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DUKAS_159526887_FER
dukas 159526887 fer
Ferrari Press Agency
Dinosaur 1
Ref 15056
24/08/2023
See Ferrari text
Pictures must credit: Nick Longrich,/University of Bath
Fossils of primitive cousins of iconic meat-eating dinosaur Tyrannosaurus rex have been discovered by scientists in North Africa.
The bones belong to two new dinosaur species from a species called Abelisauridae.
These animals that had short, bulldog snouts and even shorter arms.
These carnivorous dinosaurs were counterparts to the tyrannosaurs of the Northern Hemisphere.
They lived during the latter part of the Cretaceous period which ended with a giant asteroid impact 66 million years ago that wiped out much life on Earth.
Two new species of dinosaur were found in Morocco, just outside of Casablanca.
One species, found near the town of Sidi Daoui, is represented by a foot bone from a predator about two and a half metres long.
The other, from nearby Sidi Chennane, is the shin bone of a carnivore that grew to around five metres in length.
The finds show that Morocco was home to diverse dinosaur species just before the asteroid extinction known as the Cretaceous-Paleogene crisis.
OPS: Fossil abelisaur metatarsal bones found in the feet
Picture supplied by Ferrrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_159526883_FER
dukas 159526883 fer
Ferrari Press Agency
Dinosaur 1
Ref 15056
24/08/2023
See Ferrari text
Pictures must credit: University of Bath
Fossils of primitive cousins of iconic meat-eating dinosaur Tyrannosaurus rex have been discovered by scientists in North Africa.
The bones belong to two new dinosaur species from a species called Abelisauridae.
These animals that had short, bulldog snouts and even shorter arms.
These carnivorous dinosaurs were counterparts to the tyrannosaurs of the Northern Hemisphere.
They lived during the latter part of the Cretaceous period which ended with a giant asteroid impact 66 million years ago that wiped out much life on Earth.
Two new species of dinosaur were found in Morocco, just outside of Casablanca.
One species, found near the town of Sidi Daoui, is represented by a foot bone from a predator about two and a half metres long.
The other, from nearby Sidi Chennane, is the shin bone of a carnivore that grew to around five metres in length.
The finds show that Morocco was home to diverse dinosaur species just before the asteroid extinction known as the Cretaceous-Paleogene crisis.
OPS: Fossil abelisaur tibia , the shin bone
Picture supplied by Ferrrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_159526881_FER
dukas 159526881 fer
Ferrari Press Agency
Dinosaur 1
Ref 15056
24/08/2023
See Ferrari text
Pictures must credit: Andrey Atuchin / University of Bath
Fossils of primitive cousins of iconic meat-eating dinosaur Tyrannosaurus rex have been discovered by scientists in North Africa.
The bones belong to two new dinosaur species from a species called Abelisauridae.
These animals that had short, bulldog snouts and even shorter arms.
These carnivorous dinosaurs were counterparts to the tyrannosaurs of the Northern Hemisphere.
They lived during the latter part of the Cretaceous period which ended with a giant asteroid impact 66 million years ago that wiped out much life on Earth.
Two new species of dinosaur were found in Morocco, just outside of Casablanca.
One species, found near the town of Sidi Daoui, is represented by a foot bone from a predator about two and a half metres long.
The other, from nearby Sidi Chennane, is the shin bone of a carnivore that grew to around five metres in length.
The finds show that Morocco was home to diverse dinosaur species just before the asteroid extinction known as the Cretaceous-Paleogene crisis.
OPS: Artist's impression of the two new Abelisauridae species. The larger , five metre long animal (on the left) confronts a family of the smaller 2.5 metre dinos on tyhe right over the washed up carcass of a marine mammal.
Picture supplied by Ferrrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_158783589_FER
Plan to launch space rockets with giant compressed air canon.
Ferrari Press Agency
Rocket launcher 1
Ref 15006
03/08/2023
See Ferrari pictures
Pictures must credit: Longshot
A plan to launch rockets carrying satellites for orbital launch or cargo for space missions from a 9.5 lm long concrete cannon is under development.
The idea is that the method would cut down in the huge costs of traditional rocket powered launches.
It would be able to launch vehicles to Mach 29, which is 35,800 km/h in just one second.
The system is known as Longshot and is being developed by a California start-up of the same name.
Longshot is a pneumatic-powered projectile-firing cannon.
The projectile has a long, tapered tail and can be squeezed from the back and the sides, like squeezing toothpaste from a tube.
Chief technical officer Nato Saichek: “By taking advantage of the geometry of that tail, we can push the projectile forward much faster than the gas moving in from the sides.
"This lets us take a comparatively slow-moving fluid – like compressed air – and turn it into a forward top speed of the projectile that's at orbital velocities.”
OPS:Longshot early sub scale prototype being tested
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_158783588_FER
Plan to launch space rockets with giant compressed air canon.
