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Dyslexia is a very broad term defining a learning disability that impairs a person's fluency or comprehension accuracy in being able to read,^[1] and which can manifest itself as a difficulty with phonological awareness, phonological decoding, orthographic coding, auditory short-term memory, or rapid naming.^[2][3] Dyslexia is separate and distinct from reading difficulties resulting from other causes, such as a non-neurological deficiency with vision or hearing, or from poor or inadequate reading instruction.^[4][5] It is believed that dyslexia can affect between 5 and 10 percent of a given population although there have been no studies to indicate an accurate percentage.^[6][7][8]

There are three proposed cognitive subtypes of dyslexia: auditory, visual and attentional.^{[7][9][10][11][12][13]} Reading disabilities, or dyslexia, is the most common learning disability, although in research literature it is considered to be a receptive language-based learning disability.^[14] Researchers at MIT found that people with dyslexia exhibited impaired voice-recognition abilities.^[15]

Accomplished adult dyslexics may be able to read with good comprehension, but they tend to read more slowly than non-dyslexics and may perform more poorly at nonsense word reading (a measure of phonological awareness) and spelling.^[16] Dyslexia is not an intellectual disability, since dyslexia and IQ are not interrelated, as a result of cognition developing independently.^[17]

Classification[link]

The World Federation of Neurology defines dyslexia as "a disorder manifested by difficulty in learning to read despite conventional instruction, adequate intelligence and sociocultural opportunity".^[18]

MedlinePlus and the National Institutes of Health define dyslexia as "a reading disability resulting from the inability to process graphic symbols".^[19]

The National Institute of Neurological Disorders and Stroke gives the following definition for dyslexia:

"Dyslexia is a brain-based type of learning disability that specifically impairs a person's ability to read. These individuals typically read at levels significantly lower than expected despite having normal intelligence. Although the disorder varies from person to person, common characteristics among people with dyslexia are difficulty with spelling, phonological processing (the manipulation of sounds), and/or rapid visual-verbal responding. In adults, dyslexia usually occurs after a brain injury or in the context of dementia. It can also be inherited in some families and so on, and recent studies have identified a number of genes that may predispose an individual to developing dyslexia".^[1]

Other published definitions are purely descriptive or embody causal theories. Varying definitions are used for dyslexia from researchers and organizations around the world; it appears that this disorder encompasses a number of reading skills, deficits and difficulties with a number of causes rather than a single condition.^[20][21]

Castles and Coltheart describe phonological and surface types of developmental dyslexia by analogy to classical subtypes of alexia (acquired dyslexia) which are classified according to the rate of errors in reading non-words.^[22][23] However, the distinction between surface and phonological dyslexia has not replaced the old empirical terminology of dysphonetic versus dyseidetic types of dyslexia.^[21][23][24] The surface/phonological distinction is only descriptive, and devoid of any etiological assumption as to the underlying brain mechanisms.^[25] Studies have, however, alluded to potential differential underlying brain mechanisms in these populations given performance differences.^[26][27][28] The dysphonetic/dyseidetic distinction refers to two different mechanisms; one that relates to a speech discrimination deficit, and another that relates to a visual perception impairment.

Signs and symptoms[link]

Some early symptoms that correlate with a later diagnosis of dyslexia include delays in speech,^[29] letter reversal or mirror writing,^[30][31] and being easily distracted by background noise.^[32] At later ages symptoms can include a difficulty identifying or generating rhyming words, or counting syllables in words (phonological awareness),^[33] a difficulty segmenting words into individual sounds, or blending sounds to make words,^[34] a difficulty with word retrieval or naming problems,^[35][36][37] commonly very poor spelling^[38] which has been called dysorthographia (orthographic coding), and tendencies to omit or add letters or words when writing and reading are considered classic signs.^[39] A common misconception about dyslexia is that dyslexic readers write words backwards or move letters around when reading – this only occurs in a very small population of dyslexic readers.^[40] Dyslexic people are better identified by writing that does not seem to match their level of intelligence from prior observations.

