Characteristics

Description and technical features

Cotton is a natural fibre of vegetable origin, like linen, jute or hemp. Mostly composed of cellulose (a carbohydrate plant substance) and formed by twisted, ribbon-like shaped fibres, cotton is the fruit of a shrubby plant commonly referred to as the "cotton plant". The cotton plant, a variety of plants of the genus Gossypium, belongs to the Malvacae family, which comprises approximately 1,500 species, also including the baobab tree, the bombax or the mallow. The plant, growing up to 10 metres high in the wild, has been domesticated to range between 1 to 2 metres under commercial cultivation in order to facilitate picking. Either herbaceous or ligneous, it thrives in dry tropical and subtropical areas. Whereas by nature the plant is a perennial tree (lasting about 10 years), under extensive cultivation it is mostly grown as an annual shrub. The cotton flower has five large petals (showy, white, white-creamy, or even rose in colour), which soon fall off, leaving capsules, or "cotton bolls", having a thick and rigid external layer. The capsule bursts open upon maturity, revealing the seeds and masses of white/creamy and downy fibres. Cotton fibres of the Gossypium hirsutum species range from about 2 to 3 centimetres in length, whereas Gossypium barbadense cotton produces long-staple fibres up to 5 centimetres length. Their surface is finely indented, and they become kinked together and interlocked. The cotton plant is almost exclusively cultivated for its oleaginous seeds and for the seminal fibres growing from them (i.e. cotton, strictly speaking). In ordinary usage, the term "cotton" also makes reference to fibres that are made into fabric wires suitable for use in the textile industry.

Although the cotton plant is native to tropical countries, cotton production is not limited to the tropics. Indeed, the emergence of new varieties, as well as advances in cultivation techniques led to the expansion of its culture within an area straddling from approximately 47 degrees North latitude (Ukraine) to 32 degrees South (Australia). Although cotton is widely planted in both hemispheres, it remains a sun-loving plant highly vulnerable to freezing temperatures. Cotton is crucially important to several developing countries. Out of the 65 cotton-producing countries in 2007/08, 52 were developing countries, 21 of which were indexed by the United Nations among the least developed countries (LDCs).

Cotton-growing countries by geographical area, 2005

Developed countries

Developing countriesTotal

LDCs Transition Other

Africa 18 9 27

North and Central America 1 1 2

South America 8 8

Caribbean 1 1

Asia 1 3 6 12 22

Europe 3 1 4

Oceania 1 1

Total 6 21 7 31 65

Source: UNCTAD secretariatNote: United Nations LDCs list

Cotton is of utmost importance to developing countries, particularly in West and Central Africa, where around 10 million people depend on the sector for their revenues. Besides being a major natural fibre crop, cotton also provides edible oil and seed by-products for livestock food. Cottonseed oil is a vegetable oil ranking fifth in world use among edible oils (accounting for about 4% of world consumption of vegetable oil). The cottonseed meal is usually used as roughage in the diet of cattle for its high proteinic and energetic value.

On about fifty species of cotton plants within the world only four are domestically cultivated for their fibres. The most commonly cultivated species of cotton in the world include Gossypium hirsutum and Gossypium barbadense (also referred to as "New World" species). Gossypium hirsutum originated in Mexico. It is the most important agricultural cotton, accounting for more than 90% of world fibre production. Gossypium barbadense, of Peruvian origin, accounts for about 5% of world fibre. It includes cotton fibres of the highest quality, such as the Jumel variety (from the Barbados), among the finest cotton in terms of quality and fibre length. Two additional cultivated species are Gossypium arboreum (which originated in the Indo-Pakistan subcontinent) and Gossypium herbaceum (from southern Africa), which are also called "Old World" or "Asiatic cottons". These two varieties of cotton with short staple-length fibre have no commercial value per se (only 5% of world production alltogether). However, several varieties that are grown on a commercial scale botanically derive therefrom.

Cottonseed composition

Whole seedOilmeal (deoiled

and partially peeled)

Oilcake expeller (partially peeled)

Hull

Dry matter (%) 92 90 93 92

Proteins (%) MS 22 (19-25) 42 (35-53) 40 (28-49) 5 (3-7)

Rough cellulose (%) MS 28 (23-37) 18 (11-23) 15 (11-23) 53 (49-62)

Fatty matter (%) MS 20 (10-28) 3 (0,4-6) 7 (4-11) 3 (0,6-5)

Ashes (%) MS 4 7 7 3

Calcium (%) MS 0,2 0,3 0,2 0,15

Phosphorus (%) MS 0,6 1,3 1,2 0,19

Source: Institut national

Crop

Cultivation

Cotton is primarily grown in dry tropical and subtropical climates at temperatures between 11°C and 25°C. It is a warm climate crop threatened by heath or freezing temperatures (below 5°C or above 25°C), although its resistance varies from species to species. Excessive exposure to dryness or moisture at certain stages of the plant development (lasting 5 to 7 months) may be detrimental to cotton quality and yields, and might also kill the plant.

The seeds should be planted in well-prepared moist soil with high nutrient supplying capacity. Indeed, the cotton plant is particularly weak and its moisture and nutrient uptake is remarkable. Cotton production tends to exhaust the soil, which may require some soil management practices typically by means of physical adjustments, fertilisation, and crop rotation (notably with a culture of leguminous plant and one of cereal). Moreover, the root system of the cotton plant is particularly developed and penetrates downward deeply (its depth can sometimes double the height of the surface stem). Accordingly, cotton should be planted in rich seedbeds that are muddy or argillaceous-sandy, where the taproot would grow downward deeply and develop under favourable conditions. Seedling emergence can occur between one week and a month after planting. During this phase (germination, emergence and seedling growth), the plant needs warm temperature and much moisture (7,000 to 9,000 m3 by hectare), which can be supplied by nature or by means of irrigation. Cotton leaves are about 12-15 cm in length and width. They develop along the main stem in a spiral arrangement. Each new leaf commonly develops 5 to 8 cm above the preceding leaf.

Flowering generally starts one month and a half to two months after the crop is planted. Blooming will continue regularly for several weeks, even months, as long as growing conditions are suitable. After flowering, the inner part of the bloom gradually develops into a fruit (called "cotton boll"). Cotton bolls keep growing until full size (approximately 2 to 3 cm width). It will take about two months between the blooming of the flower and the first opening of the bolls.

Cotton bolls burst open upon maturity, revealing soft masses of fibres. Cotton harvesting is then possible (the relevant timeframe is detailed in the table below, to which the reader is referred). The cotton is picked either manually or mechanically. Manual picking is a very labour intensive and time-consuming task, and may be rather expensive. However, it generally produces quality lint with limited amount of trash, since cotton bolls are picked by hand as they burst open upon maturity. Cotton is harvested mechanically by cotton pickers (the most commonly used) or

cotton strippers, which remove all the cotton bolls. Cotton strippers are generally used after application of a defoliant. Mechanical harvesting is faster than the manual picking of cotton. However, unwanted leaves and twins may be collected with the cotton. Cotton picked by a stripper might thus need additional cleaning (sorting of the trash) in order to obtain quality lint. Once the cotton is picked (either mechanically or manually) it is transported to a cotton gin, where the cotton fibres (lint) are separated from the cottonseeds. The cotton lint is then compacted in bales and stored.

Especially in the United States, cotton is increasingly grown as "irrigated" cotton. Although irrigated cotton farming tends to be more expensive than "dry land" cotton (which relies on rainfall), it generally produces higher quality lint with greater uniformity and yield potential. Moreover, the maturation period tends to be shorter than for dry land cotton.

Planting and harvesting times for cotton, by producing country

The cotton season conventionally starts on the 1st of August each year.

  Planting period

  Harvest time

Source: UNCTAD secretariat, based on Geocoton and ICAC information

For further information, please refer to: - Cotton with Special Reference to Africa (A. N. Prentice): chapter 10 - the physical environment: climate and soil, 1972.

Yields

World cotton yields (seed cotton and cotton fibre), 1990/91 to 2006/07

Source: UNCTAD secretariat (Data: Food and Agriculture Organisation (FAO) for seed cotton; the International Cotton Advisory Committee (ICAC) for cotton fibre)

If the world annual yield production of seed cotton has increased in a constant manner since the early 1960s (with an annual average around 2.2%). Yields in seed cotton rose from 0.86t/ha in 1960/61 to 2.14t/ha in 2006/07.

While during the 1960-1980, yields in developed countries were on average more than twice and a half those of developing countries, since the beginning of the 1980s the gap has increasingly narrowed, up to a ratio of 1.4 in 2005. Much of the rise in developing countries' share can be attributed to improved yields in China, mainly as a result of investment in research and innovation. Cotton fibre yields have also followed the same path than seed cotton yields. Over 1960/61-2006/07 period, fibre output per hectare (world average) grew from 0.3 tons to 0.8 tons. A world average around 0.86 tons is forecasted for 2012/13 by ICAC. Two large increase of the world yield have been recorded in 1980s (+2.5% per annum) and 2000s (according to the ICAC, annual growth rate may reach +3% over the 2000s).

The five largest producers in the period 1990-2006 were, by order of importance, China, the United States, India, Pakistan and the Commonwealth of Independent States (Uzbekistan in particular since 1992). Since the beginning of the 2000s, China recorded higher yields per hectare compared to the other countries with an average of 3.5 tons per hectare for seed cotton (almost 2.5 times the American yield over the period) and 1.1 tons per hectare for cotton fibre (0.82 tons per hectare for the United States).

Cotton yields, China

Between 1990 and 2007 seed cotton and cotton fibres yields have been multiplied by 1.7 respectively reaching record crops for both seed cotton (4.21 tons per hectare) and cotton fibres (1.3 tons per hectare). ICAC predicted yields to follow this upward trend and finally reach 1.36 tons per hectare in 2012/13.

1990-2000 2000-2007 2007

Seed cotton yields (t/ha) 2.61 3.95 4.21

Cotton fibre yields (t/ha) 0.84 1.28 1.29

Ginning output (%) 32% 32% 31%

Source: UNCTAD secretariat (Data: ICAC (fibre yields) and FAO (seed yields))

Cotton yields, Uzbekistan

The former Soviet Union was able to produce higher cotton yields per hectare than the other major cotton producing countries before 1991. Since the collapse of the Soviet state and over the 1992-2007 period, productivity has been flattening. The annual average output of cottonseed yield of Uzbekistan (the main producing country of this geographical area) over the period 1992-2007 was of approximately 2.35 tons per hectare and of 0.76 tons per hectare for cotton fibre. ICAC's projections until the end of the decade plan a relative stability of yields for the crop years to come.

1990-2000 2000-2007 2007

Seed cotton yield (t/ha) 2.41 2.61 2.28

Cotton fibre yield (t/ha) 0.79 0.85 0.82

Ginning output (%) 33% 33% 36%

Source: UNCTAD secretariat (Data: ICAC (fibre yields) and FAO (seed yields))

Cotton yields, India

Indian cottonseed yields have dramatically increased since 2002/03, the average yield from 2003/04 to 2006/07 jumped by more than 50% compared to its level over the previous period (1990/91-2002/03). Indian ginning output is particularly high compared to other major producing countries (see table below).

1990-2000 2000-2007 2007

Seed cotton yield (t/ha) 0.71 0.99 1.02

Cotton fibre yield (t/ha) 0.30 0.43 0.52

Ginning output (%) 42% 44% 51%

Source: UNCTAD secretariat (Data: ICAC (fibre yields) and FAO (seed yields))

Cotton yields, United States

In regard to United States, second world producing country with 11.1 million tons of cottonseed since the beginning of the 2000s, productivity rate is far above world average yields (+16% above the world yield since the beginning of the decade). Despite this pretty high level, American yields remain far below the ones recorded by China (-14%) or Uzbekistan (-32%) for instance.

1990-2000 2000-2007 2007

Seed cotton yield (t/ha) 1.88 2.50 2.83

Fibre yield (t/ha) 0.72 0.93 0.91

Ginning output (%) 39% 37% 32%

Source: UNCTAD secretariat (Data: ICAC (fibre yields) and FAO (seed yields))

Cotton yields, Pakistan

In regard to Pakistan, fourth world producing country, with an average output of 6 million tonnes of cottonseed grown (since 2000), yields are very similar to the world average.

1990-2000 2000-2007 2007

Seed cotton yield (t/ha) 1.73 2.22 1.99

   - World 1.61 1.93 1.73

Cotton fibre yield (t/ha) 0.57 0.73 0.67

   - World 0.57 0.69 0.62

Ginning output (%) 33% 33% 34%

Source: UNCTAD secretariat (Data: ICAC (fibre yields) and FAO (seed yields))

Cotton yields, Africa

Although cotton production in Africa is not significant on a global scale, a large number of African countries remain heavily dependent on cotton. For example, cotton accounts for 60% of foreign exchange earnings in Benin. Between 1990 and 2007, West African countries reported cotton yield per hectare at approximately 1.1 tons. Despite the fact that African yields globally remain below the ones of other producing countries, they have seemed to improve recently (+15% in 2000s compared to the average of the years 1990s). Cotton production and productivity levels vary considerably among African countries (e.g. yield in Tchad is 0.6 tons per hectare on average compared to Niger where it reaches 1.95 tons per hectare).

Besides West African countries, the case of Egypt deserves special consideration. Indeed, production and productivity levels were remarkably higher in Egypt than in any other African cotton producing country. Egypt produces nearly 740,000 tons of cotton over the 1990-2007 period (about a fifth of the continental production). In terms of productivity, between 1990 and 2007 its yield per hectare was at 2.4 tons, that is to say, Egypt produced per hectare more than double the cotton of the average West African countries. This performance originates in the fact that cotton is grown under irrigation in Egypt, a way of cultivation that is generally not used in West Africa.

