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Search results “M sea level” for the 2016
What is Sea Level?
 
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FREE FACT: An oblate spheroid is a special case of an ellipsoid where two of the semi-principal axes are the same size. A special thanks to our Subbable.com supporters: Robby Weisenfeld Gustav Delius Ike https://www.youtube.com/TheNilFacts And to Audible.com - FREE audiobook at http://www.audible.com/minutephysics MinutePhysics is on Google+ - http://bit.ly/qzEwc6 And facebook - http://facebook.com/minutephysics And twitter - @minutephysics Minute Physics provides an energetic and entertaining view of old and new problems in physics -- all in a minute! Music by Nathaniel Schroeder http://www.soundcloud.com/drschroeder Thanks to Nima Doroud for contributions. Created by Henry Reich
Views: 3096822 minutephysics
The World After Sea-Level Rise
 
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A flyover animation of cities underwater after the climate warms four degrees and the oceans rise. Global warming: effects of 2º vs 4º. President Donald Trump's policies may lock us into 4º of warming. FB for daily news: http://www.facebook.com/thedailyconversation http://www.twitter.com/thedailyconvo Subscribe to TDC: https://www.youtube.com/TheDailyConversation/ Clips courtesy of Climate Central: http://www.climatecentral.org/ Video edited by Robin West Produced by Bryce Plank
Views: 162666 The Daily Conversation
Siros L at 2300 m above sea level
 
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Swiss portrait and editorial photographer Sandro Baebler took the Siros L into the swiss mountains and did a shooting with Malamutes under extreme conditions. Blog Story: Siros L: bit.ly/2hPtqlq Music: Prime Moment by Cymatix Snow Falling [ https://archive.org/details/SnowFalling_201402 ] by Jeffrey Beach (Beachfront Productions) / CC BY 3.0 [ https://creativecommons.org/licenses/by/3.0/ ]
Views: 3712 broncolor
David Guetta - A Party 424 Meters Under the Sea
 
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PRE-ORDER THE NEW DAVID GUETTA ALBUM NOW : https://davidguetta.lnk.to/Album7AY David Guetta - A Party 424 Meters Under the Sea @Masada, Created by Final Kid http://www.finalkid.com ℗ 2014 What A Music Ltd Music score by David Guetta and Giorgio Tuinfort Executive Producer Jean-Charles Carré http://www.davidguetta.com http://www.facebook.com/davidguetta https://twitter.com/davidguetta Subtitles : français, español, português, deutsch // click on CC
Views: 11568179 David Guetta
Future Sea Level Rise: Top 10 Countries In Danger
 
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These are the top 10 countries threatened by the 6 meter sea level rise we are almost guaranteed to see in the not-too-distant future, according to the projected pace of global warming and ice melt in Greenland and Antarctica. Subscribe to TDC: https://www.youtube.com/TheDailyConversation/ Sources: http://www.sciencemag.org/content/349/6244/aaa4019 http://www.climatecentral.org/news/nations-megacities-face-20-feet-of-sea-level-rise-19217 http://geology.com/sea-level-rise/ Like our page on Facebook http://www.facebook.com/thedailyconversation Join us on Google+ https://plus.google.com/100134925804523235350/posts Follow us on Twitter http://www.twitter.com/thedailyconvo Music: -- AudioBlocks.com -- "Space Fighter Loop" Kevin MacLeod (incompetech.com) Licensed under Creative Commons: By Attribution 3.0 http://creativecommons.org/licenses/by/3.0/
Views: 402666 The Daily Conversation
Deepest Part of The Oceans -  Full Documentary HD
 
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Measuring the Greatest Ocean Depth The Challenger Deep in the Mariana Trench is the deepest known point in Earth's oceans. In 2010 the United States Center for Coastal & Ocean Mapping measured the depth of the Challenger Deep at 10,994 meters (36,070 feet) below sea level with an estimated vertical accuracy of ± 40 meters. If Mount Everest, the highest mountain on Earth, were placed at this location it would be covered by over one mile of water. The first depth measurements in the Mariana Trench were made by the British survey ship HMS Challenger, which was used by the Royal Navy in 1875 to conduct research in the trench. The greatest depth that they recorded at that time was 8,184 meters (26,850 feet). In 1951, another Royal Navy vessel, also named the "HMS Challenger," returned to the area for additional measurements. They discovered an even deeper location with a depth of 10,900 meters (35,760 feet) determined by echo sounding. The Challenger Deep was named after the Royal Navy vessel that made these measurements. In 2009, sonar mapping done by researchers aboard the RV Kilo Moana, operated by the University of Hawaii, determined the depth to be 10,971 meters (35,994 feet) with a potential error of ± 22 meters. The most recent measurement, done in 2010, is the 10,994 meter ( ± 40 meter accuracy) depth reported at the top of this article, measured by the United States Center for Coastal & Ocean Mapping.
Views: 3219515 Advexon Science Network
Raw Footage Captures Life 1,000 Meters Below Sea Level
 
