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Special light-up at temple in northeastern Japan

The interior of Shiramizu Amidado hall, a national treasure, in Iwaki, Fukushima Prefecture in northeastern Japan, is lit up for a test run of projection mapping display on Nov. 13, 2025, ahead of its public opening scheduled for the following day.

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Special light-up at temple in northeastern Japan

The interior of Shiramizu Amidado hall, a national treasure, in Iwaki, Fukushima Prefecture in northeastern Japan, is lit up for a test run of projection mapping display on Nov. 13, 2025, ahead of its public opening scheduled for the following day.

E

Special light-up at temple in northeastern Japan

The interior of Shiramizu Amidado hall, a national treasure, in Iwaki, Fukushima Prefecture in northeastern Japan, is lit up for a test run of projection mapping display on Nov. 13, 2025, ahead of its public opening scheduled for the following day.

E

Groundwater Mapping in Normandy - France

Eaux-SCARS, a large-scale scientific program involving the BRGM (Bureau of Geological and Mining Research), local authorities, and in this case the SMABI (Joint Development Authority for the Iton Basin) in the Normandy region. A helicopter from Germany, piloted by a specialist in this type of mission, tows a polygon measuring around 20 meters in diameter. This giant probe can map groundwater tables to a depth of 300 meters and see the interconnections with rivers. The Danish company SkyTEM is carrying out this work, which covers several regions of France, on October 31, 2025, in Saint Andre de l'Eure, Normandy, France. Photo by Mario Fourmy/ABACAPRESS.COM

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Groundwater Mapping in Normandy - France

Eaux-SCARS, a large-scale scientific program involving the BRGM (Bureau of Geological and Mining Research), local authorities, and in this case the SMABI (Joint Development Authority for the Iton Basin) in the Normandy region. A helicopter from Germany, piloted by a specialist in this type of mission, tows a polygon measuring around 20 meters in diameter. This giant probe can map groundwater tables to a depth of 300 meters and see the interconnections with rivers. The Danish company SkyTEM is carrying out this work, which covers several regions of France, on October 31, 2025, in Saint Andre de l'Eure, Normandy, France. Photo by Mario Fourmy/ABACAPRESS.COM

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Groundwater Mapping in Normandy - France

Eaux-SCARS, a large-scale scientific program involving the BRGM (Bureau of Geological and Mining Research), local authorities, and in this case the SMABI (Joint Development Authority for the Iton Basin) in the Normandy region. A helicopter from Germany, piloted by a specialist in this type of mission, tows a polygon measuring around 20 meters in diameter. This giant probe can map groundwater tables to a depth of 300 meters and see the interconnections with rivers. The Danish company SkyTEM is carrying out this work, which covers several regions of France, on October 31, 2025, in Saint Andre de l'Eure, Normandy, France. Photo by Mario Fourmy/ABACAPRESS.COM

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Groundwater Mapping in Normandy - France

Eaux-SCARS, a large-scale scientific program involving the BRGM (Bureau of Geological and Mining Research), local authorities, and in this case the SMABI (Joint Development Authority for the Iton Basin) in the Normandy region. A helicopter from Germany, piloted by a specialist in this type of mission, tows a polygon measuring around 20 meters in diameter. This giant probe can map groundwater tables to a depth of 300 meters and see the interconnections with rivers. The Danish company SkyTEM is carrying out this work, which covers several regions of France, on October 31, 2025, in Saint Andre de l'Eure, Normandy, France. Photo by Mario Fourmy/ABACAPRESS.COM

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Groundwater Mapping in Normandy - France

Eaux-SCARS, a large-scale scientific program involving the BRGM (Bureau of Geological and Mining Research), local authorities, and in this case the SMABI (Joint Development Authority for the Iton Basin) in the Normandy region. A helicopter from Germany, piloted by a specialist in this type of mission, tows a polygon measuring around 20 meters in diameter. This giant probe can map groundwater tables to a depth of 300 meters and see the interconnections with rivers. The Danish company SkyTEM is carrying out this work, which covers several regions of France, on October 31, 2025, in Saint Andre de l'Eure, Normandy, France. Photo by Mario Fourmy/ABACAPRESS.COM