1990-2000 2000-2007 2007

Agricultural output (t/ha) 1.03 1.19 0.99

Cotton fibre yield (t/ha) 0.41 0.39 0.35

Output at cotton gin (%) 40% 33% 35%

Source: UNCTAD secretariat (Data: ICAC (fibre yields) and FAO (seed yields))Note: The analysis draws on figures for nine francophone African countries: Benin, Burkina Faso, Cameroon, Centrafrican republic, Chad, Côte d'Ivoire, Mali, Senegal, Togo, Madagascar, Niger.

QualityCotton is a natural fibre, like silk, wool, or linen. Alongside natural fibres, there are artificial and synthetic man-made fibres. Artificial fibres (such as viscose rayon and acetates) are made from organic polymers derived from natural raw materials, mainly cellulose. Synthetic fibres (including acrylics, polyamides, and polyesters) are generally derived from petrochemicals.

In industrial uses of cotton, grades defined by the US Department of Agriculture are generally accepted as the world standards for cotton fibre quality.

- United States cotton standards - Examples of other national standards- Quality of cotton fibre

United States cotton standards

Developments in cotton classification standards

Prior to the development of official standards, cotton was marketed primarily on the basis of its variety and where it was grown, although some physical standards for cotton classification (sets of physical samples) were used privately. The United States Cotton Futures Act of 1914 authorised the Department of Agriculture to establish physical standards as a means of determining colour grade, staple length and strength, and other qualities and properties. These standards were thereafter agreed upon and accepted by the leading European cotton associations and exchanges. They were accordingly termed and referred to as the "Universal Standards for American Cotton." Indeed, when in 1923 the US Department of Agriculture (USDA) signed the Universal Cotton Standards Agreement with nine leading cotton associations in seven major European countries, the US classing system entered into increasingly global use. Under the auspices of the Agreement, the currently twenty-four signatory cotton associations representing twenty-one countries agreed to use only Universal Standards to arbitrate US grown American upland cotton. In addition to use by signatory countries, Universal Standards are routinely used in over twenty-five non-signatory countries as the standard for US and non-US grown cottons. Whereas other countries started developing their own classification system, the USDA kept committed to continual development and improvement efforts in the area of cotton classification standards. Since 1991, USDA cotton classification has relied on instrumental measurements (in addition to or as a substitute for human vision) for fibre length, strength and length, micronaire (a measure of the cotton's fineness), colour grade, colour Rd (reflectance), colour +b (yellowness), and trash percent area. All instrument measurements currently utilised in USDA are performed by High Volume Instrument (HVI) patented by Uster Technologies, a leading company in textile

quality controlling. Given the international acceptance of HVI testing, in 1996 the Universal Cotton Standards Agreement was amended to recognize USDA-produced HVI calibration cotton standards for strength, length and uniformity index. The new standards were named Universal HVI Calibration Cotton Standards and continue to serve today as the most recognized standards for HVI calibration. USDA is continuing its effort toward global HVI standardisation.

The quality of the cotton fibre is determined by three factors, namely, the colour of ginned cotton, purity (the absence of foreign matter) and quality of the ginning process, and the length of fibres. Practically all cotton grown in the United States is classed by USDA at the request of producers. While classification is not mandatory, growers generally find it essential to marketing their crop and for participation in the USDA price support program. For additional information on USDA cotton classification standards, the reader is referred to the official USDA website sections on classification, the HVI system, and standardisation.

Colour

The colour of cotton fibres is primarily determined by conditions of temperature and/or humidity, cotton lint exposure to sunlight, and cotton varieties. Action by parasites or micro-organism, as well as technical defects in harvesting and subsequent storage and transport, may all affect the colour of cotton.

The colour of cotton ranges from white to yellowish and is classed into the groups "White", "Light Spotted", "Spotted Tinged" and "Yellow Stained", in descending order of quality. There are 25 official colour grades of American upland cotton, ranging from "Good Middling" colour through "Middling Yellow Stained" colour. In addition, there is a descriptive "Below Colour Grade" standard for 5 categories of American upland cotton. Fifteen of these grades are each within the range represented by a set of physical samples in the custody of the United States Department of Agriculture (physical standards), whereas the remaining 10 grades (the six "Light Spotted" grades, "Good Middling Spotted Colour", "Strict Middling Tinged Colour", and the two "Yellow Stained" grades), as well as the 5 "below grade" categories, are descriptions based on the physical colour grade standards (descriptive standards).

Colour Colour Grade Symbol

White

Good Middling GM

Strict Middling SM

Middling Mid

Strict Low Middling SLM

Low Middling LM

Strict Good Ordinary SGO

Good Ordinary GO

Light Spotted Good Middling Light Spotted GM Lt Sp

Strict Middling Light Spotted SM Lt Sp

Middling Light Spotted Mid Lt Sp

Strict Low Middling Light Spotted SLM Lt Sp

Low Middling Light Spotted LM Lt Sp

Strict Good Ordinary Light Spotted SGO Lt Sp

Spotted

Good Middling Spotted GM Sp

Strict Middling Spotted SM Sp

Middling Spotted Mid Sp

Strict Low Middling Spotted SGM Sp

Low Middling Spotted LM Sp

Strict Good Ordinary Spotted SGO Sp

Tinged

Strict Middling Tinged SM Tg

Middling Tinged Mid Tg

Strict Low Middling Tinged SLM Tg

Low Middling Tinged LM Tg

Yellow stainedStrict Middling Yellow Stained SM YS

Middling Yellow Stained Mid YS

Below Grade

Below Grade-(Below Good BG 81Ordinary)

BG

Below Grade-(Below Strict Good BG 82Ordinary Light Spotted)

BG

Below Grade-(Below Strict Good BG 83Ordinary Spotted).

BG

Below Grade-(Below Low BG 84Middling Tinged)

BG

Below Grade-(Below Middling Yellow BG 85Stained)

BG

Source: UNCTAD secretariat, based on USDA, United States Standards for the Color Grade ofAmerican Upland Cotton, August 1993

HVI classing has been available on an optional basis to all growers since 1981. The colour of cotton is measured by the degree of reflectance (Rd) and yellowness (+b). Reflectance indicates how bright or dull a sample is, and yellowness indicates the degree of colour pigment. A three-digit colour code is used to indicate the colour grade. This colour grade is determined by locating the quadrant of the colour chart in which the Rd and +b values intersect. For example, a sample with an Rd value of 72 and a +b value of 9.0 would have a colour code of 41-3. In cotton classification, the colour grade of American upland cotton is determined using the HVI Colour Chart (instrument measurement), and referenced to colour grade standards that are in the custody of the USDA (the abovementioned Universal Cotton Standards used by human classers to determine official colour grade).

For further information, please refer to United States Standards for the Color Grade of American Upland Cotton, USDA, August 1993 (PDF, 22.4 KB).

Leaf grade and extraneous matter

Leaf grade describes the leaf or trash content in the cotton. Purity as regards the presence of foreign matter (waste such as leaves or earth) is of the utmost importance. There are seven official leaf grades for American upland cotton designated as "Leaf Grade 1" through "Leaf Grade 7". They are all represented by official physical standards in the custody of the USDA. In addition, there is a descriptive "Below Leaf Grade Cotton" designation for American upland cotton that is lower in leaf grade than Leaf Grade 7.

Official US standards for the leaf grade of American Upland cotton

Leaf Grade Symbol Code No.

Leaf Grade 1 LG1 1

Leaf Grade 2 LG2 2

Leaf Grade 3 LG3 3

Leaf Grade 4 LG4 4

Leaf Grade 5 LG5 5

Leaf Grade 6 LG6 6

Leaf Grade 7 LG7 7

Below Leaf Grade BLG 8

Source: United States Standards for the Leaf Grade of American Upland Cotton, USDA, August 1993

Other foreign matter (such as seed coat fragments), as well as the degree of smoothness or roughness with which cotton is ginned, may all affect the purity of the cotton lint. Additional explanatory terms considered necessary to describe adequately the condition of the cotton may thus be entered on classification memorandums or certificates.

An HVI trash measurement is also available, although the traditional method of classer determination for leaf grade and extraneous matter continues to be included as part of USDA's official cotton classification. Trash in raw cotton is measured by a video scanner, commonly referred to as a trash meter. It is a measure of both leaf and other elements such as grass and bark. The surface of the cotton sample is scanned by the camera and the percentage of the surface area occupied by trash particles is calculated.

For more information: United States Standards for the Leaf Grade of American Upland Cotton, USDA, August 1993 (PDF, 15.8 KB).

Fibre length

• LengthFibre length is defined as the average length of the longer one-half of the fibres (upper half mean length). Fibre length is basically an inherited/genetically character of the seed variety. However, weather, nutrient deficiencies, as well as excessive cleaning and/or drying at the gin may also affect the fibre length. By affecting yarn strength and evenness, and the efficiency of the spinning process, the length of the fibre has a great influence on quality and price.According to USDA's classing methodology, length measurement of American upland cotton is

performed by HVI in accordance with standard test methods. The length of staple, measured in inches and fractions of an inch, is classed according to the following codes:

Length (inches) Code Length (inches) Code

< 13/16 24 1-3/16 38

13/16 26 1-7/32 39

7/8 28 1-1/4 40

29/32 29 1-9/32 41

15/16 30 1-5/16 42

31/32 31 1-11/32 43

1 32 1-3/8 44

1-1/32 33 1-13/32 45

1-1/16 34 1-7/16 46

1-3/32 35 1-15/32 47

1-1/8 36 1-1/2 48

1-5/32 37   

More information on US standards for length of staple of cotton (PDF, 17.5 KB)

• UniformityLength uniformity is the ratio between the mean length and the upper half mean length of the cotton fibres within a sample. It is measured on the same beards of cotton that are used for measuring fibre length and is reported as a percentage. The higher the percentage, the greater the uniformity. If all the fibres in the sample were of the same length, the mean length and the upper half mean length would be the same, and the uniformity index would be 100. The following tabulation can be used as a guide in interpreting length uniformity results. Measurements are performed by HVI. Cotton with a low uniformity index is likely to have a high percentage of short fibres and may be difficult to process

Length uniformity index

Descriptive Designation Length Uniformity

Very Low Below 77

Low 77 - 79

Average 80 - 82

High 83 - 85

Very High Above 85

Source: Cotton Classification - Understanding the Data, USDA, July 2004

• StrengthThe fibre strength measurement is made by clamping and breaking a bundle of fibres from the same beards of cotton that are used for measuring fibre length. Results are reported in terms of grams per tex (a tex unit is equal to the weight in grams of 1,000 meters of fibre). It expresses the force required to break a bundle of fibres one tex unit in size. Fibre strength is largely determined by variety. Strength measurements are performed by HVI in accordance with standard test methods. The descriptive terms listed below may be helpful in explaining the measurement results.

Fibre strength table

Descriptive Designation Strength (grams per tex)

Weak 23 & below

Intermediate 24 - 25

Average 26 - 28

Strong 29 - 30

Very Strong 31 & above

Source: Cotton Classification - Understanding the Data, USDA, July 2004

More on HVI measurement of fibre uniformity and fibre strength: USDA, Cotton Classification - Understanding the Data, July 2004 (.doc, 2.56 MB).

Other properties that are of great importance in the industrial uses of cotton, including fibre fineness and maturity, are measured in accordance with standard test methods. Classing methodology is constantly updated to include state-of-the-art methods and equipment. Fibre properties are also measured for American pima cotton.

While the basic testing procedures for American Pima cotton are the same as for American upland cotton, different grade standards are used. For more information, refer to the Classification of Cotton (Cotton incorporated).

Examples of other national standards

Official cotton standards have been enacted by other countries. In Tanzania, for example, the Tanzania Cotton Board (TCB) has established quality standards for measuring those physical

attributes of raw cotton that affect the quality of the finished product and/or manufacturing efficiency. The grade of cotton is determined in terms of colour, leaf, and preparation. In reference to these factors, cotton is classed into the groups "TANG" (the superior quality), "GANY" (the fair average quality), and "YIKA" (the inferior quality). These grades (referred to as "Physical grade standards") are all represented by physical samples in the custody of TCB. In addition, there are four "descriptive grade standards" for GANY and one descriptive "under grade" ("UG"). Finally, three descriptive colour standards (named "Slight dull mixed stain" (SDM), "Dull mixed stain" (DM), and "Stain") are introduced for lint contaminated by insects or in the field for a long time after balls opening. Cotton grade is assessed on the basis of the above standards by classers.For more information on Tanzania cotton classing, refer to: Tanzania Cotton Grade Standards.

National standards and testing procedures allegedly reflect domestic conditions and are suitable to local actors. The coexistence of national specifications and universal (US) standard as a point of reference in international trade does not necessarily engender confusion, to the extent that some comparability is assured. Benin for example has developed its own cotton labels for different quality grades. Cotton is classed into three groups, "Kaba" (the superior quality), "Zana, "Kene" and "Bati" (inferior qualities)..

Quality of cotton fibre

Three fibre classing systems exist at the international level: the English system "Na"; the metrical system "Nm"; and the "TEX" system.

Uses- Major uses of cotton fibres- Major uses of cottonseeds

Products derived from cotton fibre

Source: UNCTAD secretariat, drawing upon "Etude relative au mécanisme de formation des prix de cession du coton-graine et des intrants agricoles au Bénin" (Anna Croles-Rees and Bio Goura Soulé Lares, 2001)

Major uses of cotton fibres

Source: Adapted from: "Cotton Facts", International Cotton Advisory Committee (ICAC), 2003

The major end uses for cotton fibre include wearing apparel, home furnishings, and other industrial uses (such as medical supplies). The cotton fibre is made primarily into yearns and threads for use in the textile and apparel sectors (wearing apparel would account for

approximately 60% of cotton consumption). Cotton is also used to make home furnishings, such as draperies (eventually the third major end use) or professional garments (about 5% of cotton fibre demand).

