The traditional way: a family works the land with horses and plough

A plough in action in South Africa. This plough has five non-reversible mouldboards. The fifth, empty furrow on the left will be filled by the first furrow of the next pass.

Ploughing with oxen. A miniature from an early-sixteenth-century manuscript of the Middle English poem God Spede ye Plough, held at the British Museum

The plough (BrE) or plow (AmE; see spelling differences;  /ˈplaʊ/) is a tool (or machine) used in farming for initial cultivation of soil in preparation for sowing seed or planting. It has been a basic instrument for most of recorded history, and represents one of the major advances in agriculture.

The primary purpose of ploughing is to turn over the upper layer of the soil, bringing fresh nutrients to the surface, while burying weeds, the remains of previous crops, and both crop and weed seeds, allowing them to break down. It also aerates the soil, allows it to hold moisture better and provides a seed-free medium for planting an alternate crop. In modern use, a ploughed field is typically left to dry out, and is then harrowed before planting. Modern competitions take place for ploughing enthusiasts like the National Ploughing Championships. Ploughs were initially pulled by oxen, and later in many areas by horses (generally draught horses) and mules. In industrialised countries, the first mechanical means of pulling a plough were steam-powered (ploughing engines or steam tractors), but these were gradually superseded by internal-combustion-powered tractors. In the past two decades plough use has reduced in some areas (where soil damage and erosion are problems), in favour of shallower ploughing and other less invasive tillage techniques.

Etymology[link]

In English, as in other Germanic languages, the plough was traditionally known by other names, e.g. Old English sulh, Old High German medela, geiza, huohili, and Old Norse arðr (Swedish årder), all presumably referring to the scratch plough (ard).

The current word plough comes from Old Norse plógr, and therefore Germanic, but it appears relatively late (it is absent from Gothic), and is thought to be a loanword from one of the north Italic languages. Words with the same root appeared with different meanings: in Raetic plaumorati "wheeled heavy plough" (Pliny), and in Latin plaustrum "farm cart", plōstrum, plōstellum "cart", and plōxenum, plōximum "cart box".^[1][2] The word must have originally referred to the wheeled heavy plough which was common in Roman northwestern Europe by the 5th century.^[3]

Orel (2003)^[4] tentatively attaches plough to a PIE stem *blōkó-, which gave Armenian peɫem "to dig" and Welsh bwlch "crack", though the word may not be of IE origin.

Parts[link]

Diagram - modern plough

The diagram (right) shows the basic parts of the modern plough:

1. beam
2. three-point hitch (UK: hake)
3. height regulator
4. coulter (knife coulter pictured, but disk coulter common)
5. chisel
6. share (ploughshare)
7. mouldboard

Other parts not shown or labelled include the frog (or frame), runner, landside, shin, trashboard, and stilts (handles).

On modern ploughs and some older ploughs, the mouldboard is separate from the share and runner, allowing these parts to be replaced without replacing the mouldboard. Abrasion eventually destroys all parts of a plough that come into contact with the soil.

History[link]

Ancient Egyptian ard, c.1200 B.C.

Ploughing with buffalo in Hubei, China

Hoeing[link]

When agriculture was first developed, simple hand-held digging sticks or hoes would have been used in highly fertile areas, such as the banks of the Nile where the annual flood rejuvenates the soil, to create furrows wherein seeds could be sown. Digging sticks, hoes, and mattocks were not invented in any one place, and hoe-farming must have been common everywhere agriculture was practiced. Hoe-farming is the traditional tillage method in tropical or sub-tropical regions, which are characterized by stony soils, steep slope gradients, predominant root crops, and coarse grains grown at wide distances apart. While hoe-farming is best suited to these regions, it is used in some fashion everywhere.

