Deep-sea research vessel calls at Osaka port

Deep-sea research vessel calls at Osaka port

OSAKA, Japan - Japan's deep-sea research vessel Chikyu (Earth) designed to take the first-ever samples from the Earth's mantle enters Osaka port on June 16. The 57,087-ton ship owned by the Japan Marine Sciences and Technology Center will be open to the general public at the port's Tempozan quay on the weekend. (Kyodo)

  • Product Code
  • ILEA000032763
  • Registered date
  • 2006/6/16 00:00:00
  • Credit
  • Kyodo / Kyodo News Images
  • Media source
  • Media size
  • 1066 × 1775 pixel
  • Resolution
  • 72 dpi
  • Deployment size
  • 493.78(KB)*
  • Special instruction

*File size when opened in Photoshop, etc.

Similar Images & Videos
    CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

    CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

    (230617) -- HAIKOU, June 17, 2023 (Xinhua) -- This photo taken on June 14, 2023 shows the "Dian Ke No.1" comprehensive test ship sailing in the South China Sea. Researchers from the GalaxySpace, a Beijing-based satellite maker, and several scientific research institutions, conducted an open-sea testing of the country's first low-Earth orbit broadband communication test constellation in the South China Sea. The testing aims to verify the collaborative communication coverage ability of high-Earth orbit and low-Earth orbit satellites, and unmanned aerial vehicles. In March 2022, six satellites produced by GalaxySpace were sent into space from the Xichang Satellite Launch Center. The six satellites in orbit, together with the first broadband communication satellite developed by GalaxySpace and deployed in low-Earth orbit, have formed China's first low-Earth orbit broadband communication test constellation. (Xinhua/Pu Xiaoxu)
      CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

      CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

      (230617) -- HAIKOU, June 17, 2023 (Xinhua) -- Staff members test an unmanned aerial vehicle for conducting an open-sea testing of the low-Earth orbit broadband communication test constellation at the "Dian Ke No.1" comprehensive test ship, June 15, 2023. Researchers from the GalaxySpace, a Beijing-based satellite maker, and several scientific research institutions, conducted an open-sea testing of the country's first low-Earth orbit broadband communication test constellation in the South China Sea. The testing aims to verify the collaborative communication coverage ability of high-Earth orbit and low-Earth orbit satellites, and unmanned aerial vehicles. In March 2022, six satellites produced by GalaxySpace were sent into space from the Xichang Satellite Launch Center. The six satellites in orbit, together with the first broadband communication satellite developed by GalaxySpace and deployed in low-Earth orbit, have formed China's first low-Earth orbit broadband communication test constellation. (Xinhua/P
        CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

        CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

        (230617) -- HAIKOU, June 17, 2023 (Xinhua) -- Staff members work to verify the collaborative communication coverage ability of high-Earth orbit and low-Earth orbit satellites, and unmanned aerial vehicles at the "Dian Ke No.1" comprehensive test ship, June 15, 2023. Researchers from the GalaxySpace, a Beijing-based satellite maker, and several scientific research institutions, conducted an open-sea testing of the country's first low-Earth orbit broadband communication test constellation in the South China Sea. The testing aims to verify the collaborative communication coverage ability of high-Earth orbit and low-Earth orbit satellites, and unmanned aerial vehicles. In March 2022, six satellites produced by GalaxySpace were sent into space from the Xichang Satellite Launch Center. The six satellites in orbit, together with the first broadband communication satellite developed by GalaxySpace and deployed in low-Earth orbit, have formed China's first low-Earth orbit broadband communication test constellatio
          CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

          CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

          (230617) -- HAIKOU, June 17, 2023 (Xinhua) -- A staff member installs a high-definition optoelectronic device before conducting an open-sea testing of the low-Earth orbit broadband communication test constellation at the "Dian Ke No.1" comprehensive test ship, June 14, 2023. Researchers from the GalaxySpace, a Beijing-based satellite maker, and several scientific research institutions, conducted an open-sea testing of the country's first low-Earth orbit broadband communication test constellation in the South China Sea. The testing aims to verify the collaborative communication coverage ability of high-Earth orbit and low-Earth orbit satellites, and unmanned aerial vehicles. In March 2022, six satellites produced by GalaxySpace were sent into space from the Xichang Satellite Launch Center. The six satellites in orbit, together with the first broadband communication satellite developed by GalaxySpace and deployed in low-Earth orbit, have formed China's first low-Earth orbit broadband communication test con
            CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

            CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

            (230617) -- HAIKOU, June 17, 2023 (Xinhua) -- Staff members install a sensor before conducting an open-sea testing of the low-Earth orbit broadband communication test constellation at the "Dian Ke No.1" comprehensive test ship, June 14, 2023. Researchers from the GalaxySpace, a Beijing-based satellite maker, and several scientific research institutions, conducted an open-sea testing of the country's first low-Earth orbit broadband communication test constellation in the South China Sea. The testing aims to verify the collaborative communication coverage ability of high-Earth orbit and low-Earth orbit satellites, and unmanned aerial vehicles. In March 2022, six satellites produced by GalaxySpace were sent into space from the Xichang Satellite Launch Center. The six satellites in orbit, together with the first broadband communication satellite developed by GalaxySpace and deployed in low-Earth orbit, have formed China's first low-Earth orbit broadband communication test constellation. (Xinhua/Pu Xiaoxu)
              CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

              CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

              (230617) -- HAIKOU, June 17, 2023 (Xinhua) -- This aerial photo taken on June 15, 2023 shows the "Dian Ke No.1" comprehensive test ship sailing in the South China Sea. Researchers from the GalaxySpace, a Beijing-based satellite maker, and several scientific research institutions, conducted an open-sea testing of the country's first low-Earth orbit broadband communication test constellation in the South China Sea. The testing aims to verify the collaborative communication coverage ability of high-Earth orbit and low-Earth orbit satellites, and unmanned aerial vehicles. In March 2022, six satellites produced by GalaxySpace were sent into space from the Xichang Satellite Launch Center. The six satellites in orbit, together with the first broadband communication satellite developed by GalaxySpace and deployed in low-Earth orbit, have formed China's first low-Earth orbit broadband communication test constellation. (Xinhua)
                CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

                CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

                (230617) -- HAIKOU, June 17, 2023 (Xinhua) -- A staff member operates an unmanned aerial vehicle to conduct an open-sea testing of the low-Earth orbit broadband communication test constellation at the "Dian Ke No.1" comprehensive test ship, June 15, 2023. Researchers from the GalaxySpace, a Beijing-based satellite maker, and several scientific research institutions, conducted an open-sea testing of the country's first low-Earth orbit broadband communication test constellation in the South China Sea. The testing aims to verify the collaborative communication coverage ability of high-Earth orbit and low-Earth orbit satellites, and unmanned aerial vehicles. In March 2022, six satellites produced by GalaxySpace were sent into space from the Xichang Satellite Launch Center. The six satellites in orbit, together with the first broadband communication satellite developed by GalaxySpace and deployed in low-Earth orbit, have formed China's first low-Earth orbit broadband communication test constellation. (Xinhua/
                  CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

                  CHINA-BROADBAND COMMUNICATION TEST CONSTELLATION-LOW-EARTH ORBIT-OPEN SEA TESTING (CN)

                  (230617) -- HAIKOU, June 17, 2023 (Xinhua) -- This aerial photo taken on June 15, 2023 shows the internet terminal of low-Earth orbit satellites onboard the "Dian Ke No.1" comprehensive test ship. Researchers from the GalaxySpace, a Beijing-based satellite maker, and several scientific research institutions, conducted an open-sea testing of the country's first low-Earth orbit broadband communication test constellation in the South China Sea. The testing aims to verify the collaborative communication coverage ability of high-Earth orbit and low-Earth orbit satellites, and unmanned aerial vehicles. In March 2022, six satellites produced by GalaxySpace were sent into space from the Xichang Satellite Launch Center. The six satellites in orbit, together with the first broadband communication satellite developed by GalaxySpace and deployed in low-Earth orbit, have formed China's first low-Earth orbit broadband communication test constellation. (Xinhua)
                    CHINA-HAINAN-SANYA-SCIENTIFIC RESEARCH MISSION-COMPLETION (CN)

                    CHINA-HAINAN-SANYA-SCIENTIFIC RESEARCH MISSION-COMPLETION (CN)

                    (230311) -- SANYA, March 11, 2023 (Xinhua) -- Researchers present samples of abyssal macroorganisms, rocks, concretions, sediments in Sanya, south China's Hainan Province, March 11, 2023. China's scientific research ship Tansuo-1 returned to the city of Sanya in south China's Hainan Province on Saturday, after completing its first international manned deep-diving scientific research mission in waters surrounding Oceania. The vessel, carrying the deep-sea manned submersible Fendouzhe (Striver), began its mission in October 2022. It traveled for 157 days and sailed more than 22,000 nautical miles around Oceania, according to the Institute of Deep-sea Science and Engineering of the Chinese Academy of Sciences. A total of 10 domestic and international organizations participated in the voyage. During the expedition, the Fendouzhe successfully completed 63 dives, four of which exceeded a depth of 10,000 meters. (Xinhua/Zhao Yingquan)
                      CHINA-HAINAN-SANYA-SCIENTIFIC RESEARCH MISSION-COMPLETION (CN)

                      CHINA-HAINAN-SANYA-SCIENTIFIC RESEARCH MISSION-COMPLETION (CN)

                      (230311) -- SANYA, March 11, 2023 (Xinhua) -- Samples of abyssal macroorganisms, rocks, concretions, sediments are presented in Sanya, south China's Hainan Province, March 11, 2023. China's scientific research ship Tansuo-1 returned to the city of Sanya in south China's Hainan Province on Saturday, after completing its first international manned deep-diving scientific research mission in waters surrounding Oceania. The vessel, carrying the deep-sea manned submersible Fendouzhe (Striver), began its mission in October 2022. It traveled for 157 days and sailed more than 22,000 nautical miles around Oceania, according to the Institute of Deep-sea Science and Engineering of the Chinese Academy of Sciences. A total of 10 domestic and international organizations participated in the voyage. During the expedition, the Fendouzhe successfully completed 63 dives, four of which exceeded a depth of 10,000 meters. (Xinhua/Chen Kaizi)