Preview: Pacific heat mass post coming soon Heating Planet blog- background
Here is CNN report from 2 weeks ago and Washington Post from yesterday so yes this is true.
Blog by NASA PAO staff/ US Naval Air Reserve JO in 1970s; pedopriest survivor, and former flower child. Now in my 70s I'm a little old lady [LOL] with a laptop on a mountain just saying what I think.
CofA Blog starts
then CofA Blog 2008
and CofA Blog 2009
and CofA Blog 2010
and CofA Blog 2011
and ongoing through 2015 at CofA Blog 2012
Blogger Kay Ebeling's personal story written in 2006 is at: City of Angels 1
AND continues
At CofA 15 Faster Than Speed of Life
A work in progress
And the story that won't go away by KE
New 04/22/15 at CofA Fiction:
An Excuse to Kill Somebody
by Kay Ebeling
Here is CNN report from 2 weeks ago and Washington Post from yesterday so yes this is true.
Here is CNN report from 2 weeks ago and Washington Post from yesterday so yes this is true.
-ke
Related print news story https://www.reuters.com/business/environment/three-killed-floods-bulgaria-2025-10-03/
ANOTHER sudden hydro meteorological event in 2025
Transcripts here for readers writers and researchers
0:58 Bulgaria experienced one of the most 1:00 violent floods in its recent history. 1:03 Torrential rains continued for days, 1:06 causing rivers to overflow and sweep 1:08 away everything in their path, homes, 1:11 cars, and even bridges. 1:18 [Music] 1:44 Yellow 2:07 heat. 2:27 In some areas, water levels reached more 2:30 than 2 m, forcing authorities to declare 2:33 a state of emergency. Rescue teams 2:36 worked day and night to save residents 2:38 while hundreds of families were 2:40 evacuated from their completely 2:42 submerged villages. 2:57 [Music] 2:59 Ah 3:02 Heat. Heat. 3:17 Heat 3:45 up here. 4:10 You guys 4:19 Welcome to the 4:25 floods also caused massive damage to 4:28 infrastructure and agriculture 4:30 especially in mountainous areas and 4:32 villages near the Black Sea. And the 4:34 strangest thing scientists say that 4:37 climate change is the main reason behind 4:39 the increase in these natural disasters 4:42 in Eastern Europe. 4:44 Okay. 5:09 Heat. 5:25 Heat. Heat. 6:02 Nice. 6:03 Show yourself. 6:18 With all this, the question remains, are 6:22 we truly prepared to deal with nature's 6:24 coming fury? Please support us by liking 6:27 and subscribing to the channel to 6:29 receive all the latest news.Veerbhadran Ramanathan compares overshooting 1.5c to Covid and the ozone hole crisis, as climate change will soon touch every household on the planet, interviewed here after receiving Grand Medal from French Academy of Sciences this week.
WATCH RFI English Ocr 3 report Greenhouse effect pioneer and laureate on climate change RFI English
Transcripts here for readers writers and researchers
This year's grand medal of the French 0:06 Academy of Sciences was awarded to the 0:09 pioneering climate scientist professor 0:11 Vira Badran Rammanatan. Among his 0:14 groundbreaking research includes the 0:16 discovery of the greenhouse effect of 0:18 chlorofluorocarbons 0:20 as well as the important role played by 0:22 non-carbon dioxide gases such as methane 0:26 in warming our planet. I spoke to 0:29 professor Rammanatan and started by 0:31 asking how he felt on receiving this 0:34 award. 0:35 Getting uh this medal which is the 0:39 highest medal of honor given to 0:42 scientists by France 0:44 is a huge huge 0:47 honor for me. I'm uh deeply grateful 0:54 to the French Academy for recognizing 0:58 climate change science 1:01 at this most difficult times when the 1:04 science of climate change uh is being uh 1:09 questioned. So it is just a comes at a 1:13 significant time for me. 10 years ago, 1:16 you were in Paris at the historic COP 21 1:19 summit as a science advisor to Pope 1:23 Francis's holy sea delegation. A decade 1:26 later, have we achieved the goals set in 1:28 the landmark Paris agreement? I've been 1:31 attending the COP function for at least 1:35 two decades 1:38 but uh to be deputed 1:41 to the COP 21 at the historic city of 1:45 Paris 1:47 as uh Pope Francis's 1:50 science advisor to his delegation. 