Besides traditional uses and as a result of different finishing processes that have been applied to the cotton fibre, cotton is made into specialty materials suitable for a great variety of uses. Cotton fabrics with specialty applications include, for example, fire-proof (flame resistant) apparel, which is suitable for professional uses and provides effective protection against potential risks associated with high temperature and particularly flashover. Flame resistant cotton fabrics are treated with chemicals. Without chemical treatment, cotton would burn up releasing very strong heat, just like the major part of synthetic fibres, which melt when they are exposed to high temperatures.

Cotton also finds specialty applications in medical and hygienic uses. Most notably, the fibre is used to manufacture hydrophile cotton (cotton wool), compress, gauze bandages, tampons or sanitary towels, and cotton swabs. In this field, the most suitable cotton variety is the species Gossypium herbaceum with short-staple thick fibres.

See, in particular: Modified Fibers with Medical and Specialty Applications

One development that will most likely affect cotton consumption patterns is the marketing of coloured fibres tailored to the needs of the textile industry. Substantial technological advances have taken place in this area. According to the Ministry of Higher Education and Scientific Research in Burkina Faso: "... In China for example, one does not make any more dyeing. China uses transgenic cotton plants which produce yellow, white, green, or red cotton; to sum up, any customised colour grade...".

Share of selected fibres in world use, 1900 - 2001

Source : UNCTAD secretariat (Data: "Statistiche 2002 Italia E Mondo," Associazione Tessile Italiana, October 2003)

Cotton demand is strongly influenced by comparative prices vis-à-vis man-made fibres (artificial and synthetic fibres). Artificial fibres (like viscose rayon and acetates) are made from organic polymers derived from natural raw materials, mainly cellulose. Synthetic fibres (including acrylics, polyamides, and polyesters) are generally derived from petrochemicals petroleum products.

From the beginning of the 20th century until the end of the second world war (WWII) cotton had accounted for 81% of world total fibre consumption. A shift occurred in the 1940s, when man-made fibres first appeared in the market (accounting for 12% of the world's total fibre consumption over the 1940s). As from the 1960s, with a deepening of the trend since 1970, decline in cotton consumption has become more prominent. The ratio of cotton in the fibre market decreased from 75% in 1940 to 68% in 1960. In 1970 cotton accounted for 57% of textile fibres. Since the early 2000s, cotton has accounted for roughly 39% of world fibre consumption. By contrast, the share of synthetic fibres rose to 58%, up from 5% in 1960.

For further information concerning weaving, refer to the following website: Weaving, how does it go?: Tenthorey S.With.

Uses of cottonseeds

The seed coat (hull)

Source: Adapted from "Cotton Facts", ICAC (2003)

Cottonseed oil is mechanically extracted from the cottonseed by means of screw or press (about the two thirds of cotton seeds which generally contain around 18% of oil are used to extract cottonseed oil). According to the United States Department of Agriculture (USDA) statistics (December 2008), cottonseed oil ranked fifth in production among vegetable oils in the 2007/08 crop season with a bit less than 4% of world volumes.

World production of vegetable oils

Vegetable oils 2004/05 2005/06 2006/07 2007/08

   Coconut 3.45 3.47 3.25 3.48

   Cottonseed 4.78 4.62 4.86 4.99

   Olive 2.96 2.66 2.91 2.84

   Palm 33.53 35.98 37.35 41.31

   Palm kernel 4.15 4.38 4.45 4.85

   Peanut 5.08 4.95 4.50 4.82

   Rapeseed 15.72 17.24 17.08 18.24

   Soybean 32.60 34.60 36.32 37.46

   Sunflower 9.19 10.57 10.60 9.91

Total 111.45 118.46 121.30 127.88

Source: Oilseeds: World Markets and Trade, USDA, FAS, Decembre 2008

In many West ans Central African countries, cottonseed oil (used as oil or margarine) provides the main source of fat and oil supply and has several food applications. Actually, according to FAO statistics, it can be considered that only 3% to 5% of the African cottonseed oil production has effectively been exported over the 2000-2005 period. Cottonseed oil may also be further refined for use in soaps and cosmetics.

Some figures about the cottonseed oil market

Cottonseed oil productionThe four largest producing countries of cottonseed oil in 2008/09 (crop year) accounted for about the two thirds of world production (three of them are developing countries). Their relative shares were:- China: 32%, - India: 24%- Turkey: 3%- United States: 8%

Cottonseed oil tradeTrade in cottonseed oil is particularly concentrated. On their own, United States accounted for more than 45% of world exports. The next largest exporting country after United States is China, with 5% to 6% of world exports.

Cottonseeds hulls have also been used to provide roughage in animal feed. The remains of the seed after the oil has been extracted can also be rendered as flours for livestock feed. Whereas these usages refer to animal consumption, research is being conducted to develop new uses for cottonseed derivatives in human diet. Major achievements in this direction include:- Development of gossypol extraction techniques (gossypol is a toxic compound found in the cotton plant, mainly concentrated in the cottonseed);- Development of "glandless" cotton varieties (where the plant is genetically bred to produce gossypol-free cottonseed).

Cottonseed meal

After the oil has been extracted from the cottonseed, the residue (i.e. cottonseed meal) is high in proteins (about 40%). It is usually marketed for animal feed, although it can have other usages (see the figure below).

Market- Cotton production- Cotton consumption- International trade in cotton- Fair Trade Cotton Market

Cotton production

World cotton production (million tonnes), by main countries, 1980/81 - 2012/13

Source: UNCTAD secretariat, based on International Cotton Advisory Committee (ICAC) statistics

A declining trend of cotton's share in textiles fibres since the 1970s compare to the chemical textiles (branched off oil) was stated- in 1960 the part of cotton was of 68.3% against 21,8% for chemical textiles and at the opposite the percentages were respectively of 39,7% and 57,7% in 2002. Cotton remains nevertheless by far the most important natural fibre of the 20th century (see "uses"). In a development context, cotton is crucially important for income and employment provided in its production and processing. Much of the growth of cotton production since the end of the Second World War (WWII) was due to improved yield (output per hectare more than multiplied by four quadrupled between 1945/46 and 2006/07, from 0.2 tons per hectare (t/ha) to 0.8 tons per hectare, according to the International Cotton Advisory Committee - ICAC), rather than to expanded area (cultivated land increased by only 35% over the 1945/46-2006/07 period, expanding from 22.3 million hectares to 34.8 millions). The development of the cultivated area mainly occured at the end of the 1940s and remained relatively unchanged since then.

In 2007, cotton was grown in 90 countries. In 2006/07, the four main producing countries were China, India, the USA and Pakistan and accounted for approximately three quarters of world output. If we added Uzbekistan and Brasil, six countries would account for 83% of world cotton production. This concentration in cotton production, which appears to increase for several years, has to be put into perspective by considering the impact of domestic policy reforms in the largest cotton producing countries, as well as climatic and sanitary contingencies. For example, global output increased by 30% between the seasons 1983/84 and 1984/85, rising to 19.2 million tonnes up from 14.5 million tonnes. Most of the growth came from China, where increases in production (Chinese production edged upward from 4.6 million tonnes in 1983/84 to 6.3 million tonnes in the 1984/85 season) were prompted by incentive measures taken by the Government. To stimulate production growth, the Government used price incentives (price adjustment increased from 15% to 50% according to the main commodities) and above-quota premiums in cotton procurement (in China farmers were assigned quotas for delivering cotton at administered prices). Additional policy measures were taken to stimulate cotton production in the 1993/4

season, including loans at preferential rates and advance payments to cotton producers before planting. The combined effect of these policy reforms was quite remarkable. Cotton production increased by 3.7 million tonnes in the 1992/93 season to 4.34 million tonnes in 1993/94 (a 16.1% increase). The increase in production remained around the trend in the 1995/96 season, as the Government announced that it would increase cotton procurement price by 25%.

Cotton consumption

Since the beginning of the 1940s, world cotton consumption has increased at an average annual growth rate of about 2% (roughly the same as production). Growth in the demand for cotton was comparatively higher in the 1950s and 1980s, with an average growth rate of 4,6% a year during the 1950s and 3% in the 1980s. Developing countries have absorbed much of global cotton output since the end of WWII. Their share in global consumption has become even more significant since the beginning of 2000s. Developing countries accounted for approximately 78% of global cotton consumption between 1981and 1999; since 2000 their ratio has been above 80%; according to projections based on ICAC figures, in 2010 they would absorb almost 94% of global cotton output.

Cotton consumption has shifted to developing countries mainly as a reflection of rising wage levels in developed countries. In the textile sector, labour accounts for about 1/6 of production costs. This means that raising labour costs eroded the competitive edge of developed countries, and contributed to the shifting of cotton processing to low-cost economies (most notably Asia and the Maghreb, but also Africa). Following specialisation, certain countries were able to forge new patterns of comparative advantages out of competitive differences in quality. These countries built on the competitiveness and dynamism of the textile sector, which became the foundation stone of their development. Other exogenous factors (such as the development of new technologies and improved infrastructures) favoured delocalisation of production by multinational companies based in developed countries.

The main cotton producing economies also account for a large part of consumption. According to ICAC data, China, the United States, India, and Pakistan as a whole have accounted for approximately more than 55% of global cotton consumption over the period 1980 to 2008. Their overall consumption has risen considerably in volume (see figure below). For example, consumption multiplied by 3 in China and by more than 3 in India. Pakistan has had the largest increase in volume (which multiplied by 6 between 1980 and 2008) in order to responde to export-driven demand for textiles.

Cotton consumption (million tonnes), by main countries, 1980/81-2012/13

Source: UNCTAD secretariat, based on International Cotton Advisory Committee (ICAC) statistics

International trade in cotton

Despite increasing local processing (especially in developing countries), cotton is still the main traded agricultural raw materials with more than 30% of cotton production (approximately 6.3 million tonnes of fibre) traded per annum since the beginning of the 1980s.

Exporting country

Exports (value in '000 US$)

Trading partner (% of exports)

Developing countriesCountries in

transitionDeveloped countries

USA 3'719'793

92.5 7.5Developing countries:- 79% of US exports are sent to Asia (inc. China (43%), Turkey (16%), Indonesia (9%), Thailand (6%), Pakistan (5%)) and, - 12% to Mexico.

West Africa

994'048

84.9 0.1 14.1Developing countries:- 80% of West African exports are sent to Asia (inc. China (36%), Indonesia (21%), Thailand (10%) and, - 18% are traded in Africa (16% in the West African region and 12% to Morocco).

Uzbekistan 867'69259.8 17 23.1

Developing countries:

Uzbek cotton sold to developing countries is mainly traded with Asia (99.5%) and to China (52%) and Bangladesh (35%) in the lead. Countries in transition: The main trading partner within the area is the Russian Federation (89%). Developed economies : The main destination of Uzbek exports is the EU (99%)

Australia 705'720

87.1 0.2 12.7Developing countries: The main trading partner of Australia in regard to its cotton is Asie (which accounts for 99.7% of Australian exports to developing countries). Within the region, the main source of imports are: Indonesia (33%), China (26%) and Thailand (16%) in the lead.

Egypt 298'690

65.5 34.5Unlike other cotton producing / exporting countries, Egyptian exports are pretty well distributed among country groups (developing / developed). This fact may mainly been explained by the specificity of Egyptian cotton fibers.

In regard to developing countries: 98% of Egyptian cotton fibers are exported to Asia (mainly to India (34%), Pakistan (18%), China and Turkey (9% each) and Thailand (7%) in the lead. In regard to exports to developed countries, the European Union is the main market for Egyptian cotton and accounts for 56% of Egyptian exports to developed countries.

Source: UNCTAD statistical data

With 3.7 billion dollars and almost 3 million tons of cotton exported over the 2002-2006 period (around 40% of world exports over the period, the United States are by large the dominant exporter with regard to cotton fibre.

In terms of direction of trade flows, 73% of US cotton exports went to developing Asia in the 2002-2006 period, the remain went to mainly to Mexico (11%). The United States is indeed the single largest exporter of raw cotton to Mexico, which has relied heavily on US imports to supply its export assembly plants, known as Maquiladoras. Up to 1992 these transactions were only recorded by the Central Bank of Mexico. Starting from 1992, they have been incorporated into official international trade statistics, which explains the (apparent) sharp rise in Mexico's imports from the USA since then.

Breakdown of EU imports (UE25), by country of origin, avg 2002 - 2006

Source: UNCTAD statistical data

Since the collapse of the former Soviet Union, Uzbekistan has been the second major cotton exporter (third if West Africa is considered as a group), with 870 million dollars of cotton exported annually between 2002 and 2006 (about 825 000 tons). Uzbekistan accounted for 10% of world exports over the period 2002-2006.

Seed cotton contribution to foreign exchange earnings (relative to commody exports)

1st 2nd 3rd 4th 5th

- Tuvalu (91.2%)- Benin (86.1%)- Mali (75.6%)- Burkina Faso (67.6%)- Uzbekistan (37.8%)- Togo (31.3%)- Kyrgyzstan (27%)

- Tokelau (25%)- Zimbabwe (20.5%)- American Samoas (12.3%)- Tajikistan (8.6%)- Turkmenistan (3.1%)- Chad (3%)- Burundi (2.2%)

- Sudan (17.7%)- India (8.3%)- Pakistan (6.7%)- Malawi (2.9%)- Central African Republic (2.4%)- Zambia (2.2%)

- Tanzania (10.6%)- Afghanistan (7.3%)- Barbados (4.8%)- Cameroon (4.2%)- Syria (3.8%)- Azerbaijan (0.9%)- Nigeria (0.9%)

- Greece (9.8%)- Senegal (5.4%)- Paraguay (3.1%)- Côte d'Ivoire (2.9%)- Mauritius (2.7%)- Mozambique (2.5%)- Gambia (2%)

Source: UNCTAD Secretariat

From 2004/05 to 2007/08, West African countries together accounted for 16% of world exports. As a group, they ranked second after the United States (~38%). Exports earnings are important for African countries, which export more than 80% of their domestic production on average.