Ferrari Press Agency
Rocket launcher 1
Ref 15006
03/08/2023
See Ferrari pictures
Pictures must credit: Longshot
A plan to launch rockets carrying satellites for orbital launch or cargo for space missions from a 9.5 lm long concrete cannon is under development.
The idea is that the method would cut down in the huge costs of traditional rocket powered launches.
It would be able to launch vehicles to Mach 29, which is 35,800 km/h in just one second.
The system is known as Longshot and is being developed by a California start-up of the same name.
Longshot is a pneumatic-powered projectile-firing cannon.
The projectile has a long, tapered tail and can be squeezed from the back and the sides, like squeezing toothpaste from a tube.
Chief technical officer Nato Saichek: “By taking advantage of the geometry of that tail, we can push the projectile forward much faster than the gas moving in from the sides.
"This lets us take a comparatively slow-moving fluid – like compressed air – and turn it into a forward top speed of the projectile that's at orbital velocities.”
OPS: Longshot CEO Mike Grace
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_158783586_FER
Plan to launch space rockets with giant compressed air canon.
Ferrari Press Agency
Rocket launcher 1
Ref 15006
03/08/2023
See Ferrari pictures
Pictures must credit: Longshot
A plan to launch rockets carrying satellites for orbital launch or cargo for space missions from a 9.5 lm long concrete cannon is under development.
The idea is that the method would cut down in the huge costs of traditional rocket powered launches.
It would be able to launch vehicles to Mach 29, which is 35,800 km/h in just one second.
The system is known as Longshot and is being developed by a California start-up of the same name.
Longshot is a pneumatic-powered projectile-firing cannon.
The projectile has a long, tapered tail and can be squeezed from the back and the sides, like squeezing toothpaste from a tube.
Chief technical officer Nato Saichek: “By taking advantage of the geometry of that tail, we can push the projectile forward much faster than the gas moving in from the sides.
"This lets us take a comparatively slow-moving fluid – like compressed air – and turn it into a forward top speed of the projectile that's at orbital velocities.”
OPS:Impression of how a Longshot launch pipe would look set up in a dessert.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_158783584_FER
Plan to launch space rockets with giant compressed air canon.
Ferrari Press Agency
Rocket launcher 1
Ref 15006
03/08/2023
See Ferrari pictures
Pictures must credit: Longshot
A plan to launch rockets carrying satellites for orbital launch or cargo for space missions from a 9.5 lm long concrete cannon is under development.
The idea is that the method would cut down in the huge costs of traditional rocket powered launches.
It would be able to launch vehicles to Mach 29, which is 35,800 km/h in just one second.
The system is known as Longshot and is being developed by a California start-up of the same name.
Longshot is a pneumatic-powered projectile-firing cannon.
The projectile has a long, tapered tail and can be squeezed from the back and the sides, like squeezing toothpaste from a tube.
Chief technical officer Nato Saichek: “By taking advantage of the geometry of that tail, we can push the projectile forward much faster than the gas moving in from the sides.
"This lets us take a comparatively slow-moving fluid – like compressed air – and turn it into a forward top speed of the projectile that's at orbital velocities.”
OPS:Impression of how a Longshot launch pipe would look set up in a dessert.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_158783583_FER
Plan to launch space rockets with giant compressed air canon.
Ferrari Press Agency
Rocket launcher 1
Ref 15006
03/08/2023
See Ferrari pictures
Pictures must credit: Longshot
A plan to launch rockets carrying satellites for orbital launch or cargo for space missions from a 9.5 lm long concrete cannon is under development.
The idea is that the method would cut down in the huge costs of traditional rocket powered launches.
It would be able to launch vehicles to Mach 29, which is 35,800 km/h in just one second.
The system is known as Longshot and is being developed by a California start-up of the same name.
Longshot is a pneumatic-powered projectile-firing cannon.
The projectile has a long, tapered tail and can be squeezed from the back and the sides, like squeezing toothpaste from a tube.
Chief technical officer Nato Saichek: “By taking advantage of the geometry of that tail, we can push the projectile forward much faster than the gas moving in from the sides.
"This lets us take a comparatively slow-moving fluid – like compressed air – and turn it into a forward top speed of the projectile that's at orbital velocities.”
OPS:Render of a Longshot projectile. It has a long tail which is squeezed by by compressed air
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_158783582_FER
Plan to launch space rockets with giant compressed air canon.
Ferrari Press Agency
Rocket launcher 1
Ref 15006
03/08/2023
See Ferrari pictures
Pictures must credit: Longshot
A plan to launch rockets carrying satellites for orbital launch or cargo for space missions from a 9.5 lm long concrete cannon is under development.
The idea is that the method would cut down in the huge costs of traditional rocket powered launches.
It would be able to launch vehicles to Mach 29, which is 35,800 km/h in just one second.
The system is known as Longshot and is being developed by a California start-up of the same name.
Longshot is a pneumatic-powered projectile-firing cannon.
The projectile has a long, tapered tail and can be squeezed from the back and the sides, like squeezing toothpaste from a tube.
