anyone still have any questions?

NASA - Google image

Someone, sane, knowledgeable about the consequences of climate change due to global warming is strongly affecting the seismic movement of tectonic plates?

anyone still have any questions about the geological consequences of all this connection between global warming + climate change + geological changes  = geological changes with catastrophic consequences for modern urban civilization?

climate action now

The Light and Darkness of the existential next generations, only depends on the decisions of today!

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What are you doing on defense and preservation of the global environment, which will prevent the extinction of future generations?

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Dia da Terra

Brasil, Curitiba, 23 de novembro de 2013

Climate Change - Global Warming

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Climate Change - Global Warming

Environment, ClimateChange, GlobalWarming, Earthquake, HURRICANE, TYPHOON, SNOW, FLOODS,

ACT NOW, OR NEVER ...Climatechange - Globalwarming

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#Haiyan

#Philippines

Google image

#Haiyan

#Philippines

Silence: Earth is talking! http://dia-da-terra.blogspot.com/2010/08/stop-please-silence-nature-is-screaming.html?spref=tw


The "Window of Time" is closing, now. http://dia-da-terra.blogspot.com/2012/03/window-of-time-is-closing-now.html?spref=tw


The environment is global security! http://dia-da-terra.blogspot.com/2010/08/global-alert-environment-is-global.html?spref=tw


The worst is yet to come http://dia-da-terra.blogspot.com/2012/11/the-worst-is-yet-to-come.html?spref=tw


Trilogy of global environmental tragedy http://dia-da-terra.blogspot.com/2011/09/trilogy-of-global-environmental-tragedy.html?spref=tw


Global Warming: Myth or reality? http://dia-da-terra.blogspot.com/2010/09/global-warming-myth-or-reality.html?spref=tw


Equation of global warming http://dia-da-terra.blogspot.com/2010/10/equation-of-global-warming-part-02.html?spref=tw



World War III: Human x Nature http://dia-da-terra.blogspot.com/2013/11/world-war-iii-human-x-nature.html?spref=tw


Freudian Myth: "Super Earth" http://dia-da-terra.blogspot.com/2012/01/freudian-myth-super-earth.html?spref=tw

Dia da Terra

November 14, 2013

Survive the chaos and act in a chaotic environment - climate disasters: Preparations to end?

Google Image

Signs not decoded - climate and geological change... http://dia-da-terra.blogspot.com/2011/06/signs-not-decoded-climate-and.html?spref=tw

Terribilis est locus iste:

Image Google

Image Google

Typhoon, Tornados, Hurricanes, Floods, landslides, frosts, rains, hailstorm, climate change, geological changes, volcanoes, earthquakes, drought, drought, predatory species, viruses, diseases, bacteria, poisons, ambition, crime, violence, terrorism, drugs, trash, wars , revolutions, deaths, murders, robberies, corruption, lies, deception, simulation...

Image Google

Earth Day

Anatomy of earthquakes and their connections with the "Global Warming".

EarthDay

Consequences: Earthquakes frequent and more intense, causing strong earthquakes and geological changes to the tragic human populations

Earth Day

Brazil - Curitiba

Earthquake: Global Alert

Google

Google

Earthquakes in Sumatra, New Zealand, Chile and Japan, shifted the axis of the Earth.

What are the consequences?

Earth Day, fulfill the painful duty to issue a global alert: there are strong indications that a new earthquake of strong magnitude will occur soon, in known risk areas.

Global alert to urban areas located on known geological cracks.

We alert the public authorities that provide civil defense emergency measures in the areas of risk.

Earth Day

MAY 20, 2012 - 24h:21 

Theoretical speculation: Disaster in the Solar System?

Google

The Solar System completes one revolution around the center of the Milky Way every 250 million years.

250 million years to complete one revolution around the center of the Milky Way ...

Whereas the "modern man" has 10,000 known history of the solar system is in an area of ​​the Milky Way in which previously never pass over, because there exist only 195,000 years.

Humans, anatomically modern, have their first fossil record in Africa, about 195,000 years

The human race had colonized Eurasia and Oceania 40,000 years ago, and the Americas only about 10 000 years.

There are only 200 years after man walked wagon ...

