Old (Weather With Enthusiasm)

Unknown 0:03
Good afternoon, everyone. It's Friday afternoon, October 29. And we have some really exciting stuff to talk about. We have the second Noor Easter, which is taking place here on the East Coast for this afternoon. And really, I think it's the low pressure system that's going to be developing tomorrow and off the North Carolina coast, that one is going to really pick up an intensity that was not able to really become that strong today as the as they usually do. Usually, the secondary areas of low pressure, which developed close to the primary area of low pressure strengthen quite rapidly. But in this case, the primary low pressures just too strong. And it's going to take a little while before the secondary low pressure system starts to develop. In any case, there's going to be lots of rain and flooding rains along with lots of photo of lots of coastal flooding as well. And high wind watches and wind advisories in effect for places along the coast for today. This is also because of a buildup of what's been going on over the past week really even though this nor'easter is not as strong as the one earlier this week was. But nonetheless it is a major event. Note so of course is forecasted with this one there is just not enough cold air. Should this be a system that would be taking place in the winter, this would be a monster snowstorm. Without a doubt, this system pulls out the sea into the mid Atlantic area. And unbelievably so the New York Times tells us that this storm system has a chance of getting a named a tropical storm. How does that make sense? I don't know if we're nowhere near the tropics. But somehow it's doing it. I don't know how the you know, the storm systems in the North Pacific those bombs, they never get any names. They have no names at all. The only names you ever hear about are those names to the winter storms that the Weather Channel, they have their own names. But I don't know how this system could possibly be getting a name when it's so far north. But the New York Times mentioned it I don't know if they're right or not. But that's something which is certainly noteworthy to put in over here. We have here in the Midwest, we have a cold air cooler air that's going to be filtering in behind the storm system. But behind the cool air, we have a big warm up taking place. And this is really impossible not to notice when you look at the weather map today. impossible not to notice the 60s and 70s all over the Rockies and that's an that is reflective of a another powerhouse storm that's moving into the northwest Pacific that transports lots of southerly wind and warm air out ahead of it. So we have all of that warm air, those storms are going to continue to move on to the Pacific Northwest. And those storms are a result of low pressure impulses that are spinning off of a very intense area of low pressure that you could see on the weather map, which is remaining stationary somewhere in the Northern Pacific. It looks to me like it's in the Gulf of Alaska. But maybe it's not. That's what the weather map that I looked at. That's what it showed a lot of spin over there. And there's little systems that are spinning off of that one running into an atmospheric river. Without a doubt each one and we have lots of precipitation, the radar picked up a lot of precipitation in the Northwest today. Also lots of precipitation taking place here in the Chicago area here in the Midwest. And then the third area of precipitation that I remember seeing on this map was off on the East Coast. We have the main focus, I think this week is going to be the arrival of what some are calling the first Arctic airmass of the season. Computer models do not know what to do with it, especially the second punch of cold there. We have a cold front that's going to be coming in on Sunday. Temperatures on Sunday for some of the cities are going to be warmer after the front moves through, such as in the city of St. Louis than they were...