Evolution of the share of selected regions in world cotton fibre imports, decades 1980 to 2010

Source: UNCTAD secretariat, based on ICAC statistics

Since the early 1980s, the market situation in regard to cotton imports has been changing. They have become less concentrated and the trend is expected to continue over the time. The number of cotton importing countries rose from 85 in 1980 to 150 in 2006 (according to FAO statistics). Moreover, the share of traditional cotton importers has fallen over the past decades. This is for instance the case of the European Union, of East Asia & former USSR countries. Indeed, if these country groups shared more than the two thirds of world cotton imports during the 1980s, their combined import share may be divided by two over the 2000s (33%).

It is also interesting to point out that the share of China (Mainland) has been multiplied by almost 6 between the 1980s and 2000s. This increase has been particularly important in the course of the recent years and especially since the beginning of the decade 2000. In fact, Chinese imports increased from 52 000 tons in 2000/01 to 2,5 million tons over the 2007/08 crop season. This increase may continue in the years to come according to ICAC forecasts reaching more than 3.8 million tons over the 2012/13 crop year (about 46% of world imports - against less than 1% in 2000/01).

is in 2005/2006 the firt importer of cotton. Turkey remained the second largest importer for the fourth consecutive season with 8% of world imports (50% from United States, the rest is mainly shared between Greece and Syria).

Fair Trade Cotton Market

Max Havelaar, one of the main fair trade associations, launched, in March 2005, the first fair trade label for a non-food commodity: cotton. To achieve its aim, Max Havelaar has worked with small producers from Cameroon, Mali and Senegal (about 20'000) organised in association and

certified by the international standardisation body: FLO (Fairtrade Labelling Organizations International ). Cotton growers from Burkina Faso are expected to join this enterprise by the end of 2005. Then, cotton farmers from this country are likely to account for the greatest share of the global fair trade cotton production.

In order to implement this new fair trade segment, Max Havelaar entered into partnerships with the French company DAGRIS and benefited from the financial support of several bodies (e.g. French Ministry of Foreign Affairs and the Centre for the development of enterprise*). Fair trade cotton products are sold off by using different brand names (e.g. Armor Lux, Célio, Cora/influx, Eider, Hacot, Colombier, Hydra, Kindy, La redoute et TDV industries). In order to benefit from better price (including fair trade premium) for cottonseeds (which corresponds to, according to Max Havelaar, an increase of 46% compared to the price paid for the traditional cottonseeds originated from Senegal and 26% compared to the one from Mali, over the period 2004/05 and is predicted to reach a price of 60% more for 2005/06) producers must be certified (costs assumed by them). They also have to meet particular specifications (e.g. use cotton-made bags rather than polypropylene ones, ensure a better sorting of the cotton seeds). Moreover, the textile fabrics where "fair tarde cotton" is produced are submitted to audit in order to check whether the WLO (World Labour Organisation) conventions are respected.

Price granted under fair trade cotton seeds scheme

Source: UNCTAD Secretariat according to an article issued by Marchés tropicaux on March 11 2005

The first conclusions drawn in Mali after two years of fair trade cotton presence are positive. Indeed, in the Djidjan region, the extra income enabled famers among others to buy new agricultural material, cattle, scholastic furniture, enroll children to school and pay teachers' wage.

For further information, see: - Max Havelaar- FLO - DAGRIS - Centre for the development of enterprise (CDE)

Chain- Brief overview of world cotton chain- Production and marketing of cotton in China- The US cotton industry- Cotton marketing systems in Eastern Europe and Central Asia (with special reference to Uzbekistan)- Cotton sectors in Africa- Cotton chain in Pakistan

World cotton chain

Source: Training Manual on Cotton Trading Operations (UNCTAD/WTO International Trade Centre)

Full-scale vertical integration, from growing cotton to the marketing of end-use products, is unusual in the developed countries' cotton sectors. One notable exception regarding the United States (US) cotton industry is the Plains Cotton Cooperative Association (PCCA). This cooperative accounts for about 15% of US production. In addition to growing, ginning, warehousing cotton and producing cottonseed oil, PCCA owns a number of textile mills for the manufacture of end-use products. By contrast, although to varying extents, liberalised cotton sectors in developing countries still exhibit a relatively high degree of vertical integration.

As in the case of some Francophone West African countries, foreign companies have acquired equity interests in the former parastatals, as they seek to secure consistent and timely supplies of cotton.

The cotton sectors of developed and developing countries differ in various respects, including: the size of cotton farms; the level of mechanisation (in harvesting, processing, and grading systems -visual and instrumental); and uses of harvested cotton.

Production and marketing of cotton in China

China has been producing cotton for 2000 years. The major cotton producing areas are the Yellow and Yangtze River Valleys, accounting for more than three fourths of China's cotton output. Traditionally, the most commonly cultivated species of cotton was Gossypium hirsutum. New cotton varieties were introduced from the United States in the 1950s and 1960s. The most important cultivars now include Deltapine, Stoneville and Coker.

China's cotton sector became fully centralised in 1953, after the introduction of the first Five-Year Plan. The procurement and marketing of cotton was monopolised by the government procurement agency, the Supply and Marketing Cooperatives (SMC) system. Farmers were assigned compulsory quotas for delivering cotton to the local branches of the SMC at administered low prices. SMC controlled the whole marketing process, from purchasing through processing to marketing. State intervention distorted domestic supply and demand, and also affected movements in world cotton prices.

Since the 1980s, China has made changes to its cotton policy toward an increased market orientation. A major institutional change occurred in 1978 when land use rights were contracted to individual farmers under the "Household Responsibility System" (HRS). In 1985 a "contracted purchasing" scheme replaced the united procurement system.

Another step toward market-oriented system was eventually established in the early 2000s. For instance, under the new system, domestic textile firms granted from authorisation delivered by provincial authorities were allowed to purchase cotton directly from growers, the growers association, or the local branches of the SMC.

The US cotton industry

The cotton industry has generated considerable revenue in the United States (by value, cotton ranks fifth among agricultural commodities). The United States is the second-largest producer of cotton, supplying approximately 20% of world output. The United States remains by far the largest exporter of cotton in the world, accounting for about one fourth of world exports.

Main cotton producing States in the United States

Source: UNCTAD secretariat

The main cotton producing States include Texas, Mississippi, and California. In the period 1965 to 2003 they accounted for a combined 60% of US production. Cotton acreage began shifting to Western States in the 1960s and 1970s, but has started shifting back to traditional cotton-growing regions since the 1980s. Texas still remains the largest single cotton-producing State (above one fourth of domestic output since the mid 1960s), despite the fact that its share has been declining. Most of the cotton grown in the United States is of two varieties, upland cotton (Gossypium hirsutum) and extra-long staple (ELS) cotton (Gossypium barbadense), which is also referred to as American Pima cotton.

US cotton chain

Source: UNCTAD secretariat

Cotton farming has consolidated into larger farms since the second world war. Over the last fifty years, the number of cotton farms dropped by 98% (down to 31,500 in 2000 from 2 millions in the 1930s), whereas cotton acreage has declined by 25%. Therefore, the average farm size has increased. Cotton farms are primarily owned by individuals and families (according to US figures - Industry Trade Summary- 80% of farms are individual or family-owned) and are dedicated to cotton monoculture. Cotton gins are located in close proximity to cotton farms. As for cotton farms, ginning capacity has consolidated into larger gins, especially in the 1980s and 1990s. In 1999 there were less than half the number of active gins in the 1980. Cotton gins are predominantly owned by farmers either individually or through cooperatives.The cotton is harvested using mechanical pickers or strippers. After harvesting, cotton is either ginned immediately or stored in field modules. The ginned cotton fibre is then compacted into bales. Samples are taken from each bale and classed for quality by means of High Volume Instrument (HVI). Concerning domestic marketing, farmers can either store the classified bales in a government-approved warehouse, or sell them immediately. When cotton bales go into storage, farmers can borrow money against them (using the cotton as collateral), and sell the bales at a later stage.

Ownership is retained by farmers through storage until final sale. On the other hand, farmers can sell the classified bales immediately to textile mills (which does not occur frequently) or independent merchants (brokers and intermediate processors of textile products).

For more information on the US cotton industry, please refer to Industry&Trade Summary, US International Trade Commission, January 2001 (PDF 1.31 MB).

Cotton marketing systems in Eastern Europe and Central Asia (with special reference to Uzbekistan)

The former Soviet Union's share in world cotton production rose considerably in the 1960s and early 1970s (the region contributed one fourth of global output in 1975). But since then the share had been declining (20% in 1983 and 13% in 1991). The levels eventually dropped following the collapse of the Soviet Union. In 2003, the former Soviet Union contributed only 8% of world cotton. Over the period (1991-2003) cotton production was concentrated in four countries, namely, in order of importance, Uzbekistan (accounting for one third of supply), Turkmenistan (18%), Tajikistan (8%), and Kazakhstan (5%). Uzbekistan still plays a prominent role in world cotton production. Its share had declined over the first half of the 20th century, compared with the early 1900s (in 1913, the levels stood at 150,000 tonnes, or 75% of the then Russian Empire's output). But since the 1960s Uzbekistan has partially recovered its position.

The Central Asian Republics have continued the system of central planning in the cotton sector that prevailed in the former Soviet Union.

Cotton marketing structures in Uzbekistan

Source: International Cotton Advisory Committee

Cotton farms vary considerably in size (ranging between 10 to 2,000 hectares in Uzbekistan). Output per hectare has declined over the years (please, refer to the crop section). The decline in cotton yields is attributable to specific difficulties affecting productivity in several Central Asian Republics, including the low level of mechanisation and shortages of spare parts (an exception being Uzbekistan, which has the industrial capacity to manufacture parts), as well as lack of fuel (despite the compensatory exchange agreement in force between the Central Asian Republics and the Russian Federation). Low soil fertility and difficulties with procuring inputs added to the stagnation of production levels. Finally, yield fell due to poor quality of planting material (with the exception of Uzbekistan, at the forefront of agricultural research in Central Asia).

There are approximately 250 active gins in the Central Asian Republics, predominantly handled by State-enterprises. Ginning capacity is under exploited (it is used at 50%) and the equipment involved is often outdated and therefore unsuitable to meet market requirements. In addition, active ginning facilities are relatively energy-intensive, and an increase in domestic prices for fuel would likely affect their economic viability.

Government agencies set cotton-specific plans and production quotas, as well as prices for seed cotton and for most of the inputs used in cotton production. The national targets are implemented by signing, with growers. contracts stipulating the minimum quantity of seed cotton to be delivered at administered prices. When the specified conditions are not met, cotton is sold at state procurement prices (30% of the market price for cotton). Since 2002, approximately 50% of cotton production has been handled in this way. By contrast, when the desired quantity of cotton is produced at the specified conditions, it would theoretically be possible for growers to sell cotton on the international market. All exporters shall require a special license. However, trading posts have been set in Uzbekistan, Kirghizstan and Kazakhstan free to export without license.

Similarly, export restrictions have been set as regards cottonseeds in order to sustain the domestic cottonseed oil market.

Fore more information, please refer to "Cotton Taxation in Uzbekistan", World Bank, August 2005.

Cotton sectors in Africa

- Benin - Niger- Burkina Faso - Senegal- Central African Republic - Chad- Ivory Coast - Togo - Mali  

Although Africa is not the largest cotton exporter (it would account for an estimated 10-15% of world exports), cotton is of critical importance to many African countries. Cotton is the largest source of export receipts in several West and Central Africa (WCA) countries. The cotton sector

is also key to rural poverty reduction, with cotton-related activities accounting for a large share of rural employment (about 6 million people are involved in the cotton industry in WCA).

Although each country is organized in a different way, it is possible to give a brief review of some common features and of recent developments in Sub-Saharan Africa (SSA) cotton production and marketing chains. The cotton sectors in the CFA franc zone countries in WCA have until recently been characterized by a single parastatal company that controlled the provision of inputs and other services to farmers, and operated as the sole buyer of the entire cotton harvest. In certain countries, some services that were previously performed in-house have then been contracted to external operators, such as the subcontracting of cotton harvesting to private companies (as in the case of Togo). However, reliance on external operators has remained confined to large-scale farms (generally, more than 20 hectares). Under a regime of public monopoly, government agencies supplied most of the inputs used in cotton production by issuing invitations to tender based on producers estimates. With the reform of the system, procurement of inputs was delegated to producers associations and private traders. A major disadvantage is now the lack of credibility of domestic private actors (with no track record) vis-à-vis the financial institutions concerned. For example, as documented in an article by "Tropical and Mediterranean Markets" (issued on 12/7/02), "... Invitations to tender were launched for the supply of seeds, but a bank guarantee problem did not make it possible for these calls to succeed...".

Productivity continues to be hampered by outdated production techniques and equipment, problems related to storage and the poor state of the infrastructure. All these factors make transactions more expensive and accentuate still further the fluctuations in the price of food crops throughout the year.

In particular, ginning facilities in West African countries are old and their equipment is often obsolete (only one factory out of four integrates pneumatic systems for cotton loading, cotton bailing press are old, and the like), leading to numerous inefficiencies. The poor state of infrastructure often hampers timely delivery of inputs to producers (which in turn might delay the season and increase exposure to phytosanitary risks) and the delivery of seed cotton for ginning factories (which might jeopardise efficiency in processing operations and affect lint quality).

Almost all export from West African countries is in raw cotton. According to Enda, only 6% of cotton would be locally made into end products, which means that processing opportunities at the domestic level are not fully exploited. Several factors have contributed to this situation.