Cause[link]

Since the symptoms of dyslexia were first identified by Oswald Berkhan in 1881,^[41] and the term dyslexia coined in 1887 by Rudolf Berlin,^[42][43] generations of researchers have been investigating what dyslexia is and trying to identify the biological causes. The theories of the etiology of dyslexia have and are evolving with each new generation of dyslexia researchers, and the more recent theories of dyslexia tend to enhance one or more of the older theories as understanding of the nature of dyslexia evolves. Theories should not be viewed as competing, but as attempting to explain the underlying causes of a similar set of symptoms from a variety of research perspectives and background.^[44][45]

Effect of language orthography[link]

The complexity of a language's orthography or spelling system – formally, its orthographic depth – has a direct impact on how difficult it is to learn to read that language. English has a comparatively deep orthography within the Latin alphabet writing system, with a complex orthographic structure that employs spelling patterns at several levels: principally, letter-sound correspondences, syllables, and morphemes. Other languages, such as Spanish, have mostly alphabetic orthographies that employ letter-sound correspondences, so-called shallow orthographies. It is relatively easy to learn to read languages like Spanish; it is much more difficult to learn to read languages with more complex orthographies, such as English.^[46] Logographic writing systems, notably Japanese and Chinese characters, have graphemes that are not linked directly to their pronunciation, which pose a different type of dyslexic difficulty.^{[13][47][48][49]}

From a neurological perspective, different types of writing system, for example alphabetic as compared to logographic writing systems, require different neurological pathways in order to read, write and spell. Because different writing systems require different parts of the brain to process the visual notation of speech, children with reading problems in one language might not have a reading problem in a language with a different orthography. The neurological skills required to perform the tasks of reading, writing, and spelling can vary between different writing systems and as a result different neurological deficits can cause dyslexic problems in relation to different orthographies.^[47][48][49]

Cross-cultural prevalence[link]

Cross-cultural study of the prevalence of dyslexia is difficult as different scholars and different countries often use different criteria to distinguish the cases of dyslexia in the continuum between the able and delayed readers at schools. According to the existing literature, the prevalence of dyslexia can vary widely between cultures. For example, Christall reports differences between 1% and 33%.^[50] Some populations (for example, Japanese and Chinese) may have relatively small number of dyslexic schoolchildren,^[51] and some populations (for example, European, and particularly sub-Saharan African populations) might have higher dyslexia prevalence. According to some researchers, despite the significant differences between the writing systems, Italian, German and English populations suffer similarly from dyslexia.^[52]

Exacerbating conditions[link]

Several learning disabilities often occur with dyslexia, but it is unclear whether these learning disabilities share underlying neurological causes with dyslexia.^[53] These disabilities include, but are not limited to:

• Dysgraphia – a disorder which expresses itself primarily through writing or typing, although in some cases it may also affect eye–hand coordination, direction- or sequence-oriented processes such as tying knots or carrying out a repetitive task. In dyslexia, dysgraphia is often multifactorial, due to impaired letter writing automaticity, finger motor sequencing challenges, organizational and elaborative difficulties, and impaired visual word form which makes it more difficult to retrieve the visual picture of words required for spelling. Dysgraphia is distinct from dyspraxia in that dyspraxia is simply related motor sequence impairment.
• Dyscalculia – a neurological condition characterized by a problem with basic sense of number and quantity and difficulty retrieving rote math facts. Often people with this condition can understand very complex mathematical concepts and principles but have difficulty retrieving basic math facts involving addition and subtraction.
• Attention Deficit Disorder^[29][54][55] – a high degree of co-morbidity has been reported between ADD/ADHD and dyslexia/reading disorders,^[56] it occurs in between 12% and 24% of those with dyslexia.^[8]
• Aphasia – neurologically based speech disorders, which can cause alexia (acquired dyslexia).
• Auditory processing disorder – A condition that affects the ability to process auditory information. Auditory processing disorder is a listening disability.^[57] It can lead to problems with auditory memory and auditory sequencing. Many people with dyslexia have auditory processing problems ^[58] and may develop their own logographic cues to compensate for this type of deficit. Auditory processing disorder is recognized as one of the major causes of dyslexia.^[59][60][61] Some children can acquire auditory processing disorder as a result of experiencing otitis media with effusion (glue ear, sticky ear, grommets) and other severe ear conditions.^[62]
• Developmental dyspraxia^[29] – A neurological condition characterized by a marked difficulty in carrying out routine tasks involving balance, fine-motor control, kinesthetic coordination, difficulty in the use of speech sounds, problems with short-term memory and organization are typical of dyspraxics.
• Scotopic sensitivity syndrome, also known as Irlen Syndrome – A term used to describe sensitivity to certain wavelengths of light which interfere with visual processing.^[63][64]
• Specific language impairment (SLI) – A developmental language disorder that can affect both expressive and receptive language. SLI is defined as a "pure" language impairment, meaning that is not related to or caused by other developmental disorders, hearing loss or acquired brain injury. A study by the Universities of Maastricht and Utrecht examined speech perception and speech production in 3-year-old Dutch children at familial risk of developing dyslexia. Their performance in speech sound categorization and their production of words was compared to that of age-matched children with SLI and typically developing controls. The results of the at-risk and SLI-group were highly similar. Analysis of the individual data revealed that both groups contained subgroups with good and poorly performing children. Their impaired expressive phonology seemed to be related to a deficit in speech perception. The findings indicate that both dyslexia and SLI can be explained by a multi-risk model which includes cognitive processes as well as genetic factors.^{[29][65][non-primary source needed]}

