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Figure 14 in On river plumes along the Turkish coast of the Black Sea

Figure 14. Spatial distribution of TSM (g m-3) derived from MSI Sentinel-2A on 18 October 2017, 08:20 GMT (see Fig.13). TSM reaches 25-30 g m-3 near river mouths. The largest river plume is observed near the Harşit River mouth (38051'E).

Figure 6 in On river plumes along the Turkish coast of the Black Sea

Figure 6. Spatial distribution of TSM (g m-3) derived from MERIS Envisat on 14 January 2011, 07:38 GMT. The coastal zone from Samsun to Giresun is covered by high concentration of suspended matter (yellow and red colors) which is entrained in two anticyclonic eddies and transferred offshore at a distance of 50-100 km. Coastal and offshore waters in the southeastern most part of the Black Sea is free from turbid waters.

Figure 22 in On river plumes along the Turkish coast of the Black Sea

Figure 22. Spatial distribution of sea surface temperature (SST, 0C) derived from TIRS Landsat-8 on 15 May 2018, 08:07 GMT (see Figs.20, 21 for optical images). Coastal sea waters are characterized by SST of 170C (green colors). Mountain rivers bring colder waters which are displayed by dark blue spots at every river mouth where temperature is of 14-150C.

Figure 19 in On river plumes along the Turkish coast of the Black Sea

Figure 19. Spatial distribution of TSM (g m-3) derived from MSI Sentinel-2A on 28 October 2017, 08:20 GMT (see Fig.18). TSM is of 3-4 g m-3 near all river mouths.

Figure 3 in On river plumes along the Turkish coast of the Black Sea

Figure 3. Satellite view of heavy rains, which on May 15, 2019 caused massive landslides, which destroyed buildings in Ordu Province. Source: https://worldview.earthdata.nasa.gov.

Figure 21 in On river plumes along the Turkish coast of the Black Sea

Figure 21. Spatial distribution of TSM (g m-3) derived from OLI Landsat-8 on 15 May 2018, 08:07 GMT (see Fig.20). TSM reaches 30 g m-3 near the Harşit River mouth.

Figure 16 in On river plumes along the Turkish coast of the Black Sea

Figure 16. Spatial distribution of TSM (g m-3) derived from OLI Landsat-8 on 19 October 2017, 08:08 GMT (see Fig.15). TSM reaches 20 g m-3 near the Harşit River mouth and its river plume is more than 25 km long.

Figure 18 in On river plumes along the Turkish coast of the Black Sea

Figure 18. Turbid waters (light colors) on optical image of MSI Sentinel-2A on 28 October 2017, 08:20 GMT. Small river plumes are observed in the western side of the image.

Figure 15 in On river plumes along the Turkish coast of the Black Sea

Figure 15. Turbid waters (light blue colors) on optical image of OLI Landsat-8 on 19 October 2017, 08:08 GMT. The largest river plume persists from the Harşit River mouth.

Figure 13 in On river plumes along the Turkish coast of the Black Sea

Figure 13. Turbid waters (light colors) on optical image of MSI Sentinel-2A on 18 October 2017, 08:20 GMT. The coastal zone from the airport Ordu-Giresun (white runway strip in the western side of the image) to Görele at the eastern side of the image displays turbid waters associated with every river mouth, and river plumes directed in the northeast direction. In the eastern part of the image jets transport turbid waters 15-30 km offshore.

Figure 7 in On river plumes along the Turkish coast of the Black Sea

Figure 7. Spatial distribution of TSM (g m-3) derived from MERIS Envisat on 17 March 2011, 08:06 GMT. The coastal zone from Sinop to Giresun is covered by high concentration of suspended matter which is entrained in three anticyclonic eddies and transferred offshore at a distance of about 30 km. Eastward of Giresun there are small coastal spots of turbid waters. The highest TSM concentrations and areas of turbid waters are observed in the coastal zone of Georgia.