Two hundred years ago a trip between Europe and the Orient, a ship, it took six months.

Communicated with their peers through letter writing, mail carried in animals ...

Considering that modern man has his first fossil record there are only 195,000 years, and the solar system makes a complete revolution around the center of the Milky Way every 250 million years, we have not seen anything happen, and we know nothing.

The sun, since its formation completed 17/19 laps around the Milky Way.

The planet formed 4.54 billion for (billions) of years, so the Earth, along with the solar system only completed 17/19 laps around the center of the Milky Way ...

A Galactic year: 250 million years ... and the human species is only recorded historical memories, very poor, the last ten thousand years.

The fact of the solar system rotate once around the solar system 250 million years, has the following implications;

Whereas we have 10,000 years of recorded history, we know nothing ...

Whereas the trajectory of the solar system around the Milky Way is a totally unknown path, full of traffic comets, asteroids, stars, black holes, gas, gamma rays, other stars in the spiral arms of the Milky Way ...

It may mean that we enter an area of ​​turbulence unknown to our species ...

That the Earth and the Solar System, is facing, once again, a period of significant geological and climatic changes in all the planets, therefore the position of the solar system in its long journey of 250 million years, around the center of the Milky Way ...

The six phases of mass extinction of life on Earth, may be related to this trip around the center of the Milky Way?

Scientists say that the events of the passage of the Solar System in the higher density spiral arms often coincides with mass extinction events on Earth, and changes throughout the solar system, possibly due to increased impact events caused by gravitational disturbances nearby stars ...

NASA is reporting the news of earthquakes exist on Mars and the Moon are related to the swarm of earthquakes on Earth?

The inversion movement of the magnetic poles on Earth, is related to the swarm of earthquakes in Alaska, in other regions of the Earth, the Moon and on Mars?

The strong volcanic activity on Earth, related to seismic activity, are related to volcanic activity on the Moon and Mars?

The date of the destruction of the magnetic field of Mars, the date coincides with the emergence of the "Garden of Eden" on earth?

The protective magnetic field of Mars was destroyed by a super solar flare, or by successive bombardments and cyclic, high intensity, which also hit Earth?

What are the possible causes of climatic and geological that would have caused the destruction of Atlantis?

Changes in the movement of the axis of rotation of the Earth, causing reflections on the moon?

What are the consequences of climate change, global oceanic tectonic, atmospheric, geophysical, with so many factors directlyconnected, but with sizable unknown?
We know that the Earth's gravitational field of Mars and the Moon is in Earth's gravitational field, and all are in the gravitational field of the Sun, which is approaching the peak of maximum solar activity cycle, which occurs every 11 years.

The geological and climatic changes on Earth, the Sun, the Moon, Mars, may be linked to our route around the center of the Milky Way?

We believe so, and soon we will know the truth, hopefully not too late for mankind ...

But given the size of our ignorance, stupidity and indifference, we know nothing yet ...

Earth Day

RUI SANTOS DE SOUZA

Brazil, Curitiba, February 22, 2012 - 12h: 28

#Richter "10": Where and When? #earthquake

Dia da Terra

http://www.usgs.gov/

Q: What is the biggest earthquake ever?

A: Since 1900, the earthquake in Chile on May 22, 1960, is the biggest in the World with magnitude 9.5 Mw.

Probabilities.

Most earthquake probabilities are determined from the average rate of historical events. Assuming the annual rate is constant, one can make a probability statement about the likelihood of such an event in the next so-many years. These probabilities might range from one in thirty to one in three hundred.

For some faults, historical occurrences are not available, but rate of slip along the fault can be estimated. Assuming a particular magnitude, one can estimate the number of years it would take to accumulate the required amount of slip. This estimate can be used to give an annual rate and used in the same manner as historical rates. These probabilities might range from one in three hundred to one in three thousand.

Finally, given a large event, there is a declining rate of aftershocks. From this rate, the probability of an aftershock can be determined. These probabilities might be larger than one in thirty.

Predictions.

Predictions usually occur as a result of some event supposed to be indicative of an earthquake occurring in the near future. Such an event may be a swarm of small earthquakes, increasing amounts of radon in local water, unusual behavior of animals, increasing size of magnitudes in moderate size events, or a moderate-magnitude event rare enough to suggest that it may be a foreshock.

