How hard is it to read a weather chart?

I would have thought a reasonably well educated child could do it. …

Just look at, for example, this one:

The above is drawn from actual data from all the weather stations that report to Britain’s Met Office.
The following one is a computed model (C_O_M_P_U_T_E_D – M_O_D_E_L) run based on the data given for the above:

Is it difficult to make out the centres of fine weather or storms?

Hint:
They are indicated by a system of concentric rings.
Both Lows or storms and Highs or calms are denoted in the same way.

Can you find them on these charts?
Look carefully (keh-foo-lee, C_A_R_E_F_U_L_L_Y)

Now look at the central ring some distance down from Greenland (2 blocks -or map squares, to the left of the one Britain is in.)

For the analysis chart (the t-o-p- -o-n-e… (woh oh nh)) the concentric circles go up (U-P uh-ppuh, UP) in pressure. That means it is an H-I-G-H say it after me: Hi. Hah-ee!

The rings in that region on the next chart go down (DAH UH OON) in pressure as the rings get smaller. That makes it a L_O_W. Lo. L-Oh!

How hard is that to learn?

***

That was the hard bit. Once you get over the problem of having to look at things, you can recognise (REH-COH GNAIZE) similar set-ups all over the charts. Some of them have different degrees of difficulty with them (WIH UH THU, THU UH EMMM.) They may have a different background that puzzles you (Y_O_U, EE-OO. Say it children.) They may have other information in them. Maybe words like “High” or “Low” or even letters like “X” in them.

But even they are comparatively easy with practice. Practice children. Look at them now. GO!

***

The next thing you need to learn (LURN, L-UH-NNN) is that the centres of these systems move across the charts. You can work this out by following a sequence of them. It works best if you use the sequence given by the Model Run. M_O_D_E_L – R_U_N. Say it out loud. It doesn’t even need phoenetics to help you.

If you get hold of the entire output for that shift, you will be able to see them marching across the pages like a cartoon.

***

This is the easy bit:

When that doesn’t happen, we call it an A_N_O_M_A_L_Y. (Ann-ohm-ah-lee. Say it: ahnohmahlee.)
And when that happens children, you find that a great big nasty old earthquake has struck.
(Earthquake. Uh rr th kw ay ck.) That IS a difficult word isn’t it?
Never mind, practice makes perfect.

Look, here comes a nice long list to practice on:

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6 thoughts on “How hard is it to read a weather chart?

  1. Now then kiddie-winks. This is where you need to put your thinking caps on. Are you ready?Then I will start.When we have an anomaly (ah-noh-mah-lee) we have a BIG earthquake (ur-th-kw-ayke.) And so it was, just like we were warned:See: 7.1 Magnitude at Mindanao, Philippine Islands.There! Wasn't that easy?And just in case you don't realise what a bunch of gonks you all are, here is part of that list again:

    7.1 M Mindanao, Philippine Islands14th4.8 Mb SOUTHERN SUMATRA, INDONES4.4 ML IRAN-IRAQ BORDER REGION4.5 M New Guinea, Papua New Gui4.1 M Timor Region4.9 Mb FIJI REGION4.7 Mb HALMAHERA, INDONESIA4.6 Mb NEAR COAST OF NICARAGUA4.6 Mb EAST OF KURIL ISLANDS4.7 Mb GULF OF ADEN4.7 M Sulawesi, Indonesia4.0 Mb Sakhalin, Russia4.2 Mb KEPULAUAN BARAT DAYA, IND4.7 Mb EASTERN SICHUAN, CHINA4.5 M West of Macquarie Island13th4.9 Mb WEST OF MACQUARIE ISLAND5.8 Mb Northern Sumatera, Indonesia.

    Now then munchkins; which of us can see any large quakes that occurred an WHOLE DAY (D_A_Y) before it?That's right, children.NONE OF US!!Isn't that interesting (I_N_T_E_R_E_S_T_I_N_G) ?Now clap your hands, you idiots.

