A worldwide compilation of earthquakes and their magnitudes, losses, and references for information from ancient times to the near present.http://www.ngdc.noaa.gov/nndc/struts/
Up to the minute reports of worldwide earthquakes, with maps, estimates of affected local area, seismological information, and other data. http://earthquake.usgs.gov/http://earthquake.usgs.gov/
Reconnaissance reports from recent earthquakes.http://www.eeri.org
It has now been two years since the occurrence of what has turned out to be one of the deadliest and most costly natural disasters ever witnessed in the world. The M9 mega-event that shook the northeastern seaboard of Honshu Island, where the nearest major city is Sendai, ranks among the largest seismic events that have been recorded. The earthquake unleashed a major tsunami that swept across many smaller fishing settlements along the Tohoku coastline, and exacted a human loss toll that stands in excess of 18 000 with many injured. A series of seemingly unlikely equipment failures at the Fukushima Daiichi nuclear plant led to multiple meltdowns and releases of radioactive materials into the environment following the earthquake and tsunami.
The scale of the disaster beggars description in terms also of economic losses. While performance of building systems, railway networks and early warning equipment for lifelines was good, many images of death and destruction brought by the tsunami were etched into the memory of everyone in the world. The Japanese people bore the tragedy with fortitude, and have gained the respect of other countries that must live within the shadow of the seismic threat because of the many individual tales of communal spirit and selfless solidarity.
This disaster must serve as a call for sustained vigilance and unflagging preparedness to protect lives and assets against the seismic hazard. The Hyogo Framework for Action (HFA) against natural disasters and their harmful effects was crafted in 2005 in Japan ten years after the Kobe earthquake to serve as the blueprint for risk reduction policies that governments must adopt and enforce. The International Association for Earthquake Engineering (IAEE) was among professional organizations that contributed to the preparation of HFA, and through its member national organizations, has been among the principal mechanisms for implementing the guiding principles that it has outlined.
We respectfully commemorate the memory of victims of the March 11, 2011 Japan earthquake with bowed heads, and pledge to pursue the objectives of IAEE in ensuring a safer world for all those who stand in danger of the seismic peril.
- Officers and Executive Committee Members of IAEE
We are deeply grieved to inform the international community of earthquake engineers that Professor Sheldon Cherry, Professor Emeritus of Civil Engineering, University of British Columbia, Vancouver, has passed away on March 23, 2014, a few days short of his 86th birthday. Professor Cherry's service to IAEE was as follows: Director (1973-1980), President (1996-2002), Honorary Member (from 2004). [move page]
Nicholas Neocles Ambraseys (1929-2012) was one of the towering figures of engineering seismology, who played a key role in the development of the discipline for more than half a century - from before the foundation of the IAEE in 1963 (he attended the committee meetings in 1960 that led to its establishment) right up to the time of his death at his London home on 28th December. [move page]
National organizations from the following countries have endorsed to the IAEE declaration.
Algeria, Argentina, Australia, Austria, Bangladesh, Canada, Chile, China, Colombia, Costa Rica, Croatia, France, Germany, Greece, Israel, Japan, Korea, Macedonia, Mexico, Nepal, New Zealand, Norway, Peru, Portugal, Romania, Russia, Singapore, Spain, Switzerland, Chinese Taiwan, Thailand, Turkey, Ukraine, USA and Venezuela
hat seven scientists who were members of the National Commission for the Forecast and Prevention of Major Risks have been sentenced to prison terms for having provided "inaccurate, incomplete and contradictory" information about the danger of the minor tremors felt ahead of 6 April 2009 M6.3 earthquake, leading to the deaths of some 300 persons in and around the historic town of L'Aquila in central Italy.