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Oceana's Ranger Expedition ventured to never-before-explored waters of Spain's Emile Baudot escarpment, 1,000 meters below sea level, and captured rare footage of the life of the deep, including sharks and octopodes!
Views: 9427 Oceana
Black Sea, sea level change 0 - -2400 m, fast
 
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The video shows the Black Sea on an altitude-colored, relief-shaded map with present coastline outlined, while the sea level drops from present to 2400 m below. The map is centered on 44°N 34°E, with a 10° vertical field of vision and 1.5 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: 30 Magnuz64
Exciting at 4,000 m (13,123ft ) above sea level in Pamir Highway
 
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I was cycling in Wakhan Valley around Pamir Highway with other cyclist friend. Although it was only end of August, it snowed because of high altitude. It was extremely difficult to cycle, but I was excited for snow. Blog https://www.universewithme.com Facebook https://www.facebook.com/universewithme Instagram https://www.instagram.com/universewithme Contributions : http://paypal.me/universewithme
Why Are Sea Levels Rising at Different Rates? | Ars Technica
 
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Sea levels are rising due to global warming, and part of the reason for this is ice on land is melting and flowing into the seas. Tide gauges can measure the rising sea level, but different tide gauges show the sea level is rising at different rates in different places. Why is this? Connect with Ars Technica: Visit ArsTechnica.com: http://arstechnica.com Follow Ars Technica on Facebook: https://www.facebook.com/arstechnica Follow Ars Technica on Google+: https://plus.google.com/+ArsTechnica/videos Follow Ars Technica on Twitter: https://twitter.com/arstechnica Why Are Sea Levels Rising at Different Rates? | Ars Technica
Views: 7235 Ars Technica
Caribbean Sea, sea level change 0 - -4000 m
 
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The video shows the Caribbean 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 19°N 79°W, with a 25° vertical field of vision and 3.9 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, http://www.gebco.net . The video is part of the collection Sea Level Change, https://www.youtube.com/playlist?list=PL6SgRGKF7pUyRKWRfkX1REdOuQet_Tcue
Views: 65 Magnuz64
Gone 2000 meters above sea level to experience the Audi Q8 (Alila Jabal Akhdar)
 
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Had a great chance to fly with Audi middle east to experience the 2019 Audi Q8 @ Alila Jabal Akhdar in Oman, this is my first experience to travel & live on a mountain @ over 2000 meters above the sea level, Crazy! During our convoy drive we tested the 2019 Audi Q8 on and off road, well & more! This video is not a tutorial but rather sharing my experience with you as it happened for the first time ever, enjoy! More Car Photography tutorials ➜ https://www.youtube.com/channel/UCqj4zUuhfFK31RRkKCtkvpA?sub_confirmation=1 ********************************** ➤ RAW Files Subscribe to my weekly newsletter to receive weekly goodies, RAW files + FREEBIES https://goo.gl/Nfvugr ********************************** ➤ AWESOME TUTORIALS: How to Photograph Black Cars➜ https://www.youtube.com/watch?v=ClKpLC6p6GY Car CPL Photography ➜https://www.youtube.com/watch?v=cd7GJa_deWM ********************************** ➤ GET IN TOUCH Follow me on IG ➜ https://instagram.com/actionscripter ISO1200 Magazine IG ➜ http://www.instagram.com/iso1200magazine #CharacterUnleashed #Photoshop #Cars #Photography
Views: 1247 Moe Zainal
Yuzhny Island, Russia, sea level rise -135 - 65 m
 
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The video shows the area around the Yuzhny Island in Russia, 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 71°N 55°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/map1155.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 68 Magnuz64
Is sea level rising?: Benjamin P. Horton at TEDxNavesink
 
