Home
Videos uploaded by user “Magnuz64”
Zealandia, sea level change 0 - -4000 m
 
02:41
The video shows Zealandia on an altitude-colored, relief-shaded map with present coastline outlined, while the sea level drops from present to 4000 m below. The map is centered on 38°S 173°E, with a 40° vertical field of vision and 6.2 km/px resolution. CC BY 2018 SeaLevelRise.se, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, http://www.gebco.net . The video is part of the collection Sea Level Change, https://www.youtube.com/playlist?list=PL6SgRGKF7pUyRKWRfkX1REdOuQet_Tcue
Views: 134 Magnuz64
Canary Islands, Spain, sea level rise -135 - 65 m
 
00:41
The video shows the area around the Canary Islands in Spain, on an altitude-colored, relief-shaded map with present coastline outlined, while the sea level rises from 135 m below present, like at the last glacial maximum, to 65 m above present, like if all remaining ice sheets would melt. The map is centered on 28°N 15°W, with a 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. CC BY 2018 SeaLevelRise.se, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1041.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 15084 Magnuz64
Quebec, Canada, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Quebec in Canada, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 47°N 71°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): (Montréal), (Ottawa), Québec, Halifax. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1213.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 20 Magnuz64
Kuala Lumpur, Malaysia, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Kuala Lumpur in Malaysia, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 3°N 102°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Singapore, Medan, Kuala Lumpur, Klang, Johor Bahru, Pekanbaru, Ipoh, Seremban, Kuantan, Percut, George Town, Kuala Terengganu. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1102.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 16 Magnuz64
Auckland, New Zealand, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Auckland in New Zealand, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 37°S 175°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Auckland, Manukau City. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1166.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 17 Magnuz64
Nova Scotia, Canada, sea level rise -135 - 65 m
 
00:41
The video shows the area around Nova Scotia in Canada, on an altitude-colored, relief-shaded map with present coastline outlined, while the sea level rises from 135 m below present, like at the last glacial maximum, to 65 m above present, like if all remaining ice sheets would melt. The map is centered on 45°N 63°W, with a 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. CC BY 2018 SeaLevelRise.se, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1214.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 123 Magnuz64
Iqaluit, Canada, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Iqaluit in Canada, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 64°N 68°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): none. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1204.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 5 Magnuz64
Amsterdam, Netherlands, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Amsterdam in Netherlands, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 52°N 5°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): London, Berlin, Hamburg, Brussels, (Birmingham), Köln, Liverpool, Amsterdam, Nottingham, (Sheffield), (Frankfurt am Main), Bristol, Rotterdam, (Essen), (Dortmund), Düsseldorf, Bremen, Hannover, Leicester, (Leipzig), Duisburg, (Nürnberg), The Hague, Antwerpen, Leeds, Cardiff, Manchester, (Bochum), (Stoke-on-Trent), (Wuppertal), (Coventry), (Bielefeld), Reading, Kingston upon Hull, Preston, Bonn, (Mannheim), Newport, Southend-on-Sea, Utrecht, (Karlsruhe), (Wiesbaden), Derby, Münster, (Aachen), Mönchengladbach, (Luton), (Wolverhampton). CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1013.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 20 Magnuz64
Repulse Bay, Canada, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Repulse Bay in Canada, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 67°N 86°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): none. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1224.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 3 Magnuz64
Bermuda, United Kingdom, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Bermuda in United Kingdom, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 32°N 65°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): none. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1350.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 8 Magnuz64
Canary Islands, Spain, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around the Canary Islands in Spain, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 28°N 15°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Agadir, Las Palmas de Gran Canaria. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1041.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 11 Magnuz64
San Salvador Island, Bahamas, sea level rise -135 - 65 m
 
