Archive for March, 2008

Cool Weather images

Some cool weather images:

Weather alarm
weather

Image by Differentieel + JeeeM = DailyM

Hot weather scene (LOC)
weather

Image by The Library of Congress

The Weather Project
weather

Image by wonderferret

Cold front approaching Cook Strait, New Zealand, 26 December 2007

A few nice cold front images I found:

Cold front approaching Cook Strait, New Zealand, 26 December 2007
cold front

Image by PhillipC

Cold front moving in…
cold front

Image by Indibang

Cold Front Rolling In
cold front

Image by senorleroy

Cool Cloud Types images

Check out these cloud types images:

Eerie Sunset 2
cloud types

Image by arbyreed

mezzoblue word cloud
cloud types

Image by mezzoblue

Climate Cover-Up: The Crusade to Deny Global Warming

Climate Cover-Up: The Crusade to Deny Global Warming

  • ISBN13: 9781553654858
  • Condition: New
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Talk of global warming is nearly inescapable these days — but there are some who believe the concept of climate change is an elaborate hoax. Despite the input of the world’s leading climate scientists, the urgings of politicians, and the outcry of many grassroots activists, many Americans continue to ignore the warning signs of severe climate shifts. How did this happen? Climate Cover-up seeks to answer this question, describing the pollsters and public faces who have crafted careful language

Rating: (out of 70 reviews)

List Price: $ 15.00

Price: $ 8.41

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Lastest Weather Satellite News

The Precarious Future of Ocean-Color Satellite Imagery
With all the U.S.-owned orbiting satellites capable of measuring plant life in the ocean on their last legs, American ocean scientists are pushing to get NASA’s next satellite to periodically look at the moon — a critical checkup for beaming back accurate shades of green.
Read more on Wired News

Climate Change

Climate Change

Climate Change

Now-a-days we listen Climate Change more often than before. Climate change is a global phenomenon and the term “Climate Change” is indeed a straightforward expression for such a complex subject. In fact, climate change has more than we can comprehend from this phrase and that is why it is quite essential to go at defining climate change in today’s scenario. In the present glossary of researchers and scientists, climate modification as a term is no longer in use and effect. The reason behind this is that we have come to realize the effect of the changes we make to our environment will eventually increase the temperature in many parts of the world, but at the same time will also be decrease in temperature for few parts of the planet. This however, creates a general imbalance in the climate of the world which in turn leads us to the phrase, “Climate Change.”

While wondering the effects of the climate change, the things you know of as climate modification is actually referred to as global a global phenomenon of climate change. However, with all the details and statistics we have in hand at present, we can definitely conclude that the world is unquestionably warming with the temperatures rising like never before. Climate change is a global problem with many natural disasters started taking shape; the general awareness of this factor is really low. For the better understanding of the issues associated with the climate change, we require a simple definition for climate change in relation to the warming of the planet. And this definition needs to be the one that brings us the essence of this problem without compromising the simplicities. However, the easiest and most precise definition is that climate change is the effect greenhouse gases have on the earth’s overall climate. Greenhouse gases include carbon dioxide and methane, but are not limited to these two.

While learning more about climate change, we need to understand few important facts associated with it. The first fact is that climate change is both a natural phenomena and one catalyzed by us. For instance, greenhouse gases are a natural part of the biosphere and would exist if man did not. In fact, these gases are a vital component to the existence of life on this planet. It is due to the existence of the greenhouse gases, the temperature on planet earth does not average zero degrees! These naturally occurring gases help to keep the temperature at a desirable 59 degrees. But, the climate change, which is due to the greenhouse gases, is not indeed natural. In fact, the problem we are facing is the amount of greenhouse gases in the atmosphere. These gases act as thermal blankets for the atmosphere. The more gas in the atmosphere, the thicker the blanket and the less heat escapes from earth. In the last 80years, we have been releasing this gases into our atmosphere and thus helping them to form a blanket. On the other hand, we are reducing forests around the planet, which are the natural plant collection that absorb greenhouse gases. This double whammy is starting to show negative results, the increased heating of our world, and thus the beginning of the dreaded climate change.

Looking for more information on Climate Change check out www.ClimateVariability.Com your guide to Climate Change.

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Brand New Tsunami Pp1002tm-cap 2 Farad 24 Volt Car Audio Capacitor (This Can Handle Monster Amplifiers up to 2,000 Watts Rms)

Brand New Tsunami Pp1002tm-cap 2 Farad 24 Volt Car Audio Capacitor (This Can Handle Monster Amplifiers up to 2,000 Watts Rms)

  • State of the art hybrid performance
  • Nickel plated brass terminal blocks
  • Mounting brackets and hardware included
  • Read world ratings – Other brands inflate the ratings and write 2 farad when its 1/2 of that. Tsunami only uses real world tested ratings so you can feel confident using this with up to 2,000 watts RMS!
  • Volt Activated Flashing Blue LEDs

BRAND NEW TSUNAMI PP1002TM-CAP 2 FARAD 24 VOLT CAR AUDIO CAPACITOR (THIS CAN HANDLE MONSTER AMPLIFIERS UP TO 2,000 WATTS RMS)

Features:

2 Farad
24 Volt surge
18 volt average output
Blue LCD Digital Meter Block Top
Volt Activated Flashing Blue LEDs
Constant Blue LED Accent Ring
Audible Hi/Lo Voltage Warning
(3) 4 Gauge Positive
(3) 4 Gauge Negative
+/-10% Tolerance
E.S.R.

Rating: (out of 2 reviews)

List Price:

Price: $ 83.95

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Social Site Matrix – A Simple Way To Get Traffic To Your Site!..