Chief technical officer Nato Saichek: “By taking advantage of the geometry of that tail, we can push the projectile forward much faster than the gas moving in from the sides.
"This lets us take a comparatively slow-moving fluid – like compressed air – and turn it into a forward top speed of the projectile that's at orbital velocities.”
OPS:Longshot early sub scale prototype being tested
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_158783581_FER
Plan to launch space rockets with giant compressed air canon.
Ferrari Press Agency
Rocket launcher 1
Ref 15006
03/08/2023
See Ferrari pictures
Pictures must credit: Longshot
A plan to launch rockets carrying satellites for orbital launch or cargo for space missions from a 9.5 lm long concrete cannon is under development.
The idea is that the method would cut down in the huge costs of traditional rocket powered launches.
It would be able to launch vehicles to Mach 29, which is 35,800 km/h in just one second.
The system is known as Longshot and is being developed by a California start-up of the same name.
Longshot is a pneumatic-powered projectile-firing cannon.
The projectile has a long, tapered tail and can be squeezed from the back and the sides, like squeezing toothpaste from a tube.
Chief technical officer Nato Saichek: “By taking advantage of the geometry of that tail, we can push the projectile forward much faster than the gas moving in from the sides.
"This lets us take a comparatively slow-moving fluid – like compressed air – and turn it into a forward top speed of the projectile that's at orbital velocities.”
OPS:Impression of how a Longshot launch .
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_158783579_FER
Plan to launch space rockets with giant compressed air canon.
Ferrari Press Agency
Rocket launcher 1
Ref 15006
03/08/2023
See Ferrari pictures
Pictures must credit: Longshot
A plan to launch rockets carrying satellites for orbital launch or cargo for space missions from a 9.5 lm long concrete cannon is under development.
The idea is that the method would cut down in the huge costs of traditional rocket powered launches.
It would be able to launch vehicles to Mach 29, which is 35,800 km/h in just one second.
The system is known as Longshot and is being developed by a California start-up of the same name.
Longshot is a pneumatic-powered projectile-firing cannon.
The projectile has a long, tapered tail and can be squeezed from the back and the sides, like squeezing toothpaste from a tube.
Chief technical officer Nato Saichek: “By taking advantage of the geometry of that tail, we can push the projectile forward much faster than the gas moving in from the sides.
"This lets us take a comparatively slow-moving fluid – like compressed air – and turn it into a forward top speed of the projectile that's at orbital velocities.”
OPS:Longshot could be used to send materials for building a Moon base
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_158783578_FER
Plan to launch space rockets with giant compressed air canon.
Ferrari Press Agency
Rocket launcher 1
Ref 15006
03/08/2023
See Ferrari pictures
Pictures must credit: Longshot
A plan to launch rockets carrying satellites for orbital launch or cargo for space missions from a 9.5 lm long concrete cannon is under development.
The idea is that the method would cut down in the huge costs of traditional rocket powered launches.
It would be able to launch vehicles to Mach 29, which is 35,800 km/h in just one second.
The system is known as Longshot and is being developed by a California start-up of the same name.
Longshot is a pneumatic-powered projectile-firing cannon.
The projectile has a long, tapered tail and can be squeezed from the back and the sides, like squeezing toothpaste from a tube.
Chief technical officer Nato Saichek: “By taking advantage of the geometry of that tail, we can push the projectile forward much faster than the gas moving in from the sides.
"This lets us take a comparatively slow-moving fluid – like compressed air – and turn it into a forward top speed of the projectile that's at orbital velocities.”
OPS:Impression of how a Longshot launch .
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_158783575_FER
Plan to launch space rockets with giant compressed air canon.
Ferrari Press Agency
Rocket launcher 1
Ref 15006
03/08/2023
See Ferrari pictures
Pictures must credit: Longshot
A plan to launch rockets carrying satellites for orbital launch or cargo for space missions from a 9.5 lm long concrete cannon is under development.
The idea is that the method would cut down in the huge costs of traditional rocket powered launches.
It would be able to launch vehicles to Mach 29, which is 35,800 km/h in just one second.
The system is known as Longshot and is being developed by a California start-up of the same name.
Longshot is a pneumatic-powered projectile-firing cannon.
The projectile has a long, tapered tail and can be squeezed from the back and the sides, like squeezing toothpaste from a tube.
Chief technical officer Nato Saichek: “By taking advantage of the geometry of that tail, we can push the projectile forward much faster than the gas moving in from the sides.
"This lets us take a comparatively slow-moving fluid – like compressed air – and turn it into a forward top speed of the projectile that's at orbital velocities.”
OPS:Impression of how a Longshot launch .
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_158783574_FER
Plan to launch space rockets with giant compressed air canon.
Ferrari Press Agency
Rocket launcher 1
Ref 15006
03/08/2023
See Ferrari pictures
Pictures must credit: Longshot
A plan to launch rockets carrying satellites for orbital launch or cargo for space missions from a 9.5 lm long concrete cannon is under development.
