02/05/2012 Inside Out London


02/05/2012

Similar Content

Browse content similar to 02/05/2012. Check below for episodes and series from the same categories and more!

Transcript


LineFromTo

Hal there. I am a few bright and welcome to this special edition of

:00:13.:00:19.

Inside Out. I know what it is hard to believe with all the recent rain

:00:19.:00:24.

but we are facing the worst drought for more than 35 years. Another

:00:24.:00:29.

winter without rain and the current water shortage could turn into a

:00:29.:00:36.

major crisis, so coming up tonight: our whether watches reveal why

:00:36.:00:41.

water has become such a scarce commodity in the capital, and how a

:00:41.:00:47.

wet summer won't necessarily solve the problems. Our underground

:00:47.:00:53.

aquifers are very low. We see their recent rainfall and thinks

:00:53.:00:56.

everything is OK but that is not the case.

:00:56.:01:01.

We find out why low rainfall isn't the only reason London's water

:01:01.:01:06.

supplies are drying up. 30% or even more or wall of the water that

:01:06.:01:10.

Thames Water put into the distribution system never reaches

:01:10.:01:17.

the taps. And what lessons can we learn from our even dry your

:01:17.:01:22.

friends in Spain. We have a consciousness of how precious water

:01:22.:01:27.

is. The children talk a lot about it at school, they are the water

:01:27.:01:37.
:01:37.:01:43.

These famous fountains in Trafalgar Square would normally be pumping

:01:43.:01:47.

their way through thousands of litres of water every day, but they

:01:47.:01:51.

have all been turned off and like the hosepipes, they are likely to

:01:51.:01:57.

remain that way for many months. Why? Mick Miller from the BBC

:01:57.:02:01.

weather Centre has been finding out how we got into this meteorological

:02:01.:02:11.
:02:11.:02:21.

The Lake District is England's wettest place and looking below,

:02:21.:02:28.

the word drought is the last thing that comes to mind. There on

:02:28.:02:32.

reservoirs with millions of litres of water, so with all of this and

:02:32.:02:35.

on an island where it hasn't stopped raining for the last few

:02:35.:02:40.

weeks, how come so much of England is in drought? The Met Office is

:02:40.:02:45.

looking into what is behind this apparent climate change. The first

:02:45.:02:48.

place they are looking is the jet stream that carries ring bearing

:02:48.:02:54.

weather fronts. The jet streams have been displaced further north

:02:54.:02:57.

and by that time the weather systems are pushing further south

:02:57.:03:02.

in two parts of England in particular, they are running into

:03:02.:03:05.

high pressure so they are not really doing what we want them to

:03:05.:03:10.

do, which is to add a decent amount to of rain. For this time of year,

:03:10.:03:16.

we are competing for Nature for water. You don't get England's

:03:16.:03:21.

green and pleasant land without it. But whilst everything around us is

:03:21.:03:26.

turning green and the rivers are starting to fill up, what you don't

:03:26.:03:30.

see is even more important, and that is underground. It is the

:03:30.:03:35.

water underground, not reservoirs, that supply for the 5% of the most

:03:35.:03:44.

populated parts of England. -- 75%. 150 miles south of Windermere and I

:03:44.:03:49.

am in drought territory, in the East Midlands. I am visiting the

:03:49.:03:53.

National Geological Survey in Nottingham. Using data from

:03:53.:03:57.

thousands of four holes, they have created an underground map of

:03:57.:04:02.

Britain -- boreholes. The areas that are in green, in two

:04:02.:04:07.

Lincolnshire, Yorkshire, down in the south of Britain, in the south-

:04:07.:04:12.

east, it is a really important aquifer and that only get recharged

:04:12.:04:18.

by rainfall in the winter and we have had two relatively dry winters

:04:18.:04:23.

so we have not had the recharge we expect. Groundwater levels have

:04:23.:04:26.

remained normal in the north-west but as you move south-east, they

:04:26.:04:33.

have dropped in volume by one-third. In the last couple of years, only

:04:33.:04:36.

four months have been significantly wetter than normal, including the

:04:37.:04:42.

April just gone. To really find out how low our ground water stocks are,

:04:42.:04:47.

last week we've joined Andy Mackenzie and his team to do a

:04:47.:04:54.

survey. This is the South Downs, in drought, one of the driest parts of

:04:54.:04:59.

