極限環境の写真・画像 : 報道写真・ニュース映像の提供購入サービス：KYODO NEWS IMAGELINK(イメージリンク)

2009年11月09日

Webb Study Reveals Rocky Planets Can Form In Extreme Environments

November 20, 2023 - Deep Space - Artists impression of a baby star still surrounded by a protoplanetary disc in which planets are forming. Using ESOs very successful HARPS spectrograph, a team of astronomers has found that Sun-like stars which host planets have destroyed their lithium much more efficiently than planet-free stars. This finding does not only shed light on the low levels of this chemical element in the Sun, solving a long-standing mystery, but also provides astronomers with a very efficient way to pick out the stars most likely to host planets. It is not clear what causes the lithium to be destroyed. The general idea is that the planets or the presence of the protoplanetary disc disturb the interior of the star, bringing the lithium deeper down into the star than usual, into regions where the temperature is so hot that it is destroyed...、クレジット：©ＮＡＳＡＥ／ＥＳＡ／ＳＴＳｃｉ／ＺＵＭＡ　Ｐｒｅｓｓ　Ｗｉｒｅ／共同通信イメージズ

商品コード: 2024021006248

2012年11月02日

Tardigrade or Water Bear

Water bear or tardigrade. Scanning electron micrograph (SEM) of a water bear (Echiniscus sp., ) walking over spagnum moss. Water bears live in damp habitats such as moss or lichen and are tiny segmented invertebrates. They can survive dry conditions by changing into a dessicated state in which they can remain for many years. Whilst in this form (known as a tun) they can withstand the most extreme environments and can tolerate radiation levels as high as x1000 more than other animals, including humans. They have even been brought back alive after spending 10 days in the vacuum of space! They are classed as extremeophiles. Magnification x1120 (x275 at 10cm wide).、クレジット：ＳＣＩＥＮＣＥ　ＰＨＯＴＯ　ＬＩＢＲＡＲＹ／共同通信イメージズ

商品コード: 2022080208309

2020年07月18日

新型の地球物理総合科学調査船「実験６号」が進水広州市

１８日、新型の地球物理総合科学調査船「実験６号」。中国の新型地球物理総合科学調査船「実験６号」が１８日、広東省広州市で進水した。稼働は来年を予定しており、海洋科学や深海・大洋の極限環境での研究に先進的な海上移動実験室や測定機器の試験プラットフォームを提供する。（広州＝新華社配信）＝２０２０（令和２）年７月１８日、クレジット：新華社／共同通信イメージズ

商品コード: 2020072801014

2020年07月18日

新型の地球物理総合科学調査船「実験６号」が進水広州市

１８日、ドックに停泊する新型の地球物理総合科学調査船「実験６号」。中国の新型地球物理総合科学調査船「実験６号」が１８日、広東省広州市で進水した。稼働は来年を予定しており、海洋科学や深海・大洋の極限環境での研究に先進的な海上移動実験室や測定機器の試験プラットフォームを提供する。（広州＝新華社記者／荊淮僑）＝２０２０（令和２）年７月１８日、クレジット：新華社／共同通信イメージズ

商品コード: 2020072801022

2020年07月18日

新型の地球物理総合科学調査船「実験６号」が進水広州市

１８日、新型の地球物理総合科学調査船「実験６号」。中国の新型地球物理総合科学調査船「実験６号」が１８日、広東省広州市で進水した。稼働は来年を予定しており、海洋科学や深海・大洋の極限環境での研究に先進的な海上移動実験室や測定機器の試験プラットフォームを提供する。（広州＝新華社配信）＝２０２０（令和２）年７月１８日、クレジット：新華社／共同通信イメージズ

商品コード: 2020072801019

2022年05月02日

CHINA-QINGHAI-TIBET PLATEAU-NEW SCIENTIFIC EXPEDITION (CN)

