the prime minister has made a plea for people to have their covid vaccination boosterjabs as he warned of a wave of infections sweeping in from across europe. in the uk, cases are falling across all four nations. here's our health editor hugh pym. people in the netherlands enjoying a final evening in bars and restaurants before a partial 3—week lockdown starting tomorrow — the government's response to rising covid infections set out by the prime minister tonight. translation: this is a hard blow of a few weeks - because the virus is everywhere throughout the country, in all sectors and in all ages. hospitality venues will have to close at 8pm, there will be early closing for supermarkets, fans will be barred from major sporting events, and households will only be allowed four visitors. i mean, i understand — it sucks, obviously, but i understand the reasoning behind it. i think we have to do it for the good of everyone else. i think mental health should be considered more than physicall health at this moment, - because everyone is suffering as much mentally as they are physically. i intensive care units in austria are under strain. the government is set to announce restrictions on those who haven't been jabbed — the country's vaccination rate is below the eu average. uk covid cases relative to the population have fallen back but the netherlands, austria and some other european countries have seen steep increases. the prime minister sounded a cautionary note about the implications of case increases across europe. i'm seeing the storm clouds gathering over parts of the european continent. i've got to be absolutely frank with people — i can — and — we've been here before and we remember what happens when the wave starts — starts rolling in. and here, ministers are pushing even harder the message people should get boosterjabs as soon as they're eligible. the hope is that will help slow the spread of covid. the latest 0ns survey suggests that last week in the uk, nearly 1.1 million people had the virus. that was down on the previous week. in england, it was one in 60 people and in wales, one in a5. in both, case rates were falling. but in northern ireland, with one in 75, and scotland, one in 85, the trend was less clear. school half—term could have been a factor, and the prime minister said it wasn't clear the drift downwards would continue. hugh pym, bbc news. now on bbc news, it's time for click. this week, more on the war against climate change. we've got buildings that love the sun. a sub that loves the waves. and robots love rubbish. , and robots that love rubbish. world is continuing to rise. and across the globe, more housing is needed. but these buildings themselves come with their own environmental cost. of course, building and running of course, building and running offices and homes contribute massively to our carbon footprint. more than 13 billion tons of c02 a year. that's nearly 40% of the world's total carbon emissions. so nearly 4096 of the world's total carbon emissions.— nearly 4096 of the world's total carbon emissions. so how about makin: carbon emissions. so how about making buildings _ carbon emissions. so how about making buildings that _ carbon emissions. so how about making buildings that are - carbon emissions. so how about making buildings that are part i making buildings that are part of the solution, not the problem? maybe it's time to rethink renewable energy to mark the construction materials that we use? what happens to them at the end of their life. later, we will see how demolished buildings can be sorted and salvaged using what is in here. drumroll, please. all the rubbish is being tossed around and eventually the smaller items will make it through one of these tiny holes. just wait until you see what is waiting for them down the line. �* , ., ,, ., , ., the line. but first, to swansea university's — the line. but first, to swansea university's active _ the line. but first, to swansea university's active building - university's active building centre. instead of pulling its powerfrom centre. instead of pulling its power from the grid, display soprano is itself using the latest innovation in solar energy. latest innovation in solar ener: . ., ., energy. the conventional box sha ed energy. the conventional box shaped solar— energy. the conventional box shaped solar panels - energy. the conventional box shaped solar panels that - energy. the conventional box shaped solar panels that we i shaped solar panels that we have been seeing on rooftops for years were just the for years werejust the beginning. now, newer, flexible cells are starting to cover roofs across the world. not that you would necessarily notice they are solar panels. this feels just like a bit of protective flooring rolled up but when i unroll this, take a look at that! a solar panel thatis look at that! a solar panel that is that bendable compared to the traditional looking ones there. , . , , , , there. they are slightly less efficient but _ there. they are slightly less efficient but the _ there. they are slightly less efficient but the fact - there. they are slightly less efficient but the fact that. there. they are slightly less l efficient but the fact that you can cover a whole roof area with them is one of their advantages, and they work very well in low light conditions so they are ideally suited for use in the uk, in the northern hemisphere, really.- hemisphere, really. the electricity _ hemisphere, really. the electricity generated - hemisphere, really. the electricity generated here also comes from these vertical panels encased in tubing which produce thermal and solar energy at the same time. on average, one wall could provide enough power per day to boil 38 kettles. that's a lot of tea! but what could truly revolutionise solar energy next is in the labs. i'm ready! this is in the labs. i'm ready! this is a solar cell and it's printed. wow! the idea that we're looking at is making these new materials to put on all of the outsides of buildings.