The idea is that the method would cut down in the huge costs of traditional rocket powered launches.
It would be able to launch vehicles to Mach 29, which is 35,800 km/h in just one second.
The system is known as Longshot and is being developed by a California start-up of the same name.
Longshot is a pneumatic-powered projectile-firing cannon.
The projectile has a long, tapered tail and can be squeezed from the back and the sides, like squeezing toothpaste from a tube.
Chief technical officer Nato Saichek: “By taking advantage of the geometry of that tail, we can push the projectile forward much faster than the gas moving in from the sides.
"This lets us take a comparatively slow-moving fluid – like compressed air – and turn it into a forward top speed of the projectile that's at orbital velocities.”
OPS:Longshot chief technical officer Nato Saichek
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUK10131557_009
FEATURE - Selbstversorgende Hochhausstadt, in der eines Tages 200'000 Menschen leben könnten
Ferrari Press Agency
Ref 11673
The Link 1
27/04/2020
See Ferrari text
Picture must credit: Luca Curci Architects
A towering vertical city which can self-sustain a population of 200,000 has been unveiled as a glimpse into the future.The project aims to rise above the challenge of population density by successfully combining vertical expansion with economic innovation. Called The Link,, it has its own high-rise forest to absorb harmful CO2 from the atmosphere,The cleaner air will increase urban biodiversity. And with interconnected communities there would be no suburbs or slums.The plan is to present The Link plan in several cities of the world, with the aim of opening a dialogue with institutions and private investors.The city- forest is made of four main towers, connected one each other, equipped with green areas on each level, natural light and ventilation. The tallest is 300-storey, 1200 meter high construction which would be mostly residential.It is the brainchild of Italian architecture firm Luca Curci.
OPS: Rendering of The Link vertical city forest concept
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10131557_008
FEATURE - Selbstversorgende Hochhausstadt, in der eines Tages 200'000 Menschen leben könnten
Ferrari Press Agency
Ref 11673
The Link 1
27/04/2020
See Ferrari text
Picture must credit: Luca Curci Architects
A towering vertical city which can self-sustain a population of 200,000 has been unveiled as a glimpse into the future.The project aims to rise above the challenge of population density by successfully combining vertical expansion with economic innovation. Called The Link,, it has its own high-rise forest to absorb harmful CO2 from the atmosphere,The cleaner air will increase urban biodiversity. And with interconnected communities there would be no suburbs or slums.The plan is to present The Link plan in several cities of the world, with the aim of opening a dialogue with institutions and private investors.The city- forest is made of four main towers, connected one each other, equipped with green areas on each level, natural light and ventilation. The tallest is 300-storey, 1200 meter high construction which would be mostly residential.It is the brainchild of Italian architecture firm Luca Curci.
OPS: Rendering of The Link vertical city forest concept
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10131557_007
FEATURE - Selbstversorgende Hochhausstadt, in der eines Tages 200'000 Menschen leben könnten
Ferrari Press Agency
Ref 11673
The Link 1
27/04/2020
See Ferrari text
Picture must credit: Luca Curci Architects
A towering vertical city which can self-sustain a population of 200,000 has been unveiled as a glimpse into the future.The project aims to rise above the challenge of population density by successfully combining vertical expansion with economic innovation. Called The Link,, it has its own high-rise forest to absorb harmful CO2 from the atmosphere,The cleaner air will increase urban biodiversity. And with interconnected communities there would be no suburbs or slums.The plan is to present The Link plan in several cities of the world, with the aim of opening a dialogue with institutions and private investors.The city- forest is made of four main towers, connected one each other, equipped with green areas on each level, natural light and ventilation. The tallest is 300-storey, 1200 meter high construction which would be mostly residential.It is the brainchild of Italian architecture firm Luca Curci.
OPS: Rendering of The Link vertical city forest concept
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10131557_006
FEATURE - Selbstversorgende Hochhausstadt, in der eines Tages 200'000 Menschen leben könnten
Ferrari Press Agency
Ref 11673
The Link 1
27/04/2020
See Ferrari text
Picture must credit: Luca Curci Architects
A towering vertical city which can self-sustain a population of 200,000 has been unveiled as a glimpse into the future.The project aims to rise above the challenge of population density by successfully combining vertical expansion with economic innovation. Called The Link,, it has its own high-rise forest to absorb harmful CO2 from the atmosphere,The cleaner air will increase urban biodiversity. And with interconnected communities there would be no suburbs or slums.The plan is to present The Link plan in several cities of the world, with the aim of opening a dialogue with institutions and private investors.The city- forest is made of four main towers, connected one each other, equipped with green areas on each level, natural light and ventilation. The tallest is 300-storey, 1200 meter high construction which would be mostly residential.It is the brainchild of Italian architecture firm Luca Curci.
