hope to see you again soon. bye. thanks again. and that's or time. thank you so much for watching by the, the in charlotte the currently more people than ever on the world wide in such a base in life on the bus. and so jessica admitted god the castle josh, find out about robina story info, migraines. the world is desperate to cool down the frequency and intensity of heat waves across

the globe is steadily growing. every year, new record breaking temperatures are set just how hot could our planet get and how will the extreme heat impact our daily lives? movies of our major cities are perfect heat, drums diffusion. i shudder even august. big question is whether temperatures will hit 50 degrees during future heat waves. according to what we know today, that's definitely possible. or we underestimating the threat that heat weighed suppose. and how can we protect ourselves as the planet across, hotter and hotter the when it comes to cities in europe? the risk of dying in a heat wave is greatest in paris. according to international studies in 2023. no

other large city in europe has suffered such widespread heat trauma. knows you like any tune to simply fallen on don't call the shuttle except janetta. georgie no lifted the beautiful. is it like summer of 2003? it was extremely hot, proven to make the sleeping at night. it's difficult to be defeated over more depths than usual. undertakers who are busy are you, but it was not extreme. when i taught more, people die shortly. the same, every year. quite a band, something unimaginable happened. in august are usually around $38.00 that's per day of dealing with them. suddenly we were recording $650.00 deaths over 3 days to conflict with us about the equivalent of the 3 airplane. cautiously, we did never experienced anything like it initially became the metro it to the city see of is you don't the majority of these that happens in flux when it's included on the 6th or 7th floor and they're very small spaces that feel suffocating. super

for the elderly or those living alone with little or no contact the outside world. their homes became deaf and dropped in sure. no one was checking up on them because most people are on holiday, then it was that of those slots heated up like of hundreds of people inside them simply died. you mean so many you can choose who knows what to do. see those who sell jones off, especially the baby is yours all the parts to the other problem is very real. we have sick people dying sooner than they should to people who shouldn't be dying at all. the critical and just one of the greatest challenges we face was in preserving the bodies as well because most product types of the deceased were away and holiday meaning funerals have to be delayed. we have to act on the movies because we're dead bodies all over the place and of what you think it was like scenes from

a warranty. on the back it seems to be strong. for me, that would be to say the only solution we identified from horace and most to store the bodies and huge 30, a ton refrigerated truck. simply going to be sheet different or forced to make decisions. nobody wants to make. no, no, i can't even begin to imagine what 50 degree heat will feel like i'm thomas would be unbearable if temperature is reached, 50 degrees won't be no one left here. 50 degrees in paris. it sounds unlikely. on like other parts of the world, for these kind of temperatures or even higher, are becoming regular occurrences. the what the greatest global increasing heat weights is happening somewhere. no one

would expect the cubic human bill twice to the hit to better understand the region where heat waves have increased most over the last 30 to 40 years is western europe. the on monday in the 1980 is a heat wave, was still fairly uncommon that we had $2.00 to $3.00 very hard days on average a year until the end today. so that figure has risen to $7.00 to $10.00 annually. that's 3 to 5 times the number of very hard days and decent on. so i just wanted to talk and how many extreme heat weights might the future bring at direct climate? scientists as a special is modeling tomorrow's heat weight scenarios. how is the heat weight even define development and if you need it all posted, all heat waves are defined as abnormally high temperatures, both day and night. in this specific region, i see the temperature threshold for switzerland is around 30 degrees, long see,

but the figures higher and parts of the world where people are used to a 100 temperatures done by the hood in greece, for example. but also in india is the threshold is much higher and indian it's introduced by that to tightly. who would let's start with the good news. unlike many other extreme weather events, gateway it's can be predicted fairly accurately up to 7 days in advance. they are triggered by very specific media, logical developments, fairly hits available, alex is on hold those to be decent. state waves begin with a high pressure area, pose warm air in from other regions and pushes it towards the ground. the air compresses and keeps up as its sinking event. the cloud cover in the chance of precipitation or reduced to get the bulk of the sinking air can cause extremely high temperatures at the ground level. one temper totally unfolding to europe is

