slight or major], a monstrous amount of water is moved. As the law of physics shows us, a subject in motion will stay in motion until it runs out of energy or something else disrupts that motion. As of now, beaches, people, buildings and all the things in civilizations near water, become things that inevitably stop tsunamis. When civilization is the stopper, untold loss of things and countless deaths occur. Indonesia just experienced a tsunami a year ago-with the end of the tsunami wiping out entire villages.

I have pondered in my research I do have extensive knowledge about actions that can solve problems. Most "environmental problems are either not even considered as so

I just read a book entitled Daring Visionaries, by Ray Smilor. One "story" within this book caught my eye-a group of fire fighters were climbing along bases of some large hills when they sighted a fire coming right at them. As the group deduced where to run to for greatest safety, they ran as fast as their equipment would allow them. They raced for a few minutes until it become obvious to them that their options were being reduced quickly.

One senior fire fighter felt that he ought to use what his group had been practicing over several years --to not try to out-run this oncoming fire but instead, cut its immediate fuel supply where he stood, giving him a life-saving chance. He began creating a fire circle-realizing that once the immediate vegetation around him was burned, it could not burn again. At least were he stood, the fire would be less intense. For some reason, this solution seemed -to several of the others- "only workable -out there- but not for us when our lives depended on a different solution."

Thus, only one other fire fighter chose to stay and work with the veteran while the rest kept running to the top of the hill-the only place still not burned-with the fire being too wide to run around.

The results were that the burned out area immediately around the two "circle of fire builders" provided no fuel for the raging, approaching fire to enable the raging fire to continue burning-- so the wild fire went around the two fire fighters, leaving them hot--but alive. Before the others could reach the top of the hill, they were burned alive.

The idea of this article in this book was to think out of the box-or "fight fire with fire."

Regarding Tsunamis, I have tried to do exactly that.

Firstly, what is a tsunami? It is understood to be a wall of water. What causes a tsunami? It is understood to be caused by at least a movement of tectonic plates. A tectonic plate is an edge of earth. According to geologists, all the earth is made of overlapping plates. Where these over lap, that area experiences the most number of earthquakes since movement is inherent within the [characteristics] of the earth.

We have such plates in California, with one known as the San Andreas Fault, perhaps the world's best known fault-being the focus of countless earthquakes since time began--and the grist of numerous research studies and newspaper articles.

When the earth shifts at two plates, if these plates are underwater--depending on the amount of the movement-be it inches or feet, one consequence must be displacement of water. If the movement is slight, it can cause a mild hiccup underseas. If, however, the movement is major [not sure what amount of movement is considered slight or major], a monstrous amount of water is moved. As the law of physics shows us, a subject in motion will stay in motion until it runs out of energy or something else disrupts that motion. As of now, beaches, people, buildings and all the things in civilizations near water, become things that inevitably stop tsunamis. When civilization is the stopper, untold loss of things and countless deaths occur. Indonesia just experienced a tsunami a year ago-with the end of the tsunami wiping out entire villages.

I have pondered in my research I do have extensive knowledge about actions that can solve problems. Most "environmental problems are either not even considered as sol

e. He began creating a fire circle-realizing that once the immediate vegetation around him was burned, it could not burn again. At least were he stood, the fire would be less intense. For some reason, this solution seemed -to several of the others- "only workable -out there- but not for us when our lives depended on a different solution."

Thus, only one other fire fighter chose to stay and work with the veteran while the rest kept running to the top of the hill-the only place still not burned-with the fire being too wide to run around.

The results were that the burned out area immediately around the two "circle of fire builders" provided no fuel for the raging, approaching fire to enable the raging fire to continue burning-- so the wild fire went around the two fire fighters, leaving them hot--but alive. Before the others could reach the top of the hill, they were burned alive.

The idea of this article in this book was to think out of the box-or "fight fire with fire."

Regarding Tsunamis, I have tried to do exactly that.

Firstly, what is a tsunami? It is understood to be a wall of water. What causes a tsunami? It is understood to be caused by at least a movement of tectonic plates. A tectonic plate is an edge of earth. According to geologists, all the earth is made of overlapping plates. Where these over lap, that area experiences the most number of earthquakes since movement is inherent within the [characteristics] of the earth.

We have such plates in California, with one known as the San Andreas Fault, perhaps the world's best known fault-being the focus of countless earthquakes since time began--and the grist of numerous research studies and newspaper articles.

When the earth shifts at two plates, if these plates are underwater--depending on the amount of the movement-be it inches or feet, one consequence must be displacement of water. If the movement is slight, it can cause a mild hiccup underseas. If, however, the movement is major [not sure what amount of movement is considered slight or major], a monstrous amount of water is moved. As the law of physics shows us, a subject in motion will stay in motion until it runs out of energy or something else disrupts that motion. As of now, beaches, people, buildings and all the things in civilizations near water, become things that inevitably stop tsunamis. When civilization is the stopper, untold loss of things and countless deaths occur. Indonesia just experienced a tsunami a year ago-with the end of the tsunami wiping out entire villages.

I have pondered in my research I do have extensive knowledge about actions that can solve problems. Most "environmental problems are either not even considered as so

aching fire to enable the raging fire to continue burning-- so the wild fire went around the two fire fighters, leaving them hot--but alive. Before the others could reach the top of the hill, they were burned alive.