1:53 It was again a a huge honor for me 1:59 and it also came at a significant moment 2:02 when the entire body of scientists 2:06 we were unanimously calling for action 2:09 and as we know that summit ended in the 2:15 uh series of action items policy 2:18 statements action items for climate 2:20 change. One of the most uh significant 2:24 part of that which is still in my memory 2:28 is that we wanted to keep the warming 2:32 well below 2°. 2:35 At that time we understood that as one 2:38 and a half degree warming 2:41 and uh the resolutions passed 2:46 were all what scientists 2:51 were demanding. 2:55 But unfortunately uh we are nowhere 2:58 close to achieving what we wanted to 3:01 achieve in terms of cutting down the 3:05 emissions. 3:07 So let me just give you a few seconds 3:11 background of what it is. 3:15 Because of you know carbon dioxide which 3:18 is the one of the major heat trapping 3:21 gases it's called greenhouse gas. 3:25 Once you emitted that it stays for 3:27 century or long. 3:30 So we started emitting this gas since 3:32 the dawn of the industrial revolution 3:35 around mid 1800s. 3:39 Today 3:41 it had accumulated 3:44 to 1200 billion tons of carbon dioxide 3:47 in the air. That's 1.2 trillion tons. 3:51 Okay. 3:53 So there's a huge 3:55 weight of this blanket of CO2 3:59 and it has grown uh since the Paris 4:03 resolution. 4:04 So we have lot of efforts we need to 4:08 take. 4:09 Where do we stand currently in terms of 4:11 the rising global temperature 4:13 considering that 2024 was the hottest 4:16 year on record? The planet 4:20 23 and 24 4:23 is already warmed up to close to 1 and a 4:25 half degrees. 4:29 It comes at a uh even for me it it was a 4:34 surprise because I along with two other 4:38 scientists 4:40 we were the first to predict 4:43 7 years ago in 2018 4:47 that the planet would cross one and a 4:49 half degrees by 2030. 4:52 That's five years from now. At that 4:55 time, United Nations and IPCC 5:00 were saying that it will cross one and a 5:03 half degrees only 2045. 5:07 Now 5:08 the United Nations, the World 5:11 Meteorological Organization 5:13 all concluded we are going to cross 5:16 agree with our prediction. We're going 5:18 to cross one and a half degrees. 5:21 But we already crossed one and a half 5:22 degrees 2023. So what does that mean? 5:26 One year warming is not what we climate 5:30 scientists would call climate warming. 5:32 For it to be called climate warming, it 5:35 rise to one and a half and it has to 5:37 stay there or even increase. So I would 5:42 watch this. If it stays one and a half 5:45 and above 5:47 for the next 5 to 10 years, then that's 5:50 climate change caused by human actions. 5:54 So uh the next five years 5:58 is going to be truly momentous 6:02 if and when we cross that degree and a 6:04 half I'm pretty confident we are going 6:08 to by 2030. 6:11 That is the climate 6:14 which no human being 6:17 or none of the species alive today has 6:20 experienced in the last 200,000 years. 6:24 So uh 6:27 it's uh it's going to be a troublesome 6:30 time. 6:30 What will be the consequences of 6:32 crossing the two temperature thresholds 6:36 1.5° and 2° C? I refer to 6:43 the when we cross the one and a half 6:45 degrees 6:47 that is the what I call the Antarctic 6:51 ozone hole moment or you can call it the 6:54 COVID moment. 6:58 What's common between the two? 7:01 The COVID pandemic which started around 7:03 2020 7:06 moved into all of our living rooms. 7:10 And what do I mean by that? We 7:12 personally or someone we know closely 7:16 was affected by COVID. 7:19 Climate change, particularly the weather 7:21 extremes, the heat waves which Paris has 7:25 experienced in the summers 7:28 or forest burning, 7:31 intense floods. 7:35 All of us 7:37 would experience it personally or our 7:41 own children, our own friends. So that's 7:44 what I meant. Climate change would move 7:48 into the living room of everyone alive 7:51 in this planet. I am particularly 7:54 worried 7:56 about the three billion 7:59 poorest people in the world. villages in 8:02 India, villages in Africa, I would say 8:05 even villages in France, US etc. 8:10 They don't have the protection we have 8:13 the wealthy were all employed. So I am 8:16 worried about the poorest three billion 8:19 how they are going to survive that 8:21 moment. You said what happens we go from 8:25 one and a half to two degrees. 