warming more quickly than any other concept compared to pre industrial times. climate change has already pushed an average temperatures by around 2.2 degrees celsius. the number and intensity of heat waves is increasing because they're starting point is hotter than ever before. however, there is one other reason for the rapid rise of heat waves across europe, fast flowing air currents known as the jet streams. one of these jet streams flow is about 10 kilometers above the surface of the northern hemisphere, and usually brings cooler air to europe in the form of the low pressure areas. with jet streams can split into 2, causing low pressure areas to be redirected. this leads to even more intense heat weights. the so called double jet states are becoming longer and account for almost all of the upward trend and heat weights over western europe and 30 percent of

those across the larger european domain. this combination leads to one record breaking temperature after the next a bizarre state of affairs, given the records are generally broken, very often a change of pace to escape. the heat can already be absorbed in some european countries, in hispanic, which is seek, is kindly those are, you know, the ceiling and that's costumed is ended up in most pain. like in many of the hot places and or our lifestyles and customs have been adopted around the heat, is that a southern european countries are the same as siesta, is seen as a time to take a break and relax while the heat subsides will. yeah, but people have learned to adopt their daily rhythms the coolest times of the day in direct seen. so if you have just a moment of having us cut off. busy 3 of our basic bogus or let's take a look at the main problem with heat waves is there is no thing you can do to escape them. ok, we tend to think we can get away from them. it's like that they won't affect us

when i think that's exactly what makes them so dangerous. i mean, how many days do you have? so what if we can't escape them? what effect does the heat have on us? can we still function in high temperatures? what happens to our performance levels, which we consistently see with experiments, is that the time perception changes of it. so people tend to think that time process faster. think of this is one seconds normally. and then in a hot term farm and you think this one seconds has passed already after this amount of time for which we also see is that people make decisions fast and then they make more mistakes. our cognitive performance is not the only thing impacted by the heat . our interpersonal relationships can also suffer from another angle would be more on the mental or on the emotional side. so. so what you see is that people get less patient. so if people are in the group,

they can get more aggressive in the because they don't show the same patients that they would not could normally have with another person, there appears to be a link between seats and aggression. when heat pushes us out of our comfort zone, our bodies release survival of hormones. although designed to protect us from dehydration, they also make us more hostile. heat makes us less inclined to help other people. our body switch to higher efficiency mode, forcing us to focus on our own needs rather than those of others. the heat has a range of negative effects on us. what is it simply because we're not used to it? throughout evolution, humans have adapted to all kinds of challenging climate conditions. why not now?

these are close and boldest king but are looking at the questions like these. is there such a thing as an ideal temperature for humans? if you ask me, what is the ideal temperature, there is no such thing as one ideal temperature. so it can very well be that you're sitting on a terrace, enjoying and beverage, and you're in your comfort zone. but at the same environment where somebody is working. because of the higher activity level, this person is outside it's comfort, so heat can quickly push us to our limits. but what if we could alter those limits? these are clouds because examining how we adapt to heat by exposing participants to high temperatures for days at a time in a climate chamber. so in the climate chamber, we gave a participant telling metric bill this bill allows us to measure the bodies court temperature, which represents the temperature of the 5 the organs. our bodies are highly

sensitive, measuring devices that react to any change in temperature without us even realizing so heat itself is invisible, but we can sense it. although our average body temperature was around $37.00 degrees celsius, we constantly produce heat via burning calories. this extra heat must be dissipated . it's key to our survival because human beings only tolerate minimal fluctuations to body temperature. so, how do our bodies do this? over here, i have a cold object and i have to hold the objects hardy and it librium no cause to hold . the object is warmer than the environment and the cool the object is colder than its environment. this means that this ice cream is taking the heat from the environment. the heat is flowing from the environment into the ice, heating it up just until it is the same temperature. that of course is no longer