— all of the outsides of buildinus. . ., ,., buildings. there are also semitransparent - buildings. there are also| semitransparent versions buildings. there are also i semitransparent versions of these that you can put onto glass for the windows. it reminds me of old negatives. glass for the windows. it - reminds me of old negatives. it is actually very similar to photographic film film that you would make a movie with. it's just got a conducting layer on it so you can collect the solar energy, the electricity that the solar cell is making. but what does — the solar cell is making. but what does this _ the solar cell is making. but what does this mean for buildings? well, over in a larger clean room, this is happening. larger clean room, this is happening-— larger clean room, this is haueninu. v happening. it's the same sort of kit and _ happening. it's the same sort of kit and printed _ happening. it's the same sort of kit and printed t-shirt - happening. it's the same sort of kit and printed t-shirt with of kit and printed t—shirt with but it's bigger! what? the sample goes under it, the ink goes on there and it is just dragged across so literally it brings straight onto the glass. this allows the structure of buildings to change as they don't need to withstand heavy building materials. and can also be put on curved roofing. you don't put the solar cell on top of a roof, you make the roof into a solar cell. the efficiency is very likely to be in the same order initially as the flexible ones we showed you. but the cost is likely to be dramatically lower.- be dramatically lower. this means that _ be dramatically lower. this means that more - be dramatically lower. this means that more and - be dramatically lower. this| means that more and more buildings can become their own energy hubs by combining printed solar cells with nexgen batteries. and here you will see —— you are storing the power you have been collect connecting? 50 power you have been collect connecting?— power you have been collect connecting? so we can plug a car in and _ connecting? so we can plug a car in and set _ connecting? so we can plug a car in and set it _ connecting? so we can plug a car in and set it so _ connecting? so we can plug a car in and set it so it - connecting? so we can plug a car in and set it so it will - car in and set it so it will not charge the car necessarily as soon as it is plugged in. having the ability to release solar energy wherever and whenever it is needed means that here, the officers, the university and the electric vehicles can share with each other, creating a solar powered community. in other, creating a solar powered community-— other, creating a solar powered community. in many parts of the world, community. in many parts of the world. where _ community. in many parts of the world, where there _ community. in many parts of the world, where there are - community. in many parts of the world, where there are no - community. in many parts of the world, where there are no grid i world, where there are no grid connections or the grid connections or the grid connection is weak, you know, rural communities can have power, say, at school and then share that power around with the local houses, so that they can have an amenity that they can have an amenity that they can do educational things in but they can also have power and particularly at night time, you know, which is very important for safety. 50 you know, which is very important for safety. so we are seeinu important for safety. so we are seeing more — important for safety. so we are seeing more more _ important for safety. so we are seeing more more possibilities| seeing more more possibilities of how solar can and empower and the next challenge is how we're going to get more these infrastructure is in place. there has also been innovation taking place in the construction industry itself. jen copestake has been finding out more. we've come over 900 kilometres north of sweden's capital stockholm to see a world first project in the manufacturing of steel. ssab is one of the world's leaders in high—strength steel production which is used in everything from construction to cars. we are going into the blast furnace and this is the current technology that is used to manufacture steel. for every ton of steel produced globally, on average 1.85 tons of carbon dioxide is released into the atmosphere. about 8% of global emissions of carbon dioxide. this factory is actually one of the cleanest in the world but it still produces 1.6 tons of carbon dioxide for each ton of steel produced. steel is made from i ore, a compound of i and oxygen. the blast furnace reduce —— moves the oxygen. i ore is put into the furnace, along with coric, reducing agent and fuel made from coal. turning it produces high heat with little smoke but emits high level of carbon. —— burning it. and this blast furnace receives two train those every single day from northern sweden of i or pallets, the five containers full. every five minutes, they are put into the blast furnace at the top it is 85 metres above our heads. the i or is heated at 1100 degrees and then they turn into the liquid metal which is then manufactured into steel. this technology has not changed much in 1000 years but an ambitious goal to make fossilfree an ambitious goal to make fossil free steel by 2026 is led to the development of a new plant on this site. along with your�*s largest supplier of i ore, lka b, an