  2. 15th 4.6 Mb LEYTE, PHILIPPINES4.8 Mb BOHOL, PHILIPPINES4.7 Mb LEYTE, PHILIPPINES5.2 Mw NEGROS- CEBU REG, PHILIPP5.9 M Negros, Philippine Island5.5 Mb Mindanao, Philippine Isla4.8 Mb NEAR EAST COAST OF HONSHU4.9 Mb LEYTE, PHILIPPINES4.8 Mb NEGROS- CEBU REG, PHILIPP5.2 Mb LEYTE, PHILIPPINES4.9 Mb FIJI REGION5.0 Mb LEYTE, PHILIPPINES4.9 Mb KERMADEC ISLANDS, NEW ZEA4.9 Mb NEGROS- CEBU REG, PHILIPP5.2 Mb NEGROS- CEBU REG, PHILIPP4.8 Mb LEYTE, PHILIPPINES4.7 Mb NEGROS- CEBU REG, PHILIPP4.2 M Cyprus Region5.4 M Mindanao, Philippines5.3 Mb BOHOL, PHILIPPINES5.4 Mb BOHOL, PHILIPPINES7.1 M Mindanao, Philippine Isla 14th 4.8 Mb SOUTHERN SUMATRA, INDONES4.4 ML IRAN-IRAQ BORDER REGION4.5 M New Guinea, Papua New Gui4.1 M Timor Region4.9 Mb FIJI REGION4.7 Mb HALMAHERA, INDONESIA4.6 Mb NEAR COAST OF NICARAGUA4.6 Mb EAST OF KURIL ISLANDS4.7 Mb GULF OF ADEN4.7 M Sulawesi, Indonesia4.0 Mb Sakhalin, Russia4.2 Mb KEPULAUAN BARAT DAYA, IND4.7 Mb EASTERN SICHUAN, CHINA4.5 M West of Macquarie Island 13th 4.9 Mb WEST OF MACQUARIE ISLAND5.8 Mb Northern Sumatera, Indone4.6 Mb TAIWAN REGION4.4 Mb TAJIKISTAN4.7 Mb PERU-BRAZIL BORDER REGION4.8 Mb South of Mariana Island4.8 Mb SUMBAWA REGION, INDONESIA4.8 Mb ICELAND REGION4.7 Mb OFF EAST COAST OF KAMCHAT5.1 Mb FIJI4.3 Mb HINDU KUSH REGION, AFGHAN4.6 Mb MINDORO, PHILIPPINES5.0 Mb HINDU KUSH REGION, AFGHAN5.3 Mb PAKISTAN4.7 Mb POTOSI, BOLIVIA 12th 4.6 Mb NEAR EAST COAST OF KAMCHA5.1 Mb SOUTHERN MID-ATLANTIC RID5.5 M Mid-Indian Ridge4.7 Mb MINDORO, PHILIPPINES5.2 Mb KERMADEC ISLANDS REGION5.7 Mb Minahassa Peninsula, Sula4.1 ML CRETE, GREECE6.4 Mb CRETE, GREECE4.0 Mb SEA OF OKHOTSK4.8 Mb MINDORO, PHILIPPINES4.6 M Southern Molucca Sea4.3 Mb PAKISTAN4.6 Mb NEAR EAST COAST OF HONSHU4.4 Mb RUSSIA-MONGOLIA BORDER RE6.1 Mb Near coast of Venezuela4.7 Mb ANDREANOF ISLANDS, ALEUTI 11th 5.0 Mb NORTHERN CALIFORNIA6.3 M Kermadec Islands, New Zea4.0 Mb Off east coast of Kamch4.9 Mb SANTA CRUZ ISLANDS5.2 Mb NEAR EAST COAST OF KAMCHA5.0 Mb NEAR EAST COAST OF HONSHU4.7 Mb Philippine Islands regi4.9 Mw SOUTHERN SUMATRA, INDONES4.8 Mb EASTERN NEW GUINEA REG.,4.6 Mb SANTIAGO DEL ESTERO, ARGE4.4 Mb East of Kuril Islands4.4 Mb Banda Sea4.8 Mb OFF COAST OF LOS LAGOS, C4.6 Mb NEAR EAST COAST OF HONSHU4.7 M Greece4.9 Mb TARAPACA, CHILE4.7 Mb HALMAHERA, INDONESIA4.6 Mb FOX ISLANDS, ALEUTIAN ISL5.4 Mb SOLOMON ISLANDS4.6 Mb CATAMARCA, ARGENTINA4.1 Mb PAKISTAN 10th 4.6 Mb OFF EAST COAST OF KAMCHAT4.0 Mb Off east coast of Kamch4.5 ML MAULE, CHILE4.9 Mb OFF EAST COAST OF KAMCHAT4.9 Mb OFF EAST COAST OF KAMCHAT4.9 Mb MOLUCCA SEA4.4 M Southern Greece4.6 Mb SOUTH OF FIJI ISLANDS5.0 Mb OFF EAST COAST OF KAMCHAT4.8 Mb SOUTHERN MID-ATLANTIC RID5.1 Mb POTOSI, BOLIVIA4.7 M Minahassa Peninsula, Sula4.4 Mb Off east coast of Kamch4.5 Mb Off east coast of Kamch 9th 4.7 Mb NEAR EAST COAST OF HONSHU4.9 Mb IZU ISLANDS, JAPAN REGION4.8 ML FOX ISLANDS, ALEUTIAN ISL5.3 Mb POTOSI, BOLIVIA4.2 M Off Coast of Costa Rica4.3 M Banda Sea5.1 Mb EAST OF KURIL ISLANDS4.4 Mb LUZON, PHILIPPINES4.6 M Western Indian Antarctic4.0 M Southeastern Afghanistan4.2 M Java, Indonesia4.0 M Chile-Argentina Border Re4.1 Mb Kuril Islands4.9 Mb KYUSHU, JAPAN4.2 Mb FIJI REGION 8th 4.4 Mb EASTERN NEW GUINEA REG.,4.3 Mb Kuril Islands5.2 Mb KURIL ISLANDS4.3 Mb Northern and Central Ir4.9 Mb VANUATU4.8 Mb EASTERN NEW GUINEA REG.,5.8 M West of Macquarie Island4.8 Mb KYUSHU, JAPAN4.5 M Near Coast of Peru4.6 Mb CENTRAL EAST PACIFIC RISE4.9 Mb MINDANAO, PHILIPPINES4.6 Mb BANDA SEA4.6 Mb BANDA SEA4.8 ML SOUTHERN IRAN4.5 Mb OFF EAST COAST OF UNITED6.1 M North Pacific Ocean4.5 Mb NORWEGIAN SEA4.7 Mb FIJI REGION 7th 4.7 Mb MAUG ISLANDS REG, N. MARI4.3 M Afghanistan-Tajikistan Bo4.7 Mb SICHUAN-YUNNAN BORDER REG4.6 Mb D'ENTRECASTEAUX ISLANDS R4.3 Mb WESTERN HONSHU, JAPAN5.2 Mb D'ENTRECASTEAUX ISLANDS R4.5 Mb OFF EAST COAST OF HONSHU,4.6 Mb MINDANAO, PHILIPPINES4.4 Mb CENTRAL