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Autumn storm

02.11.2024, Paldiski. Strong winds and stormy conditions created a lot of damage in the weekend. Rescuers had to remove many fallen trees and thousands of households were left without electricity. Photo Mihkel Maripuu, Postimees

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Autumn storm

02.11.2024, Paldiski. Strong winds and stormy conditions created a lot of damage in the weekend. Rescuers had to remove many fallen trees and thousands of households were left without electricity. Photo Mihkel Maripuu, Postimees

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Traffic jam caused by a cycle lane

10.09.2024, Tallinn. A pop-up cycle lane along Paldiski street has caused a chaos every morning for weeks. The city government's decision to eliminate one lane from this street with extremely heavy traffic has caused kilometers of traffic jams. Photo Eero Vabamägi, Postimees

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Traffic jam caused by a cycle lane

10.09.2024, Tallinn. A pop-up cycle lane along Paldiski street has caused a chaos every morning for weeks. The city government's decision to eliminate one lane from this street with extremely heavy traffic has caused kilometers of traffic jams. Photo Eero Vabamägi, Postimees

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Traffic jam caused by a cycle lane

10.09.2024, Tallinn. A pop-up cycle lane along Paldiski street has caused a chaos every morning for weeks. The city government's decision to eliminate one lane from this street with extremely heavy traffic has caused kilometers of traffic jams. Photo Eero Vabamägi, Postimees

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Traffic jam caused by a cycle lane

10.09.2024, Tallinn. A pop-up cycle lane along Paldiski street has caused a chaos every morning for weeks. The city government's decision to eliminate one lane from this street with extremely heavy traffic has caused kilometers of traffic jams. Photo Eero Vabamägi, Postimees

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Traffic jam caused by a cycle lane

10.09.2024, Tallinn. A pop-up cycle lane along Paldiski street has caused a chaos every morning for weeks. The city government's decision to eliminate one lane from this street with extremely heavy traffic has caused kilometers of traffic jams. Photo Eero Vabamägi, Postimees

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Traffic jam caused by a cycle lane

10.09.2024, Tallinn. A pop-up cycle lane along Paldiski street has caused a chaos every morning for weeks. The city government's decision to eliminate one lane from this street with extremely heavy traffic has caused kilometers of traffic jams. Photo Eero Vabamägi, Postimees

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Construction work of a tunnel for pedestrians and cyclists

15.07.2024, Tallinn. A pedestrian tunnel is being built at the intersection of Paldiski maantee and Tehnika in Tallinn to improve convenience and safety. This new solution will direct pedestrians from the existing narrow sidewalk under the railway viaduct to a new, well-lit tunnel, significantly enhancing safety. Photo: Martin Pedaja/Postimees

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Construction work of a tunnel for pedestrians and cyclists

15.07.2024, Tallinn. A pedestrian tunnel is being built at the intersection of Paldiski maantee and Tehnika in Tallinn to improve convenience and safety. This new solution will direct pedestrians from the existing narrow sidewalk under the railway viaduct to a new, well-lit tunnel, significantly enhancing safety. Photo: Martin Pedaja/Postimees

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Renewable energy production

10.06.2024, Tallinn. The wind farm and solar park in Paldiski. Photo Madis Veltman, Postimees

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Renewable energy production

10.06.2024, Tallinn. The wind farm and solar park in Paldiski. Photo Madis Veltman, Postimees

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Renewable energy production

10.06.2024, Tallinn. The wind farm and solar park in Paldiski. Photo Madis Veltman, Postimees

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Renewable energy production

10.06.2024, Tallinn. The wind farm and solar park in Paldiski. Photo Madis Veltman, Postimees

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Renewable energy production

10.06.2024, Tallinn. The wind farm and solar park in Paldiski. Photo Madis Veltman, Postimees

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Renewable energy production

10.06.2024, Tallinn. The wind farm and solar park in Paldiski. Photo Madis Veltman, Postimees

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Renewable energy production

10.06.2024, Tallinn. The wind farm and solar park in Paldiski. Photo Madis Veltman, Postimees

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Renewable energy production

10.06.2024, Tallinn. The wind farm and solar park in Paldiski. Photo Madis Veltman, Postimees

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Wind turbine components at the Port of Paldiski

06.04.2024, Paldiski. The turbine components to be used at a major wind farm development in southwestern Estonia at the Port of Paldiski. They will be transported to their destination over the next few weeks. The turbines are destined for the Sopi-Tootsi wind farm in Pärnu County, a project which is not only the largest in the country by area but also marks the first time such turbines of these proportions have been erected in Estonia. Offshore wind farm turbine blades are nearly double the dimensions of their onshore counterparts at up to 150 meters, while blades of up to 200 meters in length, a wind turbine tower weighs around 100 tonnes. Photo Madis Veltman, Postimees

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Wind turbine components at the Port of Paldiski