Experience of speech acquisition delays and speech and language problems can be due to problems processing and decoding auditory input prior to reproducing their own version of speech,^[66][67] and may be observed as stuttering, cluttering or hesitant speech.^[21]

Management[link]

There is no cure for dyslexia, but dyslexic individuals can learn to read and write with appropriate educational support. ^[68] There are techniques, and technical aids, which manage or even conceal symptoms of the disorder. ^[69] Since stress and anxiety are contributors to a dyslexic's weaknesses in absorbing information, removing these can assist in improving understanding. ^[70]

For dyslexia intervention with alphabet writing systems the fundamental aim is to increase a child's awareness of correspondences between graphemes and phonemes, and to relate these to reading and spelling. It has been found that training focused towards visual language and orthographic issues yields longer-lasting gains than mere oral phonological training.^[71]

There is some evidence that the use of specially tailored fonts may provide some measure of assistance for those suffering from dyslexia; however scientific confirmation of this currently appears to be limited to a single master's thesis.^[72][73] Intervention early on while language areas in the brain are still developing is most successful in reducing long term impacts of dyslexia.^[74]

History[link]

Dyslexia was identified by Oswald Berkhan in 1881,^[75] but the term dyslexia was later coined in 1887 by Rudolf Berlin,^[76] an ophthalmologist practicing in Stuttgart, Germany.^[77] He used the term to refer to a case of a young boy who had a severe impairment in learning to read and write in spite of showing typical intellectual and physical abilities in all other respects.

In 1896, W. Pringle Morgan, a British physician, from Seaford, East Sussex published a description of a reading-specific learning disorder in a report to the British Medical Journal titled "Congenital Word Blindness". This described the case of a 14-year-old boy who had not yet learned to read, yet showed normal intelligence and was generally adept at other activities typical of children of that age.^[78]

Research[link]

The majority of currently available dyslexia research relates to the alphabetic writing system, and especially to languages of European origin. However, substantial research is also available regarding dyslexia for speakers of Arabic, Chinese, and Hebrew.^{[25][79][80][81][82]}

Genetic research into dyslexia has its roots in the work of Galaburda and Kemper, 1979,^[83] and Galaburda et al. 1985,^[84] from the examination of post-autopsy brains of people with dyslexia. When they observed anatomical differences in the language center in a dyslexic brain, they showed microscopic cortical malformations known as ectopias and more rarely vascular micro-malformations, and in some instances these cortical malformations appeared as a microgyrus. These studies and those of Cohen et al. 1989^[85] suggested abnormal cortical development which was presumed to occur before or during the sixth month of fetal brain development.^[23]

In the area of neurological research into dyslexia, modern neuroimaging techniques such as functional magnetic resonance imaging (fMRI) and positron emission tomography (PET) have produced clear evidence of structural differences in the brains of children with reading difficulties. It has been found that people with dyslexia have a deficit in parts of the left hemisphere of the brain involved in reading, which includes the inferior frontal gyrus, inferior parietal lobule, and middle and ventral temporal cortex.^[86]

Brain activation studies using PET to study language have produced a breakthrough in understanding of the neural basis of language over the past decade. A neural basis for the visual lexicon and for auditory verbal short-term memory components have been proposed,^[87] with some implication that the observed neural manifestation of developmental dyslexia is task-specific (i.e., functional rather than structural).^[88]