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An analytical and historical look into the trend of rising sea levels, the effects of which are already being felt today, and the impact it could have on our shorelines in the not so distant future. In the spirit of ideas worth spreading, TEDx is a program of local, self-organized events that bring people together to share a TED-like experience. At a TEDx event, TEDTalks video and live speakers combine to spark deep discussion and connection in a small group. These local, self-organized events are branded TEDx, where x = independently organized TED event. The TED Conference provides general guidance for the TEDx program, but individual TEDx events are self-organized.* (*Subject to certain rules and regulations)
Views: 30349 TEDx Talks
Canary Islands, Spain, sea level rise -135 - 65 m
 
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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: 15093 Magnuz64
Eric Rignot: Ice Sheet Systems and Sea Level Change (Sea level rise)
 
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Scientific Discipline: Cryosphere Speaker: Eric Rignot (NASA Jet Propulsion Laboratory) Abstract Modern views of ice sheets provided by satellites, airborne surveys, in situ data and paleoclimate records while transformative of glaciology have not fundamentally changed concerns about ice sheet stability and collapse that emerged in the 1970's. Motivated by the desire to learn more about ice sheets using new technologies, we stumbled on an unexplored field of science and witnessed surprising changes before realizing that most were coming too fast, soon and large. Ice sheets are integrant part of the Earth system; they interact vigorously with the atmosphere and the oceans, yet most of this interaction is not part of current global climate models. Since we have never witnessed the collapse of a marine ice sheet, observations and exploration remain critical sentinels. At present, these observations suggest that Antarctica and Greenland have been launched into a path of multi-meter sea level rise caused by rapid climate warming. While the current loss of ice sheet mass to the ocean remains a trickle, every mm of sea level change will take centuries of climate reversal to get back, several major marine-terminating sectors have been pushed out of equilibrium, and ice shelves are irremediably being lost. As glaciers retreat from their salty, warm, oceanic margins, they will melt away and retreat slower, but concerns remain about sea level change from vastly marine-based sectors: 2-m sea level equivalent in Greenland and 23-m in Antarctica. Significant changes affect 2/4 marine-based sectors in Greenland - Jakobshavn Isbræ. and the northeast stream - with Petermann Gl. not far behind. Major changes have affected the Amundsen Sea sector of West Antarctica since the 1980s. Smaller yet significant changes affect the marine-based Wilkes Land sector of East Antarctica, a reminder that not all marine-based ice is in West Antarctica. Major advances in reducing uncertainties in sea level projections will require massive, interdisciplinary efforts that are not currently in place but are getting there. Projection scenarios are overwhelmingly conservative, pushed up by observations, awaiting more detailed knowledge of ocean circulation, winds, ice-ocean interaction, and mechanics of rapid ice fracture, not to mention the mere definition of static boundaries (ice thickness and sea floor bathymetry). https://agu.confex.com/agu/fm15/meetingapp.cgi/Paper/60094 Related The John F. Nye Lecture http://cryosphere.agu.org/nye-lecture-series/
Views: 4732 Climate State
Nova Scotia, Canada, sea level rise -135 - 65 m
 
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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: 132 Magnuz64
Sea Level and CO2 Thomas Wysmuller
 
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Thomas Wysmuller, formerly of NASA, explains the relationship (or non-relationship) between CO2 and sea levels. Recorded at the London conference on climate change, Sept 8-9, 2016.
Views: 14688 1000frolly
Shouldn't sea levels have risen by now?
 