00:41
The video shows the area around the San Salvador Island in Bahamas, on an altitude-colored, relief-shaded map with present coastline outlined, while the sea level rises from 135 m below present, like at the last glacial maximum, to 65 m above present, like if all remaining ice sheets would melt. The map is centered on 24°N 74°W, with a 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. CC BY 2018 SeaLevelRise.se, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1293.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 8 Magnuz64
Luain, Ireland, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Luain in Ireland, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 53°N 8°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): London, Dublin, (Birmingham), Liverpool, Nottingham, Sheffield, Bristol, Glasgow, Leicester, Leeds, Cardiff, Manchester, (Stoke-on-Trent), (Coventry), Sunderland, Reading, Kingston upon Hull, Preston, Newport, Swansea, Belfast, Derby, Plymouth, (Luton), (Wolverhampton). CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1017.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 18 Magnuz64
Mediterranean Sea, sea level change 0 - -4000 m
 
02:41
The video shows the Mediterranean Sea on an altitude-colored, relief-shaded map with present coastline outlined, while the sea level drops from present to 4000 m below. The map is centered on 38°N 15°E, with a 20° vertical field of vision and 3.1 km/px resolution. CC BY 2018 SeaLevelRise.se, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, http://www.gebco.net . The video is part of the collection Sea Level Change, https://www.youtube.com/playlist?list=PL6SgRGKF7pUyRKWRfkX1REdOuQet_Tcue
Views: 61 Magnuz64
Cape Town, South Africa, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Cape Town in South Africa, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 34°S 19°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Cape Town. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1057.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 20 Magnuz64
Makassar, Indonesia, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Makassar in Indonesia, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 5°S 119°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Makassar, Situbondo, Banjarmasin. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1109.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 6 Magnuz64
Brisbane, Australia, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Brisbane in Australia, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 27°S 153°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Brisbane, Gold Coast, Logan City. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1185.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 8 Magnuz64
Clyde River, Canada, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Clyde River in Canada, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 70°N 69°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): none. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1206.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 4 Magnuz64
Tahiti, France, sea level rise -135 - 65 m
 
00:41
The video shows the area around Tahiti in France, on an altitude-colored, relief-shaded map with present coastline outlined, while the sea level rises from 135 m below present, like at the last glacial maximum, to 65 m above present, like if all remaining ice sheets would melt. The map is centered on 16°S 147°W, with a 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. CC BY 2018 SeaLevelRise.se, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1319.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 14 Magnuz64
Quingdao, China, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Quingdao in China, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 36°N 120°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): (Tai’an), Jinan, (Zhengzhou), Dalian, Qingdao, Zibo, (Shijiazhuang), Huai’an, Incheon, (Handan), (Xuchang), Tongshan, Zhu Cheng City, Baoding, (Huaibei), (Kaifeng), (Anyang), (Xinxiang), (Zhumadian), Yantai, Puyang Chengguanzhen, Yancheng, (Xingtai), Luancheng, Cangzhou, Hengshui, Namp’o, Jining, Luohe, (Yangquan), Weifang, Xinpu, Dezhou, Zhoukou, Kaesŏng, Sariwŏn, Shengli, (Linyi), Mokpo, Heze. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1120.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 7 Magnuz64
Farasan Island, Saudi Arabia, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around the Farasan Island in Saudi Arabia, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 17°N 42°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): (Sanaa), Al Ḩudaydah, (Asmara), Port Sudan, (Khamis Mushait), (Najrān). CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1075.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 9 Magnuz64
Aomori, Japan, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Aomori in Japan, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 41°N 141°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Sapporo, Sendai, (Asahikawa), Akita, Aomori, (Morioka), Hakodate, (Yamagata). CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1125.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 3 Magnuz64
Falkland Islands, United Kingdom, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around the Falkland Islands in United Kingdom, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 52°S 59°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): none. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1267.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 8 Magnuz64
Etah, Greenland, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Etah in Greenland, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 78°N 72°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): none. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1192.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 87 Magnuz64
Port Nelson, Canada, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Port Nelson in Canada, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 57°N 93°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): none. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1222.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 7 Magnuz64
Dhinoode, Somalia, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Dhinoode in Somalia, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 7°N 49°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): (Hargeysa). CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1072.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 7 Magnuz64
Praia, Cape Verde, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Praia in Cape Verde, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 16°N 24°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): none. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1045.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 6 Magnuz64
Port of Spain, Trinidad and Tobago, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Port of Spain in Trinidad and Tobago, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 11°N 61°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): (Ciudad Guayana), Barcelona, (Maturín), Puerto La Cruz, Ciudad Bolívar, Cumaná. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1284.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 85 Magnuz64
Montevideo, Uruguay, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Montevideo in Uruguay, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 35°S 56°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Buenos Aires, Montevideo, Rosario, La Plata. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1272.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 21 Magnuz64
San Salvador Island, Bahamas, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around the San Salvador Island in Bahamas, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 24°N 74°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): (Camagüey). CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1293.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 9 Magnuz64
Port of Spain, Trinidad and Tobago, sea level rise -135 - 65 m
 