Gene–environment interaction[link]

Research has examined gene–environment interactions in reading disability through twin studies, which estimate the proportion of variance associated with environment and the proportion associated with heritability. Studies examining the influence of environmental factors such as parental education,^[89] and teacher quality^[90] have determined that genetics have more influence-supportive environments than less-optimal environments. Instead, it may just allow those genetic risk factors to account for more of the variance in outcome, because environmental risk factors that affect that outcome have been minimized.^[91]

As environment plays a large role in learning and memory,^[92] is likely that epigenetic modifications play an important role in reading ability. Animal models and measures of gene expression and methylation in the human periphery are used to study epigenetic processes, both of which have limitations in extrapolating to the human brain.

See also[link]

• Child development
• History of the alphabet
• Learning theory (education)
• Linguistics
• List of artistic depictions of dyslexia
• List of people diagnosed with dyslexia
• Neurolinguistics
• Philosophy of language
• Writing system
• Neurodiversity
• Dyslexie

References[link]

External links[link]

Organizations

• International Dyslexia Association
• Dyslexia Action (UK)
• British Dyslexia Association
• Dyslexia Research Trust
• Learning Ally, formerly Recording for the Blind & Dyslexic
• The Brain Foundation.Singapore

Sir Richard Branson
Branson at the Time 100 Gala, 4 May 2010
Born	Richard Charles Nicholas Branson (1950-07-18) 18 July 1950 (age 61) Blackheath, London, England, UK
Residence	London, England
Occupation	Chairman of Virgin Group
Years active	1966–present
Net worth	US$4.2 billion (2011)[1]
Title	Sir
Spouse	Kristen Tomassi (m. 1972–1979) «start: (1972-07-22)–end+1: (1980)»"Marriage: Kristen Tomassi to Richard Branson" Location: (linkback:http://en-wiki.pop.wn.com/index.php/Richard_Branson) (divorced) Joan Templeman (m. 1989) «start: (1989-12-20)»"Marriage: Joan Templeman to Richard Branson" Location: (linkback:http://en-wiki.pop.wn.com/index.php/Richard_Branson)
Children	2 daughters (1 deceased), 1 son

Sir Richard Charles Nicholas Branson (born 18 July 1950) is an English business magnate, best known for his Virgin Group of more than 400 companies.^[2]

His first business venture was a magazine called Student at the age of 16.^[3] In 1970, he set up an audio record mail-order business. In 1972, he opened a chain of record stores, Virgin Records, later known as Virgin Megastores. Branson's Virgin brand grew rapidly during the 1980s, as he set up Virgin Atlantic Airways and expanded the Virgin Records music label.

Branson is the 4th richest citizen of the United Kingdom, according to the Forbes 2011 list of billionaires, with an estimated net worth of US$4.2 billion.^[1]

Early life[link]

Branson was born in Blackheath, London, the son and eldest child of barrister Edward James Branson (10 March 1918 – 19 March 2011)^[4] and Eve Huntley Branson (née Flindt).^[4][5] His grandfather, the Right Honourable Sir George Arthur Harwin Branson, was a judge of the High Court of Justice and a Privy Councillor.^[6] Branson was educated at Scaitcliffe School (now Bishopsgate School)^[7] until the age of thirteen. He then attended Stowe School until the age of sixteen. Branson has dyslexia and had poor academic performance as a student, but later discovered his ability to connect with others.^[8]

Career[link]

Record business[link]

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Branson started his record business from the crypt of a church where he ran The Student. Branson advertised popular records in The Student Magazine and it was an over night success. Trading under the name "Virgin", he sold records for considerably less than the "High Street" outlets, especially the chain W. H. Smith. The name "Virgin" was suggested by one of Branson's early employees because they were all new at business.^[9] At the time, many products were sold under restrictive marketing agreements that limited discounting, despite efforts in the 1950s and 1960s to limit so-called resale price maintenance.^[10] In effect, Branson began the series of changes that led to large-scale discounting of recorded music.

Branson eventually started a record shop in Oxford Street in London. In 1971, Branson was questioned in connection with the selling of records in Virgin stores that had been declared export stock. The matter was never brought before a court and Branson agreed to repay any unpaid tax and a fine. Branson's mother Eve re-mortgaged the family home to help pay the settlement.^[9]

Earning enough money from his record store, Branson in 1972 launched the record label Virgin Records with Nik Powell and bought a country estate, in which he installed a recording studio. He leased out studio time to fledgling artists, including multi-instrumentalist Mike Oldfield, whose debut album Tubular Bells (1973) was Virgin Records' first release and a chart-topping best-seller.