OPS: Rendering of The Link vertical city forest concept. As well as being added to existing communities they could als be developed as stand-alones
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10131557_005
FEATURE - Selbstversorgende Hochhausstadt, in der eines Tages 200'000 Menschen leben könnten
Ferrari Press Agency
Ref 11673
The Link 1
27/04/2020
See Ferrari text
Picture must credit: Luca Curci Architects
A towering vertical city which can self-sustain a population of 200,000 has been unveiled as a glimpse into the future.The project aims to rise above the challenge of population density by successfully combining vertical expansion with economic innovation. Called The Link,, it has its own high-rise forest to absorb harmful CO2 from the atmosphere,The cleaner air will increase urban biodiversity. And with interconnected communities there would be no suburbs or slums.The plan is to present The Link plan in several cities of the world, with the aim of opening a dialogue with institutions and private investors.The city- forest is made of four main towers, connected one each other, equipped with green areas on each level, natural light and ventilation. The tallest is 300-storey, 1200 meter high construction which would be mostly residential.It is the brainchild of Italian architecture firm Luca Curci.
OPS: Rendering of The Link vertical city forest concept. It would be equipped with ports for passenger carrying drones
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10131557_004
FEATURE - Selbstversorgende Hochhausstadt, in der eines Tages 200'000 Menschen leben könnten
Ferrari Press Agency
Ref 11673
The Link 1
27/04/2020
See Ferrari text
Picture must credit: Luca Curci Architects
A towering vertical city which can self-sustain a population of 200,000 has been unveiled as a glimpse into the future.The project aims to rise above the challenge of population density by successfully combining vertical expansion with economic innovation. Called The Link,, it has its own high-rise forest to absorb harmful CO2 from the atmosphere,The cleaner air will increase urban biodiversity. And with interconnected communities there would be no suburbs or slums.The plan is to present The Link plan in several cities of the world, with the aim of opening a dialogue with institutions and private investors.The city- forest is made of four main towers, connected one each other, equipped with green areas on each level, natural light and ventilation. The tallest is 300-storey, 1200 meter high construction which would be mostly residential.It is the brainchild of Italian architecture firm Luca Curci.
OPS: Rendering of The Link vertical city forest concept
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10131557_003
FEATURE - Selbstversorgende Hochhausstadt, in der eines Tages 200'000 Menschen leben könnten
Ferrari Press Agency
Ref 11673
The Link 1
27/04/2020
See Ferrari text
Picture must credit: Luca Curci Architects
A towering vertical city which can self-sustain a population of 200,000 has been unveiled as a glimpse into the future.The project aims to rise above the challenge of population density by successfully combining vertical expansion with economic innovation. Called The Link,, it has its own high-rise forest to absorb harmful CO2 from the atmosphere,The cleaner air will increase urban biodiversity. And with interconnected communities there would be no suburbs or slums.The plan is to present The Link plan in several cities of the world, with the aim of opening a dialogue with institutions and private investors.The city- forest is made of four main towers, connected one each other, equipped with green areas on each level, natural light and ventilation. The tallest is 300-storey, 1200 meter high construction which would be mostly residential.It is the brainchild of Italian architecture firm Luca Curci.
OPS: Rendering of The Link vertical city forest concept
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10131557_002
FEATURE - Selbstversorgende Hochhausstadt, in der eines Tages 200'000 Menschen leben könnten
Ferrari Press Agency
Ref 11673
The Link 1
27/04/2020
See Ferrari text
Picture must credit: Luca Curci Architects
A towering vertical city which can self-sustain a population of 200,000 has been unveiled as a glimpse into the future.The project aims to rise above the challenge of population density by successfully combining vertical expansion with economic innovation. Called The Link,, it has its own high-rise forest to absorb harmful CO2 from the atmosphere,The cleaner air will increase urban biodiversity. And with interconnected communities there would be no suburbs or slums.The plan is to present The Link plan in several cities of the world, with the aim of opening a dialogue with institutions and private investors.The city- forest is made of four main towers, connected one each other, equipped with green areas on each level, natural light and ventilation. The tallest is 300-storey, 1200 meter high construction which would be mostly residential.It is the brainchild of Italian architecture firm Luca Curci.
OPS: Rendering of The Link vertical city forest concept
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10131557_001
FEATURE - Selbstversorgende Hochhausstadt, in der eines Tages 200'000 Menschen leben könnten
Ferrari Press Agency
Ref 11673
The Link 1
27/04/2020
See Ferrari text
Picture must credit: Luca Curci Architects
A towering vertical city which can self-sustain a population of 200,000 has been unveiled as a glimpse into the future.The project aims to rise above the challenge of population density by successfully combining vertical expansion with economic innovation. Called The Link,, it has its own high-rise forest to absorb harmful CO2 from the atmosphere,The cleaner air will increase urban biodiversity. And with interconnected communities there would be no suburbs or slums.The plan is to present The Link plan in several cities of the world, with the aim of opening a dialogue with institutions and private investors.The city- forest is made of four main towers, connected one each other, equipped with green areas on each level, natural light and ventilation. The tallest is 300-storey, 1200 meter high construction which would be mostly residential.It is the brainchild of Italian architecture firm Luca Curci.
