350km To Miles – Cycling UK Today [Friday 28 August] embarks on a new off-road adventure that takes cyclists through 10,000 years of history in southern England, forming a circuit of gravel and off-road trails in the heart of Surrey, Hampshire. Wiltshire and Berkshire Rural
King Alfred’s Way, named after the Anglo-Saxon ruler of the ancient kingdom of Wessex, runs 350 kilometers (220 miles) through famous sites including the World Heritage sites of Stonehenge and Avebury, and the Iron Age fortress at Old Sarum and Barbury Castle. Ride straight into the heart of England.
350km To Miles
Charity spends three years working on a road connecting four of Britain’s national highways: North Down Under West Street, Redway and Thames. The road was created by upgrading parts of the pavement to allow cycling, and also included bridges, footpaths and quiet country roads.
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“The epidemics have changed the British public’s appetite for overseas travel, but with King Alfred’s approach, we hope to at least quench the thirst for adventure.
“There is no need for anyone to fly or for many people to travel long distances for a difficult journey. King Alfred’s Way is a literal 220-mile path through southern England that includes a fort, an Iron Age fort and a rock circle.
An hour’s drive from home to 17 million people, the King Alfred’s Way is the perfect accommodation for the most adventurous traveler and promises a bike ride through scenery like no other. With 520 million trips a year and 20 trips by UK cyclists, it is also a potential revenue stream for rural businesses.
England has 15 national roads, but only two lanes are available: the Pennine Bridleway and the South Downs Way. Cycling The UK’s wider aim is to create a network of long-distance paths, which traverse the length and breadth of the UK through spectacular locations and woodlands.
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“It was 73 years ago that the Act was passed, which led to the creation of our national parks, areas of natural beauty and great walks,” said Sophie Gordon, referring to the Countryside Act of 1947. “It’s a compliment to walkers, but not for cyclists who don’t have many bikes since then in terms of improving cycling capabilities.
“With the King Alfred approach, we want to show what’s possible if we fill in those missing links between our highways and start making the countryside accessible to everyone – you walk. Horse riders and cyclists.”
The King Alfred’s Way follows the opening of the 800-mile Great North Trail (Peak District to Cape Wrath or John o’ Groats) in 2019 and the Riders’ Route for the North Downs Way in 2018.
“This is a wonderful trail that will take you through the famous past and through some hidden gems. However, Cycling UK would urge everyone considering riding the King Alfred’s Way to ensure they are aware of and adhere to current public health guidance on outbreak control before doing so.
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This route will be available to view online on the Cycling UK website from 00.01 until Friday 28 August, where you can find complete road instructions and downloadable road files (GPX) and on Ordnance Online Services. Survey (search for King Alfred’s Way).
Contact the National Cycling UK Press Office for more information. Due to the restrictions imposed by the outbreak, the central press office number (01483 238 315) is now off-call. If you would like to speak to a member of the press office during business hours (0900-1700), please email publicity @. Part time job on 07786 320 713.
UK Cycling in England & nbsp & nbsp & nbsp Off Road Cycling & nbsp & nbsp & nbsp Road Trips & nbsp & nbsp & nbsp & nbsp King Alfred’s Way & nbsp & nbsp & nbsp & nbsp                 & nbsp & nbsp & nbsp & nbsp & nbsp & nbsp bsp & nbsp & nbsp & nbsp & nbsp & nbsp & nbsp & nbsp & nbsp & nbsp & nbsp & nbsp & nbsp & nbsp & nbsp & nbsp & nbsp phere What will the climate change it looks like? Why is the ozone layer important? You can make a difference – you just have to choose. Don’t forget to make changes, you have to be change!
2 Earth’s atmosphere represents our planet’s outermost gas system. Earth’s atmosphere is a blanket of gas about 350 km (218 mi) thick. It is a large and complex system that interacts with the sun, land, and oceans to create both the climate and the climate of the earth.
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This modern system contains all the gases and particles in suspension as well as the gas that infiltrates the soil.