06.04.2024, Paldiski. The turbine components to be used at a major wind farm development in southwestern Estonia at the Port of Paldiski. They will be transported to their destination over the next few weeks. The turbines are destined for the Sopi-Tootsi wind farm in Pärnu County, a project which is not only the largest in the country by area but also marks the first time such turbines of these proportions have been erected in Estonia. Offshore wind farm turbine blades are nearly double the dimensions of their onshore counterparts at up to 150 meters, while blades of up to 200 meters in length, a wind turbine tower weighs around 100 tonnes. Photo Madis Veltman, Postimees

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Wind turbine components at the Port of Paldiski

06.04.2024, Paldiski. The turbine components to be used at a major wind farm development in southwestern Estonia at the Port of Paldiski. They will be transported to their destination over the next few weeks. The turbines are destined for the Sopi-Tootsi wind farm in Pärnu County, a project which is not only the largest in the country by area but also marks the first time such turbines of these proportions have been erected in Estonia. Offshore wind farm turbine blades are nearly double the dimensions of their onshore counterparts at up to 150 meters, while blades of up to 200 meters in length, a wind turbine tower weighs around 100 tonnes. Photo Madis Veltman, Postimees

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Wind turbine components at the Port of Paldiski

06.04.2024, Paldiski. The turbine components to be used at a major wind farm development in southwestern Estonia at the Port of Paldiski. They will be transported to their destination over the next few weeks. The turbines are destined for the Sopi-Tootsi wind farm in Pärnu County, a project which is not only the largest in the country by area but also marks the first time such turbines of these proportions have been erected in Estonia. Offshore wind farm turbine blades are nearly double the dimensions of their onshore counterparts at up to 150 meters, while blades of up to 200 meters in length, a wind turbine tower weighs around 100 tonnes. Photo Madis Veltman, Postimees

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Wind turbine components at the Port of Paldiski

06.04.2024, Paldiski. The turbine components to be used at a major wind farm development in southwestern Estonia at the Port of Paldiski. They will be transported to their destination over the next few weeks. The turbines are destined for the Sopi-Tootsi wind farm in Pärnu County, a project which is not only the largest in the country by area but also marks the first time such turbines of these proportions have been erected in Estonia. Offshore wind farm turbine blades are nearly double the dimensions of their onshore counterparts at up to 150 meters, while blades of up to 200 meters in length, a wind turbine tower weighs around 100 tonnes. Photo Madis Veltman, Postimees

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Wind turbine components at the Port of Paldiski

06.04.2024, Paldiski. The turbine components to be used at a major wind farm development in southwestern Estonia at the Port of Paldiski. They will be transported to their destination over the next few weeks. The turbines are destined for the Sopi-Tootsi wind farm in Pärnu County, a project which is not only the largest in the country by area but also marks the first time such turbines of these proportions have been erected in Estonia. Offshore wind farm turbine blades are nearly double the dimensions of their onshore counterparts at up to 150 meters, while blades of up to 200 meters in length, a wind turbine tower weighs around 100 tonnes. Photo Madis Veltman, Postimees

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Wind turbine components at the Port of Paldiski

06.04.2024, Paldiski. The turbine components to be used at a major wind farm development in southwestern Estonia at the Port of Paldiski. They will be transported to their destination over the next few weeks. The turbines are destined for the Sopi-Tootsi wind farm in Pärnu County, a project which is not only the largest in the country by area but also marks the first time such turbines of these proportions have been erected in Estonia. Offshore wind farm turbine blades are nearly double the dimensions of their onshore counterparts at up to 150 meters, while blades of up to 200 meters in length, a wind turbine tower weighs around 100 tonnes. Photo Madis Veltman, Postimees

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Wind turbine components at the Port of Paldiski

06.04.2024, Paldiski. The turbine components to be used at a major wind farm development in southwestern Estonia at the Port of Paldiski. They will be transported to their destination over the next few weeks. The turbines are destined for the Sopi-Tootsi wind farm in Pärnu County, a project which is not only the largest in the country by area but also marks the first time such turbines of these proportions have been erected in Estonia. Offshore wind farm turbine blades are nearly double the dimensions of their onshore counterparts at up to 150 meters, while blades of up to 200 meters in length, a wind turbine tower weighs around 100 tonnes. Photo Madis Veltman, Postimees

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Wind turbine components at the Port of Paldiski

06.04.2024, Paldiski. The turbine components to be used at a major wind farm development in southwestern Estonia at the Port of Paldiski. They will be transported to their destination over the next few weeks. The turbines are destined for the Sopi-Tootsi wind farm in Pärnu County, a project which is not only the largest in the country by area but also marks the first time such turbines of these proportions have been erected in Estonia. Offshore wind farm turbine blades are nearly double the dimensions of their onshore counterparts at up to 150 meters, while blades of up to 200 meters in length, a wind turbine tower weighs around 100 tonnes. Photo Madis Veltman, Postimees

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Wind turbine components at the Port of Paldiski

06.04.2024, Paldiski. The turbine components to be used at a major wind farm development in southwestern Estonia at the Port of Paldiski. They will be transported to their destination over the next few weeks. The turbines are destined for the Sopi-Tootsi wind farm in Pärnu County, a project which is not only the largest in the country by area but also marks the first time such turbines of these proportions have been erected in Estonia. Offshore wind farm turbine blades are nearly double the dimensions of their onshore counterparts at up to 150 meters, while blades of up to 200 meters in length, a wind turbine tower weighs around 100 tonnes. Photo Madis Veltman, Postimees

