This is a list of facilities with telescopes larger than 1m, expected or already operating in South East Europe.

Republic of Bulgaria

National Astronomical Observatory Rozhen

Website

Telescopes
  • 2m f/8 (f/36) Ritchey–Chrétien–Coude
Cameras
  • VersArray 1300B
  • Photometrics CE200A
Spectrographs
  • Coude spectrograph, R ~ 18000–32000
  • Echelle spectrograph ESPERO R ~ 35000–45000, operating at 400–850 nm
Auxiliary Instruments
  • Two-channel focal reducer FoReRo-2

Hellenic Republic

Kryoneri Observatory

Website

Telescopes
  • 1.2m f/13 Cassegrain
Cameras
  • Apogee Ap47p (1k×1k)

Skinakas Observatory

Website

Telescopes
  • 1.3m f/7.6 Ritchey–Chrétien
Cameras
  • ANDOR DZ436 (2k×2k)
  • ANDOR DW436 (2k×2k)
  • SiTe ISA (2000×800 pix)
  • IR camera-HgCdTe (1k×1k)
Spectrographs
  • Grating spectrograph R ~ 1000-10000, f/4, with a wide range of gratings, operating at 350-720 nm
  • Eschelle spectrograph, R ~ 19000-38000, operating at 350-720 nm
Auxiliary Instruments
  • Polarimeter

Helmos Observatory “Aristarchos”

Website

Telescopes
  • 2.3m f/8 Ritchey–Chrétien
Cameras
  • e2V LN CCD (1k×1k)
  • e2V LN2 CCD (2k×2k)
  • VEC CCD (4k×4k)
  • ANDOR DW485 (1k×1k)
Spectrographs
  • Grating spectrograph ATS, 400-725 nm
  • Eschelle spectrograph MES-AT, 390-750 nm

Orliakas Astronomical Park (expected 2020)

Telescopes
  • 1.5m reflector
  • solar telescope
  • radio telescope

Republic of Serbia

Astronomical Station Vidojevica

Website

Telescopes
  • 1.4m f/8 Nasmyth
Cameras
  • Apogee U42 (2k×2k)

Republic of Turkey

TUBITAK National Observatory

Website

Telescopes
  • 1.5m RTT150 Cassegrain–Coude
  • 1.0m Ritchey–Chretien
Cameras
  • TFOSC (2k×2k)
  • ANDOR DW436 (2k×2k)
  • ANDOR iXon+ (1k×1k)
  • SI 1100 UV CCD (4k×4k)
Spectrographs
  • TFOSC; grating spectrograph R ~ 200–5000, wavelength range 330–1200 nm
  • Coude spectrograph; R ~ 40000–100000, wavelength range 380–1000 nm

Çanakkale Observatory

Website

Telescopes
  • 1.22m f/10 Cassegrain–Nasmyth
Cameras
  • STL-1001E CCD (1k×1k)

Eastern Anatolia Observatory (DAG) (expected 2019)

Website

Telescopes
  • 4.0m Ritchey–Chretien with adaptive optics, active optics
Cameras
  • NIR imaging (0.9–2.5 μm)
  • Optical Imaging (300–1000 nm)
Spectrographs
  • Grating spectrograph; R ~ 2000–5000, wavelength range 300–1000 nm, MOS capability
  • NIR imaging spectrograph, wavelength range 0.8–2.5 μm, MOS capability
Auxiliary Instruments
  • SCAO
  • Wavefront sensors