ice. i best enjoyed it now. our bodies constantly expo heat, but the harder it is harder this process becomes. fortunately, our bodies know exactly how to react any increase in temperature is detected by a range of heat sensitive nerve cells. these thermal receptors are scattered throughout the body in our skin, internal oregon's muscles and the brain. they send information to the hypothalamus, the brains metabolic control center. and the hypothalamus basically decides how the body will respond. so the 1st line of defense against a hot environment is to increase blood flow to the skin. because with the blood you transport a lot of heat, all the way from my heart to the skin. and there is can get lots authority

environment. and if that's not enough, the human body has one more trick up at sleep. it's one we've mastered better than almost any other species. if we look at sweating from an evolutionary perspective, it was this response that made it ours are 5 full sbc sponsible. the ability to switch any of our ancestors that necessary endurance for hunting. ready while their prey eventually over heated and collapsed with exhaustion, sweating helped hunters keep their body temperatures within safe boundaries. so can these mechanisms be optimized using targeted heat training? can we learn to adapt? if you have exposure to the heat for multiple days in a row, you get some advantages in the for example, your body core temperature decreases during rest, but also during exercise, your heart rate becomes

a bit lower and you start to sweat more. and this means we can lose more heat to the environment, but you separating more what the experiment shows. but despite our core temperature rising quickly, in the 1st few days, the increase is delayed. after multiple repetitions or bodies acclimatize the process takes around 14 days. however, even acclimatization has its limits, it only works and dry heat and not where there are high levels of humanity. sweating is our biggest avenue for heat loss, and if we cannot evaporate sweat anymore, our body good temperature will rise. if the air is so humid that it can't absorb any more moisture situation becomes more serious, we begin to overheat internally because sweat can no longer of operate and provide its cooling, effect the to determine dry air temperature and

humidity, and put them in context. we use something known as a wet bold, the temperature. it's measured with a spin thermometer the dk, but what do you need can be done. and it also helps when we measure the temperature . we're usually talking about dried temperatures and types, but humidity plays a key role when it comes to our health video. when we combine humidity and temperature, we talk about what's called a when both temperature, which we measure with this device that you're talking to. it's june 2023, and today's dried temperature is around 26 degrees before the when both temperature is 19 degrees and it feels pretty humid. but once it exceeds 20, it'd becomes really unpleasant. at 30, it starts to become dangerous because at least at what point does the went, both temperature pose a threat to life. we use the thing that a wedge,

both temperature of 35 degrees was the limits for a human survival. but this is only possible with actually no activity level. if you're laying down on the floor, make it, and also ask any separate moments you have to be active. actually, 1st of 5 or at least on active duty would be warranted. see that this value decreases quite quickly. and recent experiments in the united states, i've shown that this value, then let's quickly decrease is to about 31 degrees. and with higher activity levels, it will decrease even further. and you can also think get different populations, for instance, people that are older or less able to sweat this critical value will also be lower . the sun predict huge waves of the global population will be affected. some regents may even become uninhabitable. his condition is just almost the end of we can already see these conditions and the kerosene and mexico and the us for them

. but they will be even more popular mexican countries like pakistan or india on the foreign tropical issue. with threshold have already reached least the limits for human beings, the centers that these conditions are driving millions of people to migrate. i need to search of places with lower submitted c and lower temperatures with a can survive. that's when we those things are such as compared to this. critical thresholds could impact around 1500000000 people in south asia by the end of the century. unlike more affluent populations and the northern hemisphere, people living in this part of the world often lack the means to protect themselves against the heat. extreme temperatures, coupled with high humidity means some areas could become uninhabitable. the result would be a climate migration to cooler regions. what both temperatures in europe are far below these critical thresholds. ready but they still need to prepare for extreme weather scenarios there to most cities were designed and built under