First, selling prices received by domestic producers in foreign markets are sometimes more remunerative than local prices. Such a price differential may encourage export of cotton in raw forms to the detriment of diversification into cotton yarn and fabric exports and cottonseed production. For example, producer price differentials have been largely responsible for raw cotton exports from Cameroon and Benin to Nigeria. Ivory Coast reported a remarkable outflow of cotton in raw form (an estimated 40,000 tonnes of seed cotton went to Mali and Burkina Faso in 2003-2004) as a consequence of political instability in the North of the country.

Secondly, it is often economically more viable to import vegetable oil at more competitive prices (for example, palm oil from South East Asia), rather than to locally process cottonseeds into cottonseed oil. Similarly for cotton yards and fabrics, and clothing, since textile and apparel imports from China and Pakistan are more competitive

Finally, food commodity aid might depress prices for cottonseed oil in the receiving country and severely limit incentives to invest in the sector. This explains why oil mills in some cases function at 25-30% of their capacity (Syfia international) and meet their supply requirements by importing cotton from abroad (in this respect, see the cotton chart for Nigeria).

Benin

Company No. factories Capacity (tonnes) Company No. factories Capacity (tonnes)

Sonapra 12 312,500 MCI 1  

LCB 1   Socobe 1  

Sodicot 1   ICB 1  

Ibeco 1   CCB 1  SEICB 1 206,291 Total 20 518 791

Source: Marchés tropicaux (22 March 2002)

Cotton is the main cash crop and the largest source of export receipts for Benin. It accounted for one third of Benin's exports in the period 1995 to 2000, or approximately 164 million US dollars per annum. Cotton production is also critically important to rural welfare, since cotton-related activities employ about 45% of rural households. In the early 2000s, about 20% of the cultivated area in Benin was under cotton (the Borgou province in the North was the main cotton producing region).

Benin also has productive capacity in cottonseed oil through the companies Fludor-Benin S.A. and SHB-Bohicon ("Sociétés des huilleries du Bénin"). Their oilseed-crushing capacity is 210,000 tonnes of cottonseeds per annum, or 30,000 tonnes of oil.

Benin has made major efforts to restructure and privatise the cotton sector. Major reforms have led, inter alia, to (i) the transfer of the industrial and commercial activities of the "regional action centres for rural development" (CARDER) to the State-owned National Agricultural Promotion Company (SONAPRA); (ii) a formal lifting of the purchasing monopoly of SONAPRA for seed cotton; (iii) the entry of new ginners; (iv) the progressive liberalisation of the input market; (v) the fixing of cotton prices more closely related to export; and (vi) preparations for privatising the State enterprise SONAPRA.

Benin still prohibits the export of seed cotton. This ban makes it possible to guarantee supplies to domestic factories, which grind seed cotton as a raw material. Benin has an installed ginning capacity of 20 units. Ten plants belong to SONAPRA, while private actors, either foreign companies (LBC/Aiglon, Louis Dreyfus, Kamsal, IBECO, MCI, Sodicot) or the local private sector (Talon and cooperatives) have invested in the private plants (SONAPRA retained a 35%

share in each of them). Each cotton company was allocated a quota proportional to its installed capacity, which contributed to segment the market and restrict entry. High world prices for cotton from 1989/90 to 1995/96 led to an investment boom in the ginning sector. However, since cotton prices in CFA francs declined and production stabilised, Benin ended up with a significant over-ginning capacity (600,000 tonnes of seed cotton against an actual production between 350,000 and 400,000 tonnes). The low utilisation rate combined with a high ratio of borrowings over owned capital has resulted in high financial burden for new ginneries.

Management of the supply chain is by large in the hands of the industry stakeholders' organisations. At the private level, three main bodies can be identified:

(i) The Professional Association of Distributors of Agricultural Inputs (CAGIA): established in 1988 by the 77 farmers' associations at the sub-prefectoral level, CAGIA is a cooperative of input providers responsible for the allocation of licences for the supply of inputs.

(ii) The Interprofessional Cotton Association (AIC): established in 1999 by the Federal Union of Producers (FUPRO) and the Professional Association of Cotton Ginners of Benin (APEB), AIC coordinates marketing of inputs and seed cotton and arbitrates financial and economic claims among the key stake holders. By means of the SDI corporate vehicle, AIC is the main importer and distributor of cotton insecticides.

(iv) The Agency for Guaranteeing Payment and Collection (CSPR): set in 2000 by FUPRO, APEB and CAGIA, the C.S.P.R. is a clearing house for all financial transactions dealing with the sale of cotton inputs and seed cotton.

Cotton production and marketing structures in Benin

Source: French Embassy in Cotonou, Economic Commission (dossier on cotton - French only)

Two companies (CSI et Fruitex) operate outside this framework, having set up their own marketing channels for the distribution of inputs.

The State's withdrawal from the cotton sector has favoured the emergence of private business. Since 2000, the private sector has been in control of the import and distribution of inputs (seeds, pesticides, etc.) and has provided about half of the country's ginning capacity. Since the advent of the private sector, there have been some difficulties in having access to inputs in sufficient quantity. In volume terms, cotton inputs per producer fell from about 30,000 tonnes in the early 1990s to less than 10,000 at the beginning of the 2000s. Over the same period, input prices doubled, from 100 francs CFA/kg in 1990 to approximately 200 francs CFA/kg in 2000.

Burkina Faso

Cotton exports accounted for approximately 40% of exports from Burkina Faso over the period 1995-2000, or approximately 105 million US dollars per annum. Cotton is the main exported commodity in terms of value, and generates income for approximately 2 million people in the country.

Cotton production is concentrated in West Burkina Faso (the main producing areas are Comoé, Kossi, Mouhoun, and Kénédougou). Most cotton-farms are family-owned and small-scale (on average one hectare, although the level of planted area may rise to 20-30 hectares). Burkina Faso is the first West African country to have officially authorised, as of 2003, field trials of transgenic cotton.

Burkina Faso's cotton sector is one of the strongest agro-industries in Africa. SOFITEX, the former State enterprise, is still responsible for most of the commercial and industrial activities of the sector. Producers' involvement moved forward in 1999, when the national cotton producers' association ("Union nationale des producteurs de coton du Burkina Faso" - UNPCB) purchased a 30% share in SOFITEX. DAGRIS ("Developpement des Agro-Industries du Sud"), a French public holding company dedicated to cotton cultivation in the franc zone, holds a 34% share, whereas the Government has retained a share of 35%. Private sector banks hold the residual 1% share. Despite State's divestiture, the enterprise is still integrated along the value chain (purchasing of seed cotton, sale of inputs, processing, marketing). Transport has been liberalised.

A distinguishing feature of the sector is the organisation of producers at the local level in cotton producers' associations, which interface with SOFITEX.

Transport of seed cotton from primary markets to the ginning plants is mainly carried out by SOFITEX. Producers' associations are paid net of inputs purchased from SOFITEX. Proceeds are then distributed among the members of the association. Seed cotton is ginned and the lint is exported to South-East Asia (66%) and Europe (20%), with Africa and South America accounting for the balance. The guaranteed base price to the producers is set before the crop year and may include bonus payments (in case of profit, producers receive a higher premium the following season), the return premium being 50% to growers, 25% to the State, and 25% to Sofitex. The same system is applied in Ivory Coast and Benin, although extra payments tend to be less frequent and more modest.

Burkina Faso also produces cottonseed oil (Citec).

Companies No. factories Capacity (tonnes)

Sofitex 12 373,000

Total 12 373,000

For the time being Two factories at Kourouma and Diedougou (season 2003-04)

Source: Marchés tropicaux (22 March 2002). Notice that since 2005 some changes have occurred.

Burkina Faso has well-established cottonseed processing activities. Among the operating oil mills is SN-Citec (in which SOFITEX maintains equity interests).

The National Union of Burkina Faso Cotton Producers ("Union nationale des producteurs de coton du Burkina Faso" - UNPCB) is the umbrella organisation that co-ordinates producer organisations with representation at departmental, provincial and national levels.

Source: UNCTAD secretariat

A management committee ("comité de gestion de la filière coton" - CGFC) sets prices for seedcotton and cotton inputs and manages a fund for the stabilisation of producer prices jointly with UNPCB.

The IPS/Reinhart consortium and Dagris have extended their control over the Centre and East zones respectively; SOFITEX has kept its position in the West zone.

Central African Republic

Cotton is the second largest source of export receipts in Central African Republic, with an annual average of approximately 18 million US dollars over the period 1995-2000. Cotton cultivation employs more than 100,000 people and another 800,000 are involved in cotton-related activities.

SOCADETEX (" Société Centrafricaine de Developpement des textiles") is the main corporate actor in the cotton sector. SOCADETEX was established in 2002 following liquidation of the State enterprise SOCOCA ("société cotonnière centrafricaine"). It is controlled by foreign investors (49%). The State holds a 15% share and the local private sector accounts for the remaining 36%.

The sector was partially liberalised in 1999 (price flexibility for seed cotton), which led inter alia to an increase in the price of inputs. Input prices almost doubled between 1995 and 2000. In the early 2000s, inputs would account for almost 40 percent of the producer price (up to 50% if taxes and other additional charges were included).

Cotton is grown primarily in the North-West and the South-East, where small-scale cotton farming prevails. Productivity continues to be hampered by the outdated equipment. Seed cotton harvested from the field (picking occurs in September-November) is transported to the ginning facilities by old trucks. The 6 active gins are equipped with outdated machineries. Virtually all of the ginned cotton is exported. Oil is extracted from cottonseeds in the Bangui factory or in Chad. SOCADETEX plays a major role in the marketing of cotton by-products.

Ivory Coast

Cotton accounted for about 3% of Ivory Coast's agricultural exports over the period 1995-2000. As a source of export earnings cotton ranks far behind cocoa or coffee, which accounted for a combined 40% of exports over the same period. Nonetheless, cotton generated more than 140 million dollars of export earnings a year.

Company No. factories Capacity (tonnes)

LCCI (L'Aiglon) 4 201,100

CIDT nouvelle 4 100,300

IPS/Reinhard (Aga Khan) 3 118,500

Uresco-Ci 1 n.a.

Total 12 419,900 (+n.a.)

Source: Marchés tropicaux (22 March 2002)

Up to the late 1990s, a single vertically integrated state enterprise ("Compagnie ivoirienne de développement des textiles" - CIDT) was responsible for organising virtually all services needed for cotton production and marketing. CIDT was broken down into three companies of comparable sizes (by allotted zone) in 1998. However, this did not lead to competition: the price of seed cotton remained the same for the three zones; in addition, each company retained exclusive purchasing rights within its zone. The following three new companies were set up:- "CIDT nouvelle". The Company is active in the South of the country, against the background of the North-South conflict, which recently dominated the political landscape of Côte d'Ivoire. The government has expressed its readiness to relinquish its share (a proposed deal was to sell 80% of the State's shares to producers for "un franc symbolique"). Negotiations on the purchase of CIDT nouvelle are temporarily stalled. - "Cotton-Ivoire" is an equity joint venture active in the North-West of the country. The Aga-Khan group and the Suisse-based cotton-trading firm "Paul Reinhart" have join-venture interests in the company. The State retains a 30% share in the venture.- LCCI is a subsidiary of the Switzerland based Aiglon group. LCCI is primarily active in North-East. A new ginnery (SICOSA) was constructed in this zone during the season 2002/03, with a

ginning capacity of 450 tonnes per day (or 900 cotton bales). The new ginnery is operated by URECOS-CI, which is the most dynamic producers' association (it represents 1,200 village-level co-operative, or 130,000 producers). According to some sources, the new ginnery would benefit financial support from the Louis Dreyfus group.

Each company is responsible for the purchasing of cotton throughout its allotted area. This is often implemented by signing contracts with growers stipulating the area to be planted and the quantity of seed cotton to be delivered. In a context of low producer liquidity, URECOS-CI developed an ingenious scheme to import inputs (fertilisers) for the 2002/03 crops. It consisted in selling forward a share of the forthcoming seed cotton crop to ginners and using the forward contracts to secure the credits needed to import the fertilizers. To facilitate implementation of the scheme, a new financing institution (Société de Financement des Intrants Coton en Côte d'Ivoire, Society for the financing of Cotton Inputs in Côte d'Ivoire SOFICOCI) was created in March 2002.

According to some commentators (refer in particular to L. Goreux, "Reforming the Cotton Sector in Sub-Saharan Africa", Africa Region Working Paper Series No. 47, March 2003), URECOS-CI could recreate a “filière intégrée” whereby producers would own the ginneries.

One active factory exists in Ivory Coast for the extraction of oil from cottonseeds.

Mali

Over the period 1995-2000, cotton exports accounted for an important share of total export revenues (35%, or approximately 178 million US dollars). In value terms, cotton was the second major source (behind gold) of foreign exchange earnings. Cotton is primarily grown on small farms in the Sikasso, Segou and Koulikoro areas, South of the river Niger, as well as in the Western district of Kita. Cotton is grown on almost 160,000 farms, covering about one third of the cultivated land. About 40% of rural households, or 2.5 million people, rely on cotton production and related activities for their income. Power source is for a large extension animal traction.

The cotton chain in Mali

Source: UNCTAD secretariat

Company No. factories Capacity (tonnes)

CMDT 17 599,800

Total 17 599,800

Source: Marchés tropicaux (22 March 2002)

Virtually all of seed cotton (95%) is handled by the Compagnie Malienne des Textiles (CMDT). In 2004 CMDT was co-owned by the Malian government with 60% of the share, and the French company DAGRIS, with the other 40%. State's withdrawal from CMDT is envisaged, and producers are currently allowed to buy into CMDT capital. The farmers' union, the "Syndicat des Producteurs Cotoniers et Vivriers du Mali" (SYCOV) has become a full partner with the CMDT and the government in negotiations over fixing input and cotton prices. CMDT is responsible for ensuring prices to producers through its procurement operations. Within the framework of cotton- and food-producers’ unions (GSCVM), producers' organisations are encharged with ensuring supply of the inputs used in cotton and cereals production. Privatisation of input distribution has been thoroughly considered. Moreover, CMDT progressively disengaged from rural development activities outside the cotton sector (in particular, structuring of the food crop industries, input supply in cereals, participation in the Huicoma oil mill). By controlling 17 gins through the country, CMDT also exerts substantial influence over the ginning sector. Independent operators perform other downstream activities, including processing of cottonseed oil (two oil mills -Huicom and Sepom- are active, with an annual combined capacity of 300,000 tonnes per annum).