Ard[link]

The domestication of oxen in Mesopotamia and by its contemporary Indus valley civilization, perhaps as early as the 6th millennium b.c., provided mankind with the draft power necessary to develop the ard (or scratch plough). The earliest was the bow ard, which consists of a draft-pole (or beam) pierced by a thinner vertical pointed stick called the head (or body), with one end being the stilt (handle) and the other a share (cutting blade) that was dragged through the topsoil to cut a shallow furrow ideal for most cereal crops. The ard does not clear new land well, so hoes or mattocks must be used to pull up grass and undergrowth, and a hand-held ristle could be used to cut deeper furrows ahead of the share. Because the ard leaves a strip of undisturbed earth between the furrows, the fields are often cross-ploughed lengthwise and across, and this tends to form squarish fields (Celtic fields).^[5] The ard is best suited to loamy or sandy soils which are naturally fertilized by annual flooding, as in the Nile Delta or Fertile Crescent, and to a lesser extent any other cereal-growing region with light or thin soil.

Mouldboard plough[link]

Water buffalo used for ploughing in Si Phan Don, Laos

To grow crops regularly in less fertile areas, the soil must be turned to bring nutrients to the surface. A major advance was the mouldboard plough (American spelling: moldboard plow; or turnplough, frame-plough), which not only cuts furrows with a share (cutting blade) but turns the soil. A coulter (or skeith) could be added to cut vertically into the ground just ahead of the share (in front of the frog), a wedge-shaped cutting edge at the bottom front of the mouldboard with the landside of the frame supporting the undershare (below-ground component). The upper parts of the frame carry (from the front) the coupling for the motive power (horses), the coulter and the landside frame. Depending on the size of the implement, and the number of furrows it is designed to plough at one time, a forecarriage with a wheel or wheels (known as a furrow wheel and support wheel) may be added to support the frame (wheeled plough). In the case of a single-furrow plough there is only one wheel at the front and handles at the rear for the ploughman to steer and manoeuvre it.

When dragged through a field the coulter cuts down into the soil and the share cuts horizontally from the previous furrow to the vertical cut. This releases a rectangular strip of sod that is then lifted by the share and carried by the mouldboard up and over, so that the strip of sod (slice of the topsoil) that is being cut lifts and rolls over as the plough moves forward, dropping back to the ground upside down into the furrow and onto the turned soil from the previous run down the field. Each gap in the ground where the soil has been lifted and moved across (usually to the right) is called a furrow. The sod that has been lifted from it rests at about a 45 degree angle in the next-door furrow and lies up the back of the sod from the previous run.

In this way, a series of ploughing runs down a field leaves a row of sods that lie partly in the furrows and partly on the ground lifted earlier. Visually, across the rows, there is the land (unploughed part) on the left, a furrow (half the width of the removed strip of soil) and the removed strip almost upside-down lying on about half of the previous strip of inverted soil, and so on across the field. Each layer of soil and the gutter it came from forms the classic furrow.

The mouldboard plough greatly reduced the amount of time needed to prepare a field, and as a consequence, allowed a farmer to work a larger area of land. In addition, the resulting pattern of low (under the mouldboard) and high (beside it) ridges in the soil forms water channels, allowing the soil to drain. In areas where snow buildup is an issue, this allows the soil to be planted earlier as the snow runoff is drained away more quickly.

A reconstruction of a mouldboard plough

There are five major parts of a mouldboard plough:

1. Mouldboard
2. Share
3. Landside
4. Frog
5. Tailpiece

A runner extending from behind the share to the rear of the plough controls the direction of the plough, because it is held against the bottom land-side corner of the new furrow being formed. The holding force is the weight of the sod, as it is raised and rotated, on the curved surface of the mouldboard. Because of this runner, the mouldboard plough is harder to turn around than the scratch plough, and its introduction brought about a change in the shape of fields – from mostly square fields into longer rectangular "strips" (hence the introduction of the furlong).

