ICAO develops new tools against volcanic dust
On June 27, the International Civil Aviation Organization (ICAO) announced a series of new tools that greatly reduce the impact of volcanic dust on future international aviation activities.
On June 27, the International Civil Aviation Organization (ICAO) announced a series of new tools that greatly reduce the impact of volcanic dust on future international aviation activities.
>>> Atype of radar capable of detecting volcanic ash
These new tools are the result of a study of the International Volcanic Dust Task Force, which ICAO established after the volcanic eruption in Iceland, caused an international air transport congestion in April 2010.
These tools include a new publication that guides aviation activities in volcanic dust situations; a case study of emergency flight plan handling in volcanic dust and recommendations on new technologies and system requirements required for ground-based volcanic dust detection systems, aircraft and on satellites.
Iceland volcanic dust
ICAO Secretary General, Raymond Benjamin, pointed out that the unexpected challenges of the volcanic eruption in Iceland in 2010 are an important opportunity for the global aviation community to strengthen collective scientific knowledge, as well as the Reaction coordinated international aviation operation against volcanic dust, whether volcanoes operate anywhere, anytime in the world.
The volcanic eruption in Iceland has severely disrupted international air operations since the Second World War. This disruption shows the vulnerability of the previous modern aviation system. natural disasters, but also promote the international aviation industry to accelerate scientific research to find ways to overcome this challenge.
Airlines, airports, air transport service providers, air traffic control agencies and international aircraft manufacturers and global trade associations actively contributed to resources and intellectual resources into this effort.
ICAO experts affirmed with new tools, if the volcanic eruption occurred today, although there are still many challenges, but the international aviation industry will certainly handle much better than in April 2010. Efforts to establish proper balance between safety and regularity of international aviation activities in the case of active volcanoes must still be promoted and ICAO is committed to strengthening these efforts. Studies on the concentration of volcanic dust, volcanic information management and monitoring as well as studies of new methods of detecting carbon dioxide in the atmosphere also need to be promoted in the near future.
- Belgium's radar test helps detect volcanic ash
- How does volcanic dust threaten aircraft?
- Breathtaking spectacle
- Japanese volcano suddenly sprayed smoke ash columns 3.5km high
- Role of determining the sea temperature of dust
- The most terrible volcanic disaster in human history
- Volcanic eruption column of 10km high
- Shiveluch volcano sprayed 9000 meters of dust
- Video: Japan's largest volcano
- Video: The storm is made of volcanic ash
Asia officially becomes the most natural disaster-prone region in the world China turns Moon dust into 22 times stronger concrete Experimenting with 13,000-year-old ash and ash, scientists investigated why volcanic lightning formed Climate change through the famous sunset picture The most terrible volcanic disaster in human history Japanese volcano suddenly sprayed smoke ash columns 3.5km high 48 people died in a volcano that suddenly erupted in Japan Volcanoes suddenly erupt, causing many deaths in Japan