00:41
The video shows the area around Port of Spain in Trinidad and Tobago, on an altitude-colored, relief-shaded map with present coastline outlined, while the sea level rises from 135 m below present, like at the last glacial maximum, to 65 m above present, like if all remaining ice sheets would melt. The map is centered on 11°N 61°W, with a 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. CC BY 2018 SeaLevelRise.se, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1284.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 77 Magnuz64
Freetown, Sierra Leone, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Freetown in Sierra Leone, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 8°N 13°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Conakry, Monrovia, Freetown. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1047.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 14 Magnuz64
Umingmaktok, Canada, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Umingmaktok in Canada, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 68°N 108°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): none. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1225.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 6 Magnuz64
Valencia, Spain, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Valencia in Spain, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 39°N 0°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): (Madrid), (Algiers), Barcelona, Valencia, Boumerdas, Sevilla, (Zaragoza), Málaga, (Constantine), Murcia, Palma, Alicante, (Córdoba), (Valladolid), (Sétif). CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1023.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 24 Magnuz64
Calcutta, India, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Calcutta in India, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 23°N 88°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Dhaka, Kolkata, Chittagong, Patna, Khulna, (Varanasi), (Ranchi), Bhubaneshwar, Rājshāhi, (Jamshedpur), Cuttack, (Raurkela), (Durgapur), (Āsansol), Bhātpāra, (Gaya), (Korba), (Bokāro), Comilla, Shibganj, Natore, Bhāgalpur, Rangpur, Tungi, (Kulti), Barddhamān, Bārāsat, Narsingdi, Bagerhat, (Aizawl), Cox’s Bāzār. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1098.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 9 Magnuz64
Umiujaq, Canada, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Umiujaq in Canada, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 57°N 76°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): none. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1220.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 11 Magnuz64
Shanghai, China, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Shanghai in China, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 31°N 121°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Shanghai, Nanjing, Hangzhou, Suzhou, (Puyang), Wuxi, Ningbo, Hefei, Huai’an, Nanchang, Kunshan, Changshu City, Huainan, Changzhou, Wenzhou, Huangshi, Nantong, Zhenjiang, Yancheng, Taizhou, Bengbu, Yangzhou, (Guli), Wuhu, Jiaxing, Luqiao, Shaoxing, Jeju City, Zhoukou, Anqing, (Shangrao), Wusong, Jingdezhen, Chuzhou, Jiujiang. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1119.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 13 Magnuz64
Athens, Greece, sea level rise -135 - 65 m
 
