.1080/14498596.2013.857382 Miliaresis G . , 2014. Global LST Anomaly Mapping from MODIS Night Imagery . Malaysian J . of Remote Sensing & GIS , 3 ( 1 ) , 1 - 9 Demertzi K , Papamichail D , Aschonitis V , Miliaresis G . 2014. Spatial and seasonal patterns of precipitation in greece : the terrain segmentation approach . Global NEST Journal , 16 ( 5 ) , 988 - 997. Miliaresis G . , 2013. Terrain analysis for active tectonic zone characterization , a new application for MODIS night LST ( MYD11C3 ) dataset . Int . J . of Geographical Information Science , 27 ( 7 ) : 1417 - 1432 p . DOI : 10.1080/13658816.2012.685172Miliaresis G . , 2013. Thermal anomaly mapping from night MODIS imagery of USA , a tool for environmental assessment . Environmental Monitoring & Assessment 185 ( 2 ) : 1601 - 1612 , DOI : 10.1007/s10661 - 012 - 2654 - 5. Grohmann C . , & Miliaresis G . , 2013. Digital terrain analysis and modeling / Geological applications of digital terrain analysis . Int . Journal of Geographical Information Science , 27 ( 7 ) : 1403 - 1404. DOI : 10.1080/13658816.2013.77261 Skarlatos D . , G . Miliaresis , A . Georgiou , 2013. Investigation of Cyprus thermal tenancy using nine year MODIS LST data and Fourier analysis [ 8795 - 47 ] . Proc . SPIE 8795 , 1st International Conference on Remote Sensing & Geoinformation of the Environment Paphos , August 14 , 2013 ; 9 pages , DOI : 10.1117/12.2041580 Miliaresis , G . , 2012. Selective variance reduction of multi - temporal LST imagery in the East Africa Rift System . Earth Science Informatics 5 ( 1 ) : 1 - 12. DOI : 10.1007/s12145 - 011 - 0091 - 6 Miliaresis G . , 2012. Elevation , latitude and longitude decorrelation stretch of multi - temporal near - diurnal LST imagery . International Journal of Remote Sensing , 33 ( 19 ) : 6020 - 6034 , DOI : 10.1080/01431161.2012.676690. Miliaresis G . , 2012. Elevation , latitude/longitude decorrelation stretch of multi - temporal LST imagery . Photogrammetric Engineering & Remote Sensing , 78 ( 2 ) : 151 - 160. DOI : 10.14358/PERS .78.2.151 Miliaresis G . , Paraschou Ch . V . , 2011. An evaluation of the accuracy of the ASTER GDEM and the role of stack number : A case study of Nisiros Island , Greece . Remote Sensing Letters 2 ( 2 ) : 127 - 135. DOI : 10.1080/01431161.2010.503667Miliaresis G . , Tsatsaris A . , 2011. Mapping the spatial and temporal pattern of day - night temperature difference in Greece from MODIS imagery . GIScience & Remote Sensing , 48 ( 2 ) : 210 - 224 , DOI : 10.2747/1548Zouzias D . , Miliaresis G . , Seymour , K . ST . , 2011 , Interpretation of Nisyros Volcanic Terrain using Land Surface Parameters Generated from the ASTER Global DEM . Journal of Volcanology & Geothermal Research , 200 ( 3 - 4 ) : 159 - 170. DOI : 10.1016/j . jvolgeores .2010.12.012 Miliaresis G . and K . ST . Seymour , 2011. Mapping the spatial & temporal SST variations in Red Sea , revealing a probable regional geothermal anomaly from Pathfinder V5 data . Int . J . of Remote Sensing , 32 ( 07 ) : 1825 - 1842. DOI : 10.1080/01431161003631568Zouzias D . , Miliaresis G . , Seymour , K . ST . 2011. Probable regional geothermal field reconnaissance in the Aegean Region from modern multi - temporal night LST imagery . Environmental Earth Sciences , 62 ( 4 ) : 717 - 723. DOI : 10.1007/s12665 - 010 - 0560 - 0Tsatsaris A . & Miliaresis G . 