Unfortunately, most such precursors frequently occur without being followed by an earthquake. This means that the forecast must be made in probabilistic terms. Estimates of such the probabilities seem to be no greater than one in three, to one in ten and hence the forecasts have low reliability. A succession of unreliable forecasts is likely to do more harm than good.

One might hope that before a major earthquake several such precursor would occur. This might increase the reliability of a forecast. An earthquake forecast was made in China several decades ago, based on small earthquakes and unusual animal activity. People were able to sleep outside of their homes and thus were spared when the main quake struck and caused widespread destruction.

However, unfortunately, many earthquakes are preceded by no precursory events whatsoever. The next large Chinese event was entirely unheralded and scores of thousands of Chinese died.

(contributed by Dave Perkins)

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• Magnitude 6.8 NEAR NORTH COAST OF NEW GUINEA, P.N.G. July 31, 2011
• Magnitude 6.7 SOUTH OF THE FIJI ISLANDS July 29, 2011
• Magnitude 6.1 KYRGYZSTAN July 19, 2011
• Magnitude 7.0 OFF THE EAST COAST OF HONSHU, JAPAN July 10, 2011
• Magnitude 7.6 KERMADEC ISLANDS REGION July 06, 2011
• Magnitude 7.2 FOX ISLANDS, ALEUTIAN ISLANDS, ALASKA June 24, 2011
• Magnitude 6.0 SOUTH ISLAND OF NEW ZEALAND June 13, 2011
• Magnitude 5.8 WESTERN TURKEY May 19, 2011
• Magnitude 5.1 SPAIN May 11, 2011
• Magnitude 6.8 LOYALTY ISLANDS May 10, 2011
• Magnitude 6.9 SOLOMON ISLANDS April 23, 2011
• Magnitude 7.1 EASTERN HONSHU, JAPAN April 11, 2011
• Magnitude 7.1 NEAR THE EAST COAST OF HONSHU, JAPAN April 07, 2011
• Magnitude 6.5 VERACRUZ, MEXICO April 07, 2011
• Magnitude 6.7 SOUTH OF JAVA, INDONESIA April 03, 2011
• Magnitude 6.8 MYANMAR March 24, 2011
• Magnitude 6.6 OFF THE EAST COAST OF HONSHU, JAPAN March 22, 2011
• Magnitude 6.3 VANUATU March 17, 2011
• Magnitude 9.0 NEAR THE EAST COAST OF HONSHU, JAPAN March 11, 2011
• Magnitude 5.4 MYANMAR-CHINA BORDER REGION March 10, 2011
• Magnitude 6.5 NEW BRITAIN REGION, PAPUA NEW GUINEA March 09, 2011
• Magnitude 7.2 NEAR THE EAST COAST OF HONSHU, JAPAN March 09, 2011
• Magnitude 6.6 SOLOMON ISLANDS March 07, 2011
• Magnitude 6.5 SOUTH SANDWICH ISLANDS REGION March 06, 2011
• Magnitude 4.7 ARKANSAS February 28, 2011
• Magnitude 6.1 SOUTH ISLAND OF NEW ZEALAND February 21, 2011
• Magnitude 4.1 ARKANSAS February 18, 2011
• Magnitude 6.6 OFFSHORE MAULE, CHILE February 14, 2011
• Magnitude 6.8 OFFSHORE BIO-BIO, CHILE February 11, 2011
• Magnitude 6.5 CELEBES SEA February 10, 2011
• Magnitude 7.2 SOUTHWESTERN PAKISTAN January 18, 2011
• Magnitude 7.0 LOYALTY ISLANDS January 13, 2011
• Magnitude 6.6 VANUATU January 09, 2011
• Magnitude 4.1 NORTHERN CALIFORNIA January 08, 2011
• Magnitude 7.1 ARAUCANIA, CHILE January 02, 2011
• Magnitude 7.0 SANTIAGO DEL ESTERO, ARGENTINA January 01, 2011

• 48 Conterminous States [ 2008 | 2002 | 1996 ]

