Archive for the ‘Tonie A. Toney’ Category
Enlarge images in this posting with left clicks.
ILLUSTRATION B – map of Citrus County showing locations of the Gulf Coastal Lowlands which are subject to storm surges, the sandy Brooksville Ridge occupying more than one-third of the area, and the Tsala Apopka Plain containing the majority of the county’s fresh water lakes –
– TWO INDEPENDENT LEFT CLICKS ENLARGE THE IMAGE ABOVE TO THE FULLEST –
I Am Very Happy Living In Citrus County.
Of course, being retired, being a nature-lover and being relatively healthy helps. All locations have pros and cons but with respect to the latter I have yet to regret the move with my extended family 9 years ago. We had experienced hurricanes and tropical storms through the years. Our house was a total loss in 1992’s category 5 hurricane Andrew; it was at ground zero in Homestead which is located 27.6 miles (as the crow flies) southwest of Miami. The house belonging to my wife’s folks, less than a mile away, had extensive damage. What a terrible mess was caused by the only hurricane to make landfall upon the U.S.A. that season. But when we moved to Citrus County 13 years later we were conscious of the fact that by leaving South Florida we had NOT left “hurricane country.” I felt that Citrus County would be safer in that respect but certainly not a hurricane-proof location. It didn’t take long for me to meet people who felt that there was something special about Citrus and other nearby counties that made a serious hurricane event almost inconceivable.
Complacency is a real problem in hurricane country. I don’t claim to be an expert on complacency but there have been times in my life where I might have contracted the disorder I call “terminal uniqueness.” Therefore, I am acquainted with denial, ignorance, procrastination, irresponsibility, and “living in a dream world” because I’ve been there; for all I know, I’m there still. I believe that every time I point a finger at someone, three are pointing back at me and this is written in that spirit. Thus, I’m not trying to indict anyone here; I’m just trying to state what appears to me to be true.
As I see it – Citrus County, as a whole, though probably not the “geographical poster child” for complacency when it comes to hurricanes and tropical storms, seems to be after the title – in spite of its experience with “The Florida Four in 2004” (see illustration C below). I’m not speaking of those who vigorously engage in emergency planning and increasing awareness in the community. And of course I’m not speaking to residents reading this who have engaged in effective advanced planning and preparation. No, I’m speaking of the average Jack and/or Jill occupying a dwelling in Citrus County; I acknowledge that there are plenty of exceptions. To be sure – this is not a problem exclusive to Citrus County. I believe it’s prevalent in all or nearly all parts of the country susceptible to tropical cyclonic weather. Please click on this graphic below for enlargement.
The four 2004 storm tracks above are dated for your convenience. For example: Tropical storm Bonnie’s track runs from August 3rd to August 14.
NOTE: For an infrared satellite loop of the majority of the 2004 season, click on the first link below. Date and time indicators appear along the bottom margin. Then for an animated loop which is easier to interpret click on the second link.
I moved to Florida in 1956 during my high school junior year and I don’t remember a time since when I have not been conscious of the potential for tropical weather to wreak havoc upon lives and property and I have always tried to be prepared. If you were to have simply driven by my house you could have observed elements of hurricane preparedness. That is still true today. It is a high priority item in my family. I have been an active advocate of hurricane awareness and preparation for many years. If anything, I hope that illustrations in this weblog posting will increase awareness at least among the few who see it. So let me call your attention to the illustration below. Most residents who see such illustrations are, at the very least, surprised. Naturally some point out that this covers a long period of time. But really, is 161 years a long time in the whole scheme of things? My point in showing this is: TROPICAL CYCLONES ARE A REALITY IN CITRUS COUNTY. Also, please be aware of the fact that the plot lines show the paths of the centers of storms and that the storms have a width that is not apparent here. The center of a storm does not have to come within just a few miles for it to be of great concern; the center can be many miles away.
Even before leaving Homestead for good in 2005 – while visiting Citrus County I detected the existence of a notion of immunity to any sort of serious tropical cyclonic weather (e.g. hurricanes, tropical storms). Though I have no scientific evidence to back this – I classify the “no-need-to-be-concerned” feeling as widespread among the Citrus County population. In fact, sometimes “low-to-no” hurricane probability has been drastically overstated here (I’ve heard it and I’ve heard about it). It seems that “The Florida Four in 2004 ” did very little to squelch the delusion. Still – I would have expected that particular season to have provided a huge “wake up call.”