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Try Dashlane here: http://dashlane.com/simonclark Get 10% off now with my promo code: simonclark ! In this video I answer the question: 'isn't climate change supposed to have risen sea levels by now?' by looking at one dataset in some detail, and reviewing the scientific literature. Also: Kevin Costner's Waterworld. My video on stopping climate change: https://www.youtube.com/watch?v=GkbuV_a-rvs This video was light on the potential impacts of sea level rise. I wanted to focus specifically on the perception that sea levels have not changed, and spend time on the data. If you’re interested in the potential impacts then https://www.ipcc.ch/site/assets/uploads/2018/02/ar5_wgII_spm_en.pdf is a must read. Anthropogenic climate change (AGW) is a fickle bit of science, and like much of environmental science sometimes changes on (relatively) long timescales and global extent can hide in plain sight. That seems to be the case with sea level rise. The data is very clear: sea levels have been rising faster and faster over the past century, and this is not caused by natural variability. Humanity's carbon emissions are radiatively forcing the planet, causing net warming and so thermal expansion of the oceans and melting of ice sheets. It appears that this is going to become more and more painfully obvious as this century wears on, and so the sooner we take action the better. REFERENCES/FOOTNOTES (1) Church and White (2011) https://link.springer.com/article/10.1007/s10712-011-9119-1 (2) This figure from https://commons.wikimedia.org/wiki/File:Post-Glacial_Sea_Level.png, created by Robert Rohde based on data from Fleming et al. 1998, Fleming 2000, and Milne et al. 2005 (3) There are many excellent resources online about Milankovitch cycles. In this instance, the wiki is a good introduction: https://en.wikipedia.org/wiki/Milankovitch_cycles (4) Gross scale annual reconstruction of Greenland temperatures using data from Buizert et al (2018) https://agupubs.onlinelibrary.wiley.com/doi/pdf/10.1002/2017GL075601. The enormous anomalous warming circa 15kya is the Bølling-Allerød interstadial, likely caused by changes in the AMOC https://en.wikipedia.org/wiki/B%C3%B8lling-Aller%C3%B8d_warming (5) This figure taken from https://www.arcgis.com/home/webmap/viewer.html?webmap=f1e7378b962d42168fdefec3b6eb8b5f (6) This rate calculated based on the year to year (backward step) finite difference gradient of annual average data from (1), averaged over 30 years. (7) See http://lasp.colorado.edu/home/sorce/data/tsi-data/. 100*(~1/1370) is less than 0.1%) (8) Current data https://scripps.ucsd.edu/programs/keelingcurve/. Yes, of course, this rise is caused by humans: https://scripps.ucsd.edu/programs/keelingcurve/2018/09/19/is-the-current-rise-in-co2-definitely-caused-by-human-activities/ (9) https://www.engineeringtoolbox.com/volumetric-temperature-expansion-d_315.html (10) IPCC AR5 WG1 chapter 13 https://www.ipcc.ch/site/assets/uploads/2018/02/WG1AR5_Chapter13_FINAL.pdf (11) Though sometimes the timeframe of long term predictions is unclear, e.g. https://www.nature.com/articles/271321a0, leading to hyperbolic interpretations. (12) This figure taken from https://blogs.egu.eu/divisions/gd/2017/09/13/modern-day-sea-level-rise/, which is a recommended read. (13) https://science2017.globalchange.gov/chapter/12/ (14) https://www.theguardian.com/environment/2016/jun/14/first-case-emerges-of-mammal-species-wiped-out-by-human-induced-climate-change ---------- II ---------- You can support the channel by donating at http://www.patreon.com/simonoxfphys Check out my website! https://www.simonoxfphys.com/ ---------- II ---------- My twitter - http://www.twitter.com/simonoxfphys My facebook - http://www.facebook.com/youtubesimon My insta - http://www.instagram.com/simonoxfphys My goodreads - http://www.goodreads.com/simonoxfphys ---------- II ---------- Music by Epidemic Sound: http://epidemicsound.com Stock footage provided by Bigstock: http://bit.ly/bigstock-videofreetrial Huge thanks to my supporters on Patreon: Alastair Fortune, Anne Smith, Ben McMurtry, bitreign33, Caitlin Louise, Charles Bray, Dan Hanvey, David Efird, Ethan Fuller, Filip Kermit Prick, James Bridges, jawad alalasi, Jay Wright, Jia Xin Peng, Jonathan Trimble, Julian Guggenberger, Kendall Hendrix, Kendra Johnson, Kodzo, Lachlan Woods, Leighton Mackenzie, Liam, Louis Gillet, Mark Anthony Magro, Martin Hermes, Mat Allen, Matthias Loos, Michael Phillips, Mike Wooldridge, Omar Miranda, Paul Everitt, Rory Healy, Ryke Allen, Scott Cassidy, Thusto, Tiarna Pepall, Tim Boxall, Wendover Productions
Views: 103180 Simon Clark
Sea Level - Full Concert - 02/11/77 - Capitol Theatre (OFFICIAL)
 