8:28 I am a bit more optimistic than you are. 8:32 I am reasonably confident 8:35 when we hit this one and a half mind you 8:37 I'm just saying that's just five years 8:39 from now not 50 years not 100 years 5 8:42 years from now 8:44 in that next 5 to 10 year period 8:47 people would wake up 8:50 and our leaders at the city mayors 8:52 governors they will finally 8:56 understand what scientists were saying 8:58 and taking actions I 9:01 That is why I called it the ozone hole 9:03 moment. When that ozone hole appeared 9:05 1980s, 9:07 the world woke up and passed Montreal 9:10 protocol and got rid of the pollutant. 9:14 That is the moment in 2030 everyone 9:17 would wake up. Certainly all of France 9:21 we will take the actions and what I call 9:24 bend the curve. See the warming is 9:26 increasing, the emissions are 9:28 increasing. You got to bend that curve. 9:30 I think we will take the actions by 2030 9:33 to bend the curve. But I'll come to that 9:38 since the 9:40 uh climate system is like a huge 9:43 elephant or a huge battleship. You can't 9:48 turn it around quick. 9:50 It'll take about 20 30 years even if you 9:53 take drastic actions. 9:55 So the curve would pass two degrees 10:00 and uh 10:02 certainly my own work suggests and my 10:06 predictions suggest 10:08 we will have more of the severe weather 10:12 events. 10:14 I call them low probability 10:18 high impact events. The probability is 10:21 low 5 10%. But when it strikes the 10:24 impact is huge. 10:26 It's also called uh others by black 10:29 swans or fat tails in the distribution. 10:33 So there would be intense floods, 10:37 droughts. 10:39 I think it'll hit the farmers very hard, 10:42 fires, 10:44 and of course for urban residents, heat 10:47 waves, heat stress. What concrete 10:50 measures can be taken to reverse this 10:52 trend? 10:53 One thing uh 10:56 I want to clearly convey to all of you, 11:01 there are hundreds of solutions we can 11:04 take. There's not one or two or three. 11:07 These solutions can be taken at the 11:09 individual level all the way to heads of 11:13 states. So let me list first. 11:17 We need to urgently bring the warming 11:20 down. 11:22 Not 50 years from now. Now, 5 10 years 11:25 from now. 11:28 If you look at the pollutants which are 11:30 trapping the planet's heat and heating 11:32 it up, the first is carbon dioxide. But 11:37 40% 11:39 even 45% of the heating is caused by 11:42 what we call super pollutants. 11:45 They don't live in the air for long. 11:47 Just anywhere from few weeks to 10 11:50 years. We can quickly bring them down. 11:53 They are first I list methane comes from 11:56 natural gas. Methane comes from food 11:58 waste when we throw it into the garbage. 12:02 Second is hydrophorocarbons. It's used 12:04 as refrigerants. 12:06 It's about 2,000 times more potent than 12:08 carbon dioxide. Okay. Third is uh soot, 12:13 black carbon. These are not gases. These 12:15 are particles. When you see smoke coming 12:18 out of your car, that is soot. 12:21 Soot from a diesel vehicle is 2,000 12:25 times more potent. And then there is 12:27 ozone. 12:30 we have off the shelf we can go buy it 12:36 things which will cut down their 12:37 emissions okay I'll give you a example 12:40 for methane 12:43 methane one of the major source of 12:45 methane in the air is leaking from our 12:48 gas pipes 12:51 so we are not asking for fossil fuel 12:53 companies to eliminate natural gas we 12:57 are just telling them don't let it leak 13:00 tighten your pipes. 13:02 The second major source of methane is 13:05 the food we throw into landfill. 13:10 There 13:11 organisms 13:13 digest that food and release methane. 13:17 Okay? And it is shocking. 13:21 Every country in the world throws about 13:25 30 to 40% of the food into into the 13:28 garbage. Okay, 13:31 there are over three billion poorest 13:33 people who skip meals a day. 13:37 So as a country and as a world, 13:41 we should plan to not throw that food, 13:45 preserve it and feed it to the poor. 13:48 Okay. So there are number HFCs, 13:51 hydrophorocarbons, 13:52 2,000 times more potent than carbon 13:54 dioxide. 13:56 It's used as refrigerant. There are 13:58 other gases which don't cause any 14:00 climate change. 14:02 These could be put into action if we 14:04 start today within few years 14:07 that will cut the rate of warming by 14:09 half in the next 1015 years. So we could 14:13 likely avoid hitting the 2°. I want to 14:16 caution you. Uh 14:19 if you left all of this to the 14:22 individual level, it's not going to 14:23 happen. 