(220502) -- XIGAZE, May 2, 2022 (Xinhua) -- Workers transport supplies for a scientific expedition at the Mount Qomolangma base camp, May 1, 2022. China has started a new comprehensive scientific expedition on Mount Qomolangma, the world‘s highest peak on the China-Nepal border. The expedition focuses on major scientific issues such as westerly wind-monsoon synergy, Asian water-tower change, ecosystems and biodiversity, and human activities in the Mount Qomolangma area. The expedition team will also conduct studies on environmental changes, changes in greenhouse gas concentration, ecosystem carbon sink functions, and human adaptation to extreme environments in extremely high altitude areas of the Mount Qomolangma against the backdrop of global warming, according to the research team. (Xinhua/Jiang Fan)＝配信日：２０２２（令和４）年５月２日、クレジット：新華社／共同通信イメージズ

商品コード: 2022050210134

2022年05月02日

CHINA-QINGHAI-TIBET PLATEAU-NEW SCIENTIFIC EXPEDITION (CN)

(220502) -- XIGAZE, May 2, 2022 (Xinhua) -- Aerial photo taken on May 1, 2022 shows a view of the Mount Qomolangma base camp. China has started a new comprehensive scientific expedition on Mount Qomolangma, the world‘s highest peak on the China-Nepal border. The expedition focuses on major scientific issues such as westerly wind-monsoon synergy, Asian water-tower change, ecosystems and biodiversity, and human activities in the Mount Qomolangma area. The expedition team will also conduct studies on environmental changes, changes in greenhouse gas concentration, ecosystem carbon sink functions, and human adaptation to extreme environments in extremely high altitude areas of the Mount Qomolangma against the backdrop of global warming, according to the research team. (Xinhua/Sun Fei)＝配信日：２０２２（令和４）年５月２日、クレジット：新華社／共同通信イメージズ

商品コード: 2022050210137

2022年05月02日

CHINA-QINGHAI-TIBET PLATEAU-NEW SCIENTIFIC EXPEDITION (CN)

(220502) -- XIGAZE, May 2, 2022 (Xinhua) -- Kang Shichang (1st L), leader of a scientific research team, inspires his team members before a scientific expedition at the Mount Qomolangma base camp, May 1, 2022. China has started a new comprehensive scientific expedition on Mount Qomolangma, the world‘s highest peak on the China-Nepal border. The expedition focuses on major scientific issues such as westerly wind-monsoon synergy, Asian water-tower change, ecosystems and biodiversity, and human activities in the Mount Qomolangma area. The expedition team will also conduct studies on environmental changes, changes in greenhouse gas concentration, ecosystem carbon sink functions, and human adaptation to extreme environments in extremely high altitude areas of the Mount Qomolangma against the backdrop of global warming, according to the research team. (Xinhua/Jiang Fan)＝配信日：２０２２（令和４）年５月２日、クレジット：新華社／共同通信イメージズ

商品コード: 2022050210139

2022年05月02日

CHINA-QINGHAI-TIBET PLATEAU-NEW SCIENTIFIC EXPEDITION (CN)

(220502) -- XIGAZE, May 2, 2022 (Xinhua) -- Kang Shichang, leader of a scientific research team, checks supplies before a scientific expedition at the Mount Qomolangma base camp, May 1, 2022. China has started a new comprehensive scientific expedition on Mount Qomolangma, the world‘s highest peak on the China-Nepal border. The expedition focuses on major scientific issues such as westerly wind-monsoon synergy, Asian water-tower change, ecosystems and biodiversity, and human activities in the Mount Qomolangma area. The expedition team will also conduct studies on environmental changes, changes in greenhouse gas concentration, ecosystem carbon sink functions, and human adaptation to extreme environments in extremely high altitude areas of the Mount Qomolangma against the backdrop of global warming, according to the research team. (Xinhua/Jiang Fan)＝配信日：２０２２（令和４）年５月２日、クレジット：新華社／共同通信イメージズ

商品コード: 2022050210135

2022年05月02日

CHINA-QINGHAI-TIBET PLATEAU-NEW SCIENTIFIC EXPEDITION (CN)