Virgin signed such controversial bands as the Sex Pistols, which other companies were reluctant to sign. It also won praise for exposing the public to such obscure avant-garde music as Faust and Can. Virgin Records also introduced Culture Club to the music world. In the early 1980s, Virgin purchased the gay nightclub Heaven. In 1991, in a consortium with David Frost, Richard Branson had made the unsuccessful bid for three ITV franchisees under the CPV-TV name. The early 1980s also saw his only attempt as a producer—on the novelty record "Baa, Baa, Black Sheep", by Singing Sheep in association with Doug McLean and Grace McDonald. The recording was a series of sheep baaing along to a drum machine produced track and even made the charts at number 42 in 1982.

In 1992, to keep his airline company afloat, Branson sold the Virgin label to EMI for £500 million.^[11] Branson says that he wept when the sale was completed since the record business had been the birth of the Virgin Empire. He later formed V2 Records to re-enter the music business.^[12]

Business ventures[link]

Branson formed Virgin Atlantic Airways in 1984, launched Virgin Mobile in 1999, Virgin Blue in Australia (now named Virgin Australia) in 2000. He was 9th in the Sunday Times Rich List 2006, worth just over £3 billion. Branson wrote in his autobiography of the decision to start an airline:

My interest in life comes from setting myself huge, apparently unachievable challenges and trying to rise above them...from the perspective of wanting to live life to the full, I felt that I had to attempt it.

In 1993, Branson took what many saw as being one of his riskier business exploits by entering into the railway business. Virgin Trains won the franchises for the former Intercity West Coast and Cross-Country sectors of British Rail.

Virgin acquired European short-haul airline Euro Belgian Airlines in 1996 and renamed it Virgin Express. In 2006, the airline was merged with SN Brussels Airlines forming Brussels Airlines. It also started a national airline based in Nigeria, called Virgin Nigeria. Another airline, Virgin America, began flying out of San Francisco International Airport in August 2007. Branson has also developed a Virgin Cola brand and even a Virgin Vodka brand, which has not been a very successful enterprise. As a consequence of these lacklustre performers, the satirical British fortnightly magazine Private Eye has been critical of Branson and his companies (see Private Eye image caption).^[13]

After the so-called campaign of "dirty tricks", British Airways settled the case, giving £500,000 to Branson and a further £110,000 to his airline and had to pay legal fees of up to £3 million. Branson divided his compensation (the so-called "BA bonus") among his staff.^[14]

On 25 September 2004, Branson announced the signing of a deal under which a new space tourism company, Virgin Galactic, will license the technology behind Spaceship One—funded by Microsoft co-Founder Paul Allen and designed by legendary American aeronautical engineer and visionary Burt Rutan—to take paying passengers into suborbital space. Virgin Galactic (wholly owned by Virgin Group) plans to make flights available to the public with tickets priced at US$200,000 using Scaled Composites White Knight Two.

Branson's next venture with the Virgin group is Virgin Fuels, which is set to respond to global warming and exploit the recent spike in fuel costs by offering a revolutionary, cheaper fuel for automobiles and, in the near future, aircraft. Branson has stated that he was formerly a global warming sceptic and was influenced in his decision by a breakfast meeting with Al Gore.^[15]

Branson has been tagged as a "transformational leader" in the management lexicon, with his maverick strategies and his stress on the Virgin Group as an organisation driven on informality and information, one that is bottom-heavy rather than strangled by top-level management.

On 21 September 2006, Branson pledged to invest the profits of Virgin Atlantic and Virgin Trains in research for environmentally friendly fuels. The investment is estimated to be worth $3 billion.^[16][17]

On 4 July 2006, Branson sold his Virgin Mobile company to UK cable TV, broadband, and telephone company NTL/NTL:Telewest for almost £1 billion. The new company was launched with much fanfare and publicity on 8 February 2007, under the name Virgin Media. The decision to merge his Virgin Media Company with NTL was in order to integrate both of the companies' compatible parts of commerce. Branson used to own three quarters of Virgin Mobile, whereas now he owns 15 percent of the new Virgin Media company.^[18]

In 2006, Branson formed Virgin Comics and Virgin Animation, an entertainment company focussed on creating new stories and characters for a global audience. The company was founded with author Deepak Chopra, filmmaker Shekhar Kapur, and entrepreneurs Sharad Devarajan and Gotham Chopra.