14:25 We need regulations like the car we had 14:29 but mandatory regulations not voluntary. 14:33 That was one of the thing in the car. It 14:34 was voluntary. 14:37 And uh methane cutting on the pipeline 14:40 is just 14:42 regulations 14:44 we pass and have the fossil fuel 14:47 companies implemented. Okay. 14:50 the landfill part regulations part 14:53 individual behavior. We avoid buying 14:56 excess food or ordering too much at 14:59 restaurants and throwing. Okay. So it's 15:02 a combination of bottom up and top down. 15:05 We need both. 15:06 Can you tell us about your discovery of 15:08 the greenhouse effect of 15:10 chlorofluorocarbons? 15:12 My discovery of the chlorophyll carbons 15:18 came at a sequence of uh accidental 15:22 events. 15:25 I c I called myself an accidental 15:27 climate scientist. I didn't mean to be 15:31 working in climate science. 15:35 I got my engineering degree in India 15:39 and uh my job was 15:44 it was in a refrigeration company to 15:46 prevent 15:48 CFC's from escaping the sealed unit. 15:53 And then I wanted to change my field. I 15:57 went to research. I came to America. 16:00 I came to America just for the good 16:03 life, not for doing science or research. 16:06 But I got accidentally. So I was working 16:08 on the climate of Mars and Venus. 16:13 I finished my uh doctoral degree. 16:17 No one wanted to hire me. No one was 16:20 interested in the climate of Mars and 16:21 Venus. I'm talking about 1970s. 16:26 So fortunately NASA hired me to work on 16:29 the ozone hole issue 16:32 and then the year I joined was when the 16:35 famous paper CFC's destroying the ozone 16:38 was published by two chemists who got 16:40 the Nobel Prize. 16:42 It struck a thing because I had worked 16:45 with CFC's in India as an engineering. I 16:49 got interested 16:52 because I was well familiar with the 16:53 quantum mechanics of these gases 16:57 and I just on evenings and nights. This 17:01 was not my daytime job. Started looking 17:04 into the heat trapping effects of CFC's. 17:08 I was shocked. It took me two three 17:10 months to keep repeating my calculations 17:12 to make sure I've not made any mistakes. 17:16 And it turned out the CFC's 17:19 per ton 17:23 had the same warming effect as 10,000 17:26 tons of CO2. So it was called the super 17:29 pollutant. 17:31 And the two CFCs there are many many 17:33 many many CFCs it comes under the class 17:37 of chemicals called halocarbons. 17:39 So that CFC11 17:41 and CFC 12 they were used as 17:45 refrigerants and spray cans. You know 17:47 what propels the chemicals in most spray 17:50 guns those days were CFCs.
***
RFI English
Veerabhadran "Ram" Ramanathan (born 24 November 1944) holds the title of Professor Emeritus at the Scripps Institution of Oceanography, University of California, San Diego. He was Edward A. Frieman Endowed Presidential Chair in Climate Sustainability Scripps Institution of Oceanography, University of California, San Diego. He is also currently an adjunct professor in the Department of Global Development at Cornell University.[2] He has contributed to many areas of the atmospheric and climate sciences including developments to general circulation models, atmospheric chemistry, and radiative transfer.RFI English
Veerabhadran "Ram" Ramanathan (born 24 November 1944) holds the title of Professor Emeritus at the Scripps Institution of Oceanography, University of California, San Diego. He was Edward A. Frieman Endowed Presidential Chair in Climate Sustainability Scripps Institution of Oceanography, University of California, San Diego. He is also currently an adjunct professor in the Department of Global Development at Cornell University.[2] He has contributed to many areas of the atmospheric and climate sciences including developments to general circulation models, atmospheric chemistry, and radiative transfer.I took a deeper look at what I thought was a drop in clicks at heating planet, and the smart articles still draw in readers, where a scientist goes on for 40 minutes w transcript. So I'm not going to let myself get discouraged; I'm going to start looking for more intelligent discourse to run. Onward