(220502) -- XIGAZE, May 2, 2022 (Xinhua) -- Aerial photo taken on May 1, 2022 shows members of a scientific research team marching towards East Rongbuk glacier on Mount Qomolangma. China has started a new comprehensive scientific expedition on Mount Qomolangma, the world‘s highest peak on the China-Nepal border. The expedition focuses on major scientific issues such as westerly wind-monsoon synergy, Asian water-tower change, ecosystems and biodiversity, and human activities in the Mount Qomolangma area. The expedition team will also conduct studies on environmental changes, changes in greenhouse gas concentration, ecosystem carbon sink functions, and human adaptation to extreme environments in extremely high altitude areas of the Mount Qomolangma against the backdrop of global warming, according to the research team. (Xinhua/Sun Fei)＝配信日：２０２２（令和４）年５月２日、クレジット：新華社／共同通信イメージズ

商品コード: 2022050210136

2022年05月02日

CHINA-QINGHAI-TIBET PLATEAU-NEW SCIENTIFIC EXPEDITION (CN)

(220502) -- XIGAZE, May 2, 2022 (Xinhua) -- Aerial photo taken on May 1, 2022 shows yaks transporting supplies at the Mount Qomolangma base camp. China has started a new comprehensive scientific expedition on Mount Qomolangma, the world‘s highest peak on the China-Nepal border. The expedition focuses on major scientific issues such as westerly wind-monsoon synergy, Asian water-tower change, ecosystems and biodiversity, and human activities in the Mount Qomolangma area. The expedition team will also conduct studies on environmental changes, changes in greenhouse gas concentration, ecosystem carbon sink functions, and human adaptation to extreme environments in extremely high altitude areas of the Mount Qomolangma against the backdrop of global warming, according to the research team. (Xinhua/Li Jian)＝配信日：２０２２（令和４）年５月２日、クレジット：新華社／共同通信イメージズ

商品コード: 2022050210140

2022年05月02日

CHINA-QINGHAI-TIBET PLATEAU-NEW SCIENTIFIC EXPEDITION (CN)

(220502) -- XIGAZE, May 2, 2022 (Xinhua) -- Aerial photo taken on May 1, 2022 shows members of a scientific research team marching towards East Rongbuk glacier on Mount Qomolangma. China has started a new comprehensive scientific expedition on Mount Qomolangma, the world‘s highest peak on the China-Nepal border. The expedition focuses on major scientific issues such as westerly wind-monsoon synergy, Asian water-tower change, ecosystems and biodiversity, and human activities in the Mount Qomolangma area. The expedition team will also conduct studies on environmental changes, changes in greenhouse gas concentration, ecosystem carbon sink functions, and human adaptation to extreme environments in extremely high altitude areas of the Mount Qomolangma against the backdrop of global warming, according to the research team. (Xinhua/Sun Fei)＝配信日：２０２２（令和４）年５月２日、クレジット：新華社／共同通信イメージズ

商品コード: 2022050210138

China‘s FAST telescope detects over 660 new pulsars

00:58.24

2022年07月27日

China‘s FAST telescope detects over 660 new pulsars

STORY: China‘s FAST telescope detects over 660 new pulsarsDATELINE: July 27, 2022LENGTH: 00:00:58LOCATION: GUIYANG, ChinaCATEGORY: TECHNOLOGY/SCIENCESHOTLIST:1. various of China‘s FAST telescope2. SOUNDBITE (Chinese): JIANG PENG, Chief engineer of FASTSTORYLINE:Using the Five-hundred-meter Aperture Spherical Radio Telescope (FAST), or the “China Sky Eye,“ scientists have identified over 660 new pulsars.Pulsars, or fast-spinning neutron stars, originate from the imploded cores of massive dying stars through supernova explosions. With their high density and fast rotation, they are an ideal laboratory for studying the laws of physics in extreme environments. SOUNDBITE (Chinese): JIANG PENG, Chief engineer of FAST“The development of FAST has entered a golden period, and the stable operation of observation equipment has made a great contribution to this...＝配信日：２０２２（令和４）年７月２７日、クレジット：新華社／共同通信イメージズ

商品コード: 2022072800558

2023年05月11日

Hydronaut H03 DeepLab

Pick up of the Czech science laboratory Deep Lab H03 from a flooded quarry in Jesenne, Semily region, Czech Republic, May 11, 2023. The 35-tonne station will be used for the three-year Delta 1 science project, in which Taiwan will also participate. The project will be carried out on the premises of the Czech Technical University in Prague. Delta will result in the development of equipment to assess human physical fitness in extreme environments. It will be completed with an extremely long stay of a human crew underwater in 2025. (CTK Photo/Radek Petrasek)、クレジット：ＣＴＫ／共同通信イメージズ