While we have not examined the wording of the court's decision we must take a stand on what we believe is a flawed judgment that might have a negative impact for the future. Earthquake science is not a magical tool that allows anyone to state with any degree of credible reliability when and where an earthquake with a prescribed size will occur because earthquake occurrence does not conform to a simple and coherent pattern. The interpretation of minor foreshocks to state whether they herald a major earthquake to follow has yet never been done, except in the imagination of publicity seekers with no scientific credentials or on account of pure coincidence. The seven defendants are all well known in their respective professional fields, and enjoy the respect of their peers. We feel that justice has been poorly served, and a dangerous precedent has been established with the verdict. No responsible scientist will henceforth dare to risk his or her professional reputation (not to mention personal well-being) by interpreting signals of activity from volcanoes or possible effects of hurricanes. Forces of nature usually do not lend themselves to easy forecasts, and most are inherently unpredictable.
The communication of risk to the public in a way that it can be easily understood is one of the most difficult challenges facing science and technology. The loss of life that occurred in L'Acquila was tragic and regrettable, but that is attributable to many other causes besides the statement undersigned by the defendants,and the variability of the ground motions that attacked those buildings. The aftermath must not be allowed to turn into a spectacle calling for false culprits to punish in the interest of appeasing the public outrage. Instead, we must draw the right lessons so that there will be no victims in the future in this type of a preventable disaster.
Authored by Jitendra Bothara of New Zealand and Svetlana Brzev of Canada, the tutorial focuses on traditional stone masonry dwellings primarily in the earthquake-prone countries of Asia, explains the underlying causes for their poor seismic performance
and offers techniques for improving both new and existing buildings. A pdf version of the tutorial is available at the World Housing Encyclopedia
The production of the tutorial was a collaborative effort among EERI, the New Zealand Society for Earthquake Engineering and the Earthquake Engineering Center of the University of Engineering and Technology, Peshawar, Pakistan.
The Bureau for Crisis Prevention and Recovery of the United Nations Development Programme has printed copies of the tutorial for distribution through their program in Asia. The publication will be shared with UNDP country offices, national governments' disaster management ministries and offices, and used in training programs. EERI and the National Information Centre of Earthquake Engineering (NICEE) at the Indian Institute of Technology Kanpur have copies available for the cost of shipping and handling. EERI shipping rates are: $10 to the U.S., $15 to Canada and Mexico, and $20 to other countries. Please contact NICEE (nicee.org) to order the publication from them.
the World Housing Encyclopedia is a joint project of EERI and IAEE. More information is available at the project website: www.world-housing.net.
A fellowship fund has been established in the name of Joseph Penzien to fund and support graduate engineering students enrolled in the Department of Civil and Environmental Engineering at the University of California, Berkeley. Preference will be given to students who have demonstrated financial need and have chosen the field of structural engineering and structural mechanics. The goal is to raise $500,000 to qualify for a named graduate fellowship.
To make a contribution, please send cash/checks to Enid C. Pollack, Sr. Development Director at UC Berkeley College of Engineering, 210 McLaughlin Hall, College of Engineering, Berkeley, CA 94720-1722. Please make checks payable to UC Berkeley College of Engineering and include check memo: Joseph Penzien Memorial Fund. Ms. Pollack can be contacted by phone at 510-642-2257 or by email at firstname.lastname@example.org.
All of the papers in the World Conference on Earthquake Engineering Proceedings from the first WCEE in 1956 to present have been digitized by the National Centre of Earthquake Engineering at the Indian Institute of Technology in Kanpur
Papers from all of the World Conferences can be accessed at:http://www.nicee.org/wcee/
The World Seismic Safety Initiative (WSSI) is pleased to announce creation of the Satoru Ohya Medal established in memory of Mr. Satoru Ohya. Mr. Ohya was a world leader in the field of seismic instrumentation and devoted his life to reducing the risks associated with earthquakes and other natural disasters, especially in the most vulnerable communities in developing countries of the world. He was the President and Chairman of the Board of OYO Corporation and served as President of the Geological Society of Japan and the Society of Exploration Geophysicists of Japan. He was heavily involved in the activities of WSSI and served on its Board of Directors. [more]