The idea of this article in this book was to think out of the box-or "fight fire with fire."

Regarding Tsunamis, I have tried to do exactly that.

Firstly, what is a tsunami? It is understood to be a wall of water. What causes a tsunami? It is understood to be caused by at least a movement of tectonic plates. A tectonic plate is an edge of earth. According to geologists, all the earth is made of overlapping plates. Where these over lap, that area experiences the most number of earthquakes since movement is inherent within the [characteristics] of the earth.

We have such plates in California, with one known as the San Andreas Fault, perhaps the world's best known fault-being the focus of countless earthquakes since time began--and the grist of numerous research studies and newspaper articles.

When the earth shifts at two plates, if these plates are underwater--depending on the amount of the movement-be it inches or feet, one consequence must be displacement of water. If the movement is slight, it can cause a mild hiccup underseas. If, however, the movement is major [not sure what amount of movement is considered slight or major], a monstrous amount of water is moved. As the law of physics shows us, a subject in motion will stay in motion until it runs out of energy or something else disrupts that motion. As of now, beaches, people, buildings and all the things in civilizations near water, become things that inevitably stop tsunamis. When civilization is the stopper, untold loss of things and countless deaths occur. Indonesia just experienced a tsunami a year ago-with the end of the tsunami wiping out entire villages.

I have pondered in my research I do have extensive knowledge about actions that can solve problems. Most "environmental problems are either not even considered as so

eriences the most number of earthquakes since movement is inherent within the [characteristics] of the earth.

We have such plates in California, with one known as the San Andreas Fault, perhaps the world's best known fault-being the focus of countless earthquakes since time began--and the grist of numerous research studies and newspaper articles.

When the earth shifts at two plates, if these plates are underwater--depending on the amount of the movement-be it inches or feet, one consequence must be displacement of water. If the movement is slight, it can cause a mild hiccup underseas. If, however, the movement is major [not sure what amount of movement is considered slight or major], a monstrous amount of water is moved. As the law of physics shows us, a subject in motion will stay in motion until it runs out of energy or something else disrupts that motion. As of now, beaches, people, buildings and all the things in civilizations near water, become things that inevitably stop tsunamis. When civilization is the stopper, untold loss of things and countless deaths occur. Indonesia just experienced a tsunami a year ago-with the end of the tsunami wiping out entire villages.

I have pondered in my research I do have extensive knowledge about actions that can solve problems. Most "environmental problems are either not even considered as so

slight or major], a monstrous amount of water is moved. As the law of physics shows us, a subject in motion will stay in motion until it runs out of energy or something else disrupts that motion. As of now, beaches, people, buildings and all the things in civilizations near water, become things that inevitably stop tsunamis. When civilization is the stopper, untold loss of things and countless deaths occur. Indonesia just experienced a tsunami a year ago-with the end of the tsunami wiping out entire villages.

I have pondered in my research I do have extensive knowledge about actions that can solve problems. Most "environmental problems are either not even considered as solvable or suggestions for cures are grist for governmental committee meetings [with people who have no vision-and who have both political and social power circles and positions to protect]. I have no such limitations.

What we have, with this tsunami, is a wall of water, initially miles wide, perhaps hundreds of feet "tall", a few dozen feet wide and with a speed of 60-600 miles an hour. I am curious how a single jerk in a fault can generate a consequence of 600 miles an hour water, but I will work with those numbers regardless. [The faster a moving object, often, the more difficult to deal with.]

We have, initially, a wall of water heading out in many directions at once. A wall of water pushing at other water that may be dormant and/or water that may be going in any number of other directions

Other than "because of strong tangent currents", this tsunami-created wave has no barrier to surmount till it reaches shallow water-which provides a slowing group of devices such as reefs, man made subjects left in the water [vehicles, sunk boats, etc] and finally, on-land built objects of civilization.

The tsunami, therefore, has no "reason" or "causability" to slow down. We need to give it a reason/way. We need to give it a barrier. Many barriers. In the ocean, water barriers come in many forms. Anything that disrupts a unit of water's normal flow is a barrier-be it a fixed or temporary barrier.

When a scuba diver is exploring the water's depth, the diver's regulator purges carbon dioxide bubbles. For a split second, these bubbles disrupt each unit of water in the bubbles path. Also, when a person dives into water, [or a rock is thrown into the water], for a moment, several things occur; water is displaced equaling the weight of the person hitting it and depending on the angle of the entry, the water may be deflected great [er] distances. This is why kids do cannon balls off diving boards-to create great splashes--for the opposite reason that Olympic divers try to keep totally straight as they enter water-to create the least displacement of water.

Regardless the speed of water, [or air or anything] any disruption to its flow will slow it down. How much the water is slowed down is based on many things; the amount of water in the wave, the number of waves behind the first wave that are not diffused and other things.

It is my hypothesis that if several things occur both concurrently and sequentially, that any size or amount of waves can be stunted/slowed or even stopped.

My methods would be a combination of these:

Air lines and air bags My further hypothesis is that with "attacks" on this wild wave-[set of waves if you prefer] that within a half hour or hou