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It is great to see the discussion on Hurricane Dorian initiated. As we speak, the Hurricane, after inflicting catastrophic havoc to the Bahamas, is now rated as CAT-2, and is forcasted to pursue a northeastern trajectory hugging the Florida coast, perhaps encountering the coasts of the Carolinas. People who have bitter and agonizing experience with Hurricanes know by now – what a slow moving, coast-hugging storm means in terms of incessant rainfall, sustained storm surge and wind damage.

If one is in the storm trajectory cone, perhaps one would pray for High Pressure domes in their area – because such domes can force a Low Pressure storm to find a different trajectory. Thanks to such domes, H. Dorian will probably spare the US southeast coasts by not making a landfall.

Let us discuss further on this storm, as well as in general. I have a piece on storm surge in my website: https://widecanvas.weebly.com/science--technology/storm-surge
There is also a very interesting National Academies Press publication: Attribution of Extreme Weather Events in the Context of Climate Change: https://www.nap.edu/21852

It is great to see the discussion on Hurricane Dorian initiated. As we speak, the Hurricane, after inflicting catastrophic havoc to the Bahamas, is now rated as CAT-2, and is forcasted to pursue a northeastern trajectory hugging the Florida coast, perhaps encountering the coasts of the Carolinas. People who have bitter and agonizing experience with Hurricanes know by now – what a slow moving, coast-hugging storm means in terms of incessant rainfall, sustained storm surge and wind damage.

If one is in the storm trajectory cone, perhaps one would pray for High Pressure domes in their area – because such domes can force a Low Pressure storm to find a different trajectory. Thanks to such domes, H. Dorian will probably spare the US southeast coasts by not making a landfall.

Let us discuss further on this storm, as well as in general. I have a piece on storm surge in my website: https://widecanvas.weebly.com/science--technology/storm-surge
There is also a very interesting National Academies Press publication: Attribution of Extreme Weather Events in the Context of Climate Change: https://www.nap.edu/21852

It is great to see the discussion on Hurricane Dorian initiated. As we speak, the Hurricane, after inflicting catastrophic havoc to the Bahamas, is now rated as CAT-2, and is forcasted to pursue a northeastern trajectory hugging the Florida coast, perhaps encountering the coasts of the Carolinas. People who have bitter and agonizing experience with Hurricanes know by now – what a slow moving, coast-hugging storm means in terms of incessant rainfall, sustained storm surge and wind damage.

If one is in the storm trajectory cone, perhaps one would pray for High Pressure domes in their area – because such domes can force a Low Pressure storm to find a different trajectory. Thanks to such domes, H. Dorian will probably spare the US southeast coasts by not making a landfall.

Let us discuss further on this storm, as well as in general. I have a piece on storm surge in my website: https://widecanvas.weebly.com/science--technology/storm-surge
There is also a very interesting National Academies Press publication: Attribution of Extreme Weather Events in the Context of Climate Change: https://www.nap.edu/21852

The Hurricane havoc and damages lead us time and again to the vulnerability of engineering infrastructure. Two particular cases in points:

1. The first is the power outage – when power goes, everything falls apart. With overhead power distribution systems, we see power outages even during Gale Force (32 – 74 mph) winds. Consumers and general members of the public question the rationality of relying on such systems. In many European countries consumer power distribution lines are buried underground. Why not follow the same system? How developed are we really? If Europeans can justify it, why not North Americans?
2. The second is very obvious – that wooden structures become the first casualty in the storm damage stream. If one analyzes carefully, wooden homes and structures are very common in countries where timber producing forests are abundant. But look at southern Europe, Middle East, and many Asian countries – where rich or poor, most are concrete houses. Even without being a fan of using concretes everywhere – one can hardly afford not to think of alternatives, or of further robustness of housing infrastructure – perhaps in a different sort of way.                          

The Hurricane havoc and damages lead us time and again to the vulnerability of engineering infrastructure. Two particular cases in points:

1. The first is the power outage – when power goes, everything falls apart. With overhead power distribution systems, we see power outages even during Gale Force (32 – 74 mph) winds. Consumers and general members of the public question the rationality of relying on such systems. In many European countries consumer power distribution lines are buried underground. Why not follow the same system? How developed are we really? If Europeans can justify it, why not North Americans?
2. The second is very obvious – that wooden structures become the first casualty in the storm damage stream. If one analyzes carefully, wooden homes and structures are very common in countries where timber producing forests are abundant. But look at southern Europe, Middle East, and many Asian countries – where rich or poor, most are concrete houses. Even without being a fan of using concretes everywhere – one can hardly afford not to think of alternatives, or of further robustness of housing infrastructure – perhaps in a different sort of way.                          

The Hurricane havoc and damages lead us time and again to the vulnerability of engineering infrastructure. Two particular cases in points:

1. The first is the power outage – when power goes, everything falls apart. With overhead power distribution systems, we see power outages even during Gale Force (32 – 74 mph) winds. Consumers and general members of the public question the rationality of relying on such systems. In many European countries consumer power distribution lines are buried underground. Why not follow the same system? How developed are we really? If Europeans can justify it, why not North Americans?
2. The second is very obvious – that wooden structures become the first casualty in the storm damage stream. If one analyzes carefully, wooden homes and structures are very common in countries where timber producing forests are abundant. But look at southern Europe, Middle East, and many Asian countries – where rich or poor, most are concrete houses. Even without being a fan of using concretes everywhere – one can hardly afford not to think of alternatives, or of further robustness of housing infrastructure – perhaps in a different sort of way.