Branson also launched the Virgin Health Bank on 1 February 2007, offering parents-to-be the opportunity to store their baby's umbilical cord blood stem cells in private and public stem cell banks.

In June 2006, a tip-off from Virgin Atlantic led US and UK competition authorities to investigate price-fixing attempts between Virgin Atlantic and British Airways. In August 2007, British Airways was fined £271 million over the allegations. Virgin Atlantic was given immunity for tipping off the authorities and received no fine—a controversial decision the Office of Fair Trading defended as being in the public interest.^[19]

On 9 February 2007, Branson announced the setting up of a new Global science and technology prize—The Virgin Earth Challenge—in the belief that history has shown that prizes of this nature encourage technological advancements for the good of mankind. The Virgin Earth Challenge will award $25 million to the individual or group who are able to demonstrate a commercially viable design which will result in the net removal of anthropogenic, atmospheric greenhouse gases each year for at least ten years without countervailing harmful effects. This removal must have long-term effects and contribute materially to the stability of the Earth's climate.

Branson also announced that he would be joined in the adjudication of the Prize by a panel of five judges, all world authorities in their respective fields: Al Gore, Sir Crispin Tickell, Tim Flannery, James E. Hansen, and James Lovelock. The panel of judges will be assisted in their deliberations by The Climate Group and Special Advisor to The Virgin Earth Prize Judges, Steve Howard.

In August 2007, Branson announced that he bought a 20 percent stake in Malaysia's AirAsia X.^[20]

Branson in April 2009 at the launch of Virgin America in Orange County, California

On 13 October 2007, Branson's Virgin Group sought to add Northern Rock to its empire after submitting an offer that would result in Branson personally owning 30% of the company, changing the company's name from Northern Rock to Virgin Money.^[21] The Daily Mail ran a campaign against his bid and Liberal Democrats' financial spokesperson Vince Cable suggested in the House of Commons that Branson's criminal conviction for tax evasion might be felt by some as a good enough reason not to trust him with public money .^[22]

On 10 January 2008, Branson's Virgin Healthcare announced that it would open a chain of health care clinics that would offer conventional medical care alongside homoeopathic and complementary therapies.^[23] The Financial Times reported that Ben Bradshaw, UK's health minister, welcomed the launch. "I am pleased that Virgin Healthcare is proposing to work with GPs to help develop more integrated services for patients."

Plans where GPs could be paid for referring National Health Service (NHS) patients to private Virgin services were abandoned in June 2008. The BMA warned the plan would "damage clinical objectivity", there would be a financial incentive for GPs to push patients towards the Virgin services at the centre.^[24] Plans to take over an NHS Practice in Swindon were subsequently abandoned in late September 2008.^[25]

In February 2009, Branson's Virgin organisation were reported as bidding to buy the former Honda Formula One team. Branson later stated an interest in Formula One but claimed that, before the Virgin brand became involved with Honda or any other team, Formula One would have to develop a more economically efficient and environmentally responsible image. At the start of the 2009 formula one season on 28 March, it was announced that Virgin would be sponsoring the new Brawn GP team.,^[26] with discussions also under way about introducing a less "dirty" fuel in the medium term.^[27] After the end of the season and the subsequent purchase of Brawn GP by Mercedes, Branson invested in an 80% buyout of Manor Grand Prix^[28][29] with the team being renamed to Virgin Racing.

Branson and Tony Fernandes, owner of Air Asia and Lotus F1 Racing, had a bet for the 2010 F1 season where the team's boss should work on the winner's airline for a day dressed as a stewardess. Fernandes escaped as the winner of the bet, as Lotus Racing ended 10th in the championship, while Virgin Racing ended 12th and last.