relatively sheet stable conditions. but a hotter future means europeans will be forced to adapt their living spaces more and more cities or know, attempting to counteract the heat by using the color. white white reflects the sun's rays and prevents roads and buildings from eating up. the brighter the shade of white, the more sunlight that reflects its not just the materials we used to build cities that are responsible for creating urban he islands either one off it all believes it comes down to help buildings or arranged safety data. the future benefits in the of the idea of urban physics was initially born when i was working at mit in boston. every couple of hours i took a coffee break with

a colleague and i the central courtyard at mit has a fantastic view of boston sky line the while recharged. and we noticed that the buildings resemble a row of molecules, police them differing heights on the body, decided to calculate the parameters and functions that allowed us to characterize the order or disorder of these molecules. the rolled, what a diesel just seemed boston's european style layout inspired prolonged to determine the correlation between help buildings, arranged, and urban temperatures. what he discovered was surprising to us. we're all familiar with us cities under perpendicular right to angle degree . the plans in comparison repeating the cities appear somewhat jumble. tony, here's an example. our simulations showed this kind of neatly organized square with it's 4 buildings actually amplifies the urban heat effect of

a terminal coupling between buildings is maximized on next, the opposite supplies in many your pain cities. a disorganized layout reduces thermal coupling progress down, resulting in fewer urban heat islands. you don't shut up. thermal coupling can be compared to a pinball machine. a it's an interaction between buildings where heat is instantaneously reflected from surface to surface. increasing urban air temperatures, mississippi opportunities this account. if i had to optimize this quarter, i would introduce different types of buildings to the but to this minimizes the height of opposing facade. sylvia decided to put another small building here, but you've always and this is the neighborhood of the future with minimal heat islands. you show me, but it also starts to look like an older neighborhood of a neighborhood resembling those. we know from the past there needs to be a fundamental shift and how we build our cities. for we simply draw inspiration

from the past. smaller neighborhoods with a mix of buildings that are appropriately arranged with a not space to prevent thermal coupling or close enough to reduce direct sunlight by day. the city of leo's modern pon, your district is already 4 degrees warmer than the cities medieval quarter. the difference is even greater at night when the absorb heat is released into the cooler surrounding air. some 200000000 people currently live and over 350 cities where temperatures regularly exceed 35 degrees. by 2050, the figure could rise to 1600000000. adapting urban spaces can be challenging, especially in paris, within marietta, protected historical sites. however, while they were only 14 heat wave days and 2010, there are predicted to be 202030. well, that'd be, can you,

while we identified warmer and it's cooler neighborhoods and leal should? that's not the case for paris. paris is one huge heat island, caused not only by its urban density, also by its architecture more everywhere we look, we see the same 5 story buildings on the same street with which makes the thermal coupling particularly intense here or equal case i said. terrace is one big heat island. the temperature difference from the center to its outskirts can be up to 10 degrees celsius. how can this mega city cool down? one idea is to construct a giant subterranean cooling plant. 30 meters below the surface is still only showing, so we're here in the cooling system that produces ice cold water. the signal to please a kid network is operated by for sure. the coffee and supplies almost 800 subscribers

in paris with cold war to play. the result is the water is drawn from the river sense and cooled down to 2 to 4 degrees. using renewable energy. the water has been pumped across the city via a near 90 kilometer distribution network of pipes. the chilled water is circulated through museums, department stores, and hotels where it cools down into our temperatures by absorbing heat. once it has been used, the water is around 12 degrees before its pump back into the cooling system, where it's chilled again by 2040 to the cooling network will be expanded to cover 252 kilometers. and we'll supply critical infrastructure like hospitals. we offer recruiting solution that is more environmentally friendly than traditional air conditioning showing up. it does not contribute to the of any heat. i'm into fact, i know the cities oldest department stores when i showed up how the subscriber's