Unknown 0:03
Good afternoon, everyone. It's Friday afternoon, October 29. And we have some really exciting stuff to talk about. We have the second Noor Easter, which is taking place here on the East Coast for this afternoon. And really, I think it's the low pressure system that's going to be developing tomorrow and off the North Carolina coast, that one is going to really pick up an intensity that was not able to really become that strong today as the as they usually do. Usually, the secondary areas of low pressure, which developed close to the primary area of low pressure strengthen quite rapidly. But in this case, the primary low pressures just too strong. And it's going to take a little while before the secondary low pressure system starts to develop. In any case, there's going to be lots of rain and flooding rains along with lots of photo of lots of coastal flooding as well. And high wind watches and wind advisories in effect for places along the coast for today. This is also because of a buildup of what's been going on over the past week really even though this nor'easter is not as strong as the one earlier this week was. But nonetheless it is a major event. Note so of course is forecasted with this one there is just not enough cold air. Should this be a system that would be taking place in the winter, this would be a monster snowstorm. Without a doubt, this system pulls out the sea into the mid Atlantic area. And unbelievably so the New York Times tells us that this storm system has a chance of getting a named a tropical storm. How does that make sense? I don't know if we're nowhere near the tropics. But somehow it's doing it. I don't know how the you know, the storm systems in the North Pacific those bombs, they never get any names. They have no names at all. The only names you ever hear about are those names to the winter storms that the Weather Channel, they have their own names. But I don't know how this system could possibly be getting a name when it's so far north. But the New York Times mentioned it I don't know if they're right or not. But that's something which is certainly noteworthy to put in over here. We have here in the Midwest, we have a cold air cooler air that's going to be filtering in behind the storm system. But behind the cool air, we have a big warm up taking place. And this is really impossible not to notice when you look at the weather map today. impossible not to notice the 60s and 70s all over the Rockies and that's an that is reflective of a another powerhouse storm that's moving into the northwest Pacific that transports lots of southerly wind and warm air out ahead of it. So we have all of that warm air, those storms are going to continue to move on to the Pacific Northwest. And those storms are a result of low pressure impulses that are spinning off of a very intense area of low pressure that you could see on the weather map, which is remaining stationary somewhere in the Northern Pacific. It looks to me like it's in the Gulf of Alaska. But maybe it's not. That's what the weather map that I looked at. That's what it showed a lot of spin over there. And there's little systems that are spinning off of that one running into an atmospheric river. Without a doubt each one and we have lots of precipitation, the radar picked up a lot of precipitation in the Northwest today. Also lots of precipitation taking place here in the Chicago area here in the Midwest. And then the third area of precipitation that I remember seeing on this map was off on the East Coast. We have the main focus, I think this week is going to be the arrival of what some are calling the first Arctic airmass of the season. Computer models do not know what to do with it, especially the second punch of cold there. We have a cold front that's going to be coming in on Sunday. Temperatures on Sunday for some of the cities are going to be warmer after the front moves through, such as in the city of St. Louis than they were...

Unknown 0:10
Good evening, everyone, it is Wednesday, October 13. And here is the weather synopsis for the United States. And first, I want to say that if anyone's interested in hearing just a quick weather synopsis with the forecast for Chicago, you can go to my other podcasts, it's just called Quick weather synopsis. And you can hear that it's was made this morning, this is more of an in depth discussion. That's what's gonna be going on on this podcast right now. We have probably the most dynamic part of this weather or the the system that's creating the most significant weather over the largest part of this country is a deep low pressure system located in South North Dakota. barometric pressure is 29.2, it certainly is a deep low pressure and the storm system is moving in a unique path, it's moving directly north and is headed into Canada, Manitoba. The system is going to weakened slightly but remain a deep low pressure system, it's going to weaken to 29.3. And it's going to continue to move directly north. It's not moving northeast, north, north east, slightly northeast, but really, it's taking the most intense track possible to produce heavy snow. This is what the North Eastern a lot of times do. There's also a call flow which moves right up the Mississippi River. And when that happens in the winter time, that's when the heaviest snowfall occurs. So there's no question we have cities also that have responded to this their cities in Montana. But as of this morning, one city got 28 inches of snow, another one. That's somewhere in the 20s others in the upper teens, and I believe the snow is still falling with an additional eight to 12 inches expected in some spots, the names of those cities, you could look up, I had the names, but it's going to create too much of apsic in this podcasts going to create an interruption here, so I'm just gonna leave it at that. And we also that low pressure system is producing other hazards as well. As I mentioned this morning, as severe weather outbreak is also on the side of that system on the south east side is it usually is now originally the Storm Prediction Center put Chicago and a marginally