NOTE: The “official” Florida Four in 2004 includes hurricane Charley which struck Punta Gorda on August 13 and later moved through South Carolina. It does not include tropical storm Bonnie.
Just a few weeks ago I overheard a hostess at a popular restaurant in adjacent Marion County telling a booth full of patrons, “We just don’t get hurricanes here.” Recently a friend of mine suggested that there was something about our county’s geography, specifically the Brooksville Ridge, that prevented hurricane visits. That reminded me of Muncie, Indiana where I used to live; it is alleged to be immune from tornadoes because of a particular bend in the river flowing through it. Also, a protective blessing from an Indian chief has been cited.
“The Florida Four in 2004” did not produce the extent of damage or flooding that raised eyebrows all over the nation and, for now, a sense of security from lethal storms seems to cling on. This is not a prediction nor is it my wish, but I do fear that a hurricane coming through this area has the potential to surprise a lot of people and make them wonder what they were thinking. And such an event could be deadly and most certainly destructive.
Storm Surge Potential
When I was looking for property in Citrus County one of my big concerns was the encroachment of wind-driven sea water with a storm – the so-called storm surge. Upon investigation I found what I expected – that if it was important to me personally to avoid surge potential I should avoid about one-third of the county’s land area – the western third.
NOTE: Illustration B, “map of Citrus County” might be useful to you here.
Most of that western third is undeveloped but there are two noteworthy communities within it, Homosassa and most of Crystal River. Therefore, early on I decided not to settle on the Gulf Coastal Lowlands but instead chose the Brooksville Ridge. In my opinion, the broad, hilly, sandy ridge is, by far, the safest place for a home or business in the county because of it’s higher elevations and greater ability to handle large amounts of precipitation often associated with a storm. The highest point in the county is within the Citrus Hills Golf Course above a 230′ contour – my Google Earth measurement has it at 235 feet.
ILLUSTRATION E – Storm surge portion of Citrus County, the western third (color-coded). T = tropical storm and the numbers represent hurricane categories. Left click to enlarge or go to the next illustration for more detail.
FOR STORM SURGE ZOOM CAPABILITIES, click on this link:
To be fair, Citrus county seems not to have been visited by category 5 or 4 hurricanes though at nearby Cedar Key a 1896 hurricane was a category 4 according to some estimates – crediting it with 135 mph winds.
NOTE: As far as we know, only three Category 5 storms have struck the U.S.A. – the 1935 Florida Keys or Labor Day hurricane, Hurricane Camille which hit Mississippi in 1969, and 1992’s Hurricane Andrew. The records aren’t good enough to say whether any earlier storms were Category 5 by today’s standards and they don’t go back very far with respect to the length of time that such storms have visited the North American mainland.
But lesser tropical cyclones, like tropical storms and tropical depressions, can produce both microbursts and tornadoes and simple straight-line gusts can far exceed the sustained wind velocity of such storms. Of course this is true for hurricanes too. Illustration G below shows initiation points of tornadoes spawned by tropical cyclones (e.g. tropical depressions, tropical storms, hurricanes) from 1995 through 2010. The entire report is available in the PDF format here:
– ILLUSTRATION G –
Please enlarge this with a left click. This illustration is on page 7 of Roger Edwards’ report which is available to you as the previous PDF document link titled Tornadoes Tropical Cyclones.
Recently, I looked into the proximity of past storms near my church and created a graphic for those who might be interested. Since the church is located in Lecanto and near the geographical center of Citrus County, I’m including the graphic in this weblog entry. Notice that I picked a small radius of 25 miles yet the illustration clearly shows a lot of activity. Had I picked a larger radius, say 50 miles, the graphic would show many more storms ( for an example of what I mean, see illustration D with a 100 mile radius centered on Inverness).