for many years, the store was kept cool. by large scale air conditioning units on the roof. now with a new cooling network, keeping temperatures comfortable, the rooftop has been transformed. kendall, communal gardens, green spaces are a simple way of reducing the in fact of urban heat island. the, unlike non, for example, surfaces, green spaces absorber in water, so it can evaporate and cool the air. the, the highest temperature ever recorded in paris is currently 42.6 degrees. but with a 50 degree barrier really be broken in the future. fuzzies conversation is no hard to based on what we know today. it's definitely possible admin. the global warming continues. we could see temperatures of 50 degrees and powers by the middle of the

century at the home that missed calls to paris has taken various measures to prepare for extreme weather conditions, including the introduction of a heat plants. if a state of emergency is declared, the authorities will call and visit older and vulnerable citizens to check on their will be the city is also establishing more green spaces and cycle pads. and shows provisions where to find their closest green and blue spaces. so called cool islands, whether it will all be enough to prevent a repeat of 2000 and three's catastrophic events remains to be seen. in october 2023, paris simulated a state of emergency. the city's resilience was put to the test as part of a large scale training exercise. it's still the very beginning towards finding proper solutions for coping with heat weights in europe. the

because it's often the other end of the 3rd moment or that poses a threat to life for human beings. the life in europe was pretty much done. yours by the winters. i mean the population in the middle age and then the in more on sometimes me the fight. the winter specifically in northern europe, summer house always play assigned in the role in the hospitals home for the human being. although the risk of feet waves is constantly increasing, we seem determined to underestimate their severity, hoping life will continue long as normal. but we're already witnessing serious consequences. according to surveys by the european environment agency, heat weights were responsible for around 130000000000 euros of economic damage in the u. between 19802022.

spain has been hit hardest. the heat wave and summer 2023 lead to massive losses for the spanish economy. in particular, for the agricultural sector, some 80 percent of all spain's water is used for agriculture to make any farming at all possible. water is safe in from lakes and rivers to irritate regions that are already boned dry off and illegally. the, it begins a vicious cycle and the booty shown to begin to hit civility at the facility. it was already parched at the start of a heat wave. little can evaporate, which would normally cool the surface down

a token, and the dry soil then reinforces the effects of heat waves as they become more frequent and to last longer long on the allstate. heat waves reinforce throughout periods. large parts of the lucy are in danger of desertification, all against a backdrop of intense agriculture, focused on boosting, crop you. in this, the need of a, i was due to eh, the way i go closer, focuses on maximizing production leads to endless miles of mano cultures, the 60 and the increase in heat waves will leave us even more vulnerable here for a monday when it obviously that that's, that's all i pick out of the time when it's like a sea of olive trees 90 to 95 percent of people here make a living from them. it's pretty much a model culture. already able, spain is the world's leading grower of all of the majority of global produce comes from the 66000000 olive trees and under lucy is high in providence. olive trees are

easy to cultivate and require little water, making them perfectly suited to under lucy as dry climate. but even all the trees have their limits. do you remember who the biggest yoke, jovial mood gc more much they to? i remember it rained a lot more when i was a child, so we didn't need any irrigation systems fail. and all the watering was covered by rain. as it simply means, it'll get you over the last 10 to 15 years. it's been much hotter and the period from one rainfall to the next is longer. eli bull gosh, i'm a lot of got these really worry in it. so i look at all right, i'm going to give you an idea of how to even less rain fall is predicted in future years. extreme droughts, coupled with heat weights, are damaging all the trees, especially during the crucial flowering period. you know, i'm of on you get a typo,

go go to them, getting to the food or the i think i know we over the last 2 years we've had particularly hot southern winds from africa that have scorched the delicate flowers . and if there are no flowers, there will be no fruit or the name or it's one reason production is dropped off over the last 2 years. because heat waves have coincided with this a critical 2 or 3 day phase. and the flowers got for and for us all of a lot of people that need only takes a heat wave during these one or 2 or 3 days. and your whole harvest is destroyed at the as the solo threads begin crop failure caused by extreme heat. and drought, or threatening the livelihoods of all the farmers like augustine bautista. as our planet becomes hotter and hotter is agriculture based almost entirely on monoculture, sustainable the