England. One of the most important sources of ground water is below,

:04:59.:05:05.

the chalk aquifer. Today we have to see how far we have to go down to

:05:05.:05:09.

find water. It is effectively a joint pressurised sponge full of

:05:09.:05:14.

water, which the Victorians tapped with Wells like this one. The water

:05:14.:05:24.

would normally be 20 metres below ground levels. How far down? It is

:05:24.:05:28.

looking promising. I can see a reflection towards the bottom of

:05:28.:05:33.

the well. Before long, we pass the point we would normally find the

:05:33.:05:37.

water and the camera keeps descending.

:05:37.:05:41.

One of the interesting things is that we are seeing very dry walls

:05:41.:05:45.

on the borehole so if there was any Recharge happening, you would

:05:45.:05:48.

probably see moisture and they would be glistening slightly, and

:05:48.:05:53.

they are not. So even though it has been pouring with rain, that rain

:05:53.:06:00.

hasn't made a jot of difference yet. No, it hasn't. It would take weeks,

:06:00.:06:04.

probably months, for the water to infiltrate, but it is not going to

:06:04.:06:11.

because it will be taken up by the plant's. That is the surface of the

:06:11.:06:19.

water. 34.4. We have 180 years of record. This is the fifth driest we

:06:19.:06:25.

have seen in April. It is pretty low. The last major drought was in

:06:25.:06:32.

1976, when one dry winter was followed by a very hot summer.

:06:32.:06:36.

are going to need water. People were forced to queue in the streets

:06:36.:06:41.

to get their water from standpipes. This drought is different. It is

:06:41.:06:45.

not hot and sunny, it has been pouring down, and yet we have been

:06:45.:06:50.

told we could be entrapped until Christmas. No one is saying all of

:06:50.:06:55.

the rain is not making a difference, of course it is. But that rain

:06:55.:07:00.

still hasn't reached where many of us get water from, the aquifers.

:07:00.:07:04.

What the Victorians started with Welles was soon expanded to exploit

:07:04.:07:11.

the natural resources of the chalk aquifer on a bigger scale. This

:07:11.:07:16.

aquifer is operated I've south-east water, supplying 2.1 million

:07:16.:07:22.

customers from pumping stations like this one -- operated by South

:07:22.:07:28.

East Water. It is a very serious situation. Our underground aquifers

:07:28.:07:35.

are very, very low. We see the rivers and reservoirs low ring with

:07:35.:07:38.

high levels because of the rainfall and we think everything is OK but

:07:38.:07:46.

that is not the case -- flowing. We have been going lower than we have

:07:46.:07:52.

ever gone. Worse than 1976? Yes, I think it is worse and more

:07:52.:07:57.

widespread across regions and our greatest fear is if we have a third

:07:57.:08:02.

dry winter. The level of recharge in our ground winter is one third

:08:02.:08:07.

lower than it should be after two dry winters in a row. We have come

:08:07.:08:10.

a long way from the Lake District and it seems we are even further

:08:10.:08:15.

from the soaking rain that has been falling above-ground, but down here

:08:15.:08:19.

it is when to rein that matters and if we don't get enough next winter,

:08:19.:08:29.
:08:29.:08:29.

we are all heading into the unknown -- winter rain that matters.

:08:29.:08:37.

Now then, still to come: This church has stood in this valley in

:08:37.:08:41.

northern Spain for more than 500 years, but I shouldn't even be able

:08:41.:08:46.

to be here because this is the bottom of a reservoir, and that

:08:46.:08:52.

spire is usually submerged and the thousands of tons of water.

:08:52.:08:57.

-- Under thousands of tons of water. The severe lack of rain for the

:08:57.:09:02.

last two years may be the main reason water is being rationed but

:09:02.:09:06.

is this the whole story? We investigate how London is wasting

:09:06.:09:11.

millions of litres of water every day and ask is the company that

:09:11.:09:21.
:09:21.:09:25.

manages the supply of putting This looks like the after effects

:09:25.:09:31.

of a natural disaster. Actually, this is Bayswater, and the flooding

:09:31.:09:35.

is the result of just one burst water mains. But that is not

:09:35.:09:40.

unusual. Across the capital we are losing around half a billion litres

:09:40.:09:44.

of water a day because of leaking pipes. That is not a few dozen

:09:44.:09:52.

baths. Or even a few tank loads. The amount of water being wasted is

:09:52.:09:57.

enough to fill this Olympic-size pool every five minutes. It is so

:09:57.:10:02.

bad that every litre of water we saved with a hosepipe ban is

:10:02.:10:06.

dwarfed by the four fleet has lost through leaking pipes. This has

:10:06.:10:12.

only just been repaid and we have had it four times. -- repaired.