OPS: Rendering of The Link vertical city forest concept. There would be ports for passenger-carrying drones
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUKAS_93638735_ZUM
May 1968
July 31, 2018 - Paris, Ile-de-France (FOTO: DUKAS/ZUMA)
DUKAS/ZUMA -
DUK10088193_007
NEWS - China: 'Monet Impression: Time Track' Ausstellung in Shenyan
March 30, 2018 - Shenyang, Shenyang, China - Shenyang, CHINA-30th March 2018: The 'Monet Impression: Time Track' is held in Shenyang, northeast China's Liaoning Province (FOTO: DUKAS/ZUMA)
(c) Dukas -
DUK10088193_005
NEWS - China: 'Monet Impression: Time Track' Ausstellung in Shenyan
March 30, 2018 - Shenyang, Shenyang, China - Shenyang, CHINA-30th March 2018: The 'Monet Impression: Time Track' is held in Shenyang, northeast China's Liaoning Province (FOTO: DUKAS/ZUMA)
(c) Dukas -
DUK10088193_010
NEWS - China: 'Monet Impression: Time Track' Ausstellung in Shenyan
March 30, 2018 - Shenyang, Shenyang, China - Shenyang, CHINA-30th March 2018: The 'Monet Impression: Time Track' is held in Shenyang, northeast China's Liaoning Province (FOTO: DUKAS/ZUMA)
(c) Dukas -
DUK10088193_009
NEWS - China: 'Monet Impression: Time Track' Ausstellung in Shenyan
March 30, 2018 - Shenyang, Shenyang, China - Shenyang, CHINA-30th March 2018: The 'Monet Impression: Time Track' is held in Shenyang, northeast China's Liaoning Province (FOTO: DUKAS/ZUMA)
(c) Dukas -
DUK10088193_008
NEWS - China: 'Monet Impression: Time Track' Ausstellung in Shenyan
March 30, 2018 - Shenyang, Shenyang, China - Shenyang, CHINA-30th March 2018: The 'Monet Impression: Time Track' is held in Shenyang, northeast China's Liaoning Province (FOTO: DUKAS/ZUMA)
(c) Dukas -
DUK10088193_006
NEWS - China: 'Monet Impression: Time Track' Ausstellung in Shenyan
March 30, 2018 - Shenyang, Shenyang, China - Shenyang, CHINA-30th March 2018: The 'Monet Impression: Time Track' is held in Shenyang, northeast China's Liaoning Province (FOTO: DUKAS/ZUMA)
(c) Dukas -
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NEWS - China: 'Monet Impression: Time Track' Ausstellung in Shenyan
March 30, 2018 - Shenyang, Shenyang, China - Shenyang, CHINA-30th March 2018: The 'Monet Impression: Time Track' is held in Shenyang, northeast China's Liaoning Province (FOTO: DUKAS/ZUMA)
(c) Dukas -
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NEWS - China: 'Monet Impression: Time Track' Ausstellung in Shenyan
March 30, 2018 - Shenyang, Shenyang, China - Shenyang, CHINA-30th March 2018: The 'Monet Impression: Time Track' is held in Shenyang, northeast China's Liaoning Province (FOTO: DUKAS/ZUMA)
(c) Dukas -
DUK10088193_003
NEWS - China: 'Monet Impression: Time Track' Ausstellung in Shenyan
March 30, 2018 - Shenyang, Shenyang, China - Shenyang, CHINA-30th March 2018: The 'Monet Impression: Time Track' is held in Shenyang, northeast China's Liaoning Province (FOTO: DUKAS/ZUMA)
(c) Dukas -
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NEWS - China: 'Monet Impression: Time Track' Ausstellung in Shenyan
March 30, 2018 - Shenyang, Shenyang, China - Shenyang, CHINA-30th March 2018: The 'Monet Impression: Time Track' is held in Shenyang, northeast China's Liaoning Province (FOTO: DUKAS/ZUMA)
(c) Dukas -
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FEATURE - Best of: Bilder des Tages
March 26, 2018 - Poznan, Wielkopolska, Poland - The Pikotki Crew are group of girls whose passion is crocheting and knitting - also as a form of artistic expression. The sculpture in the Botanical Garden in Poznan was adorned on the occasion of Valentine's Day, as a tribute to love. This is probably the last days when you can admire it, because it will be unraveled at the beginning of April (FOTO: DUKAS/ZUMA)
(c) Dukas -
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FEATURE - Pix of the Day: Bilder des Tages
March 20, 2018 - Poznan, Wielkopolska, Poland - By the biologist's eyes: the first day of astronomical spring. In the picture: the young leaves of the black lilac - Sambucus nigra (FOTO: DUKAS/ZUMA)
(c) Dukas -
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FEATURE - Pix of the Day: Die Bilder des Tages
January 31, 2018 - Poznan, Wielkopolska, Poland - January 31, 2018 - Poznan, Poland - The landscapes painted by the road lights on the rainy day. In the picture: a view from the bus (FOTO: DUKAS/ZUMA)
(c) Dukas -
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REPORTAGE - Bilder vom Tagebau Hambach (Archiv)
