Check out Wikipedia for all information about the history of Underwater Habitats. We just finished the preparation for the same article on the German Wikipedia and will continue to add the results of our investigations there.
Nachdem wir uns dazu entschieden haben, alle Studien über bisherige Unterwasserstationen in die deutschsprachige Wikipedia einzupflegen, ist nun der Artikel über Geschichte und Technik von Unterwasserstationen soweit abgeschlossen und dort online. In Zukunft werden noch weitere Infos hinzugefügt.
The Triton is a sort of artificial gill that would extract oxygen from the water for you in an on-demand fashion as you swim, obviating the need for bulky SCUBA gear. Is this really possible? Find the answer on Deep Sea News.
The Tektite habitat was an underwater laboratory which was the home to divers during Tektite I and II programs. The Tektite program was the first scientists-in-the-sea program sponsored nationally. The habitat capsule was placed in Great Lameshur Bay, Saint John, U.S. Virgin Islands in 1969 and again in 1970. Get all information on Wikipedia.
Ich hab’ alle auftreibbaren Informationen zum Habitat Tektite mit den MIssionen Tektite I (1969), Tektite II (1970) und Minitat auf Wikipedia zusammengetragen, wo sie hoffentlich bis in alle Ewigkeiten abrufbar bleiben. Hier geht’s zum Artikel.
As an initiative of IWM (International Watersports Management) we opened the Underwater Sculpture Exhibition Deep Art on 9th September 2005 in the bay of Kiriş 12m below sea level. Ergün Marble Industries financed the transportation from Eastern Anatolia to Antalya. Continue reading ““Deep Art” Underwater Sculptures”
In 2007 we completed the interactive underwater guide for Kemer/Turkey including the regions Antalya City, Beldibi, Göynük, Kemer, Kiriş, Çamyuva, Tekirova (incl. the Environmental Park ‘3 Islands’) and Adrasan. The project was sponsored by ANEX Tour and Club Magic Life and used on various fairs as a promotion tool for the scuba diving tourism. By being programmed in HTML the guide was compatible with all computer systems. Continue reading “Kemer Underwater Guide”
Growing plants in the undersea station will be very difficult. But the experiment below brought the following question to my mind: If the site of the station would be the Mediterranean, which is a subtropical environment, then the main season would be the summertime. During that period many crops would not grow due to sunlight intensity and heat. The project in the video might be an alternative to use the seawater as a light filter and cooling medium. Would it be worth to investigate?
Keeping an air filled structure on the sea-floor is more difficult than expected. Especially while descending and landing the station major difficulties occurred on previous stations. We can calculate about one kilo of weight (negative buoyancy) per litre of air inside the station (positive buoyancy). The dimensions are huge: imagine a space of 50 m² with a height of 2m, which equals 100 tons of counterweight. At the same time it has to be considered, that these weights have to be lifted again in the end of the mission. For ecological reasons we should find a way to leave the weights on the site and to use a material that would not harm the environment. Continue reading “Undersea Station: Ballast”
Seven miles deep, the ocean is still a noisy place. NOAA and partners bring back first recordings from deepest part of the world’s ocean. For what may be the first time, NOAA and partner scientists eavesdropped on the deepest part of the world’s ocean and instead of finding a sea of silence, discovered a cacophony of sounds both natural and caused by humans. More on NOAA.gov
How the Lion City was purposely-flooded to make way for a power station but remains completely intact 40m underwater after 50 years. Read more on dailymail.co.uk with many fascinating images and videos.
If you always wondered how the biggest ever built submarine, the russian Typhoon class interior looks like you should have a look at livejournal.com. It has designed for a crew of 160 marines and has a length of more than 170m. The images were taken 2009 and show the whole interior including sauna, pool and gym.
The development and research project “StEnSEA” (Stored Energy in the Sea) is investigating the installation of large storage facilities on the sea floor, in combination with offshore wind farms. The physical principle on which the energy storage facility operates is similar to that of conventional pumped storage power plants, but based not on two reservoirs, but a hollow sphere. Read more on forschung-energiespeicher.info
Neft Daşları is an industrial settlement in Baku, Azerbaijan. The settlement forms part of the municipality of Çilov-Neft Daşları in the Khazar raion. It lies 100 km (62 mi) away from the Azerbaijani capital Baku, and 55 km (34 mi) from the nearest shore in the Caspian Sea. A full town on the sea with up to 5000 inhabitants, it was the first oil platform in Azerbaijan, and the first operating offshore oil platform in the world, incorporating numerous drilling platforms. Read more on Wikipedia (english, deutsch, türkçe).
Image source: By Bruno Girin on Flickr – Flickr, CC BY-SA 2.0, https://commons.wikimedia.org/w/index.php?curid=9549521
One of the reasons why the first generation of underwater stations came to an end in the 80’s was the conlusion that it is more effective to use decompression chambers on board of a support vessel instead of placing divers on the bottom of the sea. The oil industry just did not see any reason for undersea stations. Therefore it was surprising that China announced in 2012 that they planned to build an undersea mining station of 60 meters length Continue reading “Chinese Underwater Station”
After UnderwaterPromotion.com was fataly hacked we asked ourselves if we should use the opportunity to restart completely and get rid of the ‘Promotion’ that caused too much trouble in the net. So we came to ‘Calamar Park‘ with emphasis on investigation and development for a life under the sea. Well, let’s see where the rabbit hole goes.