:10:12.:10:19.

There is another leak here. And here and here and here and the high

:10:19.:10:25.

street. It is a continual problem for us. Could this quiet part of

:10:25.:10:30.

Hampstead the London's most leaky corner? Over the last five months

:10:30.:10:35.

there had been a dozen incidents of burst pipes. The locals do not

:10:35.:10:40.

appreciate the irony of water leaking away in a drought. We are

:10:40.:10:45.

sick to the back teeth of having to be asked to look after and preserve

:10:45.:10:51.

and conserve water. Thames Water are allowing leaks, they have been

:10:51.:10:56.

going on at least since Christmas. I cannot use a hosepipe on my

:10:56.:11:00.

plants and this is gushing down. Have you got a sense of how much

:11:00.:11:05.

water has been lost? From one small section of the leak around the

:11:05.:11:12.

corner, we measured in one minute we could collect a gallon of water.

:11:12.:11:16.

Thames Water has tried to deal with the leagues but when it comes to

:11:16.:11:21.

fixing them, the locals say the engineers are clueless. That little

:11:21.:11:25.

hole down there has been dug up at least three times and that is not

:11:25.:11:30.

where the leak is! They dig the hole and then walk away. That is

:11:30.:11:35.

the infuriating thing. They leave it. In one case, they dug it up,

:11:35.:11:44.

saw it was leaking, and filled back on top of it. Repeat these leakages

:11:44.:11:50.

across the capital and it is easy to see how 25% of Thames Water's

:11:50.:11:55.

supplies simply seeks a way. think Thames Water's record is

:11:55.:11:59.

slovenly. They haven't taken the issue seriously. Something between

:12:00.:12:05.

a quarter, 30% of all the water that Thames Water put into the

:12:05.:12:11.

distribution system never reaches our taps. Compare London to other

:12:11.:12:14.

countries and other cities in terms of leakages, and you would have to

:12:14.:12:22.

say we do pretty badly. In Germany it is 9%, in London it is 25%.

:12:22.:12:28.

Paris, 10%. New York, similar. A few months ago I was in Singapore.

:12:28.:12:38.
:12:38.:12:40.

OK, it is a new city, but their But stopping leaks in London is not

:12:40.:12:46.

an easy job. Thames Water is fighting an uphill battle to repair

:12:46.:12:51.

a failing Victorian water system. In so that they are pioneering a

:12:51.:12:56.

pipe replacement programme. Instead of digging up entire streets, new

:12:56.:13:00.

tubes are inserted into the old pipes at intervals. The eventually

:13:00.:13:03.

plan to roll this programme out across the capital. We are working

:13:03.:13:12.

hard to serve repair leakage. We have replaced a lot of pipes or the

:13:12.:13:16.

last five years, which helps significantly. Thames Water claims

:13:17.:13:21.

it has the lowest leakage level since records began. Perhaps

:13:21.:13:26.

surprisingly, the water regulator agrees. Over the last six years we

:13:26.:13:31.

have reduced our leakage by 30%. This year we had boats performed

:13:31.:13:41.
:13:41.:13:42.

our target -- we have outperformed our target. Thames Water are still

:13:42.:13:49.

losing at Wapping 600 million litres per day -- losing an

:13:49.:13:56.

enormous. This man thinks Thames Water is being given an easy ride.

:13:56.:14:00.

The targets are not ambitious. We have got to start saying to the

:14:00.:14:04.

water companies, like Thames Water, you cannot be above 15%, you should

:14:04.:14:09.

be getting down to 10% and when you have got down to 10% you should be

:14:09.:14:14.

thinking about seven or 8%. That is the international standard that has

:14:14.:14:20.

been set, but somehow in Britain we have not gone that route. Thames is

:14:20.:14:26.

one of the UK's most profitable water companies. Its pre-tax

:14:26.:14:32.

profits were over to Mark -- �200 million. Some of these profits have

:14:32.:14:37.

been invested here. During a drought this reservoir in north

:14:37.:14:40.

London has the capacity to provide water for over one million people.

:14:40.:14:45.