energy supplier as sab have developed a hybrid, as sab have developed a hybrid, a way of removing oxygen from i ore using hydrogen that is produced with fossil free electricity —— hybrit. sweden is an ideal place for this kind of experimentation combining access to fossil free electricity and raw materials with a globally established steel industry. looking at the hybrit plants compared to the furnace, already it looks completely different. it feels cleaner, is that on purpose or just the natural byproduct...? it's natural. it's natural. and it's natural. it's natural. and i think if you notice it, it's not make it quieter. yes. it’s not make it quieter. yes. it's not make it quieter. yes. it's not as hot- — not make it quieter. yes. it's not as hot. instead _ not make it quieter. yes. it's not as hot. instead of producing blast furnace hot metal, the process makes sponge iron, the reduction takes place at 900 degrees the metal does not liquefy. we at 900 degrees the metal does not liquefy-_ not liquefy. we do this production _ not liquefy. we do this production with - not liquefy. we do this i production with hydrogen not liquefy. we do this - production with hydrogen in the solid phase. in production with hydrogen in the solid phase-— solid phase. in the solid-phase surve or solid phase. in the solid-phase surveyor is _ solid phase. in the solid-phase surveyor is still _ solid phase. in the solid-phase surveyor is still no... _ solid phase. in the solid-phase surveyor is still no... in - solid phase. in the solid-phase surveyor is still no... in the - surveyor is still no... in the liuuid surveyor is still no... in the liquid phase _ surveyor is still no... in the liquid phase so _ surveyor is still no... in the liquid phase so this - surveyor is still no... in the liquid phase so this is - surveyor is still no... in the liquid phase so this is what| liquid phase so this is what comes out.— liquid phase so this is what comes out. , ., ., comes out. the pallets are made into small _ comes out. the pallets are made into small bricks _ comes out. the pallets are made into small bricks to _ comes out. the pallets are made into small bricks to make - comes out. the pallets are made into small bricks to make them l into small bricks to make them easy for transport. the hybrit plant combines the reduction correction for creating sponge iron on the high levels with the production of hydrogen on the production of hydrogen on the lower levels. the the production of hydrogen on the lower levels.— the lower levels. the key difference _ the lower levels. the key difference between - the lower levels. the key difference between the i difference between the conventional technology is that it uses coal whereas here, we use hydrogen and the hydrogen is made from fossil free electricity and that is happening right behind us in that building where we have two units making hydrogen out of electricity and water. find units making hydrogen out of electricity and water. and this is the end _ electricity and water. and this is the end product, _ electricity and water. and this is the end product, the - electricity and water. and this | is the end product, the world's first piece of fossil free steel, and this steel was delivered to volvo who made it into an autonomous vehicle. they actually made a vehicle that was shown mid october. we need to make not only our customers by the end user understand the benefits, understand the benefits, understand the benefits, understand the difference with other types of steel. i think the conversations we are having with our customers today is very important and i think, and i know, it is very frequent. to kee- i know, it is very frequent. to keep the process of making hydrogen cost—effective, accessible be stored in a new underground facility. so this is where they are building a future hydrogen storage site, so it's going to be 30 metres underground, about 100m behind me, and any excess hydrogen produced at the plant, they can save here so they can produce it in times when energy is plentiful, when there is a lot of solar and wind energy, and it can be used in the future to help your plant. is there something that can be replicated anywhere in the world? do you need specific document?— world? do you need specific document? . ., ., , , document? the technology can be relicated document? the technology can be replicated but _ document? the technology can be replicated but i _ document? the technology can be replicated but i think _ document? the technology can be replicated but i think the - replicated but i think the unique thing is the partnership because a lot of different pieces of the puzzle that need to be fitted together.- to be fitted together. sweden has a lot of— to be fitted together. sweden has a lot of that. _ to be fitted together. sweden has a lot of that. yes, - to be fitted together. sweden has a lot of that. yes, and - to be fitted together. sweden has a lot of that. yes, and we have the fossil free power. we have the fossil free power. we have the fossil free power. we have the iron _ have the fossil free power. - have the iron ore, high—quality iron ore, and we have ssab which is one of the major still produces, so in that cooperation, i think it's not easy to duplicate. br; cooperation, i think it's not easy to duplicate.