An advance on the basic design was the iron^{[dubious – discuss]} ploughshare, a replaceable horizontal cutting surface mounted on the tip of the share. The earliest ploughs with a detachable and replaceable share date from around 1000 BC in the Ancient Near East,^{[6][dubious – discuss]} and the earliest iron ploughshares from ca. 500 BC in China.^{[7][dubious – discuss]} Early mouldboards were basically wedges that sat inside the cut formed by the coulter, turning over the soil to the side. The ploughshare spread the cut horizontally below the surface, so when the mouldboard lifted it, a wider area of soil was turned over. Mouldboards are known in Britain from the late 6th century^[8] on.

Loy ploughing[link]

Loy ploughing was a form of manual ploughing which took place in Ireland on very small farms or on very hilly ground, where horses could not work or where farmers could not afford them.^[9] It was used up until the 1960s in poorer land.^[10] This suited the moist climate of Ireland as the trenches formed by turning in the sods providing drainage. It also allowed the growing of potatoes in bogs as well as on mountain slopes where no other cultivation could take place.^[11]

Heavy ploughs[link]

Chinese iron plough with curved mouldboard, 1637

In the basic mouldboard plough the depth of the cut is adjusted by lifting against the runner in the furrow, which limited the weight of the plough to what the ploughman could easily lift. This limited the construction to a small amount of wood (although metal edges were possible). These ploughs were fairly fragile, and were not suitable for breaking up the heavier soils of northern Europe. The introduction of wheels to replace the runner allowed the weight of the plough to increase, and in turn allowed the use of a much larger mouldboard faced in metal. These heavy ploughs led to greater food production and eventually a significant population increase around 600 AD.^{[citation needed]}

Before the Han Dynasty (202 BC–220 AD), Chinese ploughs were made almost entirely of wood, except the iron blade of the ploughshare. By the Han period, the entire ploughshare was made of cast iron; these are the first known heavy mouldboard iron ploughs.^[12][7]

The Romans achieved the heavy wheeled mouldboard plough in the late 3rd and 4th century AD, when archaeological evidence appears, inter alia, in Roman Britain.^[13] The first indisputable appearance after the Roman period is from 643, in a northern Italian document.^[14] Old words connected with the heavy plough and its use appear in Slavic, suggesting possible early use in this region.^[15] The general adoption of the mouldboard plough in Europe appears to have accompanied the adoption of the three-field system in the later eighth and early ninth centuries, leading to an improvement of the agricultural productivity per unit of land in northern Europe.^[16]

Research by the French historian Marc Bloch in medieval French agricultural history showed the existence of names for two different ploughs, "the ard (araire) was wheeless and had to be dragged across the fields, while the turnplough (charrue) was mounted on wheels".^[17]

Improved designs[link]

'A Champion ploughman', from Australia, circa 1900

The basic plough with coulter, ploughshare and mouldboard remained in use for a millennium. Major changes in design did not become common until the Age of Enlightenment, when there was rapid progress in design. Joseph Foljambe in Rotherham, England, in 1730 used new shapes as the basis for the Rotherham plough, which also covered the mouldboard with iron.^[18] Unlike the heavy plough, the Rotherham (or Rotherham swing) plough consisted entirely of the coulter, mouldboard and handles. It was much lighter than conventional designs and became very popular in England. It may have been the first plough to be widely built in factories.

James Small further improved the design. Using mathematical methods he experimented with various designs until he arrived at a shape cast from a single piece of iron, the Scots plough. A single-piece cast iron plough was also developed and patented by Charles Newbold in the United States. This was again improved on by Jethro Wood, a blacksmith of Scipio, New York, who made a three-part Scots Plough that allowed a broken piece to be replaced. In 1837 John Deere introduced the first steel plough; it was so much stronger than iron designs that it was able to work the soil in areas of the US that had previously been considered unsuitable for farming. Improvements on this followed developments in metallurgy; steel coulters and shares with softer iron mouldboards to prevent breakage, the chilled plough which is an early example of surface-hardened steel,^[19] and eventually the face of the mouldboard grew strong enough to dispense with the coulter.

