Johanna Faust, a mixed race Jew, prefers to publish pseudonymously. She is committed: to preventing war, ecological disaster, and nuclear apocalypse; to keeping information available and free; and to not only fighting for personal privacy, but, by representing herself as a soldier in that fight, to exhorting others to do the same. All these efforts find representation on her blog "ah, Mephistophelis," so named after the last line of Chirstopher Marlowe's in his famous Dr. Faustus, which, as some would have it, successfully flouted the censor for a time. A female Faust, she is a poet, always.

What NOAA Wants Us To Believe About Hurricanes And The Oil 'Spill"

This is a transcript of the simple little youtube/powerpoint presentation (above) I made after reading NOAA's glib lil' PDF on Hurricanes and the Deepwater Horizon, uh, incident. Becaust I thought the PDF was irresponsible.
The following text, in black, is taken verbatim from NOAA’s pdf concerning the Deepwater Horizon Spill in the Gulf of Mexico, and the coming hurricane season, which is projected to be severe.

In red I have added a few facts to help you decide for yourself what percentage of this helpful government document is correct, if any; what percentage merely wrong; what percentage underestimated; and what percentage misleading, perhaps deliberately.

What will happen to a hurricane that runs through this oil slick?

Most hurricanes span an enormous area of the ocean (200-300 miles) — far wider than the current size of the spill.

But - a ‘typical’ hurricane is NOT so much wider – and the spill is still growing rapidly – in fact only recently estimates tripled … So I guess they don’t know, do they?

If the slick remains small in comparison to a typical hurricane’s general environment and size, the anticipated impact on the hurricane would be minimal.

The oil is not expected to appreciably affect either the intensityor the track of a fully developed tropical storm or hurricane.

What will the hurricane do to the oil slick in the Gulf? The high winds and seas will mix and “weather” the oil which can help accelerate the biodegradation process.

The high winds may distribute oil over a wider area, but it is difficult to model exactly where the oil may be transported.

Movement of oil would depend greatly on the track of the hurricane.

Note how you think theyare going to talk about the effect of the hurricane on the oil, but what they talk about, at length, is the effect of the oil on the hurricane :

Storms’ surges may carry oil into the coastline and inland as far as the surge reaches. Debris resulting from the hurricane may be contaminated by oil from the Deepwater Horizon incident, but also from other oil releases that may occur during the storm.

A hurricane’s winds rotate counter-clockwise. Thus, in VERY GENERAL TERMS:

A hurricane passing to the west of the oil slick could drive oil to the coast; A hurricane passing to the east of the slick could drive the oil away from the coast.

However, the details of the evolution of the storm, the track, the wind speed, the size, the forward motion and the intensity are all unknowns at this point and may alter this general statement.

All of which to say they don’t know – but they managed to not answer what we really want to know, which is:

What will the hurricane do to the oil? Hurricanes have been known to transport heavy objects, and drive blades of grass into windsheilds; are they telling us no oil will become airborne?

That would be a good thing, considering the effects on rubber and paint and plastic, as well as on food and water, plants and wildlife.

The low pressure may – or may not - increase the ease with which oil spewed into the gulf --

But it would certainly increase the amount of highly volatile, flammable hydrocarbons in vapor or gaseous form.

Hurricanes often have lightning associated with them.


I think these are valid concerns, don’t you? No mention of them at all in this official document:

Will the oil slick help or hurt a storm from developing in the Gulf?

Evaporation from the sea surface fuels tropical storms and hurricanes. Over relatively calm water (such as for a developing tropical depression or disturbance), in theory, an oil slick could suppress evaporation if the layer is thick enough, by not allowing contact of the water to the air.

With less evaporation one might assume there would be less moisture available to fuel the hurricane and thus reduce its strength.

However, except for immediately near the source, the slick is very patchy. At moderate wind speeds, such as those found in approaching tropical storms and hurricanes, a thin layer of oil such as is the case with the current slick (except in very limited areas near the well) would likely break into pools on the surface or mix as drops in the upper layers of the ocean. (The heaviest surface slicks, however, could re-coalesce at the surface after the storm passes.)

This would allow much of the water to remain in touch with the overlying air and greatly reduce any effect the oil may have on evaporation.

Therefore, the oil slick is not likely to have significant impact on the hurricane.

Will the hurricane pull up the oil that is below the surface of the Gulf?

All of the sampling to date shows that except near the leaking well, the subsurface dispersed oil is imparts per million levels or less. The hurricane will mix the waters of the Gulf and disperse the oil even further.

(Disperse. Not necessarily a good thing. Depends on to where.)

Have we had experience in the past with hurricanes and oil spills?

Yes, but our experience has been primarily with oil spills that occurred because of the storm, not from an existing oil slick and an ongoing release of oil from the seafloor.

(In other words, no, not one like this.)

The experience from hurricanes Katrina and Rita(2005) was that oil released during the storms became very widely dispersed.

Dozens of significant spills and hundreds of smaller spills occurred from offshore facilities, shoreside facilities, vessel sinkings, etc.

Will there be oil in the rain related to a hurricane?

No. Hurricanes draw water vapor from a large area, much larger than the area covered by oil, and rain is produced in clouds circulating the hurricane.


Learn more about NOAA’s response to the BP oil spill at .

To learn more about NOAA, visit

Let’s hope my fears are ill-founded. Better yet, let’s pray.

Be seeing you.

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