2011. Spatial correlation of Tuberculosis ( TB ) incidents to the MODIS LST biophysical signature of African countries . Int . Journal of Environmental Protection , 1 ( 1 ) , 49 - 57. Miliaresis G . , Partsinevelos P . , 2010. Terrain Segmentation of Egypt from Multi - temporal Night LST Imagery and Elevation Data . Remote Sensing , 2 ( 9 ) : 2083 - 2096. DOI : 10.3390/rs2092083 Papasotirakopoulos S . , Miliaresis G . , Tsatsaris A . , 2010. Thermal modelling of Africa from multi - temporal MODIS LSΤ imagery . 20th ESRI Users Conf . , 1 - 3 Nov . , Athens , 6 https : //doi . org/10.6084/m9. figshare .1004880. vMiliaresis G . , Delikaraoglou D . , 2009. Effects of Percent Tree Canopy Density and DEM Mis - registration to SRTM/NED Vegetation
This resume is made with CVwizard . com . Height Estimates . Remote Sensing . 1 ( 2 ) : 36 - 49 , DOI : 10.3390/rs1020036Miliaresis G . , 2009. Regional thermal and terrain modeling of the Afar Depression from multi - temporal night LST data . Int . J . of Remote Sensing , 30 ( 9 ) : 2429–2446 , DOI : 10.1080/01431160802562271Miliaresis G . , Ventura G . , Vilardo G . , 2009. Terrain modeling of the complex volcanic terrain of Ischia Island ( Italy ) . Canadian Journal of Remote Sensing . 35 ( 4 ) : 385 - 398. DOI : 10.5589/m09 - 027 Miliaresis G . 2009. Biophysical Terrain Analysis . In : Environmental Cost Management [ Randi Taylor Mancuso , Editor , ISBN : 978 - 1 - 60741 - 815 - 3. ] . Nova Science Publishers , New York , Chapter 7 , pp . 255 - 273. Miliaresis G . , 2009. The terrain signatures of administrative units : a tool for environmental assessment . Environmental Monitoring & Assessment , 150 ( 1 - 4 ) : 386 - 396. DOI : 10.1007/s10661 - 008 - 0237 - 2Miliaresis G . , 2008. The Landcover Impact on the Aspect/Slope Accuracy Dependence of the SRTM - 1 Elevation Data for the Humboldt Range . Sensors , 8 ( 5 ) : 3134 - 3149. DOI : 10.3390/s8053134. Miliaresis G . , 2008. Quantification of Terrain Processes . Lecture Notes in Geoinformation & Chartography ( LNG & C ) , XIV , 13 - 28. [ DOI : 10.1007/978 - 3 - 540 - 77800 - 4_2 ] ( In : Advances in digital terrain analysis , Springer , Editors : Qiming Zhou , Brian Lees , Guo - an Tang , ISBN 978 - 3 - 540 - 77799 - 1 , 462 p . ) Miliaresis G . , Kokkas N . 2007. Segmentation & Object Based Classification for the Extraction of the Building Class from LIDAR DEMs . Computers & Geosciences , 33 ( 8 ) : 1076 - 1087. DOI : 10.1016/j . cageo .2006.11.012 Miliaresis G . , 2007. An upland object based modeling of the vertical accuracy of the SRTM - 1 elevation dataset . Journal of Spatial Sciences , 52 ( 1 ) : 13 - 29. DOI : 10.1080/14498596.2007.9635097 Miliaresis 2007. Segmentation of multi - temporal earthquake imagery for the detection of geophysical related geothermal activity . 