It draws on reserves stored underground. We have increased the

:14:45.:14:54.

output capacity of the north-London re hard -- recharge by 6%. We have

:14:54.:14:59.

also built the first mainland UK desalination plant, which can

:14:59.:15:03.

produce 150 million litres of water per day. Big project like this are

:15:03.:15:07.

great news for water companies and their shareholders. These types of

:15:07.:15:11.

investments have huge financial returns. Fixing leaking pipes,

:15:11.:15:18.

however, is a cost with little if any profit to be made. The water

:15:18.:15:21.

companies and the industry in the UK works in such a way that it is

:15:21.:15:23.

about large investment and shareholders need to get a return

:15:23.:15:33.
:15:33.:15:36.

to be able -- a Thames Water have an incentive as a private company

:15:36.:15:40.

in trying to sell more water to us. They have an incentive in building

:15:40.:15:44.

more reservoirs to be was more water. That is bought -- part of

:15:44.:15:51.

the problem of privatisation was up professor Green has come up with a

:15:52.:15:55.

new pricing structure that could force water companies to conserve

:15:55.:15:59.

this precious resource. What we might do is to say to the companies,

:15:59.:16:05.

if you put 100 tons of water into the supply but you only deliver 70

:16:05.:16:11.

tons to the consumer, the consumer only has to pay 70% of your cost of

:16:11.:16:15.

putting the water into supply. our reserves at one third of what

:16:15.:16:19.

they should be at this time of year, the need for Thames Water to reduce

:16:19.:16:25.

leaks has become even more critical. So, the way we manage to London's

:16:25.:16:28.

water needs a radical rethink. In the meantime, we can help by being

:16:28.:16:34.

a bit more efficient with what we use.

:16:34.:16:38.

Wendy will be back at the end of the programme to tell us what the

:16:38.:16:44.

weather in London has in store for the week ahead.

:16:44.:16:50.

So, what is the plan if we do have another dry winter? Do the

:16:50.:16:53.

Government and the water companies have a strategy to avert an even

:16:53.:16:58.

worse crisis next year? We asked David Whiteley to investigate, and

:16:58.:17:02.

he begins in a part of the world where they know a thing or two

:17:02.:17:12.
:17:12.:17:13.

about coping with dry weather. This church has stood here in this

:17:13.:17:17.

valley in northern Spain for more than 500 years, but the thing is

:17:17.:17:21.

that I should not even be able to be here, because this is the bottom

:17:21.:17:26.

of a reservoir. That spire is usually submerged under thousands

:17:26.:17:31.

of tons of water. The reason it is so dry years because Spain is going

:17:31.:17:35.

through its worst drought for 70 years. Reservoirs are drying up and

:17:35.:17:39.

forest fires have been raging in other parts of the country. Just

:17:39.:17:44.

look at the water line in this reservoir. Look how high it should

:17:44.:17:47.

be and look how low it is. Just below the trees is where the water

:17:47.:17:53.

should be. It is incredible. Can Spain give us a glimpse into an

:17:53.:17:57.

uncomfortable future? Four years ago, the situation got so bad that

:17:57.:18:04.

the taps in Barcelona almost ran dry and they were forced to ship in

:18:04.:18:12.

supplies from France. Its 3.5 million residents have had to

:18:12.:18:15.

completely change their attitude towards what it. I find it

:18:15.:18:20.

incredible that something as simple as water had to be transported in

:18:20.:18:26.

tankers into Barcelona. What was that like? Well, it is a first, as

:18:26.:18:30.

far as I know. Luckily, it did not have to be carried through on a

:18:30.:18:35.

massive scale or for a very long time. But before that, there was a

:18:35.:18:40.

sensation that it would be not -- that it would not be easy and that,

:18:40.:18:44.

if it continued, there might have to be rationing. How have you

:18:45.:18:50.

adapted your lifestyle and the current climate? I think we took

:18:50.:18:58.

consciousness of how precious water race. So, the children talk about

:18:58.:19:03.

it a lot in school. At first, they had an easier time adapting to

:19:03.:19:07.

turning the tap off all the time and they became the what a police.

:19:07.:19:11.