  
  The U.S. Geological Survey (USGS) National Seismic Hazard Maps display earthquake ground motions for various probability levels across the United States and are applied in seismic provisions of building codes, insurance rate structures, risk assessments, and other public policy. This update of the maps incorporates new findings on earthquake ground shaking, faults, seismicity, and geodesy. The resulting maps are derived from seismic hazard curves calculated on a grid of sites across the United States that describe the frequency of exceeding a set of ground motions.
  2008 Hazard Map (PGA, 2% in 50 years)
  Download Formats : [ EPS | PDF | JPG ]

• Alaska [ 2007 | 1999 ]

  
  Probabilistic seismic hazard maps have been prepared for Alaska portraying ground motion values (peak ground acceleration and spectral amplitude at periods of 0.2, 0.3 and 1.0 seconds) at probabilities of exceedance of 2% and 10% in 50 years. Preparation of these maps followed the same general strategy as that followed for the U.S.G.S. seismic hazard maps of the contiguous United States, combining hazard derived from spatially-smoothed historic seismicity with hazard from fault-specific sources.

• Hawaii [ 1998 ]

  
  Probabilistic seismic hazard maps were prepared for Hawaii portraying peak horizontal ground acceleration and horizontal spectral response acceleration for 0.2, 0.3, and 1.0 second periods with probabilities of exceedance of 10% in 50 years and 2% in 50 years. This particular data set is for horizontal spectral response acceleration for 1.0 second period with a 10% probability of exceedance in 50 years. All of the maps were prepared by combining hazard derived from spatially- smoothed historic seismicity with hazard from fault-specific sources.

• Puerto Rico & the U.S. Virgin Islands [ 2003 ]

  
  We present results of a new probabilistic seismic hazard assessment for Puerto Rico and the U. S. Virgin Islands (PRVI). The study area is located along the boundary between the northeastern Caribbean Sea and the Atlantic Ocean, at the intersection of the Greater and Lesser Antilles Island chains. These islands demarcate the boundary between the North American and Caribbean tectonic plates, with the North American plate moving west-southwestward relative to the Caribbean plate.

USGS Urban Hazard Maps

• Seattle Urban Seismic Hazard Maps [ 2007 ]

  
  The USGS has produced a new series of earthquake hazard maps for the City of Seattle. These ‘urban seismic hazard’ maps provide a much higher-resolution view of the potential for strong earthquake shaking than previously available. This new view is particularly important for Seattle, which sits atop a sedimentary basin that strongly affects the patterns of earthquake ground shaking and therefore, of potential damage.

• Memphis, Shelby County Seismic Hazard Maps [ 2004 ]

  
  Memphis, Shelby County, Tennessee, is located where damaging earthquakes are only moderately likely, but the consequences of earthquakes, mainly from the New Madrid seismic zone, can be very high. This densely populated urban area is built on a 1-kilometer-thick sequence of sediments deposited in a trough known as the Mississippi embayment. This thick pile of sediments significantly affects earthquake ground motions. We, the authors, have generated a suite of seismic hazard maps for a six-quadrangle area in Memphis, Shelby County, Tennessee, that accounts for these effects. These maps and their derivative products represent the collaborative efforts of the U.S. Geological Survey (USGS) and its partners.

• Liquefaction Hazard in Oakland, California [ 2002 ]

  
  The liquefaction hazard map predicts the approximate percentage of each designated area that will have surface manifestations of liquefaction during an M7.1 earthquake on the Hayward fault. An earthquake of this magnitude is expected if the whole Hayward fault ruptures in a single event (Working Group on California Earthquake Probabilities, 1999). This event dominates the deaggregated hazard near the eastern shore of San Francisco Bay.

Other Foreign Maps and Documentation

• Southeast Asia [ Tectonophysics Vol 390 pp. 141—158 ] [ Earthquake Summary Poster ] [Documentation ]

  
  The ground motion hazard for Sumatra and the Malaysian peninsula is calculated in a probabilistic framework, using procedures developed for the US National Seismic Hazard Maps. We constructed regional earthquake source models and used standard published and modified attenuation equations to calculate peak ground acceleration at 2% and 10% probability of exceedance in 50 years for rock site conditions. We developed or modified earthquake catalogs and declustered these catalogs to include only independent earthquakes. The resulting catalogs were used to define four source zones that characterize earthquakes in four tectonic environments: subduction zone interface earthquakes, subduction zone deep intraslab earthquakes, strike-slip transform earthquakes, and intraplate earthquakes.