– ILLUSTRATION H –
Note: If you would like to utilize the program I used to derive illustration D and illustration H, here is a link:
The Relationship Between Wind Velocity and Its Potential Force
There is one last point I’d like to make and I have found in my years of teaching that there are many people who do not know this: One would think that the potential force of an 80 mph wind would be twice that of a 40 mph wind. But that is not true. The relationship is not linear – it is exponential. An 80 mph wind has FOUR TIMES the potential force of a 40 mph wind. When someone looking at the historical chart above sees mostly tropical storms (green) and category 1 hurricanes (yellow) they typically tend to minimize the dangers. They don’t realize that an 80 mph category 1 hurricane wind is far worse than a 60 mph tropical storm wind. I’ve done the math and, as it turns out, an 80 mph hurricane wind has 1.78 times the potential force of a 60 mph tropical storm wind (or close to twice the potential force). So, in even more simple terms, small increases in wind velocity result in large increases in potential force! For more discussion on the relationship between velocity and force, click on this link to a previous weblog entry:
My next mission is to discuss this with some people in the area to learn their attitudes and feelings on the subject. I’m sure I will learn a lot and gain more knowledge and insight. For example, I’ll bet there are some who just don’t feel it’s worth the effort – that they will just evacuate and let insurance take care of things, or maybe take some losses and leave for good if a serious storm messes things up. Others must find permanent window and door protection to be “cost prohibitive” and have plans to somehow temporarily protect those openings – maybe at the last minute. None of those approaches work for me; there are just too many variables. For example, try buying plywood when it becomes fairly clear that a hurricane is coming your way. Or – consider what it might be like if you do plan to evacuate but wait too long and are unable to do so. Being inside a home that is breaking apart during a serious hurricane is no picnic.
NOTE: See link below to “Window Protection Is Essential”.
I suspect that there are many who feel they have thought things through and that their apparent inaction is merely a function of our individual differences in thinking. Perhaps they do indeed have a “plan” albeit different than mine. What’s the saying – “Different strokes for different folks”? Regardless, I strongly recommend advanced preparation.
I observed complacency among many people in pre-Andrew Homestead and suspect it exists there again because, after all, that was 22 years ago. So why should I expect a greater awareness and more obvious preparation along the Nature Coast where Citrus County is located? The fact is, I don’t. But I can dream, can’t I?
Citrus County Emergency Management – http://www.sheriffcitrus.org/EM/
Disaster Preparedness (Florida Department of Health – Citrus County) http://www.floridahealth.gov/chdCitrus/disasterpreparedness.htm
Hurricane misconceptions: https://cloudman23.wordpress.com/2008/09/23/952/
Saffir-Simpson hurricane categories: http://www.nhc.noaa.gov/aboutsshws.php
Sustained winds: http://www.aoml.noaa.gov/hrd/tcfaq/D4.html
Window protection is essential: https://cloudman23.wordpress.com/2008/09/08/window-protection-for-hurricanes-is-essential/
The effects of hurricane winds upon a house: https://cloudman23.wordpress.com/2008/09/10/the-effect-of-hurricane-winds-upon-a-house/
Hurricane focus on Central Florida: https://cloudman23.wordpress.com/2008/09/13/hurricane-focus-on-central-florida/
Why is Florida so humid? https://cloudman23.wordpress.com/2009/07/04/why-is-florida-so-humid/
More information about the three tropical weather systems depicted here can be found at the following site:
Click on each for printed reports.
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A related post, “Why Is Florida So Humid” has been added.
It can be found here:
About a third of the way into May I noticed that television weather reports and a few of my acquaintances were starting to suggest that “perhaps” Florida’s rainy season had begun. To be sure, before the middle of May many parts of Florida had been experiencing very significant rainfall events, some of those places on a daily basis. One of those places was northeast Citrus County where I live. However, I doubted that those rainfall events signaled the beginning of the “real” rainy season because my experience living much further south in Florida had conditioned me to considered the “true” rainy season to be that time when precipitation was due almost entirely to mesoscale systems, namely sea breezes and sea breeze convergence within the peninsula. And – unless the views were severely obscured by buildings or dense stand of trees, at those times one can detect evidence of thunderstorms within hearing and/or seeing distance on almost a daily basis.
Florida’s rainfall this May was almost entirely due to weather systems of a much larger magnitude than the mesoscale – systems that show up on the national weather maps (middle-latitude cyclones with their associated frontal weather, et. al.). Those systems, along with anticyclones (rotating highs) are often referred to as synoptic systems.
I’ve always found it interesting that the majority of our annual precipitation in peninsular Florida occurs (on the average) as a result of weather systems far smaller in magnitude than either the mid-latitude synoptic systems or the tropical synoptic systems such as hurricanes and tropical storms.
