“We have received at least two types of anomalies in these radio signals which are reflected back to us. While the first anomaly was detected at least three days in advance during the night, the second one comes a day before the quake during sunrise and sunset,” said Sandip K. Chakrabarti, in-charge of ICSP and head of the Astronomy and Cosmology department at the SN Bose National Centre for Basic Sciences. The results have recently been published in the Indian Journal of Physics in its October 2014 issue and a few other European science journals.
In the film: Vladimir Kosobokov, a leading researcher at the Institute of Earthquake Prediction Theory and Mathematical Geophysics, Russian Academy of Sciences; Giampaolo Giuliani, engineer and physicist; Mauro Dolce, head of the Department of seismic risk Civil Protection of Italy; Sergey Pulinets, chief researcher at the Institute of Space Research; Dimitar Ouzounov, a geophysicist, Chapman University, USA; Arianna Giuliani, daughter Giampaolo Giuliani; Bruno Sabatini, a writer, a resident of L'Aquila.
Primary Convener: Dimitar Ouzounov, Chapman University, CEESMO, Potomac Falls, VA, United States
Co-conveners: Sergey A Pulinets, Space Research Institute, Moscow, Russia, Jann-Yenq G Liu, Natl Central Univ, Chung Li, Taiwan and Katsumi Hattori, Chiba University, Chiba, Japan
Pratham, a satellite initiative of IIT Bombay, was started in 2007 and has been pending since. It overshot its schedule in 2012 and missed its launch slot. With a new team, it is set to meet its deadline of March 2015this time around and hand over its satellite to ISRO on time.
IIT- Madras is currently working on their Low Earth Orbit nano-satellite IITMSAT, and intends to complete the project by 2016.
From August 7 had informed the founder of the group VAN, Panayotis Varotsos an impending earthquake in Evian.
Prof. Varotsos spoke on the show of George Papadakis on ANT1 and said that since 7 August had posted on an international basis of Cornell University that we had pre-earthquake electric waves for the region of Evian. "
Prof. Varotsos, who is in China invited by the Chinese government, noted that the government in Beijing announced it will launch a satellite to collect the pre-earthquake electric and magnetic waves, adding that similar interest was shown by representatives of Russia and the EU, French initiative.
As part of its efforts to support space situational awareness, NATO’s Science for Peace and Security (SPS) Programme is co-funding a project to establish a unique network of existing high-precision ground-based ionospheric sounders in Europe which allows coordinated monitoring of the ionosphere to predict the propagation of waves and warn users of any irregularities. The project will be launched at the 11th European Space Weather Week taking place in Liège, Belgium, from 17 to 21 November 2014.
11月13~16日:1st CSES Satellite Workshop (ASI)
A cooperation between CNSA and ASI for an Earth Observation mission
Hamid Fazeli told Mehr News that the project would be a joint venture of Asia Pacific Space Cooperation Organization (APSCO) 8 member states. “The joint cooperation was passed by APSCO and it is underway; the project studying components in ionosphere layer in earth’s space using satellites revolving around the earth; the layer components would catch earthquake waves before it happens, thus making its prediction a reality,” Fazeli said.
According to Calendar of the International Space Science Institute, the Workshop of the group “Multi-instrument Space-Borne Observations and Validation of the Physical Model of the Lithosphere-Atmosphere-Ionosphere-Magnetosphere Coupling” was held in days 15-19 September. The following members of the group were present: M. Lisi, J.-Y. Liu, D. Ouzounov, A. Namgaladze, M. Parrot, S. Pulinets, V. Tramutoli and E. Pokojská (invited).
10月20日:視点・論点 「御嶽山噴火の教訓」 (NHK)
Section SEMP. Seismic-electromagnetic phenomena (Electromagnetic phenomena related to earthquakes (EQ) and other natural hazards (NH))
Conveners - Dr. N.A. Smirnova, Prof. M. Hayakawa, Prof. Yu.A. Kopytenko
9月28日:地震の前兆?情報を収集…全国で唯一継続する県(読売)
In our house we stayed unusual guests - Polish Space Research Centre. On 22-26 September 60 scientists from around the world discussed the electromagnetic effects of earthquakes and volcanoes.
CHENNAI: The IIT Madras' pet satellite project got a Rs 150 lakh boost, thanks to one of its alumni. The Rs 3 crore nano-satellite to carry out research on high energy radiation belts in the upper atmosphere, is to be completed by the end of 2015 and launched by ISRO.
Jorge Heraud, Director del Instituto de Radioastronomía PUCP, por medio de la energía que proviene de la tierra pudo alertar de un movimiento telúrico en el 2010.
KURSK, 26 August (BelTA - ITAR-TASS) - Scientists from Belarus, Russia, and Peru will create a nano satellite that will carry out several experiments once it is in orbit, including experiments to assess the possibility of predicting earthquakes. The information was released by Head of the Center for Space Research Studies of the Kursk-based Southwest State University Valerian Pikkiyev, BelTA has learned.