4th Int . Workshop on the Analysis of Multi - Temporal Images , July 18 - 20 , Leuven , Belgium , 6 p . DOI : 10.1109/multitemp .2007.4293071Miliaresis G . and Basoukos K . , 2007. Landslides susceptibility of barren class objects from modern imagery . Conference on Environmental Management , Engineering , Planning and Economics , Skiathos , June 24 - 28 , 2145 - 2150. https : //doi . org/10.6084/m9. figshare .1004645. v1 Miliaresis G . , 2006. Geomorphometric mapping of Asia Minor from Globe DEM . Geografiska Annaler 88A ( 3 ) : 209 - 221. DOI : 10.1111/j .1468 - 0459.2006.00296. xMiliaresis G . and Kokkas N . , 2006. Geomorphometric segmentation applied to the city modeling problem . Int . Symposium on Terrain Analysis & Digital Terrain Modeling , China ( Nanjing ) , 23 - 25 Nov . 2006 , 12 p . https : //doi . org/10.6084/m9. figshare .1004643. v1Miliaresis G . , Paraschou Ch . , 2005. Vertical accuracy of the SRTM DTED Level 1 of Crete . Int . J . of Applied Earth Observation & GeoInformation 7 ( 1 ) : 49 - 59. DOI : 10.1016/j . jag .2004.12.001Miliaresis G , Sabatakakis N , Koukis G , 2005. Terrain pattern recognition & spatial decision for regional slope stability studies . Natural Resources Research , 14 ( 2 ) : 91 - 100. DOI : 10.1007/s11053 - 005 - 6951 - 3 Miliaresis G . , Kokkas N . 2004. Segmentation and terrain modeling of extra - terrestrial chasmata . J . of Spatial Sciences , 49 ( 2 ) : 89 - 99. DOI : 10.1080/14498596.2004.9635024Kokkas N . , Miliaresis G . , 2004. Geomorphometric Mapping of Grand Canyon from the 1o DEM . Int . Arc . of Photogrammetry , Remote Sensing & GIS , XXXV , 406 - 411. Miliaresis G . , Illiopoulou P . 2004. Clustering of Zagros Ranges from the Globe DEM representation . Int . Journal of Applied Earth Observation & GeoInformation , 5 ( 1 ) : 17 - 28. DOI : 10.1016/j . jag .2003.08.001Kokkas N . , Miliaresis G . , 2004. Geomorphometric Mapping of Grand Canyon from the 1o DEM . Int . Arc . of Photogrammetry , Remote Sensing & GIS , XXXV , 406 - 411. Rodopoulos J . , & Miliaresis G . , 2004. Geomorphometric description of cluter maps . ASPRS Annual Conf . , Anchorage , May 5 - 9 , 399 - 403. https : //doi . org/10.6084/m9. figshare .1004642. v1Miliaresis G . , Kokkas N . , 2003. The geomophometric signature of Valles Marineris from M . O . L . A . DEM . ASPRS Annual Conf . , Anchorage , May 5 - 9 , 122 - 130. https : //doi . org/10.6084/m9. figshare .1004636. v1Panagou Th . , Miliaresis G . , 2003. Evaluating the thematic information content of ASTER ( VNIR ) imagery in urban areas by classification techniques . Int . Archieves of Photogrammetry , Remote Sensing & Spatial Information Science , XXXIV - 7/W9 , 263 - 267 https : //doi . org/10.6084/m9. figshare .1004639. v1Miliaresis , G . Ch . , Argialas , D . P . 2002. Quantitative Representation of Mountain Objects Extracted from the GTOPO30 DEM . Int . Journal of Remote Sensing , 23 ( 5 ) : 949 - 964. DOI : 10.1080/01431160110070690Miliaresis , G . Ch . , 2001. Extraction of Bajadas from DEMs & Satellite Imagery . Computers & Geosciences 27 ( 10 ) : 1157 - 1167. DOI : 10.1016/S0098 - 3004 ( 01 ) 00032 - 2Argialas , D . P . , and G . CH . Miliaresis , 2001. Human factors in the Interpretation of Physiography by Symbolic and Numerical Representations within an Expert System . In « Interpreting Remote Sensing Imagery : Human factors » by R . R . Hoffman and A . B . Markman ( Eds ) , 304 p . , ISBN : 1566704138. Lewis Publishers - CRC PRESS , New York , Chapter 3 , pp . 