E

Groundwater Mapping in Normandy - France

Eaux-SCARS, a large-scale scientific program involving the BRGM (Bureau of Geological and Mining Research), local authorities, and in this case the SMABI (Joint Development Authority for the Iton Basin) in the Normandy region. A helicopter from Germany, piloted by a specialist in this type of mission, tows a polygon measuring around 20 meters in diameter. This giant probe can map groundwater tables to a depth of 300 meters and see the interconnections with rivers. The Danish company SkyTEM is carrying out this work, which covers several regions of France, on October 31, 2025, in Saint Andre de l'Eure, Normandy, France. Photo by Mario Fourmy/ABACAPRESS.COM

E

Groundwater Mapping in Normandy - France

Eaux-SCARS, a large-scale scientific program involving the BRGM (Bureau of Geological and Mining Research), local authorities, and in this case the SMABI (Joint Development Authority for the Iton Basin) in the Normandy region. A helicopter from Germany, piloted by a specialist in this type of mission, tows a polygon measuring around 20 meters in diameter. This giant probe can map groundwater tables to a depth of 300 meters and see the interconnections with rivers. The Danish company SkyTEM is carrying out this work, which covers several regions of France, on October 31, 2025, in Saint Andre de l'Eure, Normandy, France. Photo by Mario Fourmy/ABACAPRESS.COM

E

Groundwater Mapping in Normandy - France

Eaux-SCARS, a large-scale scientific program involving the BRGM (Bureau of Geological and Mining Research), local authorities, and in this case the SMABI (Joint Development Authority for the Iton Basin) in the Normandy region. A helicopter from Germany, piloted by a specialist in this type of mission, tows a polygon measuring around 20 meters in diameter. This giant probe can map groundwater tables to a depth of 300 meters and see the interconnections with rivers. The Danish company SkyTEM is carrying out this work, which covers several regions of France, on October 31, 2025, in Saint Andre de l'Eure, Normandy, France. Photo by Mario Fourmy/ABACAPRESS.COM

E

Groundwater Mapping in Normandy - France

Eaux-SCARS, a large-scale scientific program involving the BRGM (Bureau of Geological and Mining Research), local authorities, and in this case the SMABI (Joint Development Authority for the Iton Basin) in the Normandy region. A helicopter from Germany, piloted by a specialist in this type of mission, tows a polygon measuring around 20 meters in diameter. This giant probe can map groundwater tables to a depth of 300 meters and see the interconnections with rivers. The Danish company SkyTEM is carrying out this work, which covers several regions of France, on October 31, 2025, in Saint Andre de l'Eure, Normandy, France. Photo by Mario Fourmy/ABACAPRESS.COM

E

Groundwater Mapping in Normandy - France

Eaux-SCARS, a large-scale scientific program involving the BRGM (Bureau of Geological and Mining Research), local authorities, and in this case the SMABI (Joint Development Authority for the Iton Basin) in the Normandy region. A helicopter from Germany, piloted by a specialist in this type of mission, tows a polygon measuring around 20 meters in diameter. This giant probe can map groundwater tables to a depth of 300 meters and see the interconnections with rivers. The Danish company SkyTEM is carrying out this work, which covers several regions of France, on October 31, 2025, in Saint Andre de l'Eure, Normandy, France. Photo by Mario Fourmy/ABACAPRESS.COM

E

Groundwater Mapping in Normandy - France

Eaux-SCARS, a large-scale scientific program involving the BRGM (Bureau of Geological and Mining Research), local authorities, and in this case the SMABI (Joint Development Authority for the Iton Basin) in the Normandy region. A helicopter from Germany, piloted by a specialist in this type of mission, tows a polygon measuring around 20 meters in diameter. This giant probe can map groundwater tables to a depth of 300 meters and see the interconnections with rivers. The Danish company SkyTEM is carrying out this work, which covers several regions of France, on October 31, 2025, in Saint Andre de l'Eure, Normandy, France. Photo by Mario Fourmy/ABACAPRESS.COM