Single-sided ploughing[link]

Single-sided ploughing in a ploughing match

The first mouldboard ploughs could only turn the soil over in one direction (conventionally always to the right), as dictated by the shape of the mouldboard, and so the field had to be ploughed in long strips, or lands. The plough was usually worked clockwise around each land, ploughing the long sides and being dragged across the short sides without ploughing. The length of the strip was limited by the distance oxen (or later horses) could comfortably work without a rest, and their width by the distance the plough could conveniently be dragged. These distances determined the traditional size of the strips: a furlong, (or "furrow's length", 220 yards (200 m)) by a chain (22 yards (20 m)) – an area of one acre (about 0.4 hectares); this is the origin of the acre. The one-sided action gradually moved soil from the sides to the centre line of the strip. If the strip was in the same place each year, the soil built up into a ridge, creating the ridge and furrow topography still seen in some ancient fields.

Turnwrest plough[link]

The turnwrest plough allows ploughing to be done to either side. The mouldboard is removable, turning to the right for one furrow, then being moved to the other side of the plough to turn to the left (the coulter and ploughshare are fixed). In this way adjacent furrows can be ploughed in opposite directions, allowing ploughing to proceed continuously along the field and thus avoiding the ridge and furrow topography.

Reversible plough[link]

A four-furrow reversible plough.

The reversible plough has two mouldboard ploughs mounted back-to-back, one turning to the right, the other to the left. While one is working the land, the other is carried upside-down in the air. At the end of each row, the paired ploughs are turned over, so the other can be used. This returns along the next furrow, again working the field in a consistent direction.

Riding and multiple-furrow ploughs[link]

Horse-drawn, two-furrow plough.

Early steel ploughs, like those for thousands of years prior, were walking ploughs, directed by the ploughman holding onto handles on either side of the plough. The steel ploughs were so much easier to draw through the soil that the constant adjustments of the blade to react to roots or clods was no longer necessary, as the plough could easily cut through them. Consequently it was not long after that the first riding ploughs appeared. On these, wheels kept the plough at an adjustable level above the ground, while the ploughman sat on a seat where he would have earlier walked. Direction was now controlled mostly through the draught team, with levers allowing fine adjustments. This led very quickly to riding ploughs with multiple mouldboards, dramatically increasing ploughing performance.

A single draught horse can normally pull a single-furrow plough in clean light soil, but in heavier soils two horses are needed, one walking on the land and one in the furrow. For ploughs with two or more furrows more than two horses are needed and, usually, one or more horses have to walk on the loose ploughed sod—and that makes hard going for them, and the horse treads the newly ploughed land down. It is usual to rest such horses every half hour for about ten minutes.

Heavy volcanic loam soils, such as are found in New Zealand, require the use of four heavy draught horses to pull a double-furrow plough. Where paddocks are more square than long-rectangular it is more economical to have horses four wide in harness than two-by-two ahead, thus one horse is always on the ploughed land (the sod). The limits of strength and endurance of horses made greater than two-furrow ploughs uneconomic to use on one farm.^{[citation needed]}

Amish farmers tend to use a team of about seven horses or mules when spring ploughing and as Amish farmers often help each other plough, teams are sometimes changed at noon. Using this method about 10 acres (40,000 m²) can be ploughed per day in light soils and about 2 acres (8,100 m²) in heavy soils.^{[citation needed]}

Steam ploughing[link]

A German balance plough. The left-turning set of shares have just completed a pass, and the right-turning shares are about to enter the ground to return across the field.

Ploughing engine Heumar, made by the Ottomayer company (Germany), used in pairs with a balance plough.
Built 1929, 220 PS, 21 tons.

