9/11 Weather and Field Effects

"This is a timeseries of the magnetometer deviations for the indicated UTC day and station. The horizontal and vertical grids are constant for each plot so the user can quickly flip through images looking for quiet and active periods.

he horizontal scale is always a full 24 hours. The vertical grid is 250 nano-Tesla/grid line. The mean value (in nano-Tesla) printed off the right hand edge of the plot is the average magnetic field strength for that day for each component. The magnetic deviation displayed is computed from that value.

The H-component (deviations down indicate the local field has dipped southward) has the greatest deviations in that direction and so is plotted on top. The D-component dips are magnetic west deviations as the magnetometer head is oriented in magnetic coordinates not geographic. The Z component is vertical component.

Note: Each component is offset by 2 vertical grid boxes (500 nT) where the component letter indicator off the left and the mean value on the right indicate the zero reference point for each curve. This was done so each component could be identified separately and does not reflect the absolute magnitude of the magnetic field of the component."

Quote 1. Information about what is shown in Figures 4-9, below.
website:

click on images for enlargements.

Magnetic Anomalies on 9/11/2001 Top

Figure 4. Kaktovik
Source: website:

Figure 5. Arctic Village
Source: website:

Figure 6. Bettles
Source: website:

Figure 7. Ft. Yukon
Source: website:

Figure 8. Poker Flat
Source: website:

Figure 9. CIGO
Source: website:

Figure 2.
Source: website:akmap.gif

Event	EDT*	UT	Magnitude (Richter Scale)
WTC1 gets hole	08:46:26 AM	12:46 UT	0.9
WTC2 gets hole	09:02:54 AM	13:03 UT	0.7
Pentagon Event	09:30-9:40 AM	(13:35 UT)	-
WTC2 goes poof	09:59:04 AM	13:59 UT	2.1
Shanksville, PA Event	10:03-10:10 AM	(14:05 UT)	-
WTC1 goes poof	10:28:31 AM	14:29 UT	2.3
WTC7 goes poof	5:20:33 PM	21:21 UT	0.6
end of events	6:00 PM	22:00 UT	-

Table 1.
*Time Based on Seismic Waves recorded at Palisades New York
Seismology Group, Lamont-Doherty Earth Observatory, Columbia University

Figure 3. Grid lines added. (Larger version) (unmarked version1, version2)
Original: Source: website:

click on images for enlargements.

A Controlled Environment? Hurricane Erin, (9/1/01 - 9/17/01) Top

Figure 7. Hurricane Erin, September 1-17, 2001
Pressure, wind speed, and relative distance from NYC, from nhc.
Source: website: 2001_erin_close_s.jpg


Figure 7a. Hurricane Erin, September 11, 2001, at about 37.4°N, 65.6°W, which corresponds to abut 10:15AM (EDT). Source: website:	Figure 7b. Best track of Hurricane Erin, September 1-17, 2001 Source: website:

Figure 8a. Hurricane Erin, September 1-17, 2001 Source: website: 2001_erin_close_s.jpg	Figure 8b. Hurricane Erin, September 1-17, 2001 Source: website: 2001_erin_far_s.jpg

Magnetometer Readings (normalized), 6 stations (96 hours), 9/8/01-8:00 PM (EDT) - 9/12/01-8:00 PM (EDT) Top
(data posted at one-minute intervals)

Figure 8a. Hurricane Erin, September 1-17, 2001
Source: website: 2001_erin_close_s.jpg

Figure 10. H1
Source: website:

Figure 11. D1
Source: website:

Figure 12. Z1
Source: website:

Figure 2. Erin,
Temperature
Humidity
Pressure
Dew Point
Visibility
Wind Speed
Wind Direction
Source: website: higher-resolution

Figure 4. Erin,
Humidity,
Dew Point,
Temperature

Source: website: higher-resolution

Figure 5. Erin,
Humidity,
Dew Point,
Pressure

Source: website: higher-resolution

Figure 3. Erin,
Wind Speed
Wind Direction
(direction legned)

Source: website: higher-resolution

Figure 1. Erin,
Frequency of data sampling
anomalous moisture

Source: website: higher-resolution

Figure 8a. Hurricane Erin, September 1-17, 2001
Source: website: 2001_erin_close_s.jpg


(a)	(b) E-wind	(c) W-wind

Figure 6. Sign convensions for wind direction in the above graphs.
These sign convensions for wind direction provide numerical values that are shown in the graphs.

If the wind is fluctuation between East and ENE, there will be a jump in the graph of the E-wind orientation (b). In this case, the W-wind orientation (c) would show a smooth transition in direction. Source: Wood

click on images for enlargements.