A few weather radar products I can recommend:

Social Site Matrix – A Simple Way To Get Traffic To Your Site!..
Now You Too Can Generate A Hyper Matrix Of Traffic To All Your Websites Within A Matter Of Hours! New Video Series Reveals 9 ‘Under-The-Radar’ Social Networks That Won’t Cost You A Penny To Use!
Social Site Matrix – A Simple Way To Get Traffic To Your Site!..

Social networking websites
Now You Too Can Generate Alot of Traffic To All Your Websites Within A Matter Of Hours. New Video Series Reveals 9 ‘Under-The-Radar’ Social Networks That Won’t Cost You A Penny To Use! Commission: 50% of .00
Social networking websites

Q&A: Weather Data?

Question by jer: Weather Data?
gjgier2000
1 second ago

Weather Data?

I use to access a National Weather Service site that povided historical data of Temp Hi/Lo, Cooling degree days, Heating degree days, and Precipitation. The data was tabulated into actual vs normals for the month and for tha year. I can’t seem to find that site again. Any help would be appreciated

Best answer:

Answer by Pobept
do a search for NOAA you will find it there

Give your answer to this question below!

Tsunami Warning System – Will it Give You Time to Escape?

Tsunami Warning System – Will it Give You Time to Escape?

The amount of warning time a tsunami warning system can provide depends on the distance between your location and the location of the undersea event. A tsunami can travel 500 to 600 mph in deep water, slowing as it approaches shore. If the undersea earthquake that starts the tsunami is 500 miles offshore in deep water, for example, and the tsunami is headed your way, local authorities will be notified within minutes of the event and will have about one hour to issue the warnings to the public and start announcing directions for evacuation to a safe area.

In doing research for my adventure novel TSUNAMI, I found that in some cases, a local earthquake or undersea landslide close to shore can initiate a tsunami that strikes almost without warning. In 1998, a 7.0 magnitude undersea earthquake near Papua, New Guinea, triggered a massive submarine landslide that started a 50-ft. tsunami close to shore. The wave hit the shoreline within minutes and wiped out several villages along the New Guinea coast, stripping the land almost bare. 2200 people died.

However, most major tsunamis are started by undersea earthquakes in deep water. In the Pacific Ocean, a quake will be picked up by seismometers, pressure sensors, and tidal gauges at the reporting stations of the Pacific Tsunami Warning System operated by 26 nations bordering the Pacific Basin. The collected data registers on the instruments at the Pacific Tsunami Warning Center in Ewa Beach, Hawaii. The scientists at the Ewa Beach warning center can then determine the location, earthquake magnitude, tidal variations, and changes in ocean pressure. If readings indicate the disturbance may have started a tsunami, warnings are issued immediately to the areas in danger with approximate arrival time of the first wave.

If an undersea event happens near Alaska or anywhere along the West Coast of the U.S., the instrument signals are picked up by the West Coast & Alaska Tsunami Warning System headquartered in Palmer, Alaska. There the same procedure is followed. Immediate warnings are issued to local authorities in the areas at risk.

As part of the international tsunami warning network, the United States has recently completed its own U.S. Tsunami Warning System that takes in the Pacific Tsunami Warning System, the West Coast & Alaska Tsunami Warning System, and the Atlantic Tsunami Warning System. The U.S. system is composed of 39 DART (Deep Ocean Assessment and Reporting of Tsunami) and DART II stations. Five stations are located in the Atlantic, Caribbean, and Gulf of Mexico, and the remaining 34 in the Pacific. The DART system is made up of a pressure sensor resting on the ocean bottom that transmits continuous data by acoustic telemetry (sound waves) to a surface buoy anchored near the pressure sensor. The buoy is equipped with satellite link that relays the real time information to tsunami warning centers around the world. Certain fluctuations in ocean bottom pressure can indicate the presence of a tsunami.

Many other kinds of reporting stations and observatories are used in the larger international reporting network. These include pier-based and satellite-based tidal gauges that track the height and length of passing tsunami waves, and seismometers buried in ocean bottom caissons that measure the magnitude of an undersea earthquake and determine its location.

One of the most well known undersea seismometer projects is the Hawaii2 Observatory (H2O) located in deep water between Hawaii and California. The observatory was placed next to a retired undersea AT&T telephone cable so that the cable could be used to power the observatory. The observatory package includes a broadband seismometer, geophone, hydrophone, and pressure sensor developed by the Woods Hole Oceanographic Institution and the University of Hawaii.

The installation was performed by ROVs (remotely operated submarine vehicles) controlled from a mother ship. The ROVs drilled a borehole, sunk a caisson into the hole, then inserted the seismic package into the caisson and sealed it. The seismic package is connected to an adjacent junction box operated with 400 watts of power fed from the old telephone cable. The sensor information is transmitted by fiber optic cable to a relay station on a surface buoy, which sends the data to the internet so that it can be used by tsunami warning centers and by universities and scientific laboratories around the world. The H2O installation has had many problems and has never performed up to expectation. However, the overall tsunami warning system works well. The entire system has undergone successful testing.

If you live on or near the beach and if your local authorities issue a tsunami warning, take it seriously and follow evacuation directions. Do not hang around the shoreline to watch the tsunami. It could cost you your life, because the wave can be up to 100 feet high and moves much faster than a person can run.

Gordon Gumpertz, author of TSUNAMI, is a working novelist who writes suspense-packed adventure novels featuring believable characters caught up in the dynamic forces of natural and man-made disasters. His books achieve a sense of immediacy and realism through extensive background research. For more, visit Tsunami.

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