The advent of the mobile steam engine allowed steam power to be applied to ploughing from about 1850. In Europe, soil conditions were often too soft to support the weight of heavy traction engines. Instead, counterbalanced, wheeled ploughs, known as balance ploughs, were drawn by cables across the fields by pairs of ploughing engines which worked along opposite field edges. The balance plough had two sets of ploughs facing each other, arranged so when one was in the ground, the other set was lifted into the air. When pulled in one direction the trailing ploughs were lowered onto the ground by the tension on the cable. When the plough reached the edge of the field, the opposite cable was pulled by the other engine, and the plough tilted (balanced), putting the other set of shares into the ground, and the plough worked back across the field.

One set of ploughs was right-handed, and the other left-handed, allowing continuous ploughing along the field, as with the turnwrest and reversible ploughs. The man credited with the invention of the ploughing engine and the associated balance plough, in the mid nineteenth century, was John Fowler, an English agricultural engineer and inventor.^{[citation needed]}

In America the firm soil of the Plains allowed direct pulling with steam tractors, such as the big Case, Reeves or Sawyer-Massey breaking engines. Gang ploughs of up to fourteen bottoms were used. Often these big ploughs were used in regiments of engines, so that in a single field there might be ten steam tractors each drawing a plough. In this way hundreds of acres could be turned over in a day. Only steam engines had the power to draw the big units. When internal combustion engines appeared, they had neither the strength nor the ruggedness compared to the big steam tractors. Only by reducing the number of shares could the work be completed.

Stump-jump plough[link]

Disc ploughs in Australia, circa 1900

The Stump-jump plough was an Australian invention of the 1870s, designed to cope with the breaking up of new farming land, that contains many tree stumps and rocks that would be very expensive to remove. The plough uses a moveable weight to hold the ploughshare in position. When a tree stump or other obstruction such as a rock is encountered, the ploughshare is thrown upwards, clear of the obstacle, to avoid breaking the plough's harness or linkage; ploughing can be continued when the weight is returned to the earth after the obstacle is passed.

A simpler system, developed later, uses a concave disc (or a pair of them) set at a large angle to the direction of progress, that uses the concave shape to hold the disc into the soil – unless something hard strikes the circumference of the disk, causing it to roll up and over the obstruction. As the arrangement is dragged forward, the sharp edge of the disc cuts the soil, and the concave surface of the rotating disc lifts and throws the soil to the side. It doesn't make as good a job as the mouldboard plough (but this is not considered a disadvantage, because it helps fight the wind erosion), but it does lift and break up the soil (see disc harrow).

Modern ploughs[link]

Modern ploughs are usually multiple reversible ploughs, mounted on a tractor via a three-point linkage. These commonly have between two and as many as seven mouldboards – and semi-mounted ploughs (the lifting of which is supplemented by a wheel about half-way along their length) can have as many as eighteen mouldboards. The hydraulic system of the tractor is used to lift and reverse the implement, as well as to adjust furrow width and depth. The ploughman still has to set the draughting linkage from the tractor so that the plough is carried at the proper angle in the soil. This angle and depth can be controlled automatically by modern tractors. As a complement to the rear plough a two or three mouldboards-plough can be mounted on the front of the tractor if it is equipped with front three-point linkage.

Specialist ploughs[link]

Chisel plough[link]

The chisel plough is a common tool to get deep tillage (prepared land) with limited soil disruption. The main function of this plough is to loosen and aerate the soils while leaving crop residue at the top of the soil. This plough can be used to reduce the effects of compaction and to help break up ploughpan and hardpan. Unlike many other ploughs the chisel will not invert or turn the soil. This characteristic has made it a useful addition to no-till and low-till farming practices which attempt to maximise the erosion-prevention benefits of keeping organic matter and farming residues present on the soil surface through the year. Because of these attributes, the use of a chisel plough is considered by some to be more sustainable than other types of plough, such as the mouldboard plough.

A modern John Deere 8110 Farm Tractor using a chisel plough. The ploughing tines are at the rear; the refuse-cutting coulters at the front.