Unknown 2:34
chance for severe weather about a 10% chance. But that line moved further west. Now here's what's happening over here, because there was something that changed the major variable that changed, which is very much no gear has tremendous connection to the Chicago weather. And it's the exact opposite of what happened this past Sunday. And I want to explain that as well, because that requires an explanation. And I'll tell you why it requires an explanation in just a minute. The low pressure system earlier today, that storm system had a lot of forcing to it and the storms were developing right along where the warm front and the cold front came together. And that also where there was a lot of forcing a lot of energy in the upper atmosphere producing thunderstorm development, lots of lightning report in Missouri and in Iowa, the thunderstorm development continued moving east and Northeast away from where the most intense forcing is away from the intense low pressure system. And therefore the thunderstorms gradually reduced the gradually weekend. And they continue to weaken. And that's why that's one reason why as it reaches Chicago, we may not even have too much thunder, although there probably will be a little bit of thunder. The other thing is that it's going to be the system is moving much slower than originally thought both the warm front is moving slower and the cold front and the warm front, the warm air isn't going to get here until tonight. And then the cold front comes tonight. So the whole system is arriving in the middle of the night. The middle of the night is not an ideal time for thunderstorm development. Nonetheless, there could be thunderstorms in our area here in Illinois. And as you go further east, though, the chances for storms kind of decrease....

Unknown 0:31
Good afternoon, everyone. It is Sunday, October 10. And we are in the midst of living through an unprecedented event for the month of October for us who come from the Midwest. We're actually going to this event is going to intensify as the week goes on. We have not dropped below 60 degrees yet this month of October, it's already October 10. Temperatures have failed to fall below 60. Now, why have they failed to fall below 60. So someone might want to say that. You know why? Because the daytime highs were around 80. Well, you know, if the daytime highs were around 80, then we would be talking about another unprecedented event for temperatures to be 80 degrees for the first 10 days of October. Certainly the temperatures were 80 degrees i We could hear why The overnight lows did not drop below 60. But when you look back last week, and you see those daytime highs are 68 degrees, 67 degrees, 69 degrees. And then you look at the overnight lows, 65 degrees, different 60 This degrees and 60 degrees, you have to wonder what is going on here, we have the nights are 13 hours long, temperatures start dropping even before skier even before sunset, the temperature start dropping, so we have 15 hours of dropping temperatures. So 15 hours of dropping temperatures we had one day the high was 68. The low was 65. But that was so okay, that doesn't. Let's say the high was 68. And that night, let's say it was 63. Let's just say I think it might have even been less than five degrees, you have five degrees within 15 hours. So we're talking about dropping one degree every three hours. So a third of the degree in our What can possibly be causing that a third of the degree in our? Well, the answer is the dew points, the dew points, the humidity, the humidity is tremendous insulation here in the city and the temperatures are just not dropping, they can't drop below the dew point and the humidity stays. Now why is there so much humidity and why so much consistency. I don't even know if we see such consistency in July. And we do we do see consistency in July. But even in July, we do get these Canadian air masses every now and then we're dew points dropped into the 50s. In fact, at the very end of July this year, dew points dropped into the 40s. But we've seen such consistency like this is just 10 days temperatures have not dropped below 60 Dew points have remained above 60 degrees. And the question again is why? So I've read in an article something very interesting. It's because the sun is so weak, the wetness of the ground is just not evaporating and significant pace and therefore the dew points remain high. It is the weakness of the sun that is causing all the warmth right now, we still have vegetation all over the place, the growing season is coming to an end for many places out west. Even in the southwest, hard freeze warnings are in effect. And the National Weather Service leaves off with the forecast discussion they sign off with. And this brings the growing season to an end. It's like it's sad words to hear. Because once the growing season comes to an end over there, and it comes to an end in the northwest Pacific and all around us to the west and eventually to the north. Then the humidity starts to die down once the humidity starts to die down over there, even though the humidity continues over here. But the jet stream is going to gradually start to move south. That's what's going to start to happen. There's a question, there's a major question. Is it cold? Because the Jets is the reason why we're warm? Let's say the reason why we're warm. Is it because the jet stream is above us? Or is the reason why the Jetstream is above us because we're warm. And they say nobody knows. It's like asking what came first the chicken or the egg? Nobody knows. And it's really kind of like a combination of the two. It's a combination of the two. So in a certain way I think it is the humidity that is keeping the Jetstream further north. In fact...

