JAF, US launch "Dragon Eye" drill on WMD response
According to a JAF statement, the exercise is conducted in cooperation with the US Defense Threat Reduction Agency (DTRA) and Oak Ridge National Laboratory of the US Department of Energy, under the Jordan-US program to counter weapons of mass destruction (WMD).
The exercise is designed to enhance national response to nuclear and radiological incidents, identify strengths and gaps in security systems, bolster JAF's ability to deal with unconventional threats, and improve procedures for handling WMD threats. It also seeks to raise level of joint coordination and interoperability between Jordanian and US forces in field training and operational practice.
The drill featured multiple field scenarios simulating nuclear and radiological threats, aimed at building participants' practical skills and facilitating technical knowledge exchange among stakeholders.
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Ammon
5 hours ago
- Ammon
JAF, US launch "Dragon Eye" drill on WMD response
Ammon News - The Jordan Armed Forces-Arab Army (JAF) on Sunday launched the "Dragon Eye" field drill at the Chemical Support Group of the Royal Engineering Corps. According to a JAF statement, the exercise is conducted in cooperation with the US Defense Threat Reduction Agency (DTRA) and Oak Ridge National Laboratory of the US Department of Energy, under the Jordan-US program to counter weapons of mass destruction (WMD). The exercise is designed to enhance national response to nuclear and radiological incidents, identify strengths and gaps in security systems, bolster JAF's ability to deal with unconventional threats, and improve procedures for handling WMD threats. It also seeks to raise level of joint coordination and interoperability between Jordanian and US forces in field training and operational practice. The drill featured multiple field scenarios simulating nuclear and radiological threats, aimed at building participants' practical skills and facilitating technical knowledge exchange among stakeholders.
Jordan News
8 hours ago
- Jordan News
Jordanian Journalists Join Beijing Seminar on Science, Sustainability - Jordan News
A high-level seminar in Beijing has spotlighted the growing influence of media in shaping scientific collaboration and sustainable development across the globe. Held at the Donghu International Center, the event brought together Arab and Jordanian journalists, alongside representatives from leading international science and technology organizations. اضافة اعلان Organized by the Cluster for the Headquarters of International Science and Technology Organizations, the seminar is part of an ongoing training program for Arab media professionals taking place from August 12 to 25. Journalists from various Arab countries, including those from the Jordan News Agency (Petra) and the Jordan Radio and Television Corporation, are participating. The Cluster, launched in 2023 and headquartered in Beijing, serves as a global hub for innovation and cooperation among scientific institutions. It aims to foster practical solutions to critical global challenges, ranging from climate change and food security to digital transformation, by uniting researchers, policymakers, and media under a shared mission for sustainable progress. Speaking at the event, Wang Jia, Deputy Secretary-General of the World Association of Young Scientists (WAYS), emphasized the evolving role of media, from mere news delivery to becoming a strategic partner in addressing global issues. He noted the media's power in shaping public understanding of science and driving momentum around the UN's Sustainable Development Goals. Wang also introduced the Young Scientist SDGs Award launched by the Association, encouraging Arab scientists to participate and highlight their regional contributions on the world stage. The WAYS aims to create a global platform for young scientists to connect, exchange expertise, and promote a positive vision of science and technology and their role in achieving sustainable development. In another presentation, Lian Fang, a senior disaster risk research strategist, underscored the media's ability to raise awareness about natural disasters and climate risks. She called for stronger efforts in using media to promote early preparedness and adaptation strategies, and to shine a light on grassroots solutions that combat poverty and build resilience. Meanwhile, Wenjing Wu, International Cooperation Manager of World Green Design Orgnization (WGDO), shared insights into "green design" as a forward-thinking approach to development. She explained that green design rests on core principles such as inclusivity, sustainability, systemic thinking, and economic balance urging media to play a role in advocating for such frameworks. The seminar concluded with a collaborative dialogue, where participants exchanged perspectives on how to deepen ties between Arab countries and global scientific networks. The session highlighted the need to build a media ecosystem that not only informs but actively supports innovation, cooperation, and long-term development.
Jordan News
a day ago
- Jordan News
The largest bubble of water and air was discovered in Jordanian amber, dating back 140 million years - Jordan News
Scientist Abbas Haddadin discovered the largest bubble of water and air dating back 140 million years. This is a test sample in which we can discover the percentage of oxygen and nitrogen in the air bubble above the water, and we could know if there are other elements, such as carbon and argon, and their percentages. Moreover, for the water in the bubble, we know the percentage of oxygen and hydrogen in the water. اضافة اعلان Scientists say that the percentage of oxygen in the air in the past was higher than it is now, while the percentage of calcium in the water was higher. However, the evolution of shelled animals and the emergence of corals took a large amount of calcium from the water to build their homes, which are shell coverings for their bodies. This reduced the percentage of calcium in the water. Then, we studied the percentage of pollution in the water and air from volcanoes or dinosaurs at that time. It is very rare to find bubbles containing water and air in amber. The picture shows a bubble containing water and air that was found in Jordanian amber. [email protected]