Bigham Brother Tomato Tiller

The chisel plough is typically set to run up to a depth of eight to twelve inches (200 to 300 mm). However some models may run much deeper. Each of the individual ploughs, or shanks, are typically set from nine inches (229 mm) to twelve inches (305 mm) apart. Such a plough can encounter significant soil drag, consequently a tractor of sufficient power and good traction is required. When planning to plough with a chisel plough it is important to bear in mind that 10 to 15 horsepower (7 to 11 kW) per shank will be required.

Cultivators are often similar in form to chisel ploughs, but their goals are different. Cultivator teeth work near the surface, usually for weed control, whereas chisel plough shanks work deep beneath the surface. Consequently, cultivating also takes much less power per shank than does chisel ploughing.

Ridging plough[link]

A ridging plough is used for crops, such as potatoes or scallions, which are grown buried in ridges of soil using a technique called ridging or hilling. A ridging plough has two mouldboards facing away from each other, cutting a deep furrow on each pass, with high ridges either side. The same plough may be used to split the ridges to harvest the crop.

Scottish hand plough[link]

This is a variety of ridge plough notable in that the blade points towards the operator. It is used solely by human effort rather than with animal or machine assistance, and is pulled backwards by the operator, requiring great physical effort. It is particularly used for second breaking of ground, and for potato planting. It is found in Shetland, some western crofts and more rarely Central Scotland. The tool is typically found on small holdings too small or poor to merit use of animals.

Mole plough[link]

The mole plough or subsoiler allows underdrainage to be installed without trenches, or it breaks up deep impermeable soil layers which impede drainage. It is a very deep plough, with a torpedo-shaped or wedge-shaped tip, and a narrow blade connecting this to the body. When dragged through the ground, it leaves a channel deep under the ground, and this acts as a drain. Modern mole ploughs may also bury a flexible perforated plastic drain pipe as they go, making a more permanent drain – or they may be used to lay pipes for water supply or other purposes. Similar machines, so called pipe-and-cable-laying ploughs, are even used under the sea, for the laying of cables, as well as preparing the earth for side-scan sonar^{[citation needed]} in a process used in oil exploration.

Advantages and disadvantages of the mouldboard plough[link]

Advantages

Mouldboard ploughing, in cold and temperate climates, no deeper than 20 cm, aerates the soil by loosening it. It incorporates crop residues, solid manures, limestone and commercial fertilizers along with some oxygen. By doing so, it reduces nitrogen losses by volatilization, accelerates mineralization and increases short-term nitrogen availability for transformation of organic matter into humus. It erases wheel tracks and ruts caused by harvesting equipment. It controls many perennial weeds and pushes back the growth of other weeds until the following spring. It accelerates soil warming and water evaporation in spring because of the lesser quantity of residues on the soil surface. It facilitates seeding with a lighter seeder. It controls many enemies of crops (slugs, crane flies, seedcorn maggots-bean seed flies, borers). It increases the number of "soil-eating" earthworms (endogea) but is detrimental to vertical-dwelling earthworms (anecic).

Disadvantages

Ploughing leaves very little crop residue on the surface, which otherwise could reduce both wind and water erosion. Over-ploughing can lead to the formation of hardpan. Typically farmers break up hardpan up with a subsoiler, which acts as a long, sharp knife to slice through the hardened layer of soil deep below the surface. Soil erosion due to improper land and plough utilization is possible. Contour ploughing mitigates soil erosion by ploughing across a slope, along elevation lines. Alternatives to ploughing, such as the no till method, have the potential to actually build soil levels and humus, and may be suitable to smaller, more intensively cultivated plots, and to farming on poor, shallow or degraded soils which will only be further damaged by ploughing.

