Pauline von Hellermann
@pvonhellermannn@mastodon.green  ·  activity timestamp last month
Pauline von Hellermann
@pvonhellermannn@mastodon.green  ·  activity timestamp last month
Beardy Star Stuff
@dennyhenke@social.coop  ·  activity timestamp last month
DoomsdaysCW
@DoomsdaysCW@kolektiva.social  ·  activity timestamp 2 months ago
DoomsdaysCW
@DoomsdaysCW@kolektiva.social  ·  activity timestamp 2 months ago
annaf
@annaf@climatejustice.social  ·  activity timestamp 2 months ago
der.hans
der.hans boosted
Ciara
@CiaraNi@mastodon.green  ·  activity timestamp 2 months ago
Close up of a single dark-toned window in an aluminium facade. A vertical sun screen made of wind turbine blade is extended vertically on our side. There’s a vase with long-stemmed colourful flowers on the windowsill inside. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
Close up of a single dark-toned window in an aluminium facade. A vertical sun screen made of wind turbine blade is extended vertically on our side. There’s a vase with long-stemmed colourful flowers on the windowsill inside. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
Close up of a single dark-toned window in an aluminium facade. A vertical sun screen made of wind turbine blade is extended vertically on our side. There’s a vase with long-stemmed colourful flowers on the windowsill inside. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
A section of facade with windows, each with an open vertical sun screen made of wind turbine blade. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
A section of facade with windows, each with an open vertical sun screen made of wind turbine blade. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
A section of facade with windows, each with an open vertical sun screen made of wind turbine blade. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
A section of facade with several windows visible, each with an open vertical sun screen made of wind turbine blade. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
A section of facade with several windows visible, each with an open vertical sun screen made of wind turbine blade. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
A section of facade with several windows visible, each with an open vertical sun screen made of wind turbine blade. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
Close up of section of the Træ building with sun shade recognisably made of old wind turbine blade, open against a cloudless blue sky. Same long overall description as in other Alt Text follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
Close up of section of the Træ building with sun shade recognisably made of old wind turbine blade, open against a cloudless blue sky. Same long overall description as in other Alt Text follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
Close up of section of the Træ building with sun shade recognisably made of old wind turbine blade, open against a cloudless blue sky. Same long overall description as in other Alt Text follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
Ciara
@CiaraNi@mastodon.green  ·  activity timestamp 2 months ago
Close up of a single dark-toned window in an aluminium facade. A vertical sun screen made of wind turbine blade is extended vertically on our side. There’s a vase with long-stemmed colourful flowers on the windowsill inside. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
Close up of a single dark-toned window in an aluminium facade. A vertical sun screen made of wind turbine blade is extended vertically on our side. There’s a vase with long-stemmed colourful flowers on the windowsill inside. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
Close up of a single dark-toned window in an aluminium facade. A vertical sun screen made of wind turbine blade is extended vertically on our side. There’s a vase with long-stemmed colourful flowers on the windowsill inside. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
A section of facade with windows, each with an open vertical sun screen made of wind turbine blade. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
A section of facade with windows, each with an open vertical sun screen made of wind turbine blade. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
A section of facade with windows, each with an open vertical sun screen made of wind turbine blade. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
A section of facade with several windows visible, each with an open vertical sun screen made of wind turbine blade. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
A section of facade with several windows visible, each with an open vertical sun screen made of wind turbine blade. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
A section of facade with several windows visible, each with an open vertical sun screen made of wind turbine blade. Same long overall description as in other Alt Texts follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
Close up of section of the Træ building with sun shade recognisably made of old wind turbine blade, open against a cloudless blue sky. Same long overall description as in other Alt Text follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
Close up of section of the Træ building with sun shade recognisably made of old wind turbine blade, open against a cloudless blue sky. Same long overall description as in other Alt Text follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
Close up of section of the Træ building with sun shade recognisably made of old wind turbine blade, open against a cloudless blue sky. Same long overall description as in other Alt Text follows: the new Træ (Danish for Wood, and also Tree) office block at Sydhavnen (South Harbour), Aarhus, Denmark. It is Denmark’s tallest wooden building at 20 storeys and 78 metres high. Concrete and glass are also used. Most of the material is reused or recycled. It is quite narrow and cylindrical in three sections connected with enclosed bridges at upper floors and an outer red ramp footbridge. The cladding is very striking, sort of tiled or patchworked, lighter and darker areas dotted with reflective silver patches that snake down the façade almost like lightning, shining out across the city in different light. The many rectangular windows deeply reflect the surroundings and sky. Each rectangular window has an external sun screen that can be extended vertically. Each shade is made from a recycled wind turbine blade. Other recycled elements: bricks, aluminium facade sheets, light fittings. Lendager Architects designed Træ to be sustainable and to capture C02.
A.A. Delafin, blackguard
@mysteriarch@climatejustice.social  ·  activity timestamp 2 months ago
A.A. Delafin, blackguard
@mysteriarch@climatejustice.social  ·  activity timestamp 2 months ago
Pauline von Hellermann
@pvonhellermannn@mastodon.green  ·  activity timestamp 3 months ago
Screenshot of top of article Institut de Ciències del Mar EXCELENCIA SEVERO OCHOA Major reversal in ocean circulation detected in the Southern Ocean, with key climate implications SHARE NEWSLETTER Satellite data processing algorithms developed by ICM-CSIC have played a crucial role in detecting this significant shift in the Southern Hemispher which could accelerate the effec.. of climate change.
Screenshot of top of article Institut de Ciències del Mar EXCELENCIA SEVERO OCHOA Major reversal in ocean circulation detected in the Southern Ocean, with key climate implications SHARE NEWSLETTER Satellite data processing algorithms developed by ICM-CSIC have played a crucial role in detecting this significant shift in the Southern Hemispher which could accelerate the effec.. of climate change.
Screenshot of top of article Institut de Ciències del Mar EXCELENCIA SEVERO OCHOA Major reversal in ocean circulation detected in the Southern Ocean, with key climate implications SHARE NEWSLETTER Satellite data processing algorithms developed by ICM-CSIC have played a crucial role in detecting this significant shift in the Southern Hemispher which could accelerate the effec.. of climate change.
Pauline von Hellermann
@pvonhellermannn@mastodon.green  ·  activity timestamp 3 months ago
Screenshot of top of article Institut de Ciències del Mar EXCELENCIA SEVERO OCHOA Major reversal in ocean circulation detected in the Southern Ocean, with key climate implications SHARE NEWSLETTER Satellite data processing algorithms developed by ICM-CSIC have played a crucial role in detecting this significant shift in the Southern Hemispher which could accelerate the effec.. of climate change.
Screenshot of top of article Institut de Ciències del Mar EXCELENCIA SEVERO OCHOA Major reversal in ocean circulation detected in the Southern Ocean, with key climate implications SHARE NEWSLETTER Satellite data processing algorithms developed by ICM-CSIC have played a crucial role in detecting this significant shift in the Southern Hemispher which could accelerate the effec.. of climate change.
Screenshot of top of article Institut de Ciències del Mar EXCELENCIA SEVERO OCHOA Major reversal in ocean circulation detected in the Southern Ocean, with key climate implications SHARE NEWSLETTER Satellite data processing algorithms developed by ICM-CSIC have played a crucial role in detecting this significant shift in the Southern Hemispher which could accelerate the effec.. of climate change.
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