商品コード: 2023051207233

2023年05月11日

Hydronaut H03 DeepLab

Pick up of the Czech science laboratory Deep Lab H03 from a flooded quarry in Jesenne, Semily region, Czech Republic, May 11, 2023. The 35-tonne station will be used for the three-year Delta 1 science project, in which Taiwan will also participate. The project will be carried out on the premises of the Czech Technical University in Prague. Delta will result in the development of equipment to assess human physical fitness in extreme environments. It will be completed with an extremely long stay of a human crew underwater in 2025. (CTK Photo/Radek Petrasek)、クレジット：ＣＴＫ／共同通信イメージズ

商品コード: 2023051206877

2023年05月11日

Hydronaut H03 DeepLab

Pick up of the Czech science laboratory Deep Lab H03 from a flooded quarry in Jesenne, Semily region, Czech Republic, May 11, 2023. The 35-tonne station will be used for the three-year Delta 1 science project, in which Taiwan will also participate. The project will be carried out on the premises of the Czech Technical University in Prague. Delta will result in the development of equipment to assess human physical fitness in extreme environments. It will be completed with an extremely long stay of a human crew underwater in 2025. (CTK Photo/Radek Petrasek)、クレジット：ＣＴＫ／共同通信イメージズ

商品コード: 2023051206952

2023年05月11日

Hydronaut H03 DeepLab

Pick up of the Czech science laboratory Deep Lab H03 from a flooded quarry in Jesenne, Semily region, Czech Republic, May 11, 2023. The 35-tonne station will be used for the three-year Delta 1 science project, in which Taiwan will also participate. The project will be carried out on the premises of the Czech Technical University in Prague. Delta will result in the development of equipment to assess human physical fitness in extreme environments. It will be completed with an extremely long stay of a human crew underwater in 2025. (CTK Photo/Radek Petrasek)、クレジット：ＣＴＫ／共同通信イメージズ

商品コード: 2023051207011

2023年05月11日

Hydronaut H03 DeepLab

Pick up of the Czech science laboratory Deep Lab H03 from a flooded quarry in Jesenne, Semily region, Czech Republic, May 11, 2023. The 35-tonne station will be used for the three-year Delta 1 science project, in which Taiwan will also participate. The project will be carried out on the premises of the Czech Technical University in Prague. Delta will result in the development of equipment to assess human physical fitness in extreme environments. It will be completed with an extremely long stay of a human crew underwater in 2025. (CTK Photo/Radek Petrasek)、クレジット：ＣＴＫ／共同通信イメージズ

商品コード: 2023051206913

2023年05月11日

Hydronaut H03 DeepLab

Pick up of the Czech science laboratory Deep Lab H03 from a flooded quarry in Jesenne, Semily region, Czech Republic, May 11, 2023. The 35-tonne station will be used for the three-year Delta 1 science project, in which Taiwan will also participate. The project will be carried out on the premises of the Czech Technical University in Prague. Delta will result in the development of equipment to assess human physical fitness in extreme environments. It will be completed with an extremely long stay of a human crew underwater in 2025. (CTK Photo/Radek Petrasek)、クレジット：ＣＴＫ／共同通信イメージズ

商品コード: 2023051206991

2023年05月11日

Hydronaut H03 DeepLab

Pick up of the Czech science laboratory Deep Lab H03 from a flooded quarry in Jesenne, Semily region, Czech Republic, May 11, 2023. The 35-tonne station will be used for the three-year Delta 1 science project, in which Taiwan will also participate. The project will be carried out on the premises of the Czech Technical University in Prague. Delta will result in the development of equipment to assess human physical fitness in extreme environments. It will be completed with an extremely long stay of a human crew underwater in 2025. (CTK Photo/Radek Petrasek)、クレジット：ＣＴＫ／共同通信イメージズ