See also[link]

Agriculture and Agronomy portal

• Boustrophedon (Greek: "ox-turning") – an ancient way of writing, each line being read in the opposite direction like reversible ploughing.
• Foot plough
• Headland (agriculture)
• History of agriculture
• Railroad plough
• Snowplough
• Whippletree

Notes[link]

References[link]

• "Early Medieval Ploughing at Whithorn and the Chronology of Plough Pebbles", Hill, P. and Kucharski, K. in Transactions of the Dumfriesshire and Galloway Natural History and Antiquarian Society, Vol. LXV, 1990, pp 73–83.

Further reading[link]

• Nanchinadu: Harbinger of Rice and Plough Culture in the Ancient World by Dr. V. Sankaran Nair

External links[link]

Look up plough in Wiktionary, the free dictionary.

Media related to Ploughs at Wikimedia Commons

• The Rotherham Plough – the first commercially successful iron plough
• History of the steel plough – as developed by John Deere in the US
• Breast Ploughs and other antique hand farm tools
• "Tractor Guide Saves Labor for the Farmer" Popular Mechanics, December 1934

Neil Hannon
Hannon performing in 2007
Background information
Born	(1970-11-07) 7 November 1970 (age 41)
Instruments	Vocals, guitar, piano
Associated acts	The Divine Comedy, The Duckworth Lewis Method

Neil Hannon (born 7 November 1970^[1]) is a Northern Irish singer and songwriter, best known as the creator (in 1989) and frontman of the chamber pop group The Divine Comedy. The band's official website even goes so far as to say, "The Divine Comedy is Neil Hannon," and Hannon is quoted in an interview^[2] as saying, "The Divine Comedy will always be my band because... I thought of it first!"

Career[link]

Hannon was born in Derry, Northern Ireland, the son of Brian Hannon, a retired Church of Ireland clergyman and former Bishop of Clogher. He moved with his family to Enniskillen, in County Fermanagh, in 1982.^[3] While there he attended Portora Royal School.^{[citation needed]}

In 2000, he and Joby Talbot contributed 4 tracks for Ute Lemper's collaboration album, Punishing Kiss.

In 2004, he played alongside the Ulster Orchestra for the opening event of the Belfast Festival at Queen's. In 2005, he contributed vocals to his long-time collaborator Joby Talbot's soundtrack for the movie version of The Hitchhiker's Guide to the Galaxy.

In 2006, it was announced that Hannon was to lend his vocal ability to the Doctor Who soundtrack CD release, recording two songs — "Love Don't Roam" for the 2006 Christmas special, "The Runaway Bride", and a new version of "Song For Ten", originally used in 2005's "The Christmas Invasion". On 12 January 2007, The Guardian website's "Media Monkey" diary column reported that Doctor Who fans from the discussion forum on the fan website Outpost Gallifrey were attempting to organise mass downloads of the Hannon-sung "Love Don't Roam", which was available as a single release on the UK iTunes store. This was in order to attempt to exploit the new UK singles chart download rules, and get the song featured in the Top 40 releases.^[4]

The same year, Hannon added his writing and vocal talents to the Air album Pocket Symphony, released in the United States on 6 March 2007. He is featured on the track "Somewhere Between Waking and Sleeping", for which he wrote the lyrics. This song had been originally written for and sung by Charlotte Gainsbourg on her album, 5:55. Though it was not included in its 2006 European release, it was added as a bonus track for its American release on 24 April 2007.^{[citation needed]}

Hannon won the 2007 Choice music award for his 2006 album, Victory for the Comic Muse.^{[citation needed]} It was announced the next day that he had left EMI by 'mutual consent'.^{[citation needed]}

When the band Keane played at the O2 Arena in London in July, "A Bad Dream" was introduced by Hannon. He introduced it by reading the poem "An Irish Airman Foresees His Death" by W.B. Yeats, upon which the song is based.^{[citation needed]}