Here are three graphic illustrations of the synoptic nature of our May events followed three more images of today’s weather (June 2, 2009) over the Florida peninsula. Comments labeled A through F follow each illustration:
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A. In this 70 minute loop (starting at 5:28 PM EST on May 17th notice the cold front that shows up well along a line from eastern Tennessee down to southern Mississippi. If one were to see only the Florida peninsula portion of this image I can see how he/she might immediately assume that this was a sea breeze convergence day. But as you can see, this is pre-cold frontal weather being drawn northward. Not to say the warmer land surface and some convergence did not play a role, it is nonetheless clear that the weather is dominated by the synoptic scale.
B. This 70 minute loop of the same system shows very nicely the pre-frontal nature of Florida’s rainfall by virtue of the fact that it has moved on in accordance with the general motion of the cyclone across the United States from west to east. This loop starts at 11:28 PM EST on May 17th.
C. Here is an impressive array of alternating lows and highs of the synoptic scale on May 26. At this time the movement of the lows was almost perfectly synchonized in the diurnal mode so that each day, with the help of the intense heating of the peninsula, we got significant rainfall in my neighborhood (latitude 29˚North by longitude 80.4 West – to the nearest 10th of a degree). Notice the lows centered off the Georgia coast, south-central Alabama, and Texas – all three with associated troughs. Each of those provided my neighborhood a great deal of rain and certainly cramped my style as I was attempting to spend a lot of time outdoors landscaping and doing my annual manicuring of my woods. But – because of three years of drought here, I was thanking the Great Guy In The Sky for each and every drop and respecting His audible commands to stay safely indoors in the form of lightning hits that were uncomfortably close.
I was surprised to learn recently that the National Weather Service Forecast Office has declared May 11 to be the beginning of the 2009 “rainy season” of Florida. This is a full 9 days ahead of May 20, the mean starting date. Who am I to disagree with the experts? It matters not in the real world I suppose – only in the academic world in which people like me often get lost. The bottom line is that we need the rain and no matter whether May’s events were “true, traditional” rainy season events or not, they were a blessing.
Now lets take a look at weather over the peninsula a little earlier today.
UNLIKE THE FIRST TWO IMAGES –
THIS IS A STILL – NOT A LOOP.
D. Today, June 2, 2009, the radar shortly before 3 pm EST is showing precipitation as a result of sea breeze “fronts” along both sides of the peninsula. I suspect convergence is occurring in the south part as shown by the beginning of development over some of the glades south of Lake Okeechobee. This is more like a Florida “rainy season” day as I have learned to know it but even today – a synoptic system is providing a noticeable influence (see next two images). For those of you who live in my neighborhood, the Crystal River winds at the time of this observation were 7 mph from the west and that is ample to bring in moist air which is rising over the heated land to form the showers that are appearing on this radar image.
E. Later today the thunderstorms became more intense and in the still radar image above you can see a decided concentration toward the western side of the peninsula.
F. And here is a synoptic map showing the low (with its associated fronts) that is influencing Florida’s weather today. There is a “rule of thumb” in meteorology that the air ahead of a front moves more or less parallel to that front. If you will simply extend in your mind’s eye the warm front further toward Florida you will realize that there is a force over most of Florida tending to make smaller weather systems (like mesoscale thunderstorm complexes) move toward the WNW. Apparently the winds aloft are not strong enough to counteract that.
Here are some interesting statistics for two locations in Florida providing some geographical contrasts along the peninsula.
Ocala averages almost 50” of rainfall per year of which nearly two-thirds falls in May through October.
Homestead (south of Miami) averages nearly 60” per year of which over three-fourths falls in May through October.
Here are the actual numbers (statistical means):
Ocala (in Central Florida) 49.68” annual 31.10” May through October = 62.6%
Homestead (south of Miami) 58.20” annual 45.70” May through October = 78.5%
For further information about Florida’s rainy season here is a safe link in the pdf format from NOAA.
Tonie A. Toney
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What a terrific way to start the new year in this weblog – with an image of nearly the whole earth showing cloud patterns over both the daylight half and the darkness half. The two rows of extratropical cyclones (one over the middle latitudes of each hemisphere) are striking. Since a very high percentage of the over 6.7 billion people on earth live in the middle latitudes, and since these cyclonic systems and their cold fronts commonly extend into the lower latitudes, you might very well be under the influence of one of these systems this very moment. They are marching generally from west to east in both hemispheres followed by cold (or cooler) anticyclones. For example, I live in the low latitudes at 28.972 degrees north and we get several frontal passages.