此次来访专家分别是俄罗斯空间研究所SergeyPulinets教授,美国查普曼大学DimitarOuzounov教授,意大利巴西利卡塔大学卫星资料研究系主任Valerio Tramutoli教授,日本千叶大学Katsumi Hattori教授,保加利亚科学院国家地球物理、大地测量和地理研究所副所长DimchoSolakov教授、StelaSimeonova教授、RumianaVatseva教授,中国台湾“中央大学”太空及遥测研究中心刘正彦教授等,均在世界地震红外遥感、电磁领域具有重要影响力。中国地震局地震预测研究所熊攀博士和中国地震台网中心卢显博士参加了研讨会。
8月24~28日:5th International Disaster and Risk Conference IDRC 2014
TUE1.3: Testing New Technologies for Forecast Warnings of Large Earthquake Events: The social, Economic and Humanitarian Aspects of the New Challenges
Session Chair: Garry DE LA POMERAI, "Soluzion Systems" - Dubai, UAE
Jointly Organised by Dimitar Ouzounov, Chapman University US & Soluzion Systems Dubai UAE
そして2014年。ウズノフ氏は日本を舞台に、より高度な観測システム「Sensor Net ver.2.0」の構築を目論んでいます。
「Sensor NeT ver2.0」では、よりさまざまな観測要素を盛り込むとともに、ラドン観測においても、気象衛星からの「熱源探知」だけでなく、地上にラドン観測拠点を設置し、実際のラドン放出量を計測します。
このため「ハザードラボ」では、今後半年から1年以内に、国内数カ所に設置されるラドン観測設備をSensor NeTに提供し、早期の「Sensor NeT ver.2.0」完成に協力することとし、まず日本国内における「Sensor NeT ver.1.0」(現行バージョン)による地震予測情報を公開していくことにしました。
There have long been reports of animals behaving strangely before large quakes, including an account of snakes, weasels and rats leaving home prior to an earthquake in Greece in 373BC. But there is still a lack of scientific evidence. A new study in Japan investigates pet owners’ reports of cat and dog behaviour, and changes in dairy milk production, before the magnitude 9 earthquake in 2011.
"It is predicted that the satellite (Ayat) will be put into orbit by March 2016," Head of the Telecommunications and Satellite Technology Research Center Shervin Amiri told reporters on Wednesday.
COSMIC-2 is a crucial element in our national strategy to enhance weather prediction. It will improve global weather analyses, particularly over oceans and polar regions; advance global and regional weather prediction models; aid in the prediction of space weather; and monitor climate change and variability with unprecedented accuracy and precision.
4月9日:Third Annual Academic Symposium (ENU)
Scientists can identify earthquake signatures from electromagnetic and thermal activity prior to a major event. And they are now working to develop that understanding into a predictive capability. The UK and Russia, for example, are partnering on a joint initiative that will send satellites into orbit to monitor changes in electromagnetic activity - and hopefully enable scientists to pinpoint the location and time of a strike.
4月4日:We can predict an earthquake 18 days before (Peru21)
"Some people question my theory. Particularly I think it is good that is in question because science is based on the search for truth. The coming out with a new idea always be questioned," Heraud says.
4月5日:おはよう朝日 土曜日です (goo)
The results were presented at the American Physical Society’s March Meeting in Denver on Thursday by Rutgers University biomedical engineer Troy Shinbrot. His lab has created a miniature model of earthquake-like jamming and cracking, and has found huge voltage jumps that result from the shifting of granular material used to mimic the earth.
Peruvians continue satellites orbiting the Earth every 90 minutes. Its mission is to measure the temperature of their bodies and gather data to refine future satellites. Now perform this function, but born from curiosity Inras to study earthquakes from space. A similar project was not successful in the U.S., why not replied in Peru. Instead, he opened an endless road: Is it possible to detect earthquakes in advance from Earth? For a group of Peruvian scientists think so.
THE idea that animals can forecast earthquakes is not a new one: the notion occurred to the Romans. For more than 2000 years, people have reported unusual animal behaviour just minutes or hours before powerful seismic events. But now, a new space programme could be about to provide the facts to explain such stories.
In December 2013, the German Aerospace Agency announced its plan to invest approximately €19m ($26m) in the ICARUS initiative (International Cooperation for Animal Research Using Space)-a joint venture with the Russian Space Agency–which aims to reveal a previously hidden side to life on Earth: the migration routes of flying animals.
2月15日:発光現象 期待大きく(東京)
After the preliminary design of the satellite is accepted and finalized, the satellite will be assembled and then will be launched by a Polar Satellite Launch Vehicle (PSLV), likely to be in the fourth quarter of 2015.
On 20-24 of January the first “kick-off” meeting of the International team 298 representing the project Multi-instrument Space-Borne Observations and Validation of the Physical Model of the Lithosphere-Atmosphere-Ionosphere-Magnetosphere Coupling took place in Bern, in the International Space Science Institute.
Researchers in China are the first to study ball lightning using high-resolution spectroscopy. Their results lend support to an idea first advanced in 2000 that ball lightning is fuelled by burning minerals from soil.
A new catalogue of earthquake lights ― mysterious glows sometimes reported before or during seismic shaking ― finds that they happen most often in geological rift environments, where the ground is pulling apart. The work is the latest to tackle the enigmatic lights, which have been described by eyewitnesses for centuries but are yet to be fully explained by scientists.
The study, published in the January/February issue of Seismological Research Letters, pulls together several strands of research to propose a mechanism by which earthquake lights form. The authors suggest that, during an earthquake, the stress of rocks grinding against each other generates electric charges, which travel upwards along the nearly vertical geological faults that are common in rift zones. When the charges reach Earth's surface and interact with the atmosphere, they create a glow.