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Paldiski observation platform collapsed into sea

17.01.2024, Paldiski. The sea reclaimed another piece of the Pakri Peninsula when the Paldiski observation platform, which was declared a hazard a few years ago, finally collapsed. It is also believed that the old Pakri lighthouse could face a similar fate in the coming years. The lower part of the coast is formed by soft rocks including mud or sandstone, which are eroded by the sea from below. Over a 100-year period, the coastline has receded by almost 25 meters. Photo Eero Vabamägi, Postimees

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Paldiski observation platform collapsed into sea

17.01.2024, Paldiski. The sea reclaimed another piece of the Pakri Peninsula when the Paldiski observation platform, which was declared a hazard a few years ago, finally collapsed. It is also believed that the old Pakri lighthouse could face a similar fate in the coming years. The lower part of the coast is formed by soft rocks including mud or sandstone, which are eroded by the sea from below. Over a 100-year period, the coastline has receded by almost 25 meters. Photo Eero Vabamägi, Postimees

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Paldiski observation platform collapsed into sea

17.01.2024, Paldiski. The sea reclaimed another piece of the Pakri Peninsula when the Paldiski observation platform, which was declared a hazard a few years ago, finally collapsed. It is also believed that the old Pakri lighthouse could face a similar fate in the coming years. The lower part of the coast is formed by soft rocks including mud or sandstone, which are eroded by the sea from below. Over a 100-year period, the coastline has receded by almost 25 meters. Photo Eero Vabamägi, Postimees

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Paldiski observation platform collapsed into sea

17.01.2024, Paldiski. The sea reclaimed another piece of the Pakri Peninsula when the Paldiski observation platform, which was declared a hazard a few years ago, finally collapsed. It is also believed that the old Pakri lighthouse could face a similar fate in the coming years. The lower part of the coast is formed by soft rocks including mud or sandstone, which are eroded by the sea from below. Over a 100-year period, the coastline has receded by almost 25 meters. Photo Eero Vabamägi, Postimees

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Paldiski observation platform collapsed into sea

17.01.2024, Paldiski. The sea reclaimed another piece of the Pakri Peninsula when the Paldiski observation platform, which was declared a hazard a few years ago, finally collapsed. It is also believed that the old Pakri lighthouse could face a similar fate in the coming years. The lower part of the coast is formed by soft rocks including mud or sandstone, which are eroded by the sea from below. Over a 100-year period, the coastline has receded by almost 25 meters. Photo Eero Vabamägi, Postimees

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Paldiski observation platform collapsed into sea

17.01.2024, Paldiski. The sea reclaimed another piece of the Pakri Peninsula when the Paldiski observation platform, which was declared a hazard a few years ago, finally collapsed. It is also believed that the old Pakri lighthouse could face a similar fate in the coming years. The lower part of the coast is formed by soft rocks including mud or sandstone, which are eroded by the sea from below. Over a 100-year period, the coastline has receded by almost 25 meters. Photo Eero Vabamägi, Postimees

E

Paldiski observation platform collapsed into sea

17.01.2024, Paldiski. The sea reclaimed another piece of the Pakri Peninsula when the Paldiski observation platform, which was declared a hazard a few years ago, finally collapsed. It is also believed that the old Pakri lighthouse could face a similar fate in the coming years. The lower part of the coast is formed by soft rocks including mud or sandstone, which are eroded by the sea from below. Over a 100-year period, the coastline has receded by almost 25 meters. Photo Eero Vabamägi, Postimees

E

Paldiski observation platform collapsed into sea

17.01.2024, Paldiski. The sea reclaimed another piece of the Pakri Peninsula when the Paldiski observation platform, which was declared a hazard a few years ago, finally collapsed. It is also believed that the old Pakri lighthouse could face a similar fate in the coming years. The lower part of the coast is formed by soft rocks including mud or sandstone, which are eroded by the sea from below. Over a 100-year period, the coastline has receded by almost 25 meters. Photo Eero Vabamägi, Postimees

E

Paldiski observation platform collapsed into sea

17.01.2024, Paldiski. The sea reclaimed another piece of the Pakri Peninsula when the Paldiski observation platform, which was declared a hazard a few years ago, finally collapsed. It is also believed that the old Pakri lighthouse could face a similar fate in the coming years. The lower part of the coast is formed by soft rocks including mud or sandstone, which are eroded by the sea from below. Over a 100-year period, the coastline has receded by almost 25 meters. Photo Sander Ilvest, Postimees

E

Paldiski observation platform collapsed into sea

17.01.2024, Paldiski. The sea reclaimed another piece of the Pakri Peninsula when the Paldiski observation platform, which was declared a hazard a few years ago, finally collapsed. It is also believed that the old Pakri lighthouse could face a similar fate in the coming years. The lower part of the coast is formed by soft rocks including mud or sandstone, which are eroded by the sea from below. Over a 100-year period, the coastline has receded by almost 25 meters. Photo Sander Ilvest, Postimees

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