Through simple measures such as turning off taps, having timed

:19:11.:19:15.

showers and teaching water conservation in schools, Barcelona

:19:15.:19:20.

is now well on its way to becoming one of the world's leading cities

:19:20.:19:27.

in saving water. People here are used just 107 litres per day,

:19:27.:19:33.

compared to 150 in the UK. Across the city, they have also tried

:19:33.:19:38.

using water from showers to flush toilets, as well as using recycled

:19:38.:19:42.

water in the fountains. This is the first and it certainly will not be

:19:42.:19:46.

the last time that Barcelona has faced drought. That experience four

:19:46.:19:50.

years ago forced everyone to change the way they thought about what are

:19:50.:19:56.

at every level. This place was the answer. They built this massive

:19:56.:20:01.

desalination plant. It is the largest in Europe. By taking sea

:20:02.:20:06.

water from the Mediterranean, the plant can produce 180 million

:20:06.:20:11.

litres of fresh water every day. But that is still only one fifth of

:20:11.:20:16.

the city's needs, so it is used as a stop-gap when the reservoirs are

:20:16.:20:22.

low. TRANSLATION: The system is much more secure because of this

:20:22.:20:27.

plant, but this is not total security. The plant allows us time

:20:27.:20:31.

to function between rainy periods. If there is a drought, the plant

:20:31.:20:37.

can produce more. I after building Europe's first desalination plant

:20:37.:20:42.

40 years ago, Spain is now world leader in the technology, but it is

:20:42.:20:46.

not a perfect solution. The water produced here is very expensive and

:20:46.:20:52.

the Barcelona plant uses enough energy to power a small town.

:20:52.:20:56.

Unlike Spain, which uses most of its water for Agriculture, this is

:20:56.:21:00.

where we use most of last - generating electricity in our power

:21:00.:21:07.

stations. Most of the rest, about 40%, is used in homes and gardens.

:21:07.:21:11.

The problem is that we used to much, more than many other developed

:21:11.:21:18.

countries. At the Environment agency, it is Trevor Bishop's job

:21:18.:21:22.

to find a solution. Is turning salt water into freshwater the answer?

:21:22.:21:27.

We have one big salad -- desalination plant near London. I

:21:27.:21:32.

think the likelihood of seeing more plants over the next 20 years in

:21:32.:21:36.

England is quite high, but you do not want to rely on it. It is very

:21:36.:21:40.

expensive, it produces a lot of carbon, so it is not good for the

:21:41.:21:49.

environment. We're at this very picturesque place, is it an option

:21:49.:21:52.

for water companies to transfer water to drier parts of the

:21:52.:21:57.

country's? The Victorians started moving water around and it

:21:57.:22:02.

underpins a lot of how we supply water now. Manchester is supplied

:22:02.:22:07.

by the Lake District. We could have done in the future, even greater

:22:07.:22:13.

connectivity as part of the answer in the future. Are we talking about

:22:13.:22:17.

a national grid of water? As far as electricity is concerned, if

:22:17.:22:21.

somewhere is generating electricity -- is not generating electricity,

:22:21.:22:26.

you do not get blackouts and other part of the country, so why should

:22:26.:22:34.

it be the case for water? We do not look at it the same way as gas or

:22:34.:22:42.

electricity. You can have droughts in the North of England and you do

:22:42.:22:47.

not want to rely on moving water around the country exclusively.

:22:47.:22:50.

desalination has problems and we should not rely on moving water,

:22:50.:22:55.

what is going to happen if we had a third dry winter? It is difficult

:22:55.:23:00.

to say, but we would be in a very bad place. I do not think we have

:23:00.:23:03.

ever worked out the consequences of three dry winters in a row. We have

:23:03.:23:09.

never had that. We would be having dramatic measures to conserve water

:23:09.:23:17.

- standpipes in the streets, peoples supplies would be cut off.

:23:17.:23:20.

We do not know the numbers of peoples involved but it could be

:23:20.:23:24.

tens of thousands. As far as I am aware, there is no strategic

:23:24.:23:29.

national plan to deal with three dry winters in a row. I would like

:23:29.:23:33.

to be proven wrong. I would like to think we had a plan to deal with it,

:23:33.:23:39.