Unknown 0:06
Good afternoon, everyone. It is Shiva also Thomas. It is Sunday, June 27. Early in the afternoon, and we have monitored for real, like an unbelievable weather pattern, an unbelievable weather situation that's taking place up in the Pacific Northwest and in southwest Canada. In fact, it is so unbelievable. There's a meteorologist and perhaps even more than one Cliff maths who said that if it wasn't for the fact that every single computer model is forecasting the same thing, this forecast would be completely dismissed. It's just completely outrageous what's going on. You know, it's kind of like what it was forecast in Denver many months ago. According to the GFS computer model, where they were forecasting more than 50 or 60 inches of snow, the meteorologist just dismissed it because it's just not possible. It's like totally outrageous. They went ahead and went with the other computer models which were forecasting much less either way, it was a major snowstorm. But sometimes you'll have a computer model which is forecasting something outrageous, and the meteorologists know just ignore it that for whatever reason, that particular model is forecasting something really weird. In this case, the it is totally outrageous what is being forecasted. The only thing is, is that every single model is forecasting the same things, even some of the European computer models, which is completely different. It's made up of completely different material, completely different sensors completely different everything from the GFS model, it's still reaching the same conclusions as the GFS model and other models in regards to the Pacific Northwest and southwest Canada, there's this is probably the they say this is the strongest dome of heat that has ever occurred. And this is also a KERS once every 4776 years, that's on average, those are the chances of something like this happening is one in every 4776 years. There are different opinions in regards to how much of this is connected to climate change or not. We have Cliff mass who feels that this heatwave would be happening regardless of manmade climate change. This is just so so intense, that even without the manmade climate change, he says we would still have an extreme event, he thinks that it perhaps there's climate change that is contributing to a couple degrees, making it a couple degrees warmer than what it ordinarily would it would have been otherwise. But even without the climate change, this is what had happened. And it would have been an extreme event. We have other meteorologists and climatologists who claim otherwise, they say that this completely storm of heat, the whole thing probably would not be happening if it wasn't for manmade climate change. But I would assume nobody really knows, I would assume that it's just going to leave it off as a my focus is different of opinions, different approaches as to how much of this is connected to manmade climate change, if any of it is but in any case, we do have a an an unbelievable thing. Unbelievable dome of heat that's taking place up in the Pacific Northwest. Temperatures are expected to hit 110 degrees and Seattle Washington today.

Unknown 3:37
I do want to acknowledge that, based upon an article that I read, it could be implied that temperatures do reach 110 Every now and then at least for areas along the Cascades and eastward. But for temperatures to reach 110 degrees west of the Cascades, that's basically unheard of. We have temperatures that hit 108 degrees. I think it was in Portland, Oregon, or very, very close to that yesterday. Temperatures, I believe went up to 102 and Seattle, Washington yesterday. These are all records temperature of 110. Today that beats the old record by 19 degrees. The previous record was 91 degrees. Who's ever heard of such a thing, breaking a record by 19 degrees? You know, we almost came close to stuff like that back in the March heatwave of 2012. That also was something...

Unknown 0:16
Good afternoon, everybody. It is Friday, October 15. Then we have, we're going to discuss the weather synopsis for the United States.

Unknown 0:25
We're going to start off there's four different air masses that are influencing our country at big time. Let's start off with number one high pressure systems situated over Georgia this afternoon, we'll be continuing to move south east right off of the coast by tomorrow morning. This high pressure system is pumping a South flow of warm and even humid air off the east coast bringing well above normal temperatures. In fact, this is unseasonably warm heat, double In fact, this is a late summer season weather pattern that's happening on the East Coast today. Temperatures might be breaking records south of the Mid Atlantic area, perhaps in North Carolina or South Carolina. But when you go up further north records probably will not be broken but it will be warm. With high temperatures in Baltimore, mid May be Upper 80s, Washington DC, mid 80s. Philadelphia, probably low 80s. And tomorrow, we're even going to continue to see temperatures probably low 80s for Baltimore, even 80 degrees for Philadelphia tomorrow, but as seabreeze will develop in Atlantic City highs only in the mid 70s. Let's go back to today because I just want to know what is the audience feel? What What do you feel about temperatures being in the 80s? Those on the East Coast?