Figure 12 in On river plumes along the Turkish coast of the Black Sea

Figure 12. Spatial distribution of TSM (g m-3) derived from MERIS Envisat on 23 June 2011, 08:14 GMT. The coastal zone from Sinop to Batumi is covered by a narrow band of high concentration of suspended matter (some areas are hidden by clouds). In the eastern part of the sea there are two jets of turbid waters more than 120 km long. The easternmost jet forms an anticyclonic eddy.

Figure 9 in On river plumes along the Turkish coast of the Black Sea

Figure 9. Spatial distribution of TSM (g m-3) derived from MERIS Envisat on 16 May 2011, 08:07 GMT. The coastal zone from Sinop in Turkey to Batumi in Georgia is covered by high concentration of suspended matter which is entrained in a dozen of sub-mesoscale cyclonic eddies of about 10-20 km, and transferred offshore by jets at a distance up to 80 km in the eastern part.

Figure 8 in Satellite Monitoring of the Black Sea Ecological Risk Areas

Figure 8. Areas of environmental risk in the Black Sea, identified on the basis of satellite remote sensing data: 1 - Istanbul-Varna shipping route; 2 - Istanbul-Constanta shipping route; 3 - Istanbul-Odessa shipping route; 4 - Istanbul - Kerch Strait and Istanbul – Novorossiysk shipping routes; 5 - shipping routes leading to the ports of Georgia; 6 - water area near the Danube Delta; 7 - area of intense algal bloom on the northwestern shelf; 8 - Sevastopol Bay; 9 - Kerch Strait; 10 - Tsemesskaya Bay; 11 - Gelendzhik Bay; 12 - the Port of Tuapse; 13 - water area near Sochi; 14 - area of intensive methane seeps; 15 - coastal zone of the extreme eastern part of the Black Sea.

Figure 5 in Satellite Monitoring of the Black Sea Ecological Risk Areas

Figure 5. Natural oil slicks in the southeastern Black Sea.Upper left: Envisat ASAR, 27.10.2010, 07:32 UTC; Upper right: Sentinel-1A SAR, 18.07.2016, 03:16 UTC; Bottom: a generalized scheme of oil pollution of the sea surface over the region of natural hydrocarbon seeps from the bottom in the southeastern part of the Black Sea.

Figure 3 in Satellite Monitoring of the Black Sea Ecological Risk Areas

Figure 3. Manifestation of oil contamination at the SAR images. Left: Oil pollution at the anchorage of the Port of Odessa. ASAR Envisat on 02.09.2011, 08:10 UTC; Right: Oil pollution on the navigable route, directed towards Sevastopol. ASAR Envisat on 17.07.2011, 19:50 UTC.

Figure 7 in Satellite Monitoring of the Black Sea Ecological Risk Areas

Figure 7. Distribution of polluted waters under the influence of anticyclonic vortices in the coastal zone of the Black Sea. The upper left: suspended matter concentration from Envisat MERIS data obtained on 07.10.2011; The upper right: pollution on the sea surface on 10.11.2013 (photo from shipboard); Bottom: the scheme of spread of pollution on 10.11.2013.

Figure 2 in Satellite Monitoring of the Black Sea Ecological Risk Areas

Figure 2. Oil pollution near the straits. Left: Oil pollution at the entrance to the Bosphorus; ASAR Envisat on 02.10. 2011, 08:11 UTC. The area of the spot is 3.2 km2. Right: Oil pollution in the Kerch Strait. SAR Sentinel-1A from 07.09.2016, 03:40 UTC.

Figure 4 in Climate Changes of the Temperature of the Surface and Level of the Black Sea by the Data of Remote Sensing at the Coast of the Krasnodar Krai and the Republic of Abkhazia

Figure 4. Spatial variability of the climatic rate of the Black Sea level change (cm/yr) for period from 1993 to 2015.

Figure 1 in First records of Microlaimus tenuispiculum de Man, 1922 (Nematoda: Microlaimidae) from the Black Sea

Figure 1. Microlaimus tenuispiculum de Man 1922 А: female, total view; В: male 1, tail; C: male 1, total view; D: female, head; E: male 1, head. Scale bars: A = 100 µm; B, C, D, E = 50 µm.