Impression of the Tagebau Hambach, a large open-pit coal mine in Niederzier and Elsdorf (North-Rhine Westphalia), operated by RWE and used for mining lignite (Neurath, 07/09/2017) (FOTO:DUKAS/ISOPIX)
(c) Dukas -
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REPORTAGE - Bilder vom Tagebau Hambach (Archiv)
Impression of the Tagebau Hambach, a large open-pit coal mine in Niederzier and Elsdorf (North-Rhine Westphalia), operated by RWE and used for mining lignite (Neurath, 07/09/2017) (FOTO:DUKAS/ISOPIX)
(c) Dukas -
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REPORTAGE - Bilder vom Tagebau Hambach (Archiv)
Impression of the coal fired power plant Tagebau Hambach, a large open-pit coal mine in Niederzier and Elsdorf (North-Rhine Westphalia), operated by RWE and used for mining lignite (Neurath, 01/11/2016) (FOTO:DUKAS/ISOPIX)
(c) Dukas -
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REPORTAGE - Bilder vom Tagebau Hambach (Archiv)
Impression of the Tagebau Hambach, a large open-pit coal mine in Niederzier and Elsdorf (North-Rhine Westphalia), operated by RWE and used for mining lignite (Neurath, 29/10/2016) (FOTO:DUKAS/ISOPIX)
(c) Dukas -
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REPORTAGE - Bilder vom Tagebau Hambach (Archiv)
Impression of the Tagebau Hambach, a large open-pit coal mine in Niederzier and Elsdorf (North-Rhine Westphalia), operated by RWE and used for mining lignite (Neurath, 29/10/2016) (FOTO:DUKAS/ISOPIX)
(c) Dukas -
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REPORTAGE - Bilder vom Tagebau Hambach (Archiv)
Impression of the Tagebau Hambach, a large open-pit coal mine in Niederzier and Elsdorf (North-Rhine Westphalia), operated by RWE and used for mining lignite (Neurath, 29/10/2016) (FOTO:DUKAS/ISOPIX)
(c) Dukas -
DUK10106194_021
REPORTAGE - Bilder vom Tagebau Hambach (Archiv)
Impression of the Tagebau Hambach, a large open-pit coal mine in Niederzier and Elsdorf (North-Rhine Westphalia), operated by RWE and used for mining lignite (Neurath, 29/10/2016) (FOTO:DUKAS/ISOPIX)
(c) Dukas -
DUK10106194_003
REPORTAGE - Bilder vom Tagebau Hambach (Archiv)
Impression of the Tagebau Hambach, a large open-pit coal mine in Niederzier and Elsdorf (North-Rhine Westphalia), operated by RWE and used for mining lignite (Neurath, 29/10/2016) (FOTO:DUKAS/ISOPIX)
(c) Dukas -
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NEWS - Die Nasa findet einen neuen Planeten - 40 Lichtjahre entfernt
OUTER SPACE Trappist-1 -- 21 Jul 2016 -- NASA & ESO finds potentially habitable planets just 40 light years away...This artist’s impression shows an imagined view from the surface one of the three planets orbiting an ultracool dwarf star (compared here with our Sun) just 40 light-years from Earth that were discovered using the TRAPPIST telescope at ESO’s La Silla Observatory and NASA's Hubble Space Telescope. Using NASA’s Hubble Space Telescope, astronomers have conducted the first search for atmospheres around temperate, Earth-sized planets beyond our solar system and found indications that increase the chances of habitability on two exoplanets. Specifically, they discovered that the exoplanets TRAPPIST-1b and TRAPPIST-1c (pictured), approximately 40 light-years away, are unlikely to have puffy, hydrogen-dominated atmospheres usually found on gaseous worlds. The planets orbit a red dwarf star at least 500 million years old, in the constellation of Aquarius. They were discovered in late 2015 through a series of observations by the TRAnsiting Planets and PlanetesImals Small Telescope (TRAPPIST), a Belgian robotic telescope located at ESA’s (European Space Agency’s) La Silla Observatory in Chile -- Picture by NASA/Atlas Photo Archive (FOTO: DUKAS/PHOTOSHOT)
(c) Dukas -
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NEWS - Die Nasa findet einen neuen Planeten - 40 Lichtjahre entfernt
OUTER SPACE Trappist-1 -- 21 Jul 2016 -- NASA & ESO finds potentially habitable planets just 40 light years away...This artist’s impression shows an imagined view from the surface one of the three planets orbiting an ultracool dwarf star just 40 light-years from Earth that were discovered using the TRAPPIST telescope at ESO’s La Silla Observatory and NASA's Hubble Space Telescope. Using NASA’s Hubble Space Telescope, astronomers have conducted the first search for atmospheres around temperate, Earth-sized planets beyond our solar system and found indications that increase the chances of habitability on two exoplanets. Specifically, they discovered that the exoplanets TRAPPIST-1b and TRAPPIST-1c (pictured), approximately 40 light-years away, are unlikely to have puffy, hydrogen-dominated atmospheres usually found on gaseous worlds. The planets orbit a red dwarf star at least 500 million years old, in the constellation of Aquarius. They were discovered in late 2015 through a series of observations by the TRAnsiting Planets and PlanetesImals Small Telescope (TRAPPIST), a Belgian robotic telescope located at ESA’s (European Space Agency’s) La Silla Observatory in Chile -- Picture by NASA/Atlas Photo Archive (FOTO: DUKAS/PHOTOSHOT)
