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Photo Essays

05/06/2018
While the visible impact of large plastic debris on marine environments has been well documented, the potential harm caused by microplastics is much less clear. Nuclear and isotopic techniques can provide valuable information on their impact and the risk to marine organisms and, ultimately, humans. This information can be used by governments as input into making policy decisions. The small coral nubbin on this photo is part of the marine plastics experimental work at the IAEA Environment Laboratories in Monaco.

يوم البيئة العالمي لعام ٢٠١٨: التقنيات النووية تكشف كيفية تلويث المواد البلاستيكية لمحيطاتنا (باللغة الإنكليزية)

While the visible impact of large plastic debris on marine environments has been well documented, the potential harm caused by microplastics is much less clear

05/06/2018
While the visible impact of large plastic debris on marine environments has been well documented, the potential harm caused by microplastics is much less clear. Nuclear and isotopic techniques can provide valuable information on their impact and the risk to marine organisms and, ultimately, humans. This information can be used by governments as input into making policy decisions. The small coral nubbin on this photo is part of the marine plastics experimental work at the IAEA Environment Laboratories in Monaco.

Día Mundial del Medio Ambiente 2018: Las técnicas nucleares revelan cómo los microplásticos contaminan nuestros océanos (en inglés)

While the visible impact of large plastic debris on marine environments has been well documented, the potential harm caused by microplastics is much less clear

05/06/2018
While the visible impact of large plastic debris on marine environments has been well documented, the potential harm caused by microplastics is much less clear. Nuclear and isotopic techniques can provide valuable information on their impact and the risk to marine organisms and, ultimately, humans. This information can be used by governments as input into making policy decisions. The small coral nubbin on this photo is part of the marine plastics experimental work at the IAEA Environment Laboratories in Monaco.

2018年世界海洋日：核技术揭示微塑料如何污染我们的海洋 （英文）

While the visible impact of large plastic debris on marine environments has been well documented, the potential harm caused by microplastics is much less clear

05/06/2018
While the visible impact of large plastic debris on marine environments has been well documented, the potential harm caused by microplastics is much less clear. Nuclear and isotopic techniques can provide valuable information on their impact and the risk to marine organisms and, ultimately, humans. This information can be used by governments as input into making policy decisions. The small coral nubbin on this photo is part of the marine plastics experimental work at the IAEA Environment Laboratories in Monaco.

Journée mondiale de l'environnement 2018 : des techniques nucléaires donnent de nouveaux éléments sur la pollution des océans par les microplastiques (en anglais)

While the visible impact of large plastic debris on marine environments has been well documented, the potential harm caused by microplastics is much less clear

05/06/2018
While the visible impact of large plastic debris on marine environments has been well documented, the potential harm caused by microplastics is much less clear. Nuclear and isotopic techniques can provide valuable information on their impact and the risk to marine organisms and, ultimately, humans. This information can be used by governments as input into making policy decisions. The small coral nubbin on this photo is part of the marine plastics experimental work at the IAEA Environment Laboratories in Monaco.

Всемирный день окружающей среды 2018: ядерные технологии демонстрируют, как микропластик загрязняет океаны (на англ. языке)

While the visible impact of large plastic debris on marine environments has been well documented, the potential harm caused by microplastics is much less clear

12/01/2018
Research reactors have often more than research functions, they are used for education and training, material testing and modification, and for the production of radioisotopes for medical and industrial applications. Like nuclear power reactors, research reactors are required to adhere to the highest safety standards. The 5MW Jordan Research and Training Reactor (JRTR) is the latest of this kind. It was built on the campus of the Jordan University for Science and Technology and received the operation license on 12 November 2017.

Jordan’s New Research Reactor: A Virtual Tour

Take a peek inside one of the world's newest research reactors, which received its operation license last November. 

12/01/2018
Research reactors have often more than research functions, they are used for education and training, material testing and modification, and for the production of radioisotopes for medical and industrial applications. Like nuclear power reactors, research reactors are required to adhere to the highest safety standards. The 5MW Jordan Research and Training Reactor (JRTR) is the latest of this kind. It was built on the campus of the Jordan University for Science and Technology and received the operation license on 12 November 2017.

Виртуальная экскурсия по новому исследовательскому реактору в Иордании (на англ. языке)

Take a peek inside one of the world's newest research reactors, which received its operation license last November. 

12/01/2018
Research reactors have often more than research functions, they are used for education and training, material testing and modification, and for the production of radioisotopes for medical and industrial applications. Like nuclear power reactors, research reactors are required to adhere to the highest safety standards. The 5MW Jordan Research and Training Reactor (JRTR) is the latest of this kind. It was built on the campus of the Jordan University for Science and Technology and received the operation license on 12 November 2017.

Visita virtual al nuevo reactor de investigación de Jordania (en inglés)

Take a peek inside one of the world's newest research reactors, which received its operation license last November. 

12/01/2018
Research reactors have often more than research functions, they are used for education and training, material testing and modification, and for the production of radioisotopes for medical and industrial applications. Like nuclear power reactors, research reactors are required to adhere to the highest safety standards. The 5MW Jordan Research and Training Reactor (JRTR) is the latest of this kind. It was built on the campus of the Jordan University for Science and Technology and received the operation license on 12 November 2017.

Visite virtuelle du nouveau réacteur de recherche de Jordanie (en anglais)

Take a peek inside one of the world's newest research reactors, which received its operation license last November. 

12/01/2018
Research reactors have often more than research functions, they are used for education and training, material testing and modification, and for the production of radioisotopes for medical and industrial applications. Like nuclear power reactors, research reactors are required to adhere to the highest safety standards. The 5MW Jordan Research and Training Reactor (JRTR) is the latest of this kind. It was built on the campus of the Jordan University for Science and Technology and received the operation license on 12 November 2017.

约旦的新研究堆：虚拟之旅（英文）

Take a peek inside one of the world's newest research reactors, which received its operation license last November. 

21/12/2017

Helping Trade while Keeping Sri Lanka Secure: the IAEA’s Tool for Radiation Alarm and Commodity Evaluation (TRACE)

To catch smuggled nuclear material, and so reduce the risk of nuclear terrorism, authorities around the world have – over the last decades – installed more than 10 000 radiation portal monitors (RPMs) at borders and seaports.

21/12/2017

Aider au commerce tout en préservant la sécurité de Sri Lanka : l’Outil d’évaluation des alarmes dues à des rayonnements et d’évaluation des produits (TRACE) de l’AIEA

Afin de mettre la main sur les matières nucléaires de contrebande et de réduire ainsi le risque de terrorisme nucléaire, des autorités dans le monde entier ont installé, au cours des dernières décennies, plus de 10 000 portiques de détection des rayonnements aux frontières et dans les ports maritimes.

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