Niger

Cotton production is concentrated in the Gay, Maradi, and Tohua areas, which account for a combined 80% of Niger's cotton output (global cotton production in Niger is about 10,000 tons a year). Most cotton production activities are carried out by farmers working on small family farms using traditional methods. Producers are provided with seeds imported by the state enterprise "Société Cotonnière du Niger" from Benin.

Two companies dominate cotton production and processing in Niger: - The "Société Cotonnière du Niger" (SCN), jointly owned by Aiglon (70%), DAGRIS (25%) and the Niger Government. SCN handles about 90% of domestic cotton production.- The Niger United Cotton Industries (CNUCI), controlled by Chinese interests. Established in 1998, it primarily markets cotton from the South-Western Gay and Dosso regions.

Société Nombre d'Usines Capacité (tonnes)

SCN 1 25,000

Cnuci 1 40,000

Total 2 65,000

Source: Marchés tropicaux (22 mars 2002)

Marketing structures in Niger

Source: UNCTAD secretariat* Note: SNUCI's share in cotton production is around 10%.

Senegal

Cotton accounted for approximately 3% of total exports in Senegal during 1995-2000. Cotton was the third source of export earnings for Senegal (some 28 million US dollars over the 1995-2000 period). Cotton is grown in nearly every region (it covers almost one third of cultivated acreage). However, production is concentrated in the South-Eastern part of the country (South of the Kahone-Tombouctou belt, as well as in the Casamance and Kédougou regions).

Senegal's cotton production was managed through the parastatal SODEFITEX ("Société de développement des fibres textiles"). SODEFITEX was privatised in November 2003. Producers acquired 30% of the company's shares (they had no equity interest prior to privatisation). Sodefitex's ownership structure is as following:- 51% DAGRIS (against 20% prior to privatisation);- 30% producteurs (0% before privatisation);- 10% Government (down from 77.5% prior to privatisation);- 8% spinners.

On the production side, the company supervises around 70,000 cotton farmers, who sell their production to Sodefitex. In addition to providing inputs (seeds), the company is responsible for ensuring prices to producers through its purchasing operations. Sodefitex processes the cotton grain into fibre at five ginning units (with a combined capacity of 65,000 tonnes of seed cotton). The broad goal of Senegal's cotton policy over the next fifteen years is to raise levels of production, especially by means of irrigated cotton projects and mechanisation. The proposed objective in terms of output is to reach 100,000 tonnes (seed cotton), and 45,000 tonnes (high quality cotton fibres) by 2020.

Chad

Cotton is crucially important to the national economy, both in terms of income generation for farmers and for export revenue. More than 2 millions people (almost 40% of the country's total population) are occupied in the sector. Cotton accounts for two thirds of total exports from Chad. Chad's cotton production is largely exported to the European Union. France, Germany, Belgium, Portugal, and Spain are the largest importers of Chadian cotton.

Chad's cotton sector

Source: UNCTAD secretariat, based on Cotton sector reform in Chad: an institutional analysis (study commissioned by the World Bank)

The cotton belt lies in the Southern part of the country. Most cotton farms are still family-owned and operated (with average household size of 5 to 6 people). The average farm size is 1-2 hectares.

The Chadian cotton industry exhibits a structure of vertical integration, dominated byCotonChad, the only cotton processing company largely owned by the Chadian state (75%) and DAGRIS (19%). The local banking sector accounts for the residual 6%. CotonChad provides farm inputs to farmers on credit and manages the distribution of such inputs; purchases, collects and transports seed-cotton from the villages to its cotton ginneries; gins the seed-cotton, and commercialises the lint. The producer price for seed-cotton is set each year by a committee consisting of representatives of farmers and CotonChad. The main structural problems concern the lack of an adequate transport and communication infrastructure.

Nine ginning factories are active in the South of the country (Sahr, Koumra, Moundou, Kelo, Gounou-Gaya, Léré, Pala, and Kyabe). Besides, Chad has installed capacity with respect to cottonseed processing activities, particularly oil and soap mills. The oil and soap marketing segments of CotonChad were reorganised in 2003 as part of a broader reform program under the auspices of the International Monetary Found (IMF). Under the program, cotton seed processing activities (oil and soap production) had been separated from cotton-ginning operations and privatised, essentially abandoning the structure of vertical integration.

In 1999, the Government of Chad set up a Cotton Sector Reform Committee (CTRC) that would evaluate the potential scenarios for reform. CTRC was concerned with improving the incomes of cotton farmers through the liberalisation of the sector and the promotion of strong cotton producer organisations.

Togo

Cotton accounted for about 18% of total exports from Togo during 1995-2000, averaging 18 million US dollars per annum over the period. Cotton is the largest source of export receipts (it superseded phosphates as the main foreign-exchange generating commodity in the early 2000s). More than 200,000 people (half of rural labour) are occupied in the sector.

Company No. factories Capacity (tonnes)

Sotoco 3 100,000

Socosa 1 40,000

Sicot/Aiglon 1 40,000

Sopic 1 25,000

Total 6 205,000

Source: Marchés tropicaux (22 March 2002)

Cotton is primarily grown in the South of the country on small, rain fed farms, with an average land area of 1 hectare. Although other commodities are also grown as cash crops, cotton represents the single largest source of household income, accounting for up to 70% of farmers' income.

There are about 2000 producers' associations responsible for input distribution and seed cotton delivery. Producers' associations operate under the technical supervision of SOTOCO ("Societe

Togolaise de Coton"). Cotton is picked manually, although mechanical means are being introduced (most often by external service providers). Harvested cotton is made into fibres or further processed to extract oil. NIOTO ("Nouvelle industrie des oléagineux du Togo") manufactures edible oil from raw cotton. As regards fibre processing activities, liberalisation of the ginning and spinning sectors have allowed the entry of three new companies: SICOT-SA ("Société industrielle de coton"), whose main commercial partner is the controlling Suisse company "Aiglon"; SOPIC ("Société de production industrielle de coton"); and SOCOSA ("Société cotonnière des savanes") established (as for SOPIC) by the Continental Eagle corporation (65%) and the trading company Louis Dreyfus (20%).

For further information, please refer to: - Cotton: Market Setting, Trade Policies, and Issues (J. Baffes, World Bank Policy Research Working Paper 3218, February 2004)- Reforming the Cotton Sector in Sub-Saharan Africa (L. Goreux & J. Macrae, Africa Region Working Paper Series No. 47, March 2003)- Importance of Cotton production and trade in West Africa (Sahel and West Africa Club / OECD, K. Hussein, Contribution to WTO Regional Workshops on Cotton, Cotonou 23-24 march 2004)- L’avenir des filières cotonnières ouest africaines : quelles perspectives après Cancun ? (K. Nubukpo, Centre de coopération internationale en recherche agronomique pour le développement) - French only- "Le Coton" à Madagascar (Centre d'Information Technique et Economique de Madagascar) - French only

Cotton chain in Pakistan

According to UK Trade & Investment cotton and cotton by-products account for more than one third of total exports from Pakistan.

Cotton marketing structures in Pakistan

Source: Comparing the Seed cotton and Wheat Marketing Chains in Sindh (H. R. Lohano, L. E. D. Smith, M. Stockbridge) - The Pakistan Development Review (spring 1998)

For more information on marketing structures in Pakistan, please refer to the following websites:

- Central Cotton Research Institute, Multan-Pakistan - Cotton Standardization and Grading: Pakistan (PDF, 189 KB)- Pakistan Central Cotton Committee- pakissan.com

Companies

- International organisations- Professional associations and national bodies- Companies

International organisations

- International Cotton Advisory Committee (ICAC)

Professional associations and national bodies

International OECD - Sahel and West Africa Club

International Centre for Trade and Sustainable Development (ICTSD)

Committee for International Co-operation between Cotton Associations (CICCA)

International Textile Manufacturers Federation (ITMF)

AfricaAfrican Cotton Association (ACA)Association des producteurs de coton africains (APROCA)

Germany The Bremen Cotton Exchange

Australia Cotton Catchment Communities Cooperative Research Centre

Benin Association interprofessionnelle du coton (AIC)

Société Sonapra

Burkina Faso Union nationale des producteurs de coton du Burkina Faso (UNPCB)

Société burkinabè des fibres textiles (Sofitex)

Cameroon Organisation des producteurs de coton du Cameroun

Central African Rep.

Société centrafricaine de développement des textiles - Sodecatex (anciennement: Société cotonnière centrafricaine - Sococa)

Chad Coton Tchad

China China National Cotton Exchange

Ivory Coast Compagnie ivoirienne de développement des textiles (CIDT)

Ivoire Coton

Union régionale des entreprises coopératives de la zone des savanes de Côte d'Ivoire (Urecos-CI)

United States American Cotton Shippers Association (ACSA)

Cotton Board

Cotton Council International (CCI)

Supima Association of America

California Cotton Ginners Association and Growers Association

National Cottonseed Products Association (NCPA)

National Cotton Council of America

France Association Française Cotonnière (AFCOT)

Mali Compagnie malienne de développement des textiles (CMDT)

Syndicat des producteurs du coton et du vivrier (SYCOV)

Poland The Gdynia Cotton Association (GCA)

United Kingdom International Cotton Association Limited (ICA)

Senegal Fédération nationale des producteurs cotonniers (FNPC)

Société de Développement et des Fibres Textiles (Sodefitex)

Togo Société togolaise de coton (Sotoco)

Geocoton, formerly Dagris, formerly "Compagnie française pour le développement des fibres textiles" (CFDT), renamed DAGRIS in 2001 holds shares in cotton enterprises in a number of African, Asian and Latin American countries. This company is also involved in different level of cotton marketing chains.

Privatization of the French company DAGRIS (January 23rd 2006) Since December 2004 and the "Loi de finance rectificative", a debate as regards the privatization of the French company DAGRIS had been launched. On January 23rd 2006, the French Ministry of Economy announced its decision to privatize DAGRIS and signified that the remaining shares held by the French government in the company (64.7%) will be sold over the counter through the Rothschild & Cie bank.

Companies

Companies with an output of over 200,000 tonnes a year

Australia Namoi Cotton Cooperative Ltd.

Weil Cotton Inc

Queensland Cotton Corporation Ltd

Belgium Louis Dreyfus Cotton International NV

United States Louis Dreyfus Commodities

Cargill

Dunavant Enterprises, Inc.

Calcot Ltd.

Plains Cotton Cooperative Association (PCCA)

Staple Cotton Cooperative Association

France Compagnie cotonnière Copaco

Japan Toyo Cotton (Japan) Co

Uzbekistan State Joint Stock Foreign Trade Company "Uzmarkazimpex"

Uzprommashimpeks

Joint Stock Company Innovatsia

United Kingdom Plexus Cotton Ltd

Switzerland L'Aiglon S.A.

Source: UNCTAD secretariat (based on ICAC, Cotton: Review of the World Situation)

Companies with an output ranging from 50,000 to 200,000 tonnes a year

Germany Albrecht, Müller-Pearse & Co GmbH & Co

Otto Stadtlander GmbH

Australia Dunavant Enterprises Pty Ltd

Auscott Ltd

Austria Forte Handelsgesellschaft Mbh

Chad Société cotonnière du Tchad

China Chinatex

Ivory Coast Ivoire Coton (Industrial Promotion Services, IPS - Groupe Aga Khan)

Spain SA Goenka

United States Anderson Clayton Corp

Paul Reinhart Inc

Bruce Allbright Cotton

Deca International Inc

Volcot America Inc

Eastern Trading Co, Inc

Tokyo Cotton Co

Colly-Houchin, Inc

American Cotton Suppl. Intl

Dyer Cotton Co Inc

J. G. Boswell Company

Montgomery Co Inc

Jess Smith & sons Cotton Ltd

Russian Federation

Power International

FCA Comexim Ltd

France Société d'importation et de commission

Mambo Commodities

Devcot SA

India C.A. Galiakotwala & Co Ltd

Kotak & Co Pvt Ltd

Gill & Co Ltd

Italy Arco Cotton Agents (International Cotton Trading)

Battistel Amiotti Srl

Cottagon Italia Srl (Paul Reinhart)

Japan Toyoshima & Co Ltd

Pakistan Trading Corporation of Pakistan Pty Ltd

Netherlands Glencore Grain Rotterdam Bv

United Kingdom Cargill Cotton

Baumann Hinde & Co Ltd

Weil Brothers & Stern Ltd

Singapore Olam International Ltd

Switzerland International Cotton and Textile Trading Co Ltd

Cottip S.A.

Newcot Ltd

Syria Syrian Cotton Marketing Organisation

Turkey Cukurova Cotton Cooperatives Association Cukobirlik

Zimbabwe The Cotton Company of Zimbabwe

Source: UNCTAD secretariat (based on ICAC, Cotton: Review of the World Situation)

Companies with an output between 20,000 and 50,000 tonnes per annum

South Africa Clark Cotton Group of Companies

Germany Friedrich W. Kaemena & Co GmbH

Rhein-Schelde Handelgesellschaft Fp Mostert Kg

Brünig, Anft & Co GmbH

Australia Weil Brothers Cotton Aust Pty Ltd

Bangladesh Bangladesh Textile Mills Corporation

Belgium Taevertex

Benin Société nationale pour la promotion agricole (Sonapra)

Compagnie cotonnière du Bénin

Industrie cotonnière béninoise

Le Label Coton du Bénin (LCB)

Ritis international

Société béninoise de représentation (Sobere)

Ivory Coast Compagnie ivoirienne pour le développement des textiles (CIDT)

Egypt Modern Nile Cotton Co

Spain Luis Jover SA

United States Savannah River Cotton Company

ACM, Inc

M. Schiefer Trading Co.

Toyoshima USA, Inc

First American Cotton Co

Francis & Company, Inc

Knowles-Taylor Cotton Co Inc

Lyons Cotton Inc

Russian Federation

Quetta Corporation Ltd

WIS Logistics (Ivanovo) Ltd.