59 - 81. DOI : 10.1201/9781420032819. sec2 Miliaresis , G . Ch . , and D . P . Argialas , 2000. Extraction & Delineation of Alluvial Fans from D ? ? s & Landsat TM Images . Photogrammetric Engineering & Remote Sensing , 66 ( 9 ) : 1093 - 1101. DOI : 0099 - 1112/00/6609 - 109 Argialas , D . P . , and G . CH . Miliaresis , 2000. Physiographic Region Interpretation : Formalization With Rule Based Structures and Object Hierarchies . Int . Archives of Photogrammetry & Remote Sensing , 19 - 23/7 , Amsterdam , Vol . XXXIII , Part B4 , 91 - 98 http : //www . isprs . org/proceedings/XXXIII/congress/part4/91_XXXIII - part4. pdfMiliaresis , G . Ch . , and D . P . Argialas , 1999. Segmentation of Physiographic Features from the Global Digital Elevation Model/GTOPO30. Computers & Geosciences , 25 ( 7 ) : 715 - 728. DOI : 10.1016/S0098 - 3004 ( 99 ) 00025 - 4
This resume is made with CVwizard . com . Supervised thesis Supervised postgraduate thesis Environmental Protection & Management ( MSc postgraduate course ) . Open University of Cyprus . Eustathiou Ch . 2019. Geoinformation & spatial planning into Secondary Education in Greece for supporting environmental education tasks . Katasarelia A . 2019. Vegetation mapping before and after the wild fire of 13th of Aug . 2017 in Eastern Attica from Sentinel - 2 imagery . Kountouriotis T . 2019. Spatial planning and associated legislation of wind energy farms in Cyprus . Vogiatzis N . 2019. Habitat detection - mapping of specific invasive species in Greece with GIS . Karra M . 2019. Mapping the impacts of flash flood of November 2017 in Western Attica . Zisi A . 2019. Environmental impact assessment of the wild fire of july 2018 in Eastern Attica . Ioannou J . 2018. Thematic information content of of unmanned aircraft systems ( UAS ) mapping products ( DEMs & orthophotos ) of US Geological Survey . Karatzanis D . , 2018. Landslide monitoring and restoration planning in artificial dam of Aposelimi in Western Crete . https : //kypseli . ouc . ac . cy/handle/11128/3636Konstantopoulos K . , 2018. Unsupervised landslide risk dependent terrain segmentation on the basis of historical landslide data and geomorphometrical indicators . https : //kypseli . ouc . ac . cy/handle/11128/3633Christothoulopoulou D . , 2018. Parents report their environmental attitude in primary education - a case study from Greece . https : //kypseli . ouc . ac . cy/handle/11128/3722Pittas A . 2016. Spatial decision making for planning industrial facilities . https : //kypseli . ouc . ac . cy/handle/11128/2273Ioannou M . 2015. Monitoring of environmental energy sector accidents with passive multi - temporal thermal remote sensing data . https : //kypseli . ouc . ac . cy/handle/11128/1767Dona M . 2015. GIS Planning of wind power installations in Grevena prefecture . https : //kypseli . ouc . ac . cy/handle/11128/1774Papantoni A . 2015. Geographic & Geomorphometric representation of Corine landcover . https : //kypseli . ouc . ac . cy/handle/11128/1874Karakatsanis P . 