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MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.

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MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.
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Page 1: MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.

MET Observations Underpinning Space Weather Forecasting

G. TISNADO

Tecnofil s.a.

Page 2: MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.

Extremely strong “El Niño” rainfall periods occurrs:• Only if the SIDC curve is on RED • On the down leg of the SIDC curve when:

– coronal plasma ropes are more frequent.– rainfall storms rises the Ionosphere. (Goddard/NASA, G. Tisnado

1997.__2006)– Ionosphere feeds more heavy O+ ions into the magnetosphere

.

Page 3: MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.

GEOMAGNETIC INFLUENCES (AE) ON HYDROMETEOROLOGY (RIVER FLOW)

G. Tisnado, 1996 Goddard Space Flight Center, NASA.

Page 4: MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.

SELF EVIDENT SUNGLINT over The PACIFIC

GOES WEST IMAGE, near NOON ON 28JUL2006.

Notice the sharp Sunglint, just at the ITCZ produce N_S Boundaries

Notice also a dropbit line (at the bottom), due Injection phase of a big Magnetospheric SUBSTORM

Page 5: MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.

HAWAII SOUTH CLOSE-UP of 28 JULY SUNGLINT

NOTICE SUNGLINT (SG) ACTIONS:• Reconforming activity of EUV on clouds just South of SG.• Sharp boundary N_S Virtual Line (high and low tones),

just East of the visible SG.• Sharp E_W high cloud lines framing a rectangular void

[HERE UP]

Page 6: MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.

REMOTE SENSING VISUALIZATION TECHNIQUES

• Notice some small EUV patches off Baja Calif. And a big arch around the natural Sunglint, in YELLOW

• GREEN indicates its boundaries

Page 7: MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.

SOHO EXACTLY at 00:00UT ON 28 JULY 2006

NOTICE• Sun’s main

activity at the disk´s very center.

• N-S, E-W, 45° flare lines

• A secondary squared block S_W.

• A coronal Hole in between the two, in a dipole like configuration

Page 8: MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.

FLIPPED CLOSE-UP SOHO EIT171, 28JULY2006

NOTICE ITS SIMILARITY TO THE GOES IMAGE INCLUDING:• E_W Ttraces little South of the Sun’s Equatorial Plane.• N_S line of evenly spaced clouds, just East of the center.• Squarely frames in the intermediate scale size

Page 9: MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.

MET Observations Underpinning Space Weather Forecasting

• G. TISNADO

• Tecnofil s.a.

CLOUD EROSION

• August 28 2006

• Case Study

Page 10: MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.

EFFECT OF SUNGLINT EUV RADIATION ON THE ITCZ AND PERU STRATUS, 07AUG2006 CS

Page 11: MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.
Page 12: MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.
Page 13: MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.

SOLVING A BRAINTEASER: ¿ WHY STRATUS OFF PIURA ARE SQUARELY ?

• SOLUTION:• Because of the

eroding effect of the squarely solar flashes.

• So straight cloud-lines off PERU, are also influenced by such flashes

Page 14: MET Observations Underpinning Space Weather Forecasting G. TISNADO Tecnofil s.a.

NO EIT 171 IMAGE FOR THIS DATE LASCO C3


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