India Sekhsaria Exports

Israel The Cotton Production & Marketing Board Ltd

Italia Castellano & C. Snc

Greece Violar SA

United Kingdom Central Cotton Company Limited

Sudan The Sudan Cotton Company Ltd

Switzerland Glencore International Ag

Volcot Switzerland Ltd

Cotton Distributors Inc

Ecom Agroindustrial Corp Ltd

Tanzania Cargill Tanzania Ltd

Turkey Etem Ozsoy Tarim Ticaret Ve Sanayi As

Pamteks A.S.

Uruguay TCT United SA

Zimbabwe Cargill Zimbabwe Pvt Ltd

Source: UNCTAD secretariat (based on ICAC, Cotton: Review of the World Situation)

Industry directories

World http://www.cotton-net.com/directory/

http://www.textilefiberspace.com/trade/index.html

France http://www.info-textile.com/

http://www.textile.fr:81/fet/annuaire/index.htm

http://www3.kompass.com/kinl/fr/ (once on the website, fill the blue cases)

US http://www.cottonusa.org/applications/SuppliersDir/index.cfm

Technology

- Spinning- Further finishing processes

Picking occurs in dry season. After seed cotton (i.e. unginned cotton) is collected, spotted or immature bolls are discarded. The process of separating lint from the seed (cotton ginning) is then performed (most often) by mechanical means. The first ginning machine was developed by Eli Whitney in the late 18th century. Quality of cotton lint may be hampered by the lack of an efficient ginning system. Once lint has been cleaned to remove trash (cotton cleaning), staple fibres are compacted by mechanical means into bales (bailing). Metallic ties are used to hold bales together, thus facilitating transport and storage.

Important developments have occurred in the crucially sensitive areas of cotton plant breeding and biotechnology (genetically modified (GM) cotton in particular). A gene conferring resistance to glyphosate (an active ingredient in herbicides) was transformed into cotton for the first time in 1987. Another milestone in genetic engineering of cotton occurred in 1989, when Monsanto developed the "Bt cotton" variety. Bt cotton is a pest- (rather than pesticide-) resistant variety. It contains a foreign gene obtained from bacillus thuringiensisa, which protects the plants from bollworm. In 1996 the Bt crop was first planted on a commercial scale in Australia and the USA. Since then, cotton crop varieties developed by genetic engineering (particularly Monsanto's Bt cotton variety) have been planted on more than one fifth of land under cultivation. Genetically modified cotton would cover 50% of cultivated land in Mexico and South Africa, compared to 80% in the USA and 66% in China. Argentina, Australia, India, and Indonesia also approved commercial planting of genetically engineered cotton in 2005.

According to estimates from CropLife International, cotton is the third largest GM commodity worldwide, behind soybeans and corn, with a market of approximately 430 million US dollars in 2002-2003.

In Francophone Africa, plans are being finalised to convert some cotton crops into transgenic cotton varieties over the next years. In Mali, for example, the government signed a research agreement with the US Agency for International Development (USAID), Monsanto, Syngenta and Dow Agrosciences in 2004 to develop and commercialise transgenic cotton by 2009. Field-testing of Bt cotton started in Burkina Faso in 2003. Field trials are now underway at research stations of the "Institut national de l'environnement et de recherche agricole" (Inera) in Farakoba (South-east) and Fada N'Gourma (East). The trials aim to assess the viability of Bt cotton and to develop varieties resistant to the caterpillars (which affects approximately half of the country annual cotton output).

For more information, please please refer to the following document: "Développement de la culture du coton génétiquement modifié au Mali" (Ministry of Agriculture, Livestock and Fisheries).

According to an article published in "Le Monde" on February 3, 2005 ( "Avec les OGM, réduire la fracture agricole mondiale", by Gilles Peltier), in 2005, 24% of world cotton under cultivation

are estimated to be under GM varieties against 2% in 1997, corresponding to 34% of world cotton production and more than 30% of world exports.

According to the International Service for the Acquisition of Agri-biotech Applications (ISAAA), India increased its area of approved Bt cotton from approximately 100,000 hectares in 2003 to 500,000 hectares in 2004 when approximately 300,000 small farmers used Bt cotton. After suffering severe drought in 2002 and 2003, Australia increased its total cotton plantings to about 310,000 hectares of which 80%, equivalent to 250,000 hectares, were planted with biotech cotton in 2004. China increased its Bt cotton area for the seventh consecutive year; an increase of one-third from 2.8 million hectares in 2003 to 3.7 million hectares in 2004, equivalent to 66% of the total cotton area of 5.6 million hectares in 2004, the largest national cotton hectarage planted in China since the introduction of Bt cotton in 1997. Globally growth rate in commercialised biotech cotton from 2003 to 2004 was at 25%.

For more information the reader is referred to the website of the National Institute for Agricultural Research (INRA).

Spinning

Spinning is the process of making yarn from unbundled fibres. It includes the following operations.

Upon arrival at the spinning mill, cotton bales are sampled according to lint quality and origin to ensure yarn homogeneity. They are then opened to make the lint fluffy by passage though bale-openers. The following important step in the spinning process is cleaning. Bale fibres are usually fed to air-jet (vortex) cleaners to remove extraneous matter from cotton lint (which may hamper further cotton processing and affect lint quality). At this stage loose fibres are not aligned and parallel in a single continuous strand. Carding is the process of straightening or paralleling the fibres.

Carding separates fibres from each other, straightens fibres, aligns and condenses them into a single continuous strand, and removes impurities. A sliver of approximately one-meter width is then obtained.

Cotton that has already been carded may be combed. Combining is an optional step in the ginning process. This process is only used to produce superior quality yarn and long- or extra long-staple fibres.

As a result of drawing (or doubling) the sliver is condensed into a thinner strand and becomes more uniform. The sliver is fed to several rubber rollers rotating at increasingly higher speed. Cotton bleaching (using either hypochlorite or peroxide) and dying often occur at this stage.

Eventually, several slivers are drawn and twisted together to form the final yarn. Twisting is made by two mechanical actions. First, a drawing frame condenses slivers into a thinner strand (slubbing) and winds it on a bobbin. A spinning frame then reduces roving to required size of

single yarn (fine spinning). A suitable amount of twist is introduced according to the intended use of the fibre.

Further finishing processes

• Mercerization

Mercerization, a textile process named after its inventor, the English chemist John Mercer (1791-1866), was first developed in 1844. In 1889 Horace Lowe discovered the additional effect of enhancing the lustre by stretching the swollen materials while wet with caustic alkali and then washing off. Mercerization is a finishing process used to produce high quality fabrics, such as damasks. It consists essentially of impregnating stretched cotton with caustic soda (although other alkalis may be used). The treatment enhances the lustre of cotton (the fibres are swelled), making it similar to silk. It also increases the fibre strength and affinity for dyes. A related process (liquid ammonia treatment) produces some of the effects of mercerization. Double mercerization means both the yarn and the knitted fabric are mercerized.

For further information, please refer to the following sites: - Lectures on Mercerization (Y. Matoba): textileinfo.com- Glossary terms - textiles: textile.org.uk

• Gassing

Gassing refers to passing a cotton thread at high speed through a flame to eliminate the fluff. Because 6-10% of the fibrous mass is lost in the process, the gassing of cotton yarns is a costly operation. A related process is singeing the fabric (rather than gassing the yarn), by passing cotton fabrics though a flame. However, singeing is less effective than gassing, in that only those hairs which protrude out of the fabric can be burned off.

• Sanforisation

A manufacturing process invented by Sanford Cluett in 1933, sanforisation is a treatment applied to fabric to reduce cloth shrinkage after washing. During the sanforising process, the fibres of the cotton fabric are stretched both in length and in width so that cloth that is washed and dried will not shrink much.

• Twisting

Many fine filaments or yarns are plied together (by inserting S or Z twists) to increase the diameter and tensile strength. In principle strands are twisted together in the opposite direction to the spinning twist.

 

Prices- Price developments- The futures market and contracts- E-commerce

Price developments

Differences in cotton prices may be attributable to a number of factors. Cotton prices vary, in particular, depending on the variety grown and the quality of the harvested cotton. For examples, ad hoc quotations are set for long-staple Egyptian cotton.

In addition, cotton-pricing mechanisms are affected by government support programmes, especially in the United States. Subsidisation regimes in several producing countries have added to the relative fragmentation of price formation for cotton. According to a communication from the Commission of the European Communities to the Council and the European Parliament (COM(2004) 87), due to subsidisation, prices paid to domestic cotton farmers were 90% and 154% above world prices in 2001/02 in the US and EU respectively.

It should be pointed out here that there is no world futures contract currently used as an international cotton price benchmark. Indeed, standard specifications of futures contracts traded on the New York Commodity Exchange correspond mainly to US cotton market fundamentals. For the same reason, quotations at the Osaka Mercantile Exchange are not representative of world prices for raw cotton. Despite a punctual reduction of basis risk due to the increasing importance of US cotton on the world sector (and on price discovery mechanism), the use of future instruments for the other origins (with the exception of Mexico, member of NAFTA and which might be in a position to use US futures as both prices are well correlated) is not always easy as spot and futures prices might suddenly diverge. Any exogenous changes (e.g. trade policy) might eventually bring on the re-emergence of an important basis risk, with devastating spillovers on cotton hedgers.

The point of departure is generally the cash price for cotton set in actual transactions or through relatively short-term contracts for forward delivery (2 to 4 months). World prices are monitored by means of price indexes (the "Cotlook Indexes", A and B) compiled by Cotlook Limited, a private UK cotton consultancy, and published daily in the Cotton Outlook. The Indexes are intended to be representative of the price level on the international raw cotton market:- The Cotlook A-Index is the average of the cheapest five quotations from a selection of the main upland cottons traded internationally (19 origins*). The prices are CIF cash against documents on arrival of a vessel at a Far East port**.- The Cotlook B-Index is an average of the cheapest three quotations for "Coarse Count" cotton - commonly in use for spinning coarse count yarn over the nine origins *** shipped to European ports.

Overall, fluctuations in cotton prices are determined by several factors, in particular: shifts in the level of demand and supply, which reflect changes in producing countries' cotton policies.

* Memphis/East, California/Arizona, Orleans/Texas, Tanzania, Turkey, India, Uzbekistan, Paraguay, Pakistan, Côte d'Ivoire, Burkina Faso, Benin, Mali, Greece, Australia, Mexico, Syria, Brazil, China. ** Including Bangkok, Laemchabang, Jakarta, Hong Kong, Penang, Kelang, Singapore, Busan, principal Japanese and Chinese ports, Manila, Tainan, Keelung, Semarang, Surabaya. *** Orleans/Texas, Argentina, Brazil, Turkey, Syria, Uzbekistan, China, Pakistan, India.

Long-term price developments for cotton (Cotlook A-Index, 1973/74-2007/08) and world cotton stocks

Source: UNCTAD Secretariat from UNCTAD and ICAC statistics Note: Annual price averages computed according to crop season (01/08-31/07).* The beginning of the cotation of the Cotlook A index: January 1974. As a consequence, the average for the crop season 1973/74 only considered data for 1974 (until July 31st).

With output exceeding demand, world cotton stocks rose steadily in the middle of the 1980s, up to 10.3 million tonnes in 1984/85 and 11.4 million tonnes, the following year. There have then been continued increases in cotton stocks during the late 1990s and early 2000s, with stocks remaining high above 10 million tonnes. The rise in cotton stocks is attributable to excess supply, notably in China and the United States, were government incentives stimulated oversupply and added to the general downward pressure on prices. Cotlook A Index declined consistently during this period, with prices falling at 35US cents/lb in August 1986. Prices stood at 48.9 US cents/lb on average in 1985/86 and 62 US cents/lb in 1986/87, compared to 69.1 US cents/lb in 1984/85 and 72.2 US cents/lb in 1987/88 respectively. Following a meagre upward movement in 1989/90 (82.2 US cents/lb), the A-Index dropped again in the early 1990s, with major downward shifts occurring in 1991/92 and 1992/93. Prices averaged 57.6 US cents/lb in 1992/93. The lowest peak was recorded in November 1992 (52.7 US cents/lb). Several factors contributed to drive cotton prices down, including: 1) A rise in cotton production. World cotton production increased from 19 million tonnes in the 1990/91 season to 20.7 million tonnes in 1991/92, at a growth rate of 9% over the period.

Production sharply increased mainly due to the huge increase of China, whose production rose from 3.8 million tonnes in 1989/90 to 5.7 million tonnes in 1991/92.2) On the demand side of the ledger, pricing was negatively impacted as cotton consumption declined in the former Soviet Union (consumption levels, which stood at 2 million tonnes in 1990, fell to 1.9 million tonnes over the next year and to 1.8 million tonnes in 1992).

Prices performance was more robust in the following years, with prices reaching the highest peak at 92.4 US cents/lb in 1994/95. This upward movement was recorded in conjunction with a steady decrease in cotton production in a number of countries (whose supply levels were closely linked to cotton quotations). In the first half of the 1990s, production of raw cotton dropped sharply in South America (it divided by 1.5), as the cotton area reduced in size. However, this regional slowdown in production was compensated by huge increases in the largest producing countries, notably China and the United States which has been going on until early 2000s (to which added an increase in cotton area in Brazil, Turkey and Australia). This overcompensation along with only a slight increase in demand and an important rise in direct subsidies (particularly at the end of the 1990s) led the price to reduce by more than half between 1994/95 (92,4 US cents/lb) and 2001/02 (41,9 US cents/lb). In 2007/08, cotton prices have reached pretty high level prices, especially from January to May 2008 when cotton prices averaged 75.6 US cents/lb. According to ICAC, this increase may not been totally explained by the analysis of market fundamentals and especially the significant decrease in the stock-to-mill use ratio forecasted at 53% in 2007/08 against 58% the crop season before.