00:41
The video shows the area around Athens in Greece, on an altitude-colored, relief-shaded map with present coastline outlined, while the sea level rises from 135 m below present, like at the last glacial maximum, to 65 m above present, like if all remaining ice sheets would melt. The map is centered on 38°N 24°E, with a 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. CC BY 2018 SeaLevelRise.se, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1030.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 40 Magnuz64
Monterrey, Mexico, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Monterrey in Mexico, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 26°N 100°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): (Monterrey), (Saltillo), (Torreón), Reynosa, (Victoria de Durango), Heroica Matamoros, (Nuevo Laredo), Corpus Christi, (Ciudad Victoria), (Laredo). CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1290.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 13 Magnuz64
Acapulco, Mexico, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Acapulco in Mexico, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 17°N 100°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): (Mexico City), (Puebla), Acapulco de Juárez, (Morelia), Veracruz, (Toluca), (Xalapa de Enríquez), (Cuernavaca), (Oaxaca). CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1247.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 9 Magnuz64
Klaipėda, Lithuania, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Klaipėda in Lithuania, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 56°N 21°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): (Minsk), Copenhagen, Riga, Göteborg, (Vilnius), Gdańsk, Kaliningrad, Szczecin, Kaunas, Bydgoszcz, (Vitebsk), (Hrodna), Malmö, (Białystok), Gdynia. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1012.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 30 Magnuz64
Liverpool, United Kingdom, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Liverpool in United Kingdom, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 53°N 3°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): London, Dublin, Brussels, (Birmingham), Liverpool, Amsterdam, Nottingham, Sheffield, Bristol, Rotterdam, Glasgow, Leicester, The Hague, Edinburgh, Antwerpen, Leeds, Cardiff, Manchester, (Stoke-on-Trent), (Coventry), Sunderland, Reading, Kingston upon Hull, Preston, Newport, Swansea, Southend-on-Sea, Utrecht, Belfast, Derby, Plymouth, (Luton), (Wolverhampton). CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1015.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 16 Magnuz64
Wadomari, Japan, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Wadomari in Japan, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 27°N 129°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Naha. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1128.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 3 Magnuz64
Sevastopol, Ukraine, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Sevastopol in Ukraine, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 45°N 33°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): (Bucharest), (Rostov-na-Donu), Odessa, (Zaporizhia), (Kryvyi Rih), Krasnodar, Chisinau, Mykolayiv, Mariupol, (Sevastopol), (Simferopol), Sochi, Kherson, (Iaşi), Varna, Constanţa, Galaţi, Taganrog, (Braşov). CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1032.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 14 Magnuz64
Germania Land, Greenland, sea level rise -135 - 65 m
 
00:41
The video shows the area around the Germania Land in Greenland, on an altitude-colored, relief-shaded map with present coastline outlined, while the sea level rises from 135 m below present, like at the last glacial maximum, to 65 m above present, like if all remaining ice sheets would melt. The map is centered on 77°N 20°W, with a 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. CC BY 2018 SeaLevelRise.se, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1200.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 5 Magnuz64
Iloilo, Philippines, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Iloilo in Philippines, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 11°N 123°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Cebu City, Bacolod City, Cagayan de Oro, Iloilo, Iligan, Butuan. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1132.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 69 Magnuz64
New Orleans, LA, USA, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around New Orleans in Louisiana, USA, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 30°N 90°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Houston, New Orleans. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1298.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 16 Magnuz64
Belaga, Malaysia, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Belaga in Malaysia, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 3°N 114°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Kuching, Kota Kinabalu, Sandakan, Tawau. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1112.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 6 Magnuz64
Los Angeles, CA, USA, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Los Angeles in California in USA, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 34°N 118°W, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): (Los Angeles), (Phoenix), San Diego, (Tijuana), (Las Vegas), Mexicali, (Fresno), Long Beach, (Mesa), (Bakersfield), Anaheim, Santa Ana, (Riverside), (Henderson), Chula Vista, (Chandler), Irvine, Ensenada. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1243.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 19 Magnuz64
Palembang, Indonesia, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Palembang in Indonesia, on an altitude-colored, relief-shaded map with present coastline outlined and any large cities (pop. over 250,000-300,000) marked, with the sea level rising from 135 m below present, like at the last glacial maximum, 21,000 years ago, to 65 m above present, like if all remaining ice sheets would melt, possibly 270 (cubic regression of NASA sea level data 1993-2018) - 10,000 (linear regression of post-glacial sea level) years into the future. The map is centered on 3°S 105°E, with a final 6° vertical field of vision, meaning a 1186x667 km2 area and 0.9 km/px resolution. Large cities in view (not flooded in parentheses): Palembang, Padang, (Bandar Lampung), Pontianak, Jambi City, Bengkulu. CC BY 4.0 SeaLevelRise.se, 2018, http://sealevelrise.se, rendered using custom PERL script, ImageMagick and FFmpeg, from open geodata, the GEBCO_2014 Grid, version 20150318, and cities15000 CC BY 4.0 GeoNames, 2018. The view is also available as an interactive 3D scene at http://sealevelrise.se/en/earth_3d1/map1103.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 4 Magnuz64