The Intertropical Convergence Zone is apparent, especially over Africa. Notice how it is further south now over that continent than during the North Atlantic hurricane season.
HERE’S WISHING YOU ALL A HAPPY NEW YEAR. That’s just the beginning because my wishes for you are many. That: You “know” love and feel both loved and lovable, you are never bored, you have a long gratitude list, happiness is not illusive, you feel as good as possible for your circumstances, life’s pros far outweigh the cons, and you experience peace and good will always.
Tonie A. Toney (Cloudman23)
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NOTES: Extratropical means “outside of the tropics.”
Middle latitudes are strictly defined as the regions between 30 degrees and 60 degrees latitude (both hemispheres).
Extratropical cyclones differ from tropical cyclones in the following ways. ET cyclones are “cold core” lows while T cyclones are “warm core” lows. ET cyclones generally have fronts associated with them, T cyclones do not. ET cyclones originate mostly in the middle latitudes while T cyclones originate in the low latitudes (0 degrees to 30 degrees). ET cyclones are asymetrical with decided wind direction changes and measurable temperature changes on either side of the fronts, while T cyclones are more nearly circular.
The Intertropical Convergence Zone is where the Northeast Trades and the Southeast Trades converge. Years ago it was referred to as the Doldrums and also the Equatorial Low. Those two outdated terms are still found in the literature and even on line. Generally, the ITCZ migrates northward during the northern hemisphere warm season and southward during the northern hemisphere cold season.
Several years ago this bag of corn chips was purchased somewhere in Southern California. Shortly afterwards one of my two former students hiking the Mt. Whitney trail with me pulled it out of his backpack when we were taking a break at the 11,395′ benchmark near Consultation Lake. Adam and Carl were game hikers and a joy to be with. I’ve lost track of Adam but Carl (Opper) is an earth science professor at St. Petersburg College. He makes me proud.
I must admit that right now I have a problem with this image:
IT ACCURATELY DEPICTS
HOW MY ABDOMEN FEELS THIS EVENING!
That strange statement will be explained in a moment.
Of course the reason why the bag is near bursting is because the atmospheric pressure upon it is so much less than it was where it was packaged and sealed. The image also illustrates that when air rises, it expands. Interestingly, the “heat” within the air inside the bag is spread out over a greater volume due to the expansion. Therefore, were it measured, one would find the temperature of the air at any point inside the bag to be colder than it was at the beginning of the hike. But, the amount of heat inside the bag would be essentially the same as at the beginning of the hike, except for the small amount lost due to radiation cooling of the bag’s surface.
Did you catch that? When air rises and expands the temperature changes but the amount of heat remains essentially the same. I was reminded many times during my years of teaching that many people do not discriminate between the word, heat and the word, temperature. The fact is, they do not mean the same thing. For example, it takes a lot more heat to increase a gallon of room temperature water up to boiling than to increase a quart of room temperature water up to boiling – though the temperatures of each once the heating was accomplished would be the same at boiling.
When unsaturated air rises, its temperature drops at a rate of about 1degree C. per 100 meters of ascent! When saturated air rises its temperature drops at a rate of about 0.6 degrees C. per 100 meters. The reduction (retardation) is due to the fact that when saturated air is rising and being further cooled by expansion – condensation occurs which releases heat; the heat released slows down the rate of expansion cooling.
This is the crux of adiabatic cooling, a subject which will come up sooner or later at this site (as well as adiabatic heating). NOW: Back to the strange comment about my abdomen.
Even before we returned to our Florida home from our month-long stay at our mountain cabin I knew that something inside my lower abdomen was not quite right. After getting back to Florida I investigated on-line and correctly reached the conclusion that I had a hernia. The surgeon found a second one when he examined me. I had surgery that took a little over two hours early in the afternoon on Monday. The surgeon found a third hernia while he was in there looking around with his magic wand, the laparoscope.
All went well. The surgery was done on an out-patient basis. That’s not a complaint. Once my head hit the pillow at home I felt very tired but I was not sleepy! I was so relieved that I jabbered off and on all night long. My poor wife! Perhaps the medication played a role in that.