PERU4.4 Mb TIMOR SEA4.2 M Off Coast of Northern Chi4.6 Mb TONGA4.2 Mb NEAR COAST OF NICARAGUA 6th 4.9 Mb SANTA CRUZ ISLANDS6.2 M West Chile Rise4.9 Mb VANUATU4.5 Mb SOUTHERN XINJIANG, CHINA4.6 Mb WEST OF MACQUARIE ISLAND6.0 M South of Mariana Islands4.6 Mb WEST CHILE RISE4.2 Mb GUERRERO, MEXICO4.9 Mb GUERRERO, MEXICO4.7 M Guerrero, Mexico4.3 Mb OFFSHORE GUERRERO, MEXICO5.1 ML SOUTHERN PERU4.2 Mb KEPULAUAN BARAT DAYA, IND4.1 Mb EASTERN KAZAKHSTAN4.6 Mb ANDAMAN ISLANDS, INDIA RE4.5 Mb KEPULAUAN TALAUD, INDONES4.4 Mb ANTOFAGASTA, CHILE5.3 Mb ROMANIA 5th 4.6 Mb VANUATU4.8 Mb KEP. MENTAWAI REGION, IND4.8 Mb FIJI REGION4.7 Mb OFF EAST COAST OF HONSHU,5.1 Mb KERMADEC ISLANDS, NEW ZEA4.6 M Java, Indonesia4.0 Mb Kuril Islands4.7 Mb JAVA, INDONESIA4.9 Mb ANDREANOF ISLANDS, ALEUTI4.3 M Myanmar-China Border Regi4.6 Mb KURIL ISLANDS4.5 Mb FIJI REGION4.9 Mb HINDU KUSH REGION, AFGHAN 4th 4.3 Mb Afghanistan-Tajikistan4.0 M Georgia Armenia Turkey Bo4.8 Mb EASTERN IRAN6.4 M Mid-Indian Ridge4.5 Mb ANDREANOF ISLANDS, ALEUTI5.1 Mb HALMAHERA, INDONESIA4.8 Mb BONIN ISLANDS, JAPAN REGI4.6 Mb CHIHUAHUA, MEXICO5.2 Mb SOUTH OF TIMOR5.1 Mb KERMADEC ISLANDS, NEW ZEA4.8 Mb KURIL ISLANDS4.5 Mb KURIL ISLANDS5.0 Mb SICHUAN-GANSU BORDER REG,5.1 Mb KURIL ISLANDS4.5 Mb SAVU SEA 3rd 4.5 Mb BALI SEA5.1 Mb South of Fiji Islands4.7 M Near Coast of Chiapas, Me5.5 Mb Komandorsky Islands, Russ5.2 Mb KERMADEC ISLANDS, NEW ZEA4.8 Mb VANUATU5.0 Mb Southwestern Siberia, R4.4 Mb JUJUY, ARGENTINA4.1 Mb Romania5.3 Mb SIKKIM, INDIA4.1 Mb Near east coast of Kamc4.6 Mb NEAR EAST COAST OF KAMCHA4.4 Mb IZU ISLANDS, JAPAN REGION5.3 Mb RYUKYU ISLANDS, JAPAN4.8 Mb OWEN FRACTURE ZONE REGION4.4 M Talaud Islands, Indonesia4.7 M Philippine Islands Region4.5 Mb FIJI REGION 2nd 4.6 Mb KEP. MENTAWAI REGION, IND4.2 M Spain4.4 M Spain4.6 Mb BANDA SEA4.3 Mb BAJA CALIFORNIA, MEXICO4.8 Mb SOUTH SANDWICH ISLANDS RE4.6 Mb MOLUCCA SEA4.4 Mb Near east coast of Kamc4.3 Mb OFFSHORE COLIMA, MEXICO4.7 Mb BANDA SEA4.6 Mb PUERTO RICO REGION4.5 Mb ZAMBIA5.4 Mb NEAR N COAST OF PAPUA, IN4.6 M Fiji Islands Region4.5 M Near Coast of Nicaragua4.5 M Banda Sea5.8 M Owen Fracture Zone region5.2 Mb GALAPAGOS ISLANDS, ECUADO4.5 Mb MINDORO, PHILIPPINES 1st 5.2 Mb REYKJANES RIDGE4.7 M Cook Strait, New Zealand4.7 M New Ireland Region, P.N.G4.5 Mb East of Kuril Islands4.8 Mb NORTH INDIAN OCEAN4.8 Mb TARAPACA, CHILE6.7 M Sea of Okhotsk6.7 Mb Sea of Okhotsk4.4 M Spain 30th 4.2 ML SOUTHERN IRAN4.4 Mb VERACRUZ, MEXICO5.4 Mb TONGA4.7 M Fiji Islands Region4.3 M Near Coast of Chiapas, Me4.4 M Southern Peru4.9 Mb NEAR EAST COAST OF HONSHU4.8 Mb OWEN FRACTURE ZONE REGION5.4 Mw NEW BRITAIN REGION, P.N.G4.5 Mb SULAWESI, INDONESIA4.7 Mb FIJI REGION5.8 M Northern Mid-Atlantic Rid6.2 Mb North Pacific Ocean6.5 M Kermadec Islands, New Zea4.5 Mb SOUTHEASTERN IRAN4.1 M Spain4.8 ML BIO-BIO, CHILE4.8 Mb EASTERN SEA OF JAPAN 29th 5.2 Mb BIO-BIO, CHILE4.1 Mb Eastern Siberia, Russia5.2 Mb BIO-BIO, CHILE4.6 Mb NORTHERN SUMATRA, INDONES4.0 M Romania5.1 Mb SOUTHEAST INDIAN RIDGE4.9 Mb SOUTH OF FIJI ISLANDS4.7 Mb TAJIKISTAN4.5 Mb EAST OF KURIL ISLANDS5.8 Mb Sea of Okhotsk5.6 Mb KURIL ISLANDS4.7 Mb MAULE, CHILE4.2 ML ANTOFAGASTA, CHILE4.5 Mb LAKE BAYKAL REGION, RUSSI5.0 Mb BOUGAINVILLE REGION, P.N.4.9 Mb SOUTHERN MID-ATLANTIC RID4.0 Mb Hokkaido, Japan region4.6 Mb BANDA SEA4.5 Mb BANDA SEA4.7 Mb SULAWESI, INDONESIA4.6 Mb HINDU KUSH REGION, AFGHAN 28th 4.5 Mb KEPULAUAN BARAT DAYA, IND4.8 Mb BANDA SEA4.8 Mb NEAR EAST COAST OF KAMCHA4.6 M Southwestern Pakistan4.7 Mb SOUTHERN SUMATRA, INDONES4.7 Mb SOUTH OF PANAMA4.3 M Jujuy Province, Argentina4.6 Mb LAPTEV SEA5.7 Mb Tonga Islands4.5 Mb Arabian Sea6.8 M Pakistan5.1 Mb EAST OF SOUTH SANDWICH IS 27th 5.1 Mb SOLOMON ISLANDS4.7 Mb KYUSHU, JAPAN4.6 Mb PRIMOR'YE, RUSSIA4.9 Mb PAKISTAN4.7 Mb PAPUA, INDONESIA4.6 Mb NEAR N COAST OF PAPUA, IN4.9 Mb TONGA4.6 Mb POTOSI, BOLIVIA4.3 Mb Kuril Islands

