Figure 5 - uploaded by Steven M. Hunter
Content may be subject to copyright.
Elevation map (in meters) of Istanbul and northwest Turkey region (legend at left). Water supply map of Fig. 1 is overlaid as semi-transparent image. Maximum aircraft operating ranges are enclosed by brown polygons-ET for European target and AT for Asian Target. The ET polygon is divided into Air Traffic Control operating areas 1 and 2, while AT corresponds to area 3. Heavily restricted airspace within 18 km (10 nm) of Ataturk airport shown by thin red circle. Istanbul radar location is denoted by small red star about 80 km west-northwest of Istanbul.

Elevation map (in meters) of Istanbul and northwest Turkey region (legend at left). Water supply map of Fig. 1 is overlaid as semi-transparent image. Maximum aircraft operating ranges are enclosed by brown polygons-ET for European target and AT for Asian Target. The ET polygon is divided into Air Traffic Control operating areas 1 and 2, while AT corresponds to area 3. Heavily restricted airspace within 18 km (10 nm) of Ataturk airport shown by thin red circle. Istanbul radar location is denoted by small red star about 80 km west-northwest of Istanbul.

Source publication
Technical Report
Full-text available
Cloud seeding; aerosol research; precipitation enhancement; Istanbul; drought; water supply; airborne seeding; silver iodide

Similar publications

Article
Full-text available
This paper presents about the use of WRF modelling to assist weather analysis for cloud seeding operation in the Citarum Catchment Area, West Java, Indonesia. In this study, WRF parameterization was carried out . The parameterized values were used to forecast precipitation during cloud seeding operation. To study the effect of variational run, WRF...
Article
Full-text available
In cloud seeding by ground-based generators studies, a dispersion analysis of the AgI glaciogenic aerosol is a necessary tool to estimate if it reaches seeding heights. A study of the dispersion of AgI emitted by a network of generators with hypothetical locations in the eastern region of Cuba was developed using the WRF-Chem model. Two spatial dis...
Article
Full-text available
In previous studies, cloud seeding has been primarily used to increase precipitation; however, its use for the purpose of reducing particulate matter concentration has not yet been adequately addressed. In this study, we investigated the effect of cloud seeding on the reduction of fine dust concentration by conducting two airborne experiments in we...
Article
Full-text available
Cloud seeding operational has been conducted in Indonesia. In this study, the two cases operational were analysis, ie Larona (2005) and Citarum Catchment Area (2011). The coalescence activity during operational were analysed using archives of NOAAGFS model sounding and it also used to determined storm category and ICA. For this purpose, the number...