extreme heat weights posed a serious threat to our fluid supply. even in places we might not expect the see, the found boxes are such a personal going to be published. this is a barracuda because i mean, we've only seen this sufficiently mediterranean over the last couple of years, recruiters, operations carnivores. and they're becoming a big problem, focused on the fish we're worried about. because they use lots of other species. way too many of these fish, ferocious and they're like wolves. we've never had them in these waters before. they thought somebody problem more and more invasive species like the barracuda, are being discovered in the waters around my say. rising temperatures, force them to migrate and disrupt existing eco systems. heat weights are not only

becoming longer and hotter on land. they're increasing c temperatures to. they've, i'm even one degrees celsius in our oceans, over significant periods can have dire consequences. come to not hit this a fight and the rising sea temperatures are referred to as marine heat waves. what does the term mean? i don't mind just plenary heat waves is defined as when temperatures and the specific area of the ocean so exceed historic averages for at least 5 days or long ago. 5 is a normally all day sion from the norm may only be one degree sine. i would increase is the full 5 degrees of also being recorded, where the water in one area was much warm at the normal marine heat waves are similar to heat waves on land. what their impact is, different countries is all about the needs of alex is limited. it appears there are multiple contributing factors. changing ocean

currents can lead to warm water being concentrated in certain areas. other moraine heat wave stem from long lasting high pressure systems were cloud cover is reduced, and there was more solar radiation on the ocean wins. also play a role. normally they contribute to the evaporation process and helped mix surface water with cooler, deeper layers. if winds weekend, this cooling effect is lost. there's another way when it's gonna have a cooling effect. the trade winds usually blow dust from the sahara into the air. and these dust particles reflect sunlight, ocean currents, we can these winds and there's less airborne dust more solar radiation reaches the ocean surface. in summer 2022 water temperatures of up to 27 degrees were measured 20 meters deep off the coast of more say the expected

reading is a maximum of 23 degrees at the end of july 2023. the average surface temperature of the mediterranean was 28.7 degrees, the highest it's ever been. a bit of water temperature is too warm and it's changing the entire underwater and landscape of the mediterranean inches and the on it's on the policy temperatures are leading to unprecedented levels of dead coral. coral plays a key role in marine ecosystems, comparable to forests on land. it offers protection to countless species by providing shelter insights to breed. that is the print, as long as it is, once you know how much, then the collecting samples of horn, carl and red coral from colonies that fortunately have survived when he comes to it . also from colonies that have been damaged by heat, waves and bleaching for the nation, wanted to ship out of it. i'm not going to edit any trade. gomez, which suits you a phone call, collect surviving tissues to analyze the bucket. the love to understand which

genetic mechanisms are responsible for the adoption and resilience of some of these colonies, including citizens, but quite as easy as well as carrying research at the coral bleaching police. don't a stock also measure c temperatures off the coast of more say the focus solely the need to go to the summit inputs and you have sort of success once we evaluate to, to data types. and we have this diagram that shows temperatures of stems from 0 to 40 meters for the whole of summer, and parts of autumn to film just done. there are several waves of thermal anomalies . wonder where marie and heat waves are. they also have some days with fairly high temperatures of up to 28 degrees. if i go up to 80 percent of karl colonies in the 1st step zones died, the figures are twice as high as previous bleaching records from 2003 sort of