I do not know of one. I think the plan is based on hoping that it

:23:39.:23:45.

rains. Hope is a very risky strategy. Is there a strategy or

:23:45.:23:49.

not? Caroline Spelman is the Environment Secretary. Yes, because

:23:49.:23:53.

we have to have contingency planning. Drought is a natural

:23:53.:23:57.

phenomenon that can occur anytime. We have seen this coming and we

:23:57.:24:00.

have been planning for it. What we are putting in place now are the

:24:00.:24:04.

measures to deal with it. Things like the temporary restrictions on

:24:04.:24:10.

non-essential uses of water in a domestic setting are something that

:24:10.:24:15.

the plan to do to conserve water to make sure that we do not have to

:24:15.:24:20.

move to more restraint -- stringent restrictions later. 3.4 billion

:24:20.:24:25.

litres of water, a quarter of our water, is lost every day. Is that

:24:25.:24:29.

acceptable? We need to encourage the water companies to reduce

:24:29.:24:33.

leakage. The Government has made that really clear. Should the

:24:33.:24:37.

targets not be more stringent? Germany only lose 10% of their

:24:37.:24:42.

water. It is the economic regulator that sets these targets, which it

:24:42.:24:50.

believes are a target -- earth a challenge for the industry to meet.

:24:50.:24:53.

Caroline Spelman says we need to think differently about the water

:24:53.:24:59.

we use. When you go to a dry country and you explain to them

:24:59.:25:03.

that, in a country like ours, we used drinking water for everything

:25:03.:25:08.

- we wash our clothes, flush the toilet, all washed up the with

:25:08.:25:13.

drinking water - they are sometimes quite surprised by that. Can you

:25:13.:25:16.

guarantee that if we get a third dry winter we will not have

:25:17.:25:21.

rationing and standpipes in the street? I am not deluded into

:25:21.:25:24.

thinking I can tell you how much rain we're going to get. It is far

:25:24.:25:29.

too early to tell yet whether we will have a wet winter that we need.

:25:29.:25:33.

But, whereas it is most unlikely that we would have standpipes this

:25:33.:25:39.

year, if we have another dry winter, that becomes more likely. Given the

:25:39.:25:45.

recent heavy rain and floods in the UK, talk of standpipes may sound

:25:46.:25:49.

extraordinary, but as they have discovered in Spain, the world is

:25:49.:25:54.

changing. Climate change and expanding population mean that

:25:54.:25:58.

demand is set to increase. Even if the rains do come this winter,

:25:58.:26:02.

pretty soon we will all have to start thinking of drinking water as

:26:02.:26:09.

the pressures and scarce natural resource it really is.

:26:09.:26:13.

Before we go, here is an update from when the on how the weather is

:26:13.:26:23.
:26:23.:26:26.

shaping up for the week ahead. -- This April has been the wettest on

:26:26.:26:36.
:26:36.:26:37.

record across the last 100 years. We normally expect 53 mm of rain

:26:37.:26:42.

but we have had more than double that in the last month.

:26:42.:26:46.

Unfortunately, that does not alleviate the problems we have with

:26:46.:26:49.

drought because most of that rainwater would have been taken up

:26:49.:26:53.

by the plants, would have evaporate or would have run -- would have

:26:53.:27:03.
:27:03.:27:06.

evaporated or would have not made it into the underground sources.

:27:06.:27:10.

Most of the last two years have been below average for rainfall at

:27:10.:27:14.

this time. There is a yellow warning for heavy rain overnight

:27:14.:27:18.

tonight. Since we do have some flood alerts in our part of the

:27:18.:27:22.

world it is possible we could have localised flooding. If you live in

:27:22.:27:26.

a flood risk area it is worth keeping up to date with Environment

:27:26.:27:29.

agency information. That rain is going to start making its way

:27:29.:27:33.

across our part of the world in the first part of tonight. There may be

:27:33.:27:38.

some heavy downpours. It then works its way away from us in the early

:27:38.:27:45.

hours of the morning. It will be fairly mild in the early hours of

:27:45.:27:54.

the morning. It could be that there is some considerable surface water

:27:54.:27:59.

when you're commuting in the morning. As we go through the day

:27:59.:28:05.

tomorrow, there will be some drizzle, similar to today. The

:28:05.:28:09.

outlook for the Bank Holiday weekend is for a lot of cloud

:28:10.:28:15.

staying with us. Temperatures on Friday will be 14 or 15 Celsius. On

:28:15.:28:21.

Saturday and Sunday, a bit of a cool breeze. It will be around 13

:28:21.:28:27.

Celsius. Further ahead into the week, it starts unsettled but will

:28:27.:28:31.

become drier. It will start cool but looks like the temperatures

:28:31.:28:40.

will pick up towards the end of the I never thought I would say it, but

:28:40.:28:45.

Download Subtitles

SRT

ASS