centre for atmospheric research. welcome to the programme. where is verkhoyansk and why is it significant in this? 50. verkhoyansk and why is it significant in this? so, this city is in siberia. significant in this? so, this city is in siberia. it s significant in this? so, this city is in siberia. it s in significant in this? so, this city is in siberia. it s in continental| is in siberia. it s in continental russia, so not by the coast. it s relevant because it s an area seen more and more extreme temperatures every year. temperatures that used to be really extreme in the 19505 are becoming basically the average by the 20 305 and 20 405. i like are becoming basically the average by the 20 30s and 20 40s.- by the 20 30s and 20 40s. i like to be quite current by the 20 30s and 20 40s. i like to be quite current with by the 20 30s and 20 40s. i like to be quite current with the by the 20 30s and 20 40s. i like to be quite current with the news. - by the 20 30s and 20 40s. |
spreading at a rate we have not seen with any previous variant. we re concerned with any previous variant. we re concerned that people are dismissing omicron concerned that people are dismissing omicron as concerned that people are dismissing omicron as mild. surely, we will underestimate this virus without perit underestimate this virus without peril. even if omicron does cause less severe peril. even if omicron does cause less severe diseases, the sheer number less severe diseases, the sheer number of less severe diseases, the sheer number of cases could once again overwhelm number of cases could once again overwhelm health systems. that s the oint that overwhelm health systems. that s the point that it s overwhelm health systems. that s the point that it s the overwhelm health systems. that s the point that it s the sheer overwhelm health systems. that s the point that it s the sheer volume - overwhelm health systems. that s the point that it s the sheer volume of
to see whether these are actually functional now trying.- functional now trying. alekse zereznrak. d functional now trying. alekse zereznrak. id functional now trying. alekse zelezniak, ithinki functional now trying. alekse zelezniak, ithink i i functional now trying. alekse zelezniak, i think i pronounce i functional now trying. aleksejl zelezniak, i think i pronounce that right, thank you for coming up the programme. right, thank you for coming up the programme- right, thank you for coming up the programme- me - right, thank you for coming up the programme. me very l programme. thank you. me very tuickl programme. thank you. me very quickly show programme. thank you. me very quickly show you programme. thank you. me very quickly show you some - programme. thank you. me very quickly show you some light i programme. thank you. me very i quickly show you some light fixtures we are seeing here. this is from the house of representatives. you will see that they ar
plastic. taking dna samples from all kinds of different habitats, they discovered some 30,000 different enzymes that have the capacity to degrade up to ten different types of plastic. professor alek5ej zelezniak is from chalmers university of technology in sweden. welcome to the programme. how do you know they ve evolved? the welcome to the programme. how do you know they ve evolved? know they ve evolved? the amount of lastic know they ve evolved? the amount of plastic enzymes know they ve evolved? the amount of plastic enzymes basically know they ve evolved? the amount of plastic enzymes basically collates i plastic enzymes basically collates with amount of pollution. so, that would be kind of difficult, it seems to be corresponding to the amount of waste stuff like it sounds to me like it s a good waste stuff like it sounds to me like it s a goo waste stuff like it sounds to me like it s a good thing, that there is something like it s a good thing, that there is something bre