Magnetometer Readings (normalized), 6 stations (36 hours), 9/10/01-8:00 AM (EDT) - 9/11/01-8:14 PM (EDT) Top
(data posted at one-minute intervals)

Figure 8a. Hurricane Erin, September 1-17, 2001 Source: website: 2001_erin_close_c.jpg
Figure 13. H2 Source: website:
Figure 14. D2 Source: website:
Figure 15. Z2 Source: website:

Figure 2. Erin, Temperature Humidity Pressure Dew Point Visibility Wind Speed Wind Direction Source: website: higher-resolution
Figure 4. Erin, Humidity, Dew Point, Temperature Source: website: higher-resolution
Figure 5. Erin, Humidity, Dew Point, Pressure Source: website: higher-resolution
Figure 3. Erin, Wind Speed Wind Direction (direction legned) Source: website: higher-resolution
Figure 1. Erin, Frequency of data sampling anomalous moisture Source: website: higher-resolution
Figure 8a. Hurricane Erin, September 1-17, 2001 Source: website: 2001_erin_close_c.jpg

click on images for enlargements.

Magnetometer Readings (normalized), 6 stations (14 hours), 9/11/01-6:00 AM (EDT) - 9/11/01-8:24 PM (EDT) Top
(data posted at one-minute intervals)

Figure 8a. Hurricane Erin, September 1-17, 2001
Source: website: 2001_erin_closeo_c.jpg

Figure 19a. H3
Source: website:

Figure 20a. D3
Source: website:

Figure 21a. Z3
Source: website:

Figure 2. Erin,
Temperature
Humidity
Pressure
Dew Point
Visibility
Wind Speed
Wind Direction
Source: website: higher-resolution

Figure 4. Erin,
Humidity,
Dew Point,
Temperature

Source: website: higher-resolution

Figure 5. Erin,
Humidity,
Dew Point,
Pressure

Source: website: higher-resolution

Figure 3. Erin,
Wind Speed
Wind Direction
(direction legned)

Source: website: higher-resolution

Figure 1. Erin,
Frequency of data sampling
anomalous moisture

Source: website: higher-resolution

Figure 8a. Hurricane Erin, September 1-17, 2001
Source: website: 2001_erin_closeo_c.jpg

click on images for enlargements.

Magnetometer Readings (normalized), 6 stations (6 hours), 9/11/01-3:00 PM (EDT) - 9/11/01-9:00 PM (EDT) Top
(data posted at one-minute intervals)

Figure 8a. Hurricane Erin, September 1-17, 2001
Source: website: 2001_erin_closeo_c.jpg

Figure 19b. H6
Source: website:

Figure 20b. D6
Source: website:

Figure 21b. Z6
Source: website:

Figure 2. Erin,
Temperature
Humidity
Pressure
Dew Point
Visibility
Wind Speed
Wind Direction
Source: website: higher-resolution

Figure 4. Erin,
Humidity,
Dew Point,
Temperature

Source: website: higher-resolution

Figure 5. Erin,
Humidity,
Dew Point,
Pressure

Source: website: higher-resolution

Figure 3. Erin,
Wind Speed
Wind Direction
(direction legned)

Source: website: higher-resolution

Figure 1. Erin,
Frequency of data sampling
anomalous moisture

Source: website: higher-resolution

Figure 8a. Hurricane Erin, September 1-17, 2001
Source: website: 2001_erin_closeo_c.jpg

click on images for enlargements.

Hurricane Seasons 2001, 2004, 2005 Top
(Data is displayed in columns, therefore figures are numbered vertically within each column.)

Reference Sites Top

Reference Sites

Erin 2001 wind analyses
http://www.aoml.noaa.gov/hrd/Storm_pages/erin2001/wind.html, (archived)

Background on the HRD Surface Wind Analysis System
http://www.aoml.noaa.gov/hrd/Storm_pages/surf_background.html, (archived)

Hurricane Erin 2001
http://www.aoml.noaa.gov/hrd/Storm_pages/erin2001/, (archived)

NASA Makes A Heated 3-D Look Into Hurricane Erin's Eye
http://www.sciencedaily.com/releases/2005/10/051007090048.htm, (archived)

Images and Data from Terra
http://terra.nasa.gov/Gallery/

Images
http://modis-atmos.gsfc.nasa.gov/IMAGES/index.html

, (archived)

Shortcut links

Jump to Magnetic Anomalies on 9/11/2001

Jump to Magnetometer Readings (normalized) (14 hours)

Jump to Magnetometer Readings (normalized) (36 hours)

Jump to Magnetometer Readings (normalized) (96 hours = 4 days)

Jump to Hurricane Seasons 2001, 2004, 2005

Jump to xxxx

Continue to next page.

Top

homepage

Star Wars Beam Weapon

Press Release

DQA-NIST

Qui Tam Case

Whistleblower Information

Scientific Method

Why Indeed

FAQ

CriticsCorner

Erin3

Hutchison Efffect Debunking

Appendix_1

Appendix_2

Appendix_3

In accordance with Title 17 U.S.C. Section 107, the articles posted on this webpage are distributed for their included information without profit for research and/or educational purposes only. This webpage has no affiliation whatsoever with the original sources of the articles nor are we sponsored or endorsed by any of the original sources.