• State of Gujarat, India [ Tectonophysics Vol. 390 pp.105—115 ]

  
  We test the sensitivity of seismic hazard to three fault source models for the northwestern portion of Gujarat, India. The models incorporate different characteristic earthquake magnitudes on three faults with individual recurrence intervals of either 800 or 1600 years. These recurrence intervals imply that large earthquakes occur on one of these faults every 266—533 years, similar to the rate of historic large earthquakes in this region during the past two centuries and for earthquakes in intraplate environments like the New Madrid region in the central United States.

• Afghanistan [ Hazards | Other USGS Projects ]

  
  Afghanistan is located in the geologically active part of the world where the northward-moving Indian plate is colliding with the southern part of the Eurasian plate at a rate of about 1.7 inches per year. This collision has created the world's highest mountains and causes slips on major faults that generate large, often devastating earthquakes. Every few years a powerful earthquake causes significant damage or fatalities.

• Global Seismic Hazard Assessment Program [ GSHAP ]

  
  The Global Seismic Hazard Assessment Program (GSHAP), a demonstration project of the UN/International Decade of Natural Disaster Reduction, was conducted in the 1992-1998 period with the goal of improving global standards in seismic hazard assessment. The GSHAP Global Seismic Hazard Map has been compiled by joining the regional maps produced for different GSHAP regions and test areas; it depicts the global seismic hazard as peak ground acceleration (pga) with a 10% chance of exceedance in 50 years, corresponding to a return period of 475 years.
  --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
  
  
  Richeter "10"
  My personal comment: 
• Since July 2010 the number of occurrences of earthquakes increased significantly on Planet Earth ... 
• 
  Not only the number of occurrences, but rose in the overall annual average, the intensity, or magnitude, earthquakes ... 
• 
  Another detail that stands out is the different places, unusual, in which earthquakes are occurring, I cite the example of several instances in Brazil ... 
• 
  The studies by experts indicate a significant change in the axis-of-the-Earth, which is certainly influencing the movement of tectonic plates ... 
• 
  The mysterious death of animals in different regions ... 
• 
  The magnetic disorientation of many animals ... 
• 
  The increase of electrostatic energy in the atmosphere ... 
• 
  The strong and continuous tectonic movements in Japan .. 
• 
  The changing habits of some individual animals, chickens, snakes and ants ...
  Erupting volcanoes ... 
• 
  Rise in sea levels ... 
• 
  Melting glaciers ... 
• 
  Consequences of the greater amount of methane in the atmosphere ...
  Heating mantle ... 
• 
  Consequences of major floods, creating greater driving force on the plates hit ... 
• 
  The increase and change in the diameter of planet Earth ... 
• 
  Changing ocean currents ... 
• 
  Changes in the direction of the currents of planetary winds ... 
• 
  Increased incidence of temperature changes in different regions ... 
• 
  The data listed above if they are connected, and it is likely, are influencing the Earth's tectonic movement, raising the specter in the second half of 2011, there is an earthquake of magnitude 10. 
• 
  is urgently needed research, study, think, analyze all available data in order to prevent material damage and losses of millions of lives. 
• 
  The earthquake in Japan in March 2011 showed the consequences related:
  Tsunami overwhelming ... 
• 
  Damage and leaks in nuclear power plants ... 
• 
  Contamination of water and food ...
  future illness ... 
• 
  Failure of service capacity and help victims ... 
• 
  Absence of an effective warning system ... 
• 
  Damage to the economy of the country ..
  
  
  The strong earthquakes that occurred in the first half of 2011, according to the USGS chart above mentioned, shows that a change is occurring geological structure on Planet Earth, and at this moment, we ignore the possible consequences, given the large urban areas of improperly installed high geological risk, without citing examples, not to be accused of being alarmist ... 
• 
  Every effort should be undertaken in order to investigate, predict and warn of future geological events ... 


RUI SANTOS DE SOUZA
• 
  
  
  
  Brazil, Curitiba, August 5, 2011 - 20h: 01