He is credited with composing the theme music for the comedy shows The IT Crowd, and Father Ted, the latter being a tune specially written for the show that was later reworked into The Divine Comedy's "Songs Of Love" from their breakthrough album Casanova.^{[citation needed]} Both shows were created or co-created by Graham Linehan. For the Father Ted episode A Song For Europe, Hannon co-wrote and sang My Lovely Horse, a deliberately bad song that Fathers Ted and Dougal enter into Eurosong (a parody of the Eurovision Song Contest). In the same episode, Hannon wrote the 'typical' eurovision ballad that is sung by Father Ted's nemesis, and Hannon appears on stage with him as one of the backing singers. A dream sequence in the episode shows Ted and Dougal in My Lovely Horse's pop video, with Hannon singing. As well as this, 'Eoin McLove' sings "My Lovely Mayo Mammy", but his voice and the song were both contributed by Hannon. When a raffle is being held in order to raise funds to repair the roof of the parochial house, the Kraftwerk-esque quartet of priests enlisted to perform play an electronic piece of music composed and performed by him. Both of the advertisements for telephone numbers; in The IT Crowd (the new emergency number) and Father Ted (Priest Chatback) have jingles composed by Hannon. In the episode A Christmassy Ted, his name is one of the guesses given by Mrs. Doyle, in finding out the name of the mysterious guest. He's considered one of the last crooners in pop landscape.^[5]

A new Divine Comedy album, Bang Goes the Knighthood, was released in May 2010.

Hannon has also collaborated with Thomas Walsh, from the Irish band Pugwash, to create a cricket themed pop album under the name The Duckworth Lewis Method. The first single, "The Age of Revolution", was released in June 2009, and a full length album released the week after.^[6][7]

Discography (of The Divine Comedy)[link]

• Fanfare for the Comic Muse – July 1990
• Liberation – August 1993
• Promenade – March 1994
• Casanova – April 1996
• A Short Album About Love – February 1997
• Fin de Siècle – August 1998
• A Secret History... The Best of the Divine Comedy – August 1999
• Regeneration – March 2001
• Absent Friends – March 2004
• Victory for the Comic Muse – June 2006
• Bang Goes the Knighthood - May 2010

Tracks on other albums[link]

• The Cake Sale (compilation) – "Aliens"
• Doctor Who: Original Television Soundtrack (compilation) – "Song for Ten" (performer)
• Doctor Who: Original Television Soundtrack (compilation) – "Love Don't Roam" (performer)
• Amélie (soundtrack) (compilation) – "Les Jours tristes" (instrumental version) (co-writer)
• L'Absente by Yann Tiersen – "Les Jours tristes" (English version) (co-writer and performer)
• The Hitchhiker's Guide to the Galaxy Soundtrack (compilation) – "So Long and Thanks for All the Fish" (performer)
• Reload by Tom Jones – "All Mine" (as The Divine Comedy) (performer)
• Pocket Symphony by Air – "Somewhere Between Waking and Sleeping" (writer and performer)
• Songs from the Deep Forest by Duke Special – "Our Love Goes Deeper Than This" (performer)
• Hyacinths and Thistles by The 6ths – "The Dead Only Quickly" (singer)
• Eleven Modern Antiquities by Pugwash – "Take Me Away" (performer)
• Punishing Kiss by Ute Lemper – (multiple tracks) (performer and writer)
• Les piqûres d'araignée by Vincent Delerm – "Favourite Song" (duet track)
• A Mãe by Rodrigo Leão – "Cathy" (performer)
• God Help the Girl by God Help the Girl – "Perfection as a Hipster" Neil Hannon with Catherine Ireton (performer)
• No Regrets by Robbie Williams - backing vocals with Neil Tennant of Pet Shop Boys
• Wanda, Darling of the Jockey Club by Duke Special – The Silent World of Hector Mann (Album)

See also[link]

• The Duckworth Lewis Method
• Tinsel and Marzipan

References[link]

External links[link]

• Biography of Neil Hannon – part of the official Divine Comedy website
• Photos and Recordings of Neil Hannon's visit to the College Historical Society
• a short site about The Divine Comedy
• Culture Northern Ireland