2015. Monitoring the biophysical impact of 2007 wild fires in Peloponnesus . https : //kypseli . ouc . ac . cy/handle/11128/1871Kalogeropoulou B . , 2015. Botsuana : environmental terrain analysis from moderate free/open GIS & remote sensing data . https : //kypseli . ouc . ac . cy/handle/11128/1872Naoumis G . , 2015. Multi - temporal SST thermal anomaly mapping and interpretation in Meditteranean Sea . https : //kypseli . ouc . ac . cy/handle/11128/1880Chiotaki S . , 2015. Thematic information content and comparison of ETM versus OLI ( Landsat ) . http : //hdl . handle . net/11128/1878Chachami B . , 2015. Water resources planning from wells monitoring and oped/free GIS data in Korintos prefecture . https : //kypseli . ouc . ac . cy/handle/11128/1890Tsekme H . 2014. Biophysical mapping of Cyprus form MODIS data & applications . https : //kypseli . ouc . ac . cy/handle/11128/1637Trakos A . 2014. Environmental protection & planning of Parnitha protected forest with open/free GIS and remote sensing data . https : //kypseli . ouc . ac . cy/handle/11128/1527Undergraduate thesis published in conferences • D . Skarlatos , G . Miliaresis , A . Georgiou , 2013. Investigation of Cyprus thermal tenancy using nine year MODIS LST data and Fourier analysis [ 8795 - 47 ] . Proc . SPIE 8795 , 1st International Conference on Remote Sensing & Geoinformation of the Environment Paphos , August 14 , 2013 ; 9 pages , DOI : 10.1117/12.2041580 [ http : //proceedings . spiedigitallibrary . org/proceeding . aspx ? articleid = 1724933 ] • Papasotirakopoulos S . , Miliaresis G . , Tsatsaris A . , 2010. Thermal modelling of Africa from multi - temporal MODIS LSΤ imagery . 20th ESRI Users Conf . , 1 - 3 Nov . , Athens , 6 https : //doi . org/10.6084/m9. figshare .1004880. v1 • Miliaresis G . and Basoukos K . , 2007. Landslides susceptibility of barren class objects from modern imagery . Conference on Env . Management , Engineering , Planning & Economics , Skiathos , June 24 - 28 , 2145 - 2150. https : //doi . org/10.6084/m9. figshare .1004645. v1 • Miliaresis G . and Kokkas N . , 2006. Geomorphometric segmentation applied to the city modeling problem . Int . Symposium on Terrain Analysis & Digital Terrain Modeling , China ( Nanjing ) , 23 - 25 Nov . 2006 , 12 p . https : //doi . org/10.6084/m9. figshare .1004643. v1 • Kokkas N . , Miliaresis G . , 2004. Geomorphometric Mapping of Grand Canyon from the 1o DEM . Int . Arc . of Photogrammetry , Remote Sensing & GIS , XXXV , 406 - 411. • Rodopoulos J . , & Miliaresis G . , 2004. Geomorphometric description of cluter maps . ASPRS Annual Conf . , Anchorage , Alaska , May , 5 - 9 , 399 - 403. https : //doi . org/10.6084/m9. figshare .1004642. v1 • https : //astrogeology . usgs . gov/search/map/Research/ISPRS/ISPRS04_1812_N_Kokkas • Miliaresis G . , Kokkas N . , 2003. The geomophometric signature of Valles Marineris from M . O . L . A . DEM . ASPRS Annual Conf . , Anchorage , Alaska , May 5 - 9 , 122 - 130. https : //doi . org/10.6084/m9. figshare .1004636. v1 • Panagou Th . , Miliaresis G . , 2003. Evaluating the thematic information content of ASTER ( VNIR ) imagery in urban areas by classification techniques . Int . Archieves of Photogrammetry , Remote Sensing & Spatial Information Science , XXXIV - 7/W9 , 263 - 267 https : //doi . org/10.6084/m9. figshare .1004639. v1 Electronics & Data Mining ( MSc postgraduate course ) . Department of Physics , University of Patras . • Koytsohera E . , & Dedes I . , 2007. Geophysics and Remote Sensing Signals .