(c) Dukas -
DUK10032317_003
NEWS - Die Nasa findet einen neuen Planeten - 40 Lichtjahre entfernt
OUTER SPACE Trappist-1 -- 21 Jul 2016 -- NASA & ESO finds potentially habitable planets just 40 light years away...This artist’s impression shows an imagined view from the surface one of the three planets orbiting an ultracool dwarf star just 40 light-years from Earth that were discovered using the TRAPPIST telescope at ESO’s La Silla Observatory and NASA's Hubble Space Telescope. Using NASA’s Hubble Space Telescope, astronomers have conducted the first search for atmospheres around temperate, Earth-sized planets beyond our solar system and found indications that increase the chances of habitability on two exoplanets. Specifically, they discovered that the exoplanets TRAPPIST-1b and TRAPPIST-1c (pictured), approximately 40 light-years away, are unlikely to have puffy, hydrogen-dominated atmospheres usually found on gaseous worlds. The planets orbit a red dwarf star at least 500 million years old, in the constellation of Aquarius. They were discovered in late 2015 through a series of observations by the TRAnsiting Planets and PlanetesImals Small Telescope (TRAPPIST), a Belgian robotic telescope located at ESA’s (European Space Agency’s) La Silla Observatory in Chile -- Picture by NASA/Atlas Photo Archive (FOTO: DUKAS/PHOTOSHOT)
(c) Dukas -
DUK10032317_002
NEWS - Die Nasa findet einen neuen Planeten - 40 Lichtjahre entfernt
OUTER SPACE Trappist-1 -- 21 Jul 2016 -- NASA finds potentially habitable planets just 40 light years away...This artist's illustration shows two Earth-sized planets, TRAPPIST-1b and TRAPPIST-1c, passing in front of their parent red dwarf star, which is much smaller and cooler than our sun. Using NASA’s Hubble Space Telescope, astronomers have conducted the first search for atmospheres around temperate, Earth-sized planets beyond our solar system and found indications that increase the chances of habitability on two exoplanets.
Specifically, they discovered that the exoplanets TRAPPIST-1b and TRAPPIST-1c (pictured), approximately 40 light-years away, are unlikely to have puffy, hydrogen-dominated atmospheres usually found on gaseous worlds. The planets orbit a red dwarf star at least 500 million years old, in the constellation of Aquarius. They were discovered in late 2015 through a series of observations by the TRAnsiting Planets and PlanetesImals Small Telescope (TRAPPIST), a Belgian robotic telescope located at ESA’s (European Space Agency’s) La Silla Observatory in Chile -- Picture by NASA/Atlas Photo Archive (FOTO: DUKAS/PHOTOSHOT)
(c) Dukas -
DUK10032317_001
NEWS - Die Nasa findet einen neuen Planeten - 40 Lichtjahre entfernt
OUTER SPACE Trappist-1 -- 21 Jul 2016 -- NASA finds potentially habitable planets just 40 light years away...This artist’s impression shows an imagined view from the surface one of the three planets orbiting an ultracool dwarf star just 40 light-years from Earth that were discovered using the TRAPPIST telescope at ESO’s La Silla Observatory and NASA's Hubble Space Telescope. Using NASA’s Hubble Space Telescope, astronomers have conducted the first search for atmospheres around temperate, Earth-sized planets beyond our solar system and found indications that increase the chances of habitability on two exoplanets. Specifically, they discovered that the exoplanets TRAPPIST-1b and TRAPPIST-1c (pictured), approximately 40 light-years away, are unlikely to have puffy, hydrogen-dominated atmospheres usually found on gaseous worlds. The planets orbit a red dwarf star at least 500 million years old, in the constellation of Aquarius. They were discovered in late 2015 through a series of observations by the TRAnsiting Planets and PlanetesImals Small Telescope (TRAPPIST), a Belgian robotic telescope located at ESA’s (European Space Agency’s) La Silla Observatory in Chile -- Picture by NASA/Atlas Photo Archive (FOTO: DUKAS/PHOTOSHOT)
(c) Dukas -