  3. On Wednesday, 16 October 2013 20:04:35 UTC+1, Weatherlawyer wrote:> > TS 26 has become Fransisco and will be a Cat 4 on Saturday. I can't believe that that is the only typhoon or hurricane that will be winning our attention then, so hang on children, Wednesday's child has far to go.2013/10/16 12:46. 6.4 S. 154.9 E. 5.3 Mb. BOUGAINVILLE REGION, P.N.G10:31. 6.5 S. 154.9 E. 7.1 Mw. BOUGAINVILLE REGION, P.N.G.Sometimes you get the bear, sometimes the bear gets you.When a large storm dies a large quake tends to occur. I've been looking at bow wave shock with bullets running through water. It appears that the production of cavitation is responsible for an harmonic distribution of this bow wave phenomena.Now I am wondering if an acoustic wave itself could produce such a phenomenon. If it could that would explain solitons called: "Swell" as well as the convergence we call large and super-quakes.I am pretty certain that that is the way research must go if anything is to succeed my efforts with this stuff. Large earthquakes will follow large typhoons only if the large typhoon is in a central part of the ocean.This is because the acoustics formed or forming it all will be filling the ocean basin involved. The physics is that of the Tunnel Effect that is studied as Doppler Effect at present. The mistake made with current explanation is that the carrier wave has to be set up before the so called shift in sound can take place.In other words the acoustics have to have filled the basin before the next change of phase takes place.