— cooperation, i think it's not easy to duplicate. by 2026 the industrial scale _ easy to duplicate. by 2026 the industrial scale production - easy to duplicate. by 2026 the industrial scale production of. industrial scale production of fossil free steel is expected here and the conversion of the traditional blast furnace should be completed by 2040. one is aiming to be fossilfree across all of its sites by 2045. hello and welcome to the week in tech. it was the week elon musk sold $5 billion worth of his tesla shares. it follows a twitter poll that asked whether he should sell 10% of his stake in the electric car manufacturer. and original apple computer wadeye co—founder steve wozniacki and steve jobs in co—founder steve wozniacki and stevejobs in 1976 co—founder steve wozniacki and steve jobs in 1976 sold for $400,000 at auction. the rare apple one is one of only 200 made and still works! and matter, formerly known as facebook, said it plans to eliminate advertisers's ability to target people based on factors such as ethnicity, religion and sexual orientation. uk's supreme court has rejected a claim that saw billions of pounds in damages from google over alleged illegal tracking of millions of iphones. the case could have potentially seen users receive compensation from the way the data was used. the nightclub is wg three is set to trial technology that captures heat from dancers and creates renewable energy! yes, the system, called body heat, could heat up the audience or call down the venue and would save approximately 70 tons of c02 per year! and finally, let a robot give you your next covid—19 jabs as robotic start—up probiotics covid—19jabs as robotic start—up probiotics are covid—19 jabs as robotic start—up probiotics are created one i cannot honestly administer injections without needles. instead it uses a tiny high profitjet to inject the vaccine into the tissue, so maybe this will help with no herd immunity! we know that constructing buildings uses resources. but when they are demolished, many precious materials also go to waste. the problem that recycling sites such as this one in finland are trying to solve.— trying to solve. construction and demolition _ trying to solve. construction and demolition waste - trying to solve. construction and demolition waste is - trying to solve. construction i and demolition waste is usually crossed and most of it will be burned. here we try to do the opposite, we mechanically handle material to produce raw materials that can be reused again. materials that can be reused aaain. , , ., materials that can be reused aaain. , ,., ., again. this is one of those laces again. this is one of those places that _ again. this is one of those places that is _ again. this is one of those j places that is frighteningly industrial and frighteningly massive. what happens is the waste arrives and lorries at the far end and then the commercial and industrial waste gets sorted along this conveyor belt and machines here and construction and demolition waste gets moved along this side here and it's all a very big deal. but to avoid just crushing and burning everything, debris has to be separated into different materials and different sizes that can be recycled individually. and that's where the fun begins.— individually. and that's where the fun begins. once we get rid ofthe the fun begins. once we get rid of the small— the fun begins. once we get rid of the small stuff, _ the fun begins. once we get rid of the small stuff, we - the fun begins. once we get rid of the small stuff, we have - the fun begins. once we get rid of the small stuff, we have the | of the small stuff, we have the medium and the larger size. and that's what we feed it to the robots. ., , , ., ., robots. no, this is not a warehouse _ robots. no, this is not a warehouse disco, - robots. no, this is not a warehouse disco, these| robots. no, this is not a . warehouse disco, these are sorting lines where an ai brain commands robotic arms to count metal, wood, and stone and held them into their respective bins. it's fast, furious, and continuous. i have to see, these things are moving like lightning. they're not getting everything, they are missing quite a bit, but that is because they still training these robots and calibrating these robots and calibrating the system for this kind of junk. in the system for this kind of “unk. ., , the system for this kind of 'unk. . , , ., junk. in waste sorting the first problem _ junk. in waste sorting the first problem is _ junk. in waste sorting the first problem is no-one i junk. in waste sorting the - first problem is no-one really first problem is no—one really knows what's on the belts. if you are welding, obviously the next car will come in the convey in by .04 seconds and there's never really anything unexpected. forthese there's never really anything unexpected. for these robots, they need to be smart in order to survive the surprises.- to survive the surprises. wow. it's 'ust to survive the surprises. wow. it's just flinging _ to survive the surprises. wow. it's just flinging stuff - it's just flinging stuff around. with all sorts rolling towards them, the robots are visually track the items with sensors beneath the belt and laser scanning shapes and sizes helping to decide what it is made, how much it weighs, what it is worth. it made, how much it weighs, what it is worth-— it is worth. it sees not only the wavelengths _ it is worth. it sees not only the wavelengths that - it is worth. it sees not only - the wavelengths that humanoids see, they also see infrared and they also sense metals. so we basically show the robot that here is a bunch of rocks and here is a bunch of rocks and here is a bunch of bricks, here is a bunch of high quality would. based on the on the training the robot then loans. but knowing what to grab is just part of the problem. there are hundreds _ just part of the problem. there are hundreds of _ just part of the problem. there are hundreds of billions - just part of the problem. there are hundreds of billions of - are hundreds of billions of ways how to push this in the grip on the belt. the robot needs to basically have