The surgery is the main reason for my inactivity on line – that plus the fact that there is no tropical weather going on right now, being near the end of the official season. I’ve read that it’s over but my feeling always at this time of year is, “It ain’t over ’til it’s over!” spoken first (I think) by the great living sage, Yogi Berra. Out-of- season storms have occurred though such events are relatively rare. Here are two examples:
1) Hurricane Alice formed at 1 A.M. EST December 30, 1954 and continued as a hurricane into January 6, 1955. Here’s a plot.
2) A hurricane formed on March 6, 1908. It is called both “The March, 1908 Hurricane” and “1908 Hurricane #1.” Here’s a plot.
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A single left click followed by another single left click will enlarge this image significantly.
Altocumulus lenticularis clouds are not rare but, none-the-less, they inspire countless observers and much “camera clicking” occurs when they are present. Forming mostly over mountainous topography, they generally mark the movement of the air at the altitude where they form. Often (as in this case) they form not immediately above the mountain peak (or peaks) themselves but quite some distance higher. In this case it is forming on a “lee wave.” Rising air is what causes most clouds to develop and this is no exception. Envision water flowing quickly in a stream over a boulder that is on the bottom. Not only does the water touching the boulder rise up and over – so does the water above that lowest layer; and if you look closely you might see at least one other standing wave on the downstream side of the boulder. Likewise, a prevailing wind obstructed by a mountain or mountain range is forced to rise up and over and the air above it does the same. If the air aloft contains enough moisture and the lifting cause enough cooling of that air, condensation (and deposition) can occur forming cloud droplets and ice crystals respectively.
I took this photo today (10-29-2008) from the Blue Ridge Parkway. The clouds are forming on the leeward side of the Black Mountain Range, the famous range most notable for the highest peak in the U.S.A. east of the Mississippi, Mt. Mitchell. I was northeast of Mt. Mitchell at the first viewpoint northeast of the intersection of the Parkway with highway 80. The camera faced south-southeast.
The environment was changing quickly while I took several photos. I intend to post more soon in order to demonstrate how quickly the changes were occurring (which was a function of how rapidly the air was moving up there).
In this region the prevailing winds aloft are from west to east (generally speaking) and the Black Mountains trend north-south. The Black Mt. Crest Trail, rated “difficult” runs northward from the top of Mt. Mitchell (which can be reached by roadway) for about 7 miles to Celo Knob. From near the top of Celo Knob the Bowens Creek Trail heads northwestward another 5 miles to the mountain valley below. My youngest daughter hiked the trail with me when she was 11. It was an experience I’ll never forget – nor will she.
From late September on through the remainder of the official hurricane season, systems that can develop into named storms begin to pop up in the Caribbean and Gulf of Mexico. One such development may be occurring now.
An interesting area in the vicinity of the Yucatan is being watched by the National Hurricane Center. I have marked the approximate center which is hard to pinpoint since there is no apparent closed surface circulation at this time. I may have my blue dot positioned a bit too far to the east. It’s easier to do when using loops rather than stills like this image. If you want to try that, here is a good page to get some nice loops:
I have looked at some of the models on this one and there are indications that it could eventually move toward Florida and provide significant rainfall. It is my opinion that interests along the West Coast of Florida should pay attention to this. Right now the wind shear over the storm is about 20 mph. There is some chance that it could slowly strengthen as it moves toward the northeast later this week. Probably around the middle of the week it will be influencing some part of Florida.
Tonie A. Toney
12:50 PM EDT 9-28-08
Though if it does occur it won’t be as stark as this Pacific Ocean weather event, but it should still be quite interesting. If you are interested please read the previous post. If this is the only one you see, scroll to the top of the page and click “Blog” or go to https://cloudman23.wordpress.com/
Tonie A. Toney (Cloudman23)
DISCLAIMER: Some of the information on this site is published close to “real-time” particularly as it applies to tropical weather; so – check the posting date carefully. It is important to remember that this web-log is not an “official” source of environmental information. Please do not make any decisions based solely on the information found on this site or any other sites that are recommended here – unless they are official. Listen to your local authorities when conditions are life-threatening or there might be loss of (or damage to) property.
Caution – I often leave “dated” posts available because of certain potential tutorial value. I apologize if this causes you any inconvenience. Also, I do not recommend this site for comprehensive coverage of weather. There are times when I do not address significant storms. Above all, do not consider me to be an authority.