商品コード: 2023051206993

2023年05月11日

Hydronaut H03 DeepLab

Pick up of the Czech science laboratory Deep Lab H03 from a flooded quarry in Jesenne, Semily region, Czech Republic, May 11, 2023. The 35-tonne station will be used for the three-year Delta 1 science project, in which Taiwan will also participate. The project will be carried out on the premises of the Czech Technical University in Prague. Delta will result in the development of equipment to assess human physical fitness in extreme environments. It will be completed with an extremely long stay of a human crew underwater in 2025. (CTK Photo/Radek Petrasek)、クレジット：ＣＴＫ／共同通信イメージズ

商品コード: 2023051206967

2023年05月11日

Hydronaut H03 DeepLab

Pick up of the Czech science laboratory Deep Lab H03 from a flooded quarry in Jesenne, Semily region, Czech Republic, May 11, 2023. The 35-tonne station will be used for the three-year Delta 1 science project, in which Taiwan will also participate. The project will be carried out on the premises of the Czech Technical University in Prague. Delta will result in the development of equipment to assess human physical fitness in extreme environments. It will be completed with an extremely long stay of a human crew underwater in 2025. (CTK Photo/Radek Petrasek)、クレジット：ＣＴＫ／共同通信イメージズ

商品コード: 2023051206866

2023年05月11日

Hydronaut H03 DeepLab

Pick up of the Czech science laboratory Deep Lab H03 from a flooded quarry in Jesenne, Semily region, Czech Republic, May 11, 2023. The 35-tonne station will be used for the three-year Delta 1 science project, in which Taiwan will also participate. The project will be carried out on the premises of the Czech Technical University in Prague. Delta will result in the development of equipment to assess human physical fitness in extreme environments. It will be completed with an extremely long stay of a human crew underwater in 2025. (CTK Photo/Radek Petrasek)、クレジット：ＣＴＫ／共同通信イメージズ

商品コード: 2023051206914

2023年05月11日

Hydronaut H03 DeepLab

Pick up of the Czech science laboratory Deep Lab H03 from a flooded quarry in Jesenne, Semily region, Czech Republic, May 11, 2023. The 35-tonne station will be used for the three-year Delta 1 science project, in which Taiwan will also participate. The project will be carried out on the premises of the Czech Technical University in Prague. Delta will result in the development of equipment to assess human physical fitness in extreme environments. It will be completed with an extremely long stay of a human crew underwater in 2025. (CTK Photo/Radek Petrasek)、クレジット：ＣＴＫ／共同通信イメージズ

商品コード: 2023051200651

2023年05月11日

Hydronaut H03 DeepLab

Pick up of the Czech science laboratory Deep Lab H03 from a flooded quarry in Jesenne, Semily region, Czech Republic, May 11, 2023. The 35-tonne station will be used for the three-year Delta 1 science project, in which Taiwan will also participate. The project will be carried out on the premises of the Czech Technical University in Prague. Delta will result in the development of equipment to assess human physical fitness in extreme environments. It will be completed with an extremely long stay of a human crew underwater in 2025. (CTK Photo/Radek Petrasek)、クレジット：ＣＴＫ／共同通信イメージズ

商品コード: 2023051207067

2023年05月11日

Hydronaut H03 DeepLab

Pick up of the Czech science laboratory Deep Lab H03 from a flooded quarry in Jesenne, Semily region, Czech Republic, May 11, 2023. The 35-tonne station will be used for the three-year Delta 1 science project, in which Taiwan will also participate. The project will be carried out on the premises of the Czech Technical University in Prague. Delta will result in the development of equipment to assess human physical fitness in extreme environments. It will be completed with an extremely long stay of a human crew underwater in 2025. (CTK Photo/Radek Petrasek)、クレジット：ＣＴＫ／共同通信イメージズ

商品コード: 2023051207230

2023年05月11日

Hydronaut H03 DeepLab

Pick up of the Czech science laboratory Deep Lab H03 from a flooded quarry in Jesenne, Semily region, Czech Republic, May 11, 2023. The 35-tonne station will be used for the three-year Delta 1 science project, in which Taiwan will also participate. The project will be carried out on the premises of the Czech Technical University in Prague. Delta will result in the development of equipment to assess human physical fitness in extreme environments. It will be completed with an extremely long stay of a human crew underwater in 2025. (CTK Photo/Radek Petrasek)、クレジット：ＣＴＫ／共同通信イメージズ

商品コード: 2023051207128