  4. It would appear that the three lows in a row effect are only caused when the acoustics of the basin concerned reach the equivalent of 666 in the change of state phase.Another way of looking at it is from the point of view of a mass dropped into a reservoir. If the drop takes place in the centre, the vibrations are thrown out equally in all directions.The next disturbance will take place wherever the dynamics are interrupted. This is taken to be an obstruction such as a solid dam of some sort. But it might just as easily be an acoustic obstruction or whatever the opposite of an obstruction might be… an enhancement?Two Lows in a row produce a medium magnitude earthquake. Three lows in a row produce a large earthquake and presumably 4 lows produce a super-quake.There are 4 Lows coming up on the NA EFS charts. From the forecast given on thew 16th October 2013 the super-quake will take place on Saturday IIRC. I will go and look it up. And of course post it on where the hell ever I feel like posting it on you bunch of dummies.

  5. It had already occurred to me that the International Convergence Zone (the meteorological equator) was rapidly approachingf the gfeographical one and that soon, the harmonic that causes tropical storms would be most effective in the southern hemisphere.So now I am wondering just how much the Hitler's Bunker Effect there is involved with the acoustics of oceans. There is something related with lunar phases and the reproductionof coral or some such annual cycle too.The mating relies on a certain phase of the moon and it has to be in October, that means that it takes place a week later each yer then returns to the first week in October every 5th year. (Or however the cycle of phases runs.)(Generally speaking a month that starts with a new moon one year, will stat with a first quarter a year later. Full moon will be the start of the month in the next and last quarter the next. This is a generality that applies to all months because a month is 30 days long but the time between phases isn't.)(But it isn't that simple either.)

  6. So as a recap we have the bullet passing through water causing a stream of cavitation.And this leads me to believe that cavitation can cause cavitation.Meanwhile the time limit for the duration of an acoustic background large enough to cause convergence of all the sound in a place where cavitation can occur is running out or… hitting a sweet spot. All of which is signalled in the various weather charts. It's all quite simple really once you can see it. Until then…Not.

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