a second opinion as to whether the attempt was successful or not, something the robot loans fairly easily. not, something the robot loans fairly easily-— fairly easily. today, 80 arms are working _ fairly easily. today, 80 arms are working around - fairly easily. today, 80 arms are working around the - fairly easily. today, 80 arms. are working around the world, including smaller, faster once with vacuum grippers which are betterfor with vacuum grippers which are better for light with vacuum grippers which are betterfor light items with vacuum grippers which are better for light items like plastics and tin cans. all in all, these robot arms are rougher and tougher than human workers and, obviously, it's much safer as well. and despite their different skills, each robot feeds back into one shed system. robot feeds back into one shed s stem. ., ., ., ,., system. the more we have robot arms in the _ system. the more we have robot arms in the world _ system. the more we have robot arms in the world then _ system. the more we have robot arms in the world then we - system. the more we have robot arms in the world then we have i arms in the world then we have basically one family of robots that learn and then all of the arms that we have around the world get smarter. at}! arms that we have around the world get smarter. of course, there will _ world get smarter. of course, there will always _ world get smarter. of course, there will always be _ world get smarter. of course, there will always be some - there will always be some materials that can't be used again, but robots like these can help recycling plants to recover more and more and save stuff from incineration. enclosing this loop means buildings can become much more sustainable, both at the start and the end of their lives. wow. now, while buildings contribute massively to emissions, it all comes down to energy use in the end. the green of course. although nick webb is sailing into the blue. —— the greener the better. 0n webb is sailing into the blue. —— the greener the better. on a voyage to find future energy solutions, i've strapped on my sea legs and come here to this archipelago off the north—east coast of scotland. this, which for a while now, has been a test bed for a boundless source of renewable energy — the ocean. but now it's playing host to a new prototype device which harnesses the power of waves. there it is. five years in the making, motion energy�*s hinge draft is finally being trialled in wild waters. we are generating — trialled in wild waters. we are generating power, _ trialled in wild waters. we are generating power, it - trialled in wild waters. we are generating power, it is - generating power, it is working, obviously not everything is doing perfect, but that is the point of the project, to learn about things. and you can see the marine growth and the bird poo but it doesn't affect the performance. we only have sour per —— solar power during the day, wind power during the day, wind power can be highly variable, where is way power is another source, because you have got to have supply meeting the demand. the sea conditions today are obviously very calm, but when it is very wavy you can see that swivel mechanism doing this and it is that which generates electricity. the blue x can power around ten homes but is being targeted first at our oil and gas industry to help reduce their platform running costs and pollution. the byproduct of powering the regs with natural gas and diesel accounts for only 3% of the uk's total carbon emissions.— the uk's total carbon emissions. ., ., ., emissions. the traditional way to net emissions. the traditional way to get power— emissions. the traditional way to get power to _ emissions. the traditional way to get power to offshore - to get power to offshore systems is with really long umbilical cables. there is quite _ umbilical cables. there is quite a _ umbilical cables. there is quite a bit of embedded carbon in the _ quite a bit of embedded carbon in the cable and you are disturbing a lot of the seabed in that— disturbing a lot of the seabed in that installation. rather than — in that installation. rather than running a cable from hundred _ than running a cable from hundred and 50 kilometres if we can provide renewable cable. the government has put in over £3 million for the project. ii £3 million for the project. if we are to get a net zero by 2050 five and scotland 2050 in the uk, we need to have everything available. the oil and gas sector is changing its focus from fossil fuels towards renewables. that engineering capability that has been used to extract oil now can be used to extract oil now can be used to deploy wave energy, tidal energy, wind energy in the future. a, ., energy, wind energy in the future. ., , , ., future. motion is trying to brin: future. motion is trying to bring this _ future. motion is trying to bring this device - future. motion is trying to bring this device to - future. motion is trying to | bring this device to market with help from the european marine energy centre where it hopes to feed into the national grid. ~ ., , ., 'j~ grid. we get waves out here 18 metres high- — grid. we get waves out here 18 metres high. trying _ grid. we get waves out here 18 metres high. trying to - grid. we get waves out here 18 metres high. trying to find - grid. we get waves out here 18 metres high. trying to find the | metres high. trying to find the ways in which we are going to extract the huge quantities of energy we know our nec is something we have got to discover. something we have got to discover-— something we have got to discover. �* ., ., ~' discover. and neil took the helm at 16 _ discover. and neil took the helm at 16 years _ discover. and