Unknown 1:45
It's like late summer it's like not too hot, but it's just amazing. What do you guys feel? That is complainer response? That's what I thought because that's what I would feel. It's alrea for sure. But you know, in Baltimore I want to know, oh, this is

Unknown 2:13
but how do you guys feel in Baltimore over the fact that it's almost going to be warm enough to break a record? but not quite. Yeah, I love breaking records. And that's just too bad that we don't get to break a record. But it's gonna be warm as we said, nonetheless. I want everybody to realize the following this is a very unique in the Chicago Tribune. It said the cold this temperature yesterday was eight degrees and it occurred. I get ready for this. Get ready for this one. It occurred 37 miles south east of this little town in Utah. The newspaper I don't remember. But the newspaper mentions the little town. Now I want to know. Like if it's if it reached if the warmest temperature. Yesterday was in St. Louis, with the newspapers say the warmest temperature was 300 miles southwest of Chicago, Illinois. It would just say the actual town. So why does it say 37 miles south east? Why would it do that? Again, no wouldn't do that by Chicago or St. Louis. Why would it do that then? Isn't that strange? That really is strange. That needs a tremendous explanation. Where who has this weather station isn't someone's on someone's roof? Like what? Where is it? What How come this place doesn't have the name of a town. The Chicago Sun Times agrees but the temperature the coldest temperature in the US was eight degrees. But it says it wasn't body Park, California. They actually have some clarity. I know it's so nice to have clarity. But you know what is nice to do is to have clarity. It's so awesome to have humor to have humor that Chicago Tribune 37 miles Don't you want to check that requires like an investigation and I hope you're listening to the instruments in the background because you know, it's definitely requires an investigation and those that those instruments the experience over here, don't they? Now let's go ahead and pull ahead with the warmest temperature in the US now that we mentioned the coldest the warmest temperature was in Falcon Lake, Texas once again. Falcon Lake Texas with a high temperature

Unknown 4:58
of I completely forgot what the high temperature was. I think it was 102 degrees. If it was 102, what is the audience feel about that? About a being 102?

Unknown 5:24
No...

Unknown 0:04
Good evening, everyone. It is right now.

Unknown 0:08
modes a shot is right now. I'm just going to explain the previous podcasts got cut off in the middle because it was getting close to Chavez. But the second half of that podcast is going to be on this podcast I'm putting it on right now. And I hope everybody enjoys.

Unknown 0:27
Please enjoy. And

Unknown 0:31
yeah.

Unknown 0:46
Santa Ana winds are developing perhaps because of a high pressure system located on the border of Idaho, Montana and Wyoming. That high pressure system is going to be moving into Texas tomorrow. But let's stay focused on to the south east California.

Unknown 1:02
The East winds regardless of why there are East winds, winds are coming out of the East we have Santa Ana winds. The thing about these winds are that they're more easterly than usual more easily than usual means there's more down sloping involved. And when there's more down sloping, temperatures are warmer. And that's when we reach our peak. We are in mid October, temperatures expected to go into the low 90s in Los Angeles today and tomorrow. The newspapers are not forecasting that but I don't know why they're saying low to mid 80s. But low 90s and Los Angeles. Temperatures in Phoenix, Arizona are going to be cooler than that mid 80s. What is the audience feel? I want to know about heat. It's not comfortable, right? It's a heat but do I have real weather enthusiasts but love it the heat like I want to know

Unknown 2:08
all the audience loved that. I can I can tell we heard B bells. We had guns yet cameras people taking pictures up. So I see we do love heat. That's wonderful. That means I do not have a normal audience in front of me. We have true weather enthusiasts, but I do want to know, what does everyone feel about those severe storms? Well, what does everyone feel about the rain? Let's start off with that. What do people feel about the rain?

Unknown 2:43
Really?

Unknown 2:45
Yeah, I guess cuz. Boring, right? It just rain.

Unknown 2:50
What if there's Thunder added to that rain?

Unknown 2:56
Thunder added to the rain. I don't hear a response.

Unknown 3:00
I don't need a response. That's amazing. What if it's almost a severe thunderstorm?

Unknown 3:10
Because it's almost there, but not quite right. What is the audience feel?