E

Groundwater Mapping in Normandy - France

Eaux-SCARS, a large-scale scientific program involving the BRGM (Bureau of Geological and Mining Research), local authorities, and in this case the SMABI (Joint Development Authority for the Iton Basin) in the Normandy region. A helicopter from Germany, piloted by a specialist in this type of mission, tows a polygon measuring around 20 meters in diameter. This giant probe can map groundwater tables to a depth of 300 meters and see the interconnections with rivers. The Danish company SkyTEM is carrying out this work, which covers several regions of France, on October 31, 2025, in Saint Andre de l'Eure, Normandy, France. Photo by Mario Fourmy/ABACAPRESS.COM

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Signal Festival Takes Place In Prague - Czech Republic

Visitors watch a projection of video mapping during the Signal Festival in Prague, the Czech Republic, Oct. 17, 2025. The streets and historic landmarks of Prague have once again come alive with light and digital art as the 13th edition of the Signal Festival opened on Thursday evening. Photo by Dana Kesnerova/Xinhua/ABACAPRESS.COM

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Signal Festival Takes Place In Prague - Czech Republic

Visitors watch a projection of video mapping during the Signal Festival in Prague, the Czech Republic, Oct. 17, 2025. The streets and historic landmarks of Prague have once again come alive with light and digital art as the 13th edition of the Signal Festival opened on Thursday evening. Photo by Dana Kesnerova/Xinhua/ABACAPRESS.COM

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Signal Festival Takes Place In Prague - Czech Republic

Visitors watch a projection of video mapping during the Signal Festival in Prague, the Czech Republic, Oct. 17, 2025. The streets and historic landmarks of Prague have once again come alive with light and digital art as the 13th edition of the Signal Festival opened on Thursday evening. Photo by Dana Kesnerova/Xinhua/ABACAPRESS.COM

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Satellite View of Severe wildfires in Spain and Portugal

Handout photo dated on August 16, 2025 shows Massive wildfires are spreading in north-west and western Spain, forcing the evacuation of thousands of residents. By 17 August 2025, Spain had already recorded its highest annual total of estimated fire emissions in the 23-year Copernicus Atmosphere Monitoring Service (CAMS) dataset. This Copernicus Sentinel-2 image acquired on 16 August 2025 shows dense smoke plumes rising from active fires near the city of Ourense, located in the autonomous community of Galicia, northwestern Spain. Portugal has also been severely affected by the fires, with northern and central regions hit the hardest. According to CAMS data, the country’s estimated emissions have nearly reached the highest annual totals of 2003 and 2005. To support national authorities, the Copernicus Emergency Management Service (CEMS) has been activated to provide emergency mapping services. Further information is available here. Spain, Portugal. Photo by European Union, Copernicus Sentinel-2 imagery via ABAC

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Wildfire in the Peloponnese Region - Greece

Handout photo dated on July 22, 2025 shows On 22 July 2025, a wildfire erupted in Greece's Northern Peloponnese region, devastating a significant portion of the landscape. Over 340 firefighters, supported by aerial and ground units, worked to combat the flames. On the same day of the fire’s outbreak, the Greek Disaster Planning and Management Directorate - General secretariat for Civil protection - Ministry of Climate Change and Civil Protection activated the Copernicus Emergency Management Service (CEMS) to provide emergency mapping (EMSR815). This data visualisation, based on CEMS data, shows the evolution of the affected area between 23 and 24 July. Greece on July 22, 2025. Photo by European Union, Copernicus Emergency Management Service via ABACAPRESS.COM

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Wildfire Engulfs 3300 Hectares Near Pauls - Spain

Handout photo dated on July 13, 2025 shows satelite view of Paüls. On 7 July 2025, a wildfire broke out near the municipality of Paüls, in the province of Tarragona, Spain. The fire spread rapidly, burning over 3,300 hectares, one-third of which lie within the Parc Natural dels Ports. The blaze prompted lockdowns affecting approximately 18,000 residents in Paüls and neighbouring localities and has led to at least one casualty of a firefighter working to contain the flames in a mountainous area. This Copernicus Sentinel-2 image, acquired on 13 July 2025, shows the extent of the burn scar left by the fire. Data from the Copernicus Sentinel satellites is crucial for monitoring and mapping the extent and effects of wildfires around the world, informing damage assessments and supporting emergency management operations. Photo by European Union, Copernicus Sentinel-2 imagery via ABACAPRESS.COM

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World Exhibition in Osaka

Photo taken on June 2, 2025, shows projection mapping mimicking Tottori Sand Dunes at the Kansai Pavilion section for the western Japan prefecture of Tottori at the World Exposition in Osaka.