course, and i'll call them, i'll try to fix it. they'll do it twice. while heat waves on land usually last a few days or weeks at most marine heat, waves can continue for months or even years because the water reacts more slowly than there does. in 2013 a huge marine heat wave appeared in the north pacific that lasted for 2 years. it covers an area of over 4000000 square kilometers and became known as the blog. this huge heat, bubble, preventive nutrient rich, deeper waters from being pushed up. fido clinton and chris stations disappeared from the eco system. as a consequence, over 100000000 pacific card and tens of thousands of sea birds perished. at the same time, warmer waters led to an explosion of toxic algae, which crippled the fishing industry. it's hard to predict whether

a severe heat wave is limited in the mediterranean. but as a relatively small sea, almost completely enclosed by land, it's already warming up 20 percent faster than the world's oceans. since the 1980s, sea surface temperatures in the mediterranean have been rising by an average of about point 4 degrees, every decade. increase and intensity of marine heat weights are the result of huge over stimulation of our oceans. according to the intern governmental panel on climate change, oceans have absorbed 93 percent of the heat energy from additional greenhouse gases over the last 25 years. equivalent to the thermal energy of around 3600000000. atomic bombs, ease of al moon was done available in the 2 thousands of one year. this is a woman that will be irreversible for thousands of years. and obviously, as one is leading to rising sea levels and polar ice melts on high water temperatures also influence how marine heat waves develop their intensity and

frequency did sign. but when you have a lot of these cuts on, but a forecasting tool to predict, to marine heat waves in the mediterranean, up to 3 months in advance, is currently being designed or potentially crucial surface. especially for the fishing industry that could then avoid over fishing and affected areas. using early detection systems is not limited to oceanic activity. scientists are researching home marine heat waves impact heat waves on land. marine heat waves, not only prevent coastal areas from cooling down. they can also contribute to turbulence in the lower atmosphere, a low level cloud covered dissipates over the coastline, leaving the land below exposed to more solar radiation. either sufficient believe this is one of the main risks associated with heat waves. whether on land or etc, they are rarely an isolated problem. heat civilian mansion also told sage thought

to give it to the end as proust, and they started to call total heat. waves often end with colossal thunderstorms. it usually takes us drunk, cold, frantically, and deceit waving and falling on the storms are accompanied by torrential rain that falls on dry cracked soils while which can't absorb the water, which in turn leads to flash flooding. cut off, we've seen floods follow a heat wave time and time again. thus, i'll find a hit surveillance on i need the flu. if all the while not triggered directly by heat waves, wildfires or another consequence. when vegetation drive out the wildfire sees that begins earlier, pushing firefighters and local residents to their absolute limits. someone standing, ethan used our so called 6 generation fires. that technically we can no longer

extinguish, always get the one state break out. all we can do is rescue people to try and protect the infrastructure, because i'm afraid they'll soon burn out by themselves, you know, the amount of combustible material combined with high temperatures and when is makes these wildfire is catastrophic, prefer even without such extreme events, we will still have to live with the many consequences of heat waves. the today's heat weights are already forcing us to adapt our living spaces. will it be enough to the heat weights of to tomorrow? then you must case every other safety means what you're looking at. you will come in here and it felt like every morning i tell myself that we must grosse in a small window of opportunity day. it keeps getting smaller, but it's not 0 yet. however, we need to work towards designing cities with living in for them in a world where we live in harmony with nature. so you probably understand how to

cope with heat waves, how many time as possible, but difficult seeing the theaters be facing the the south african soprano precision day, became famous with the sacred fire, which you sign at the coordination of control the since then, she's been one of the top stove, and then we'll have to pass the cool music the 3 megs in 30 minutes on d, w. and so the conflicts on,

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change, so i will sing my song. maybe my voice will be heard seeking justice for the victims of genocide starts november 21st on d, w. the business day that we knew his life from berlin outrage after the 9th of violence in amsterdam, the city's mayor condemns when she calls an explosion of anti semitism following classes after anchor rope, while the game involving supporters of it's really size. mcafee tele, beats also ahead pressure bills on the german chancellor to call early elections after the collapse of his governing coalition. well actually said he'll call a vote in the new year, but there are times just stands maybe so the

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