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Construction of green hydrogen plant on grounds of Lloseta CEMEX factory begins

Construction of green hydrogen plant on grounds of Lloseta CEMEX factory begins
worldcement.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from worldcement.com Daily Mail and Mail on Sunday newspapers.

Islas balearesLes illes balearsHydrogen jointEuropean unionPower to green hydrogen mallorcaGreen hydrogen mallorcaIlles balearsEuropean green hyslandFuel cellHydrogen joint undertakingGreen hyslandலேஸ் இல்லேஸ் பாலர்ஸ்ஹைட்ரஜன் கூட்டுஐரோப்பிய தொழிற்சங்கம்பவர் க்கு பச்சை ஹைட்ரஜன் மல்லோர்காபச்சை ஹைட்ரஜன் மல்லோர்கா

LATEST: The updated Covid-19 rules and restrictions for regions across Spain

LATEST: The updated Covid-19 rules and restrictions for regions across Spain
thelocal.es - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from thelocal.es Daily Mail and Mail on Sunday newspapers.

Castilla la manchaCastilla la manachaLa palmaSpain generalEl hierroValencian communityCanary islandsLa manchaLa gomeraSanidad saludpicLes illes balearsCastillay lePedro sanchezGran canariaComercio alHealth ministry

Yacht Clubs Economic Engine – IrishDentist ie

The Balearic social nautical sector, made up of 24 nautical clubs that mostly house boats of less than ten meters (66% of the total moorings are small boats), generates 627 million euros directly and another 210 million indirectly , in added value. In addition, it creates a fabric that, between clubs and related companies, employs a total of 3,883 people, just over 1,100 of them directly. The data are part of the conclusion of a study carried out by the Department of Economics and Business of the Universitat de les Illes Balears (UIB), three of whose professors -Rafael Crespí, María Antonia García and Margarita Alemany- have analyzed the data corresponding to the financial year 2019 , the last one before the pandemic.

Margarita alemanyAntonia garcRafael crespLes illes balearsMiquel suAssociation of nautical clubsDepartment of economicsIlles balearsNautical clubsBalearic islandsமார்கரிட்டா அலேமணிஅன்டோனியா கர்க்லேஸ் இல்லேஸ் பாலர்ஸ்மைக்கேல் சுசங்கம் ஆஃப் கடல் கிளப்புகள்துறை ஆஃப் பொருளாதாரம்

Geoscientists reconstruct 6 5 million years of sea level stands

Credit: University of South Florida TAMPA, Fla. (January 22, 2021)- The pressing concern posed by rising sea levels has created a critical need for scientists to precisely predict how quickly the oceans will rise in coming centuries. To gain insight into future ice sheet stability and sea-level rise, new research from an international team led by University of South Florida geoscientists is drawing on evidence from past interglacial periods when Earth s climate was warmer than today. Using deposits in the caves of the Mediterranean island of Mallorca, known as phreatic overgrowths on speleothems, to reconstruct past sea level stands, the team was able to determine that the vertical extent of these unique deposits corresponds with the amplitude of the fluctuating water table, said author USF geosciences Professor Bogdan Onac. That determination now is providing scientists with a way to precisely measure past sea levels.

Mediterranean seaOceans generalSpanish stateBogdan onacJacqueline austermannIoana dumitruLes illes balearsYemane asmeromVictorj polyakUniversity of south floridaUniversity of new mexicoSpanish state research agencyNational science foundationColumbia university lamont doherty earth observatoryColumbia universityUniversity of balearic

UNM scientists, part of international geosciences team, reconstruct 6 5 million years of sea-level stands in the Western Mediterranean

, by investigating samples that are either older or younger than the Pliocene epoch (5.3 to 2.6 million years ago). Using precisely dated cave deposits from several of the Mallorcan caves and applying numerical and statistical models to estimate the corrections for glacial isostatic adjustment and long‐term uplift, they translated the local sea level estimates into global mean sea level (GMSL). Their results show that during key time events, such as Pliocene–Pleistocene Transition, some 2.6 million years ago, the GMSL stood at 6.4 meters (some 10 meters lower than the warmer Pliocene), whereas during the beginning and the end of the Mid‐Pleistocene Transition the sea level was at −1.1 meter and 5 meters respectively.

Spanish stateJacqueline austermannIoana dumitruLes illes balearsOanaa dumitruBogdanp onacUniversity of south floridaUniversity of new mexicoNational science foundationColumbia university lamont doherty earth observatoryColumbia universitySpanish state research agencyResearch scientist victor polyakUniversity of balearicNew mexico distinguished professor yemane asmeromSouth florida