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Bulgaria: Festival of Lights Turns Sofia Into Open-Air Gallery

Sofia's LUNAR Festival of Lights transformed the capital into an extraordinary open-air gallery from May 8 to 11. Over 20 artists from around the globe presented stunning 3D projection mapping and laser shows at 14 key locations, turning historic buildings, parks, and squares into an open-air gallery of light.

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World Exposition opens in Osaka

Photo shows projection mapping on the wall of Expo Hall Shinning Hat on the opening day of the six-month World Exposition in Osaka, western Japan, on April 13, 2025.

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France: Nike Pays Tribute To Rafael Nadal In Paris

A 10-meter-high video of Rafael Nadal, who had bid farewell to tennis at the Davis Cup, was projected at Place du Trocadero in Paris on November 19. The tribute was organized by Nike, Nadal’s sponsor since 2008.

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AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

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AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

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AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

AIGC Naked Eye 3D Projection Architecture

SHANGHAI, CHINA - OCTOBER 4, 2024 - 3D mapping works by Chinese and foreign artists are projected on the exterior wall of a classical European palace through 20K ultra-high-definition light and shadow technology, Shanghai, China, October 4, 2024. Artificial Intelligent-generated Content (AIGC) gives new life to old buildings, presenting cultural aesthetics of different countries through high-tech light shows, and bringing stunning visual experiences to citizens and visitors.

E

2024 Beijing International Safety and Emergency Industry Expo

BEIJING, CHINA - SEPTEMBER 4, 2024 - Visitors visit an "underwater surveying and mapping ship" at the 2024 Beijing International Safety and Emergency Industry Expo in Beijing, China, Sept 4, 2024.

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Bouches-Du-Rhone Firefighters Training In Coudoux

A technical mapping vehicle of the Marseille fire department during a training session in Coudoux, France on JULY 15, 2024.Photo by Laurent Coust/ABACAPRESS.COM

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Xinhua Headlines: Xi's upcoming visit to promote SCO cooperation, enhance China-Central Asia relations

(240702) -- BEIJING, July 2, 2024 Photo by Xinhua/ABACAPRESS.COM) -- Wu Zhengpeng (2nd L), a teacher from Tianjin Urban Construction Management & Vocation Technology College of China, explains the usage of mapping devices to students at the Luban Workshop in Dushanbe, Tajikistan, April 12, 2023. (Photo by Kalizhan Ospanov/Xinhua/ABACAPRESS.COM

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Ancient Great Wall Digital Protection

ZHANGYE, CHINA - JUNE 27, 2024 - Photo taken on June 27, 2024 shows the ancient ruins of Jinshanzi Beacon Tower of the Great Wall in Zhangye city, Gansu province, China. In recent years, Shandan County, Zhangye City, Gansu Province, has used remote sensing surveying and mapping technology and UAV oblique photography technology to carry out three-dimensional reconstruction of Xiakou Ancient City site and other Great Wall sites, and set up digital protection measures such as control network and three-dimensional system of remote sensing data display.

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Ancient Great Wall Digital Protection

ZHANGYE, CHINA - JUNE 27, 2024 - Workers carry out site investigation and data collection at the ancient city section of Xiakou in Zhangye city, Gansu province, China, June 27, 2024. In recent years, Shandan County, Zhangye City, Gansu Province, has used remote sensing surveying and mapping technology and UAV oblique photography technology to carry out three-dimensional reconstruction of Xiakou Ancient City site and other Great Wall sites, and set up digital protection measures such as control network and three-dimensional system of remote sensing data display.