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Sea Level - Full Concert Recorded Live: 2/11/1977 - Capitol Theatre (Passaic, NJ) More Sea Level at Music Vault: http://www.musicvault.com Subscribe to Music Vault: http://goo.gl/DUzpUF Setlist: 0:00:00 - Tidal Wave 0:06:25 - Rain In Spain 0:13:28 - Shake A Leg 0:18:04 - Hideaway 0:21:43 - Scarborough Fair 0:27:34 - Hot 'Lanta 0:34:58 - Lawman 0:39:10 - Grand Larceny 0:45:19 - Tuning 0:47:01 - Country Fool 0:50:45 - Statesboro Blues (incomplete) 0:54:31 - Encore Break 0:56:04 - I'm Ready Personnel: Chuck Leavell: keyboards, lead vocals Jimmy Nalls: guitars, vocals Lamar Williams: bass, vocals Jai Johanny Johanson: drums, percussion Summary: This is good quality and a very rare video of the original quartet. Its also surprisingly in color, making it one of the earliest (if not the earliest) Passaic concerts shot in color.
Views: 48499 Rock on MV
Monterrey, Mexico, (z+c) sea level rise -135 - 65 m
 
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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
Funafuti, Tuvalu, (z+c) sea level rise -135 - 65 m
 
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The video zooms in on the area around Funafuti in Tuvalu, 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 9°S 179°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): 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/map1330.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 10 Magnuz64
Houston, TX, USA, sea level rise -135 - 65 m
 
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The video shows the area around Houston in Texas, USA, 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 30°N 95°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/map1297.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 37 Magnuz64
New York, NY, USA, sea level rise -135 - 65 m
 
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The video shows the area around New York in New York, USA, 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 41°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/map1303.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 21 Magnuz64
Pangnirtung, Canada, sea level rise -135 - 65 m
 
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The video shows the area around Pangnirtung 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 66°N 66°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/map1205.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 17 Magnuz64
Kish, Iran, (z+c) sea level rise -135 - 65 m
 
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The video zooms in on the area around Kish in Iran, 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 54°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): (Shiraz), Dubai, Dammam, (Al Aḩmadī), Abu Dhabi, Sharjah, (Al Ain), Bandar Abbas, Doha, (Al Hufūf). 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/map1084.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 26 Magnuz64
What Is Sea Level, Anyway?
 
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In Calipatria, California, the town is below sea level -- but their flag pole isn't. But what does "sea level" mean? Is it just theory, or is there more behind it? I'm at http://tomscott.com on Twitter at http://twitter.com/tomscott on Facebook at http://facebook.com/tomscott and on Snapchat and Instagram as tomscottgo
Views: 630232 Tom Scott
Bangalore, India, sea level rise -135 - 65 m
 
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The video shows the area around Bangalore in India, 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 13°N 79°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/map1088.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 38 Magnuz64
Iqaluit, Canada, sea level rise -135 - 65 m
 
00:41
The video shows the area around Iqaluit 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 64°N 68°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/map1204.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 9 Magnuz64
Sea level rise since 1880
 
00:29
The x-axis is months, the measurements are taken over the year, and vary over the year. More info at https://en.m.wikipedia.org/wiki/Sea_level_rise
Views: 108 Donal Clarke
Taymyr Peninsula, Russia, sea level rise -135 - 65 m
 
00:41
The video shows the area around the Taymyr Peninsula in Russia, 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 75°N 100°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/map1148.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 19 Magnuz64
Prins Christian Sound, Greenland, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Prins Christian Sound 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 60°N 43°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/map1196.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 6 Magnuz64
Umingmaktok, Canada, sea level rise -135 - 65 m
 
00:41
The video shows the area around Umingmaktok 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 68°N 108°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/map1225.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 7 Magnuz64
Earth Under Water Worldwide Flooding Sea Level Rise (SLR)
 
45:08
Miami, New Orleans and New York City completely under water it's a very real possibility if sea levels continue to rise. In Earth Under Water we'll see these events unfold as leading experts forecast how mankind will be impacted if global warming continues. They'll break down the science behind these predictions and explore ways humanity could adapt, including engineering vast dams near San Francisco, or building floating cities outside of New York. Earth Under Water (2010) http://www.imdb.com/title/tt5584618 Patreon http://patreon.com/ClimateState Facebook https://www.facebook.com/ClimateState
Views: 580826 Climate State
Luanda, Angola, sea level rise -135 - 65 m
 
