Menu

Responsible person: RNDr. Ján KAŇUK, PhD.

The Laboratory of GIS comprises all equipment and technical infrastructure related to acquisition or location of spatial data via the field methods or remote sensing methods. Further, it encompasses the software needed for extraction and digital analysis of acquired spatial data. The laboratory manages also spatial datasets generated or purchased by the Institute.

  • Two GNSS recievers for precise positioning in real time or after post-processing (EPP Set – Hiper ll: Digital UHF 410-440 MHz s GSM/GPRS by TOPCON);
  • GPS Trimble Juno SB with the firmware GPS Pathfinder Office, Terra Sync;
  • GPS Garmin eTrex with the firmware Mapsource and topographic background of the Slovakia Topo and the Czech Topo;
  • Total positioning station Leica TC 605;
  • Laser distance meters Leica Disto D3;
  • Universal theodolite MOM-Te-D4;
  • Levelling instruments MEOPTA Kolibri;
  • Colour desktop scanner EPSON GT–15 000 for up to A3 format;
  • Large format plotter HP DesignJet Z2100 Photo

Software licences

  • 25 licences of ArcGIS 9.3.1 Editor;
  • 30 licences ArcGIS 10 Editor by ESRI (including Spatial Analyst, 3D Analyst a Geostatistical Analyst);
  • Installations of an open-source software GRASS GIS; R; MapServer
  • 25 licences of the CorelDRAW Graphics Suite X5.

Spatial data

  • Seamless digital vector database of the Slovak Republic SVM 50 (1:50 000)
  • Military topographic maps 1:25 000

Responsible person: Dr. Michal GALLAY
 
 Technological equipment
  • unmanned aerial system Aeroscout Scout B1-100 with a ground control station
  • and an airborne laser scanner Riegl VUX-1 with online full-waveform processing and an hyperspectral camera AisaKESTREL by SPECIM;
  • terrestrial laser scanner VZ-1000 by Riegl with integrated digital camera NIKON D-700 and a GNSS antenna;
  • digital photogrammetric workstation equiped with the PHOTOMOD v5.2 software by RACURS;
  • unmanned aerial system DJI PHANTOM 2 + Zenmuse H4-3D + FPV with a GoPro Hero3+ Black edition camera and datalink and ground control station
  • HP DesignJet Z2100 Photo large format printer
Softwarelicences
  • 1 licence of RiPROCESS for lidar data processing
  • 1 licence of RiAQUIRE ALS for lidar data processing
  • 1 licence of RT Post-Process for RTK GNSS data processing
  • 1 licence of ALMI for GNSS and lidar data integration
  • 1 licence of SDCView
  • 1 licence of NAVConfig
  • 1 licence of ENVI for remote sensing data processing
  • 1 licence of CaligeoPro by SPECIM for hyperspectral data processing
  • 1 licence of WePilot3000 for mission planning nad UAV control
  • 3 licences of Agisoft Photoscan 1.1.6 Professional Edition
  • 1 licence of PHOTOMOD v5.2 by RACURS

Geospatial data 

  • aerial photogrammetric stereo imagery and orthoimagery for the Slovak Karst and Košice City,
  • airborne adn terrestrial lidar data for Slovak Karst and some parts of the Košice City
 
scout_b-1-100.jpg
Unmanned aerial system Scout B1-100 with a laser scanner and hyperspectral camera.
 

 DSM_silica.jpg

Airborna lidar data can be used for generating a digital model of the landscape canopy. Th example shows a part of the Silica village in Slovak Karst acquired within the SPATIAL3D project.

 

landsat8_teplota_vKE.jpg

Satelite data of the LANDSAT8 mission can be used for calculating the surface temperature. The picture demonstrates that urban vegetation influences the ambient temperature in the city.

TLS.jpg

Laser scanning river bank erosion in the Tatra Mountains with the VZ-1000 scanner.

 

 

Responsible person: RNDr. Dušan BARABAS, CSc.

  • FRITSCH ANALYSETTE 3 PRO: quantitative particle size analysis of solids, suspensions via dry or wet sieving with woven test sieves or micro-precision sieves.
  • Flow probes Global Water FP 111;
  • Mine surveying kit Meopta
  • Dilatometer "TM 71" (installed in the field).
  • Water probe "MARS 4" in a Thompson profile installed in the field;
  • pH probes with a heat sensor for measuring pH, water temperature and water conductivity
  • automatic meteostation WH 1070
  • soil and geology survey kit for sampling up to 7m depth by Eijkelkamp.

Responsible person: Ing. Katarína BÓNOVÁ, PhD.

  • stereomicroscope Leica M80 with large field of view, increased depth of focus and improved resolution easily replicates measurements, photography or inspections of accessory minerals or other type of samples of either biological or abiotic origin;
  • optical microscope Leica DM 2500 P provides both basic to advanced examinations where high-quality polarization equipment is required. It is used for studying thin rock sections;
  • diverse collection of minerals and rocks

 

 

  •  Start 
  •  Prev 
  •  1  2 
  •  Next 
  •  End 

Page 1 of 2

Contact

Institute of Geography

Faculty of Science

UPJŠ  in Košice

Jesenná 5

040 01 Košice

48°43'43.57"S

21°14'53.80"V

see on map

 

tel.: +421-55-2342590

fax. +421-55-6222124

email: ug@upjs.sk

 icon-f-upjs256px-Youtube icon.svg

Calendar

November 2017
M T W T F S S
30 31 1 2 3 4 5
6 7 8 9 10 11 12
13 14 15 16 17 18 19
20 21 22 23 24 25 26
27 28 29 30 1 2 3
Go to top