Main components and their role: Nitrogen is used in the biosphere by plants and animals. Oxygen is a lifesaver and most life on earth depends on oxygen. Inert gas is detected in constant proportions and its consumption varies. Carbon dioxide is consumed by plants and is toxic to other organisms. Water vapor also varies widely as a result of interactions with hydrogen
Let’s take a look at the chemical composition The heterosphere is the outer environment. Characteristics: Starts at an altitude of about 80 km (50 mi) and extends into space. The gases do not mix uniformly (hence hetero) but are distributed in layers by weight. It forms 0.001% of the total atmospheric mass. The homosphere extends from the surface to the heterosphere. Characteristics: Density Altitude Uniform mixture of gases except O3 ozone concentration from 19 to 50 km (12-31 mi) Composition 78% N2, 21% O2, 0.93% Ar, 0.037% CO2 and trace gas.
Atmospheric Pressure (Millibars) 200 400 600 800 1,000 120 110 100 90 80 70 60 40 40 30 20 10 (Sea Level) -80-40 Pressure = 1,000 mm Ground Level (MM) Elevation (miles) 75 65 55 4 5 35 25 25 15 5 Heat transfer through ozone Mesosphere Stratosphere Ozone “layer” Heat from the earth Heat Troposphere Temperature Exosphere Structure of the atmosphere: temperature, temperature and pressure drop with altitude through the troposphere. The normal rate of temperature lapse is known as ELR (Environmental Lapse Rate) and is an average of 0.65 degrees Celsius per 100 meters.
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The ionosphere and ozonosphere remove harmful light waves and charged particles. What happens when you face these things? The ionosphere coincides with the thermosphere and the mesosphere. Absorbs metal rays, gamma rays, X rays, UV rays. And also a good reflector of radio waves, broadcasting stations use this fact to broadcast programs thousands of miles away. They transmit radio waves into the ionosphere at an angle which is then reflected back to Earth. The ozone layer absorbs harmful UV rays and re-emits them as infrared. Increased skin cancer associated with ozone depletion – the subject of the CFC controversy.
High energy particles from the sun are trapped in the earth’s magnetic field and directed towards the earth. The particles interact with atoms in the atmosphere that produce light. The color comes from the spectrum of atoms in the atmosphere.
Less ozone in the stratosphere allows more harmful UV rays to reach the Earth’s surface. The ozone layer blocks about 95% of the sun’s harmful UV rays from reaching the Earth’s surface. Chlorofluorocarbons (CFCs) have reduced the average ozone concentration in the stratosphere. In 1988, CFCs were no longer produced.
Ozone depletion: Caused by CFCs and other ozone depleting chemicals (ODCs). The increase in UV radiation at the Earth’s surface from ozone depletion in the stratosphere is dangerous to human health, crops, forests, animals and materials such as plastics and paints.
King Alfred’s Way Full Route Gpx Fit Tcx Tbt
Reduced effects of depleted natural resources on ozone Human health • Worse sunburns • More cataracts • More skin cancer • Immune system suppression Food and forests • Reduced yield for some crops • Cuts Reduced supply of seafood from phytoplankton Reduced • Reduced productivity in forests species of trees • Increased waterfall in some species • Decreased population of aquatic species Vulnerable to UV radiation • Decreased population of surface organisms Figure 20.21 Degradation of natural capital: Expected effects of declining stratospheric ozone levels. Q: Which of these five outcomes do you think is most important? • Disruption of food and water webs from phytoplankton and material pollution • Increased acid release • Increased chemical fumes • Degradation of paints and plastics External warming • Global warming Increased due to reduced absorption of CO2 from the atmosphere by phytoplankton and CFCs that act as greenhouse gases
In order for this website to work, we collect user data and share it with the operating system. To use this website, you must agree to our privacy policy, including our cookie policy. Cycling UK has just announced the ‘end’ of the King Alfred Road. This road was built in less than ten thousand years (literally!) and is finally suitable for MTB and gravel owners to ride the beautiful and challenging 200+ mile loop in southern England. I’ve put links to everything you need to know below, including some route files I’ve added TBT to.
The great thing about a loop road like this is that you can drive into any part of it, do the whole loop and wait for your car until you’re done. Your partner doesn’t have to pick you up from afar. Furthermore, being in the center of southern England, the loop is easily accessible from the Midlands, London and the West Country. All in all,… that’s one of my weekends for 2021 sorted. For 2 days? … Probably a long time ago
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