neil took the helm at 16 years and - discover. and neil took the helm at 16 years and has i helm at 16 years and has overseen 30 inventions being put through their paces. there was the penguin by a finnish firm, which wobbles around to generate power. another one made up of different carriages that would twist and bend, and the shellfish design of the aquamarine oyster that sits on the seabed and tells to and fro. despite investment in the industry, millions have been lost at sea. the penguin literally sank. 0h, lost at sea. the penguin literally sank. oh, well, look at this! this which room is, surprise, surprise, filled with giant switches were any output from newfound contraptions is measured. but at the moment there are no new wave energy devices connected to the grid here. it devices connected to the grid here. , ,., ., ., here. it is important we are not impatient, _ here. it is important we are not impatient, but - here. it is important we are not impatient, but it - here. it is important we are not impatient, but it is - not impatient, but it is important that we are impatient, that we put on with it. we have got to get on with this so that it is ready as soon as we can get it ready. but is all this a viable solution to our energy issues and will our planet really be better off we are not going to run out of waves and wind and tides, so this is a state. i find it difficult to believe that people are still on the fence about payment change. well, if they want to stay on offence, good luck to you. we have got to get on with this and we have got to commit with it. we've gotta get on with it now. y ., ~ it. we've gotta get on with it now. , ., ~ ., ., now. do you think will manage it? yes, now. do you think will manage it? yes. we — now. do you think will manage it? yes, we don't— now. do you think will manage it? yes, we don't have - now. do you think will manage it? yes, we don't have a - it? yes, we don't have a choice. _ it? yes, we don't have a choice. we _ it? yes, we don't have a choice, we generally - it? yes, we don't have a choice, we generally do| it? yes, we don't have a i choice, we generally do not have a choice, because if we don't sorted out the planet will sort us out.— will sort us out. that's's it for the final _ will sort us out. that's's it for the final of _ will sort us out. that's's it for the final of our - for the final of our sustainability specials, but we will be bringing you lots more on the topic was up in the meantime, you can keep up with the team on social media, by this on youtube, instagram, facebook, and twitter @bbcclick. and we will be back next week. thanks for watching. bye—bye. hello. well, the weather's quiet out there right now, and that's how it's going to stay through the course of the weekend. we have some sunny spells in the forecast, but, generally speaking, i think a fair amount of cloud on the way. and it is going to be mild and a particularly mild morning, way above the average for the time of the year. now, this cloud is a low pressure which swept across the country during the course of friday. here is early hours of saturday out in the north sea. and in its legacy, this high pressure here, this ridge of high pressure, builds in. but it's also a fairly cloudy area of high pressure. some breaks in the cloud through the night, around scotland, maybe the lake district, into lancashire, but further south pretty overcast. and look at those temperatures — 11 degrees in the south, seven degrees in the north. it should be closer to between three and six degrees, really, this time of the year. so here's the weather for saturday, sunshine developing across central areas of the uk. in fact, some areas could end up being quite sunny, but either side of that, in the east and the west, i think a fair bit of cloud. really mild, 14 degrees in the south, around 12 or 13 in the north. so high pressure stays in charge of the weather through the course of the weekend, but this weather front starts to nudge in during the course of sunday, so there will be some rain around in the western isles, but the vast majority of us a dry day. and again, sunny spells possible almost anywhere on remembrance sunday. and again, look at the temperatures — 14 in london, 14 in belfast, a little bit fresher there in scotland, 11 degrees. the average is closer to around ten, 12 this time of the year, so we're not massively above the average during the day. again, it's the nights that are really, really mild. here's monday's weather forecast. bit of a change. some rain getting in, light, though, into perhaps northern parts of england, maybe wales too, but generally speaking, it stays on the mild side and dry for most of us, at least. so i think a cloudier day at least on the way for monday. and then tuesday, perhaps a little bit of rain getting into scotland as well, but from around wednesday onwards, that's when the weather is expected to turn a little bit more unsettled. but on the whole, looking at the picture, it could be a lot worse this time of the year. it is a spell of relatively quiet weather upon us right now. bye— bye. welcome to bbc news. i'm alice baxter. our top stories: a last push for a meaningful agreement: cop26 continues talks into saturday. the man in charge calls for a can—do spirit. we have come a long way over the past two weeks and now, we need that final injection of that can—do spirit which is present at this cop, so that we get this shared endeavour over the line. trump ally steve bannon indicted on two counts of contempt of congress over the investigation into the attack on the capitol. hundreds of migrants trapped on the belarus border in the middle of a political stand—off.

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