00:41
The video shows the area around Luanda in Angola, 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 9°S 13°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/map1052.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 12 Magnuz64
Tokyo, Japan, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Tokyo 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 36°N 140°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): Tokyo, Yokohama, Osaka, Nagoya, Kobe, Kyoto, Kawasaki, Sendai, Chiba, Sakai, Shizuoka, Okayama, Hamamatsu, Niigata, Himeji, Kanazawa, (Utsunomiya), Kurashiki, Gifu-shi, Fujisawa, Toyohashi, Nara-shi, Toyota, (Nagano), Iwaki, Takatsuki, Okazaki, Wakayama, (Kōriyama), Takamatsu, Toyama, Kasugai, (Ōtsu), Akashi, Yokkaichi, (Fukushima), Ichihara, (Maebashi), Ichinomiya, Kakogawachō-honmachi, Tokushima, (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/map1124.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 33 Magnuz64
Sea Level Rise is a Hockey Stick
 
04:29
Larry Goldzband (Bay Area Conservation), Jim White (INSTAAR), Tiffany Troxler (Florida International University), and citizen scientists discuss sea level rise today and for the future. We're planning for 4-7 feet (+2 meters) of sea level rise by the end of the century, which is about twice as much as was projected just some years ago. Sources Sea Level Rise: How High? How Fast? https://www.youtube.com/watch?v=W1QedgZuNCE Citizen Scientists and Rising Sea Levels https://www.youtube.com/watch?v=SYJNGIPBgbI Sea Level Rise Adapting to Higher Seas https://www.youtube.com/watch?v=nQUsKUpfa9s
Views: 3182 Climate State
4,300m Above Sea Level
 
00:59
via YouTube Capture
Views: 300 Andrew Strugnell
Istanbul, Turkey, sea level rise -135 - 65 m
 
00:41
The video shows the area around Istanbul in Turkey, 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 41°N 29°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/map1031.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 16 Magnuz64
Alexander Island, Antarctica, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around the Alexander Island in Antarctica, 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 71°S 70°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/map1353.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 6 Magnuz64
Sandakan, Malaysia, sea level rise -135 - 65 m
 
00:41
The video shows the area around Sandakan in Malaysia, 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 6°N 118°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/map1113.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 17 Magnuz64
Baltic Sea, sea level change 200 - -200 m
 
00:17
The video shows the Baltic Sea on an altitude-colored, relief-shaded map with present coastline outlined, while the sea level drops from 200 m above present to 200 m below. The map is centered on 59°N 19°E, with a 15° vertical field of vision and 2.3 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: 52 Magnuz64
Fort Conger, Canada, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Fort Conger 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 82°N 64°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/map1191.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 20 Magnuz64
Chabahar, Iran, sea level rise -135 - 65 m
 
00:41
The video shows the area around Chabahar in Iran, 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 25°N 61°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/map1085.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 22 Magnuz64
Crozet Islands, France, sea level rise -135 - 65 m
 
00:41
The video shows the area around the Crozet Islands 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 46°S 52°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/map1312.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 12 Magnuz64
Lyakhovsky Islands, Russia, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around the Lyakhovsky Islands in Russia, 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 75°N 144°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): 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/map1146.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 7 Magnuz64
Hiw Island, Vanuatu, sea level rise -135 - 65 m
 
00:41
The video shows the area around the Hiw Island in Vanuatu, 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 13°S 167°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/map1163.html . The video is part of the collection Post-Glacial Sea Level Rise, https://www.youtube.com/playlist?list=PL6SgRGKF7pUxGJDaZFX42AD-WThvESlMf
Views: 21 Magnuz64
Stavanger, Norway, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around Stavanger in Norway, 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 59°N 6°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): Oslo, Göteborg, Edinburgh. 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/map1006.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 4 Magnuz64
Berkner Island, Antarctica, (z+c) sea level rise -135 - 65 m
 
01:01
The video zooms in on the area around the Berkner Island in Antarctica, 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 79°S 48°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/map1354.html . The video is part of the collection Post-Glacial Sea Level Rise 2, https://www.youtube.com/playlist?list=PL6SgRGKF7pUy1OPJIPKJ7ed0pzIX1jF9L
Views: 20 Magnuz64