Unknown 3:15
Your comms what is the audience feel about severe thunderstorms meaning you already have to do deal with it. There's already precipitation falling its falling so now you have a severe storm you get to watch trees blow down onto on to

Unknown 3:38
I'm glad you got that array and first because you pulled down onto power lines. What is a? What is that?

Unknown 3:48
Now I hope people are not hurrying I mean I already know I have a sensitive audience in front of me. So but the whole Ray must have been at the whole site the whole site maybe they pull down on the power lines and everyone's safe you lose power. It's so exciting. Right? Isn't that what it was? I mean, what do people feel about?

Unknown 4:12
Whoa, it's down. Come on.

Unknown 4:15
Down.

Unknown 4:20
They took a picture.

Unknown 4:22
Okay, anyways,

Unknown 4:24
moving right along over to the northwest part of our country. That's what we have significant stuff we have that hypothesis in the high pressure is centered right over the area that got the heaviest snow from the blizzard earlier this week on the Idaho Montana Wyoming border, perhaps high pressure I mean not perhaps high pressure is attracted to cold air because cold air sinks and high pressure sinks. So it could develop real quick when it's over cold there. Perhaps there's so much snow there. It's coldest...

This podcast discusses the 29.2 deep low over the Dekotas that is responsible for a large variety of weather for the Plains, Inter Mountain West, Midwest, Texas and Southwest. Hurricane Pamela and it's associated flooding is included. The warm High Pressure Ridge on the East Coast is included. The ACE measurement to measure tropical storm energy for Pacific and Atlantic Ocean is included. New Storm System in the Northwest is included. The impact the hurricane will have on both cotton and corn is included. 1 variable in how long term hurricane forecasts is explained along with some info on how computer models forecast weather each season.
Unknown 0:10
Good evening, everyone, it is Wednesday, October 13. And here is the weather synopsis for the United States. And first, I want to say that if anyone's interested in hearing just a quick weather synopsis with the forecast for Chicago, you can go to my other podcasts, it's just called Quick weather synopsis. And you can hear that it's was made this morning, this is more of an in depth discussion.

Unknown 0:35
That's what's gonna be going on on this podcast right now. We have probably the most dynamic part of this weather or the the system that's creating the most significant weather over the largest part of this country is a deep low pressure system located in South North Dakota. barometric pressure is 29.2, it certainly is a deep low pressure and the storm system is moving in a unique path, it's moving directly north and is headed into Canada, Manitoba. The system is going to weakened slightly but remain a deep low pressure system, it's going to weaken to 29.3. And it's going to continue to move directly north. It's not moving northeast, north, north east, slightly northeast, but really, it's taking the most intense track possible to produce heavy snow. This is what the North Eastern a lot of times do. There's also a call flow which moves right up the Mississippi River. And when that happens in the winter time, that's when the heaviest snowfall occurs. So there's no question we have cities also that have responded to this their cities in Montana. But as of this morning, one city got 28 inches of snow, another one. That's somewhere in the 20s others in the upper teens, and I believe the snow is still falling with an additional eight to 12 inches expected in some spots, the names of those cities, you could look up, I had the names, but it's going to create too much of apsic in this podcasts going to create an interruption here, so I'm just gonna leave it at that. And we also that low pressure system is producing other hazards as well. As I mentioned this morning, as severe weather outbreak is also on the side of that system on the south east side is it usually is now originally the Storm Prediction Center put Chicago and a marginally

Unknown 2:34
chance for severe weather about a 10% chance. But that line moved further west. Now here's what's happening over here, because there was something that changed the major variable that changed, which is very much no gear has tremendous connection to the Chicago weather. And it's the exact opposite of what happened this past Sunday. And I want to explain that as well, because that requires an explanation. And I'll tell you why it requires an explanation in just a minute. The low pressure system earlier today, that storm system had a lot of forcing to it and the storms were developing right along where the warm front and the cold front came together. And that also where there was a lot of forcing a lot of energy in the upper atmosphere producing thunderstorm development, lots of lightning report in Missouri and in Iowa, the thunderstorm development continued moving east and Northeast away from where the most intense forcing is away from the intense low pressure system. And therefore the thunderstorms gradually reduced the gradually weekend. And they continue to weaken. And that's why that's one...