Site selection for the 3.4m optical telescope of the Iranian National Observatory
Sadollah Nasiria, Ahmad Darudi, Habib G. Khosroshahi, Marc Sarazin

TL;DR
This paper reports the comprehensive site selection process for Iran's 3.4m optical telescope, involving meteorological, geographical, and atmospheric measurements over several years, culminating in the selection of the Gargash site.
Contribution
It presents a detailed multi-year site selection methodology combining long-term climate data and atmospheric seeing measurements for an astronomical observatory.
Findings
Two optimal sites identified based on seeing and weather data.
Median seeing value around 1.0 arcseconds at both sites.
Gargash site chosen for construction due to superior conditions.
Abstract
The Results of the site selection campaign conducted for the proposed 3.4m optical telescope of the Iranian National Observatory are reported. During the first 3 years, among 33 nominated regions throughout the country, the potential regions were confined to four provinces, namely, Southern Khorasan located in the East, Kerman in the South East and Qom and Esfahan in the central part by examining the long-term meteorological and geographical parameters. Over the following 3 years, after astro-climate considerations and short-term atmospheric seeing measurements using differential image motion monitor (DIMM) technique were carried out, four candidate sites were selected among these regions. Simultaneous seeing measurements were carried out on the four candidate sites and finally, the Dinava located at the common border of the Esfahan and Qom provinces and Gargash in Kashan region were…
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Taxonomy
TopicsAdaptive optics and wavefront sensing · Stellar, planetary, and galactic studies · Optical Systems and Laser Technology