Branson and Somerset County's Natirar Resort development in New Jersey, on the Natirar Estate, opened in late 2009 with the Ninety Acres Culinary Center. It includes a restaurant run by chef David Felton, cooking school, wine school, working farm, luxury resort and spa. The development, spearheaded by Branson and Bob Wojtowicz, sits on 500 acres which was the former estate of the King of Morocco.^[30]

In 2010 Richard Branson became patron of the UK's Gordon Bennett 2010 gas balloon race, which has 16 hydrogen balloons flying across Europe.^[31]

In April 2010 Branson described the closure of large parts of European airspace owing to volcanic ash as "beyond a joke". Scientists later concluded that serious structural damage to aircraft could have occurred if passenger planes had continued to fly.^[32]

World record attempts[link]

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A 1998 attempt at an around-the-world balloon flight by Branson, Fossett, and Lindstrand ends in the Pacific Ocean on 25 December 1998.

Richard Branson made several world record-breaking attempts after 1985, when in the spirit of the Blue Riband he attempted the fastest Atlantic Ocean crossing. His first attempt in the "Virgin Atlantic Challenger" led to the boat capsizing in British waters and a rescue by RAF helicopter, which received wide media coverage. Some newspapers called for Branson to reimburse the government for the rescue cost. In 1986, in his "Virgin Atlantic Challenger II", with sailing expert Daniel McCarthy, he beat the record by two hours. A year later his hot air balloon "Virgin Atlantic Flyer" crossed the Atlantic.

In January 1991, Branson crossed the Pacific from Japan to Arctic Canada, 6,700 miles (10,800 km), in a balloon of 2,600,000 cubic feet (74,000 m³). This broke the record, with a speed of 245 miles per hour (394 km/h).

Between 1995 and 1998 Branson, Per Lindstrand and Steve Fossett made attempts to circumnavigate the globe by balloon. In late 1998 they made a record-breaking flight from Morocco to Hawaii but were unable to complete a global flight before Bertrand Piccard and Brian Jones in Breitling Orbiter 3 in March 1999.

In March 2004, Branson set a record by travelling from Dover to Calais in a Gibbs Aquada in 1 hour, 40 minutes and 6 seconds, the fastest crossing of the English Channel in an amphibious vehicle. The previous record of six hours was set by two Frenchmen.^[33] The cast of Top Gear, Jeremy Clarkson, James May and Richard Hammond, attempted to break this record in an amphibious vehicle which they had constructed and, while successfully crossing the channel, did not break Branson's record.

In September 2008 Branson and his children made an unsuccessful attempt at an Eastbound record crossing of the Atlantic ocean under sail in the 99 feet (30 m) sloop Virgin Money.^[34] The boat, also known as Speedboat, is owned by NYYC member Alex Jackson, who was a co-skipper on this passage, with Branson and Mike Sanderson. After 2 days, 4 hours, winds of force 7 to 9 (strong gale), and seas of 40 feet (12 m), a 'monster wave' destroyed the spinnaker, washed a ten-man life raft overboard and severely ripped the mainsail. She eventually continued to St. George's, Bermuda.^[35] In March 2010 Richard tried for the world record of putting a round of golf in the dark at the Black Light Mini Golf in The Docklands, Melbourne, Australia. He succeeded in getting 41 on the par 45 course.

Television, film, and print[link]

Branson at the 2008 Toronto International Film Festival.

Branson has guest starred, usually playing himself, on several television shows, including Friends, Baywatch, Birds of a Feather, Only Fools and Horses, The Day Today, a special episode of the comedy Goodness Gracious Me and Tripping Over. Branson made several appearances during the nineties on the BBC Saturday morning show Live & Kicking, where he was referred to as 'the pickle man' by comedy act Trev and Simon (in reference to Branston Pickle).^[36] Branson also appears in a cameo early in XTC's "Generals and Majors" video.

He was also the star of a reality television show on Fox called The Rebel Billionaire: Branson's Quest for the Best (2004), in which sixteen contestants were tested for their entrepreneurship and sense of adventure. It did not succeed as a rival show to Donald Trump's The Apprentice and only lasted one season.

His high public profile often leaves him open as a figure of satire—the 2000 AD series Zenith features a parody of Branson as a super villain, as the comic's publisher and favoured distributor and the Virgin group were in competition at the time. He is also caricatured in The Simpsons episode "Monty Can't Buy Me Love" as the tycoon Arthur Fortune, and as the ballooning megalomaniac Richard Chutney (a pun on Branson, as in Branston Pickle) in Believe Nothing. The character Grandson Richard 39 in Terry Pratchett's Wings is modelled on Branson.