With one fourth of global output, cotton stocks, and consumption, China plays a major role in cotton, affecting the movements in prices.

Parallel movements in cotton prices (Cotlook A-Index, US cents/lb) and net exports from China

Source: UNCTAD secretariat (Data: International Cotton Advisory Committee - ICAC)

For an example of national price discovery mechanism, please refer to the Oxfam/Cirad/IER Ecofil case study in Mali "L’Impact sur l’Economie Malienne du Nouveau Mécanisme de Fixation du Prix du Coton Graine", August 2005.

Futures and contracts

Futures contracts and options traded in the United States are hereafter detailed. Contract specifications may be subject to change. Please, verify information with the specified sources.

In the United States, Futures contracts and options are traded on the Intercontinental Exchange.

Cotton No. 2 Futures Contract (on January 7th, 2009)

Contract size 50,000 pounds net weight.

Quotation Cents and hundredths of a cent per pound.

Contract Months March, May, July, October, December.

Minimum Price Movement 1/100 of a cent (one "point") per pound.

Settlement Physical Delivery.

Daily Price Limit 3 cents above or below previous day's settlement price. Limit is subject to expansion in certain circumstances; please see Cotton Rule 10.09 for details.

Deliverable Origins US Origin only.

Delivery Points Galveston, TX; Houston, TX; New Orleans, LA;. Memphis, TN; Greenville/Spartanburg, S.C.

Basis Grade Quality : Strict Low MiddlingStaple Lenght: 1 2/32nd inc.

First Notice Day Five business days before the first notice day of the spot contract month.

Last Trading Day Seventeen business days from end of spot month.

Last Notice Day Twelve business days from end of spot month.

Source: Intercontinental Exchange (ICE)

Options Contract on Cotton No. 2 Futures (on January 7th, 2009)

Contract size 50,000 pounds net weight.

Quotation Cents and hundredths of a cent per pound.

Contract Months Regular Options: March, May, July, October and December; Serial Options: January, September and November.

Minimum Price Movement 1/100 of a cent (one 'point') per pound.

Daily Price Limit None.

Deliverable Origins US Origin only.

Strike Price Intervals 1-cent increments for all contract months.

First Trading Day Business day following the listing of the underlying future.

Last Trading Day For Regular Options: Last Friday preceding the first notice day for the underlying futures by at least 5 business days For Serial Options: Third Friday of the month in which the option expires Contract Specifications Contact US.

Source: Intercontinental Exchange (ICE)

Futures contracts on cotton fibers have also been developed in China, India and Brazil.

The Zhengzhou Commodity Exchange (ZCE) launched its Cotton#1 Contract in June 2004. The contract proved very successful the first year and a half of existence, exceeding at times volumes of cotton traded in New York. It nevertheless declined in 2006 due among others to the introduction of a new sugar futures contract.

Comparison between the number of contracts traded over the Zhengzhou Commodity Exchange and the Intercontinental Exchange (in '000 contracts)

Source: UNCTAD Secretariat from Zhengzhou Commodity Exchange (ZCE) and Intercontinental Exchange (ICE) statistics

Similarly, National Commodity and Derivatives Exchange (NCDEX) introduced three future contracts on cotton (Indian 28mm Cotton, Indian 31mm Cotton, Medium Staple Cotton) and one on cotton byproducts (cottonseed oilcake). NCDEX is the largest commodity exchange in India with about 1000 members (see list) who can trade electronically at 550 exchange centers across India. The major functions of this market is to serve as a trading platform and price discovery tool.

Specifications in regard to the various contracts available for trading over the NCDEX may be consulted through the following links: - Indian 28.5 mm Cotton, - Indian 31mm Cotton, - Medium Staple Cotton, - Cotton Seed Oilcake.

The Multi Commodity Exchange (MCX) is another indian electronic platform but smaller than NCDEX. The exchange offers 3 futures contract on ginned cotton fibers (long, medium and short), one on cotton yarn and one on "kapas" (an unginned cotton or the white fibrous substance covering the seed obtained from the cotton plant).

E-commerce

With the rapid spread of Internet technology worlwide, a number of companies were started in 2000 in an effort to design, develop and launch multiple internet-based platforms for business-to-business trade in cotton fiber and textiles. You will find hereunder some examples:

Cottonchina.org

Theseam.com

Fiber-trading.com

Fibre2fashion.com

Yarnsandfibers.com

Economic Policies- International Cotton Advisory Committee- Overview of selected trade and economic policies- Trade disputes and negotiations- Cotton Issue at the Sixth WTO Ministerial Conference- WTO Cotton Sub-Committee

International Cotton Advisory Committee

The International Cotton Advisory Committee (hereinafter referred to as ICAC) is the authoritative forum for international discussions on matters related to the cotton economy. It met for the first time in Washington, D.C. in April 1940. Membership in ICAC is open to all members of the United Nations or of the Food and Agriculture Organisation of the United Nations, expressing an interest in cotton (although any other interested government shall be eligible to apply for membership).

Members and accession date (roll mouse over the chart)

As established in Article I of the Rules and Regulations adopted by the 31st Plenary Meeting (June 16, 1972), the functions of ICAC are:

1. To monitor developments affecting the world cotton situation;2. To provide statistics and other information relating to world production, trade,

consumption, stocks and prices of cotton and other textile fibres, or of textiles, insofar as they affect the cotton economy;

3. To suggest to member governments of ICAC, as and when advisable, any measures ICAC considers suitable and practicable for the furtherance of international collaboration directed towards developing and maintaining a sound world cotton economy;

4. To be the forum for international discussions on matters related to cotton prices.

ICAC meets in plenary session ("Advisory Committee") at least once per calendar year. Between Plenary Meetings, a Standing Committee represents the Advisory Committee at Washington. The Standing Committee gives practicable effect to all directions, decisions, and recommendations of the Advisory Committee. In this connection, it prepares work programs and monitors their implementation; makes recommendations for consideration by the Advisory Committee; establishes practicable cooperation with the United Nations and other international organisations concerned with matters of interest to ICAC. ICAC Secretariat, headquartered in Washington, comprises an Executive Director and his staff.

Overview of selected trade and economic policies

World cotton trade and production are highly affected by government policy intervention, notably in the US, China and the EU. Direct support to producers through price interventions is

of particular concern as regards the efficiency of the global cotton market. According to ICAC, the aggregate level of direct production assistance across all subsidising countries reached US$2,7 billion in the season 2007/08 against US$5,6 billion in the 2006/07 and US$7,7 billion in 2005/06.

Level of direct assistance provided by governments to the cotton sector through production programs

Country

2006/07 2007/08

Production

Average assistance per

pound produced

Assistance to production

Production

Average assistance per

pound produced

Assistance to production

1 000 tons US Cents US$ Millions 1 000 tons US Cents US$ Millions

USA 4 700 31 3 221 4 182 12.0 1 078

Greece 320 33 234 285 42.0 265

Turkey 750 12 196 675 12.0 185

Brazil 1 524 9 290 1 603 10.0 337

Spain 45 85 85 41 103.0 93

Mexico 142 12 38 137 3.0 8

Colombia 43 21 20 38 12.0 10

China (Mainland) 7 975 0 0 8 078 0.4 70

All countries 15 499 11 4 083 15 039 5.0 2 047

Level of assistance provided by governments to the cotton sector through border protection

Country

2006/07 2007/08

Production

Average assistance per

pound produced

Assistance Production

Average assistance per

pound produced

Assistance

1 000 tons US Cents US$ Millions 1 000 tons US Cents US$ Millions

China (Mainland) 7 975 9 1 499 8 078 3 614

Level of direct assistance provided by governments to the cotton sector through export programs

Country

2006/07 2007/08

Exports

Average assistance per

pound exported

Assistance to exports

Exports

Average assistance per

pound exported

Assistance to exports

1 000 tons US Cents US$ Millions 1 000 tons US Cents US$ Millions

USA 2 833 0 11 2 973 1 60

   Upland cotton 2 686 0 2 791 0 0

   Prima 146 3 11 181 15 60

Total 2 833 0 11 2 973 1 60

Level of assistance provided by USA to the cotton sector through its crop insurance program

Country

2006/07 2007/08

Production

Average assistance per

pound produced

Assistance to production

Production

Average assistance per

pound produced

Assistance to production

1 000 tons US Cents US$ Millions 1 000 tons US Cents US$ Millions

USA 4 700 3.5 367 4 182 0.5 47

Source: ICAC, Production and trade policies affecting the cotton industry (November 2008)

It is estimated that cotton subsidies artificially inflated production and depressed world cotton prices, damaging those developing countries that are heavily reliant on cotton exports for their foreign exchange earnings. Many studies have attempted to measure the impact of cotton subsidies, and have estimated the effects of subsidy removal. As highlighted in recent studies mentionned hereunder (GEM, 2007, ODI, 2004), different results are sensitive to different assumptions about the cotton market.

For further information on the impact of cotton subsidies, please refer to:- Impacts of Reductions in US Cotton Subsidies on West African Cotton Producers (OXFAM, June 2007 - PDF file 504K)- Paying the Price, How US farm policies hurt West African cotton farmers - and how subsidy reform could help (OXFAM, June 2007 - PDF file 251K)-Subisdies and Regulatory Reform in West African Cotton: What are the Development Stakes? (Groupe d'Economie Mondiale, March 2007 - PDF file)- Understanding the Impact of Cotton Subsidies on Developing Countries (Overseas Development Institute Working Paper, May 2004 - PDF file 657K)- Cotton: Market Setting, Trade Policies, and Issues (World Bank Policy Research Working Paper, February 2004 - PDF file 617 KB)- Cultivating Poverty: The Impact of US Cotton Subsidies on Africa (Oxfam Briefing Paper, September 2002 - PDF file 657 KB).

For specific information on cotton policies in the European Union, please refer to:- EU-25 Cotton and Products, Cotton Policies in the European Union 2005, (USDA, February 2005 - PDF file 657 KB))

Trade disputes and negotiations

Within the World Trade Organization ("WTO"), action by developing countries to redress distortions in the cotton market has taken place in two different, although related, contexts: dispute settlement and negotiations.

Disputes: "US - Upland Cotton" (WT/DS267)

In 2003, Brazil was the first country to submit a formal complaint under the WTO dispute settlement mechanism about US cotton subsidies, claiming that they depressed world cotton prices and injured Brazilian farmers. Without the subsidies, according to estimates that Brazil commissioned from an American agricultural economist, United States cotton production would have fallen by 29% in 2001 - 2002 and its cotton exports would have dropped by 41%. According to these estimates, this contraction would have led to a rise in international cotton prices of 12.6%.

In a landmark ruling, the WTO dispute settlement Panel sided with Brazil on certain major substantive claims. The United States and Brazil each appealed certain issues of law and legal interpretations developed in the Panel Report. Finally, the Appelate Body upheld most of the Panel's findings.

The dispute "United States - Subsidies on Upland Cotton” (WT/DS267)

Parties to the dispute

Complainant: Brazil

Defendant: United States

Argentina, Australia, Benin, Canada, Chad, China, the European Communities, India, New Zealand, Pakistan, Paraguay, China, Taiwan province of, and Venezuela reserved their rights to participate in the Panel proceedings as third parties

Chronology

27 September 2002: the Government of Brazil requested consultations with the Government of the United States

On 6 February 2003: Brazil requested the establishment of a panel; At its meeting on 18 March 2003, the Dispute Settlement Body (the "DSB") established a Panel

8 September 2004: Circulation of the Panel Report (WT/DS267/R)

18 October 2004: Notice of Appeal filed by the United States

3 March 2005: issuance of the report of the Appellate Body (WT/DS267/AB/R)

18 December 2007: Recourse to Article 21.5 of the DSU by Brazil - Report of the Panel (WT/DS267/RW)

2 June 2008: United States - subsidies on Upland cotton, recourse to article 21:5 of the DSU by Brazil - Report of the Appellate Body (WT/DS267/AB/RW)

Products at issue:

The dispute principally concerned United States subsidies in respect of upland cotton (Gossypium hirsutum). The term "upland cotton" here means raw upland cotton as well as the primary processed forms of such cotton including cotton lint and cottonseed. Upland cotton would account for approximately 98 per cent of United States cotton production.

Measures at issue:

It is worh recalling that the WTO Agreement on Subsidies and Countervailing Measures ("SCM Agreement") creates two basic categories of subsidies: those that are prohibited, and those that are actionable. Subsidies contingent, in law or in fact, on export performance ("export subsidies") are prohibited. Other domestic-support measures fall in the "actionable" category. They are subject to challenge, either through multilateral dispute settlement or through countervailing action, in the event that they cause adverse effects to the interests of another Member (including "serious prejudice" arising from export displacement). The measures as identified in Brazil's request for the establishment of a panel were alleged prohibited or actionable subsidies provided to United States producers, users and/or exporters of upland cotton under various commodity support programmes. They included:

Measures Description

Marketing loan programme paymentsInterim financing to domestic producers to facilitate the gradual distribution of the commodity throughout the year

Production flexibility contract paymentsSupport to producers based on historical acreage and yields (not related to current prices of cotton)

Market loss assistance paymentsAd hoc emergency and supplementary assistance provided to producers for compensating potential losses should commodity prices fall under a certain level

Direct paymentsSupport to producers based on historical acreage and yields (not related to current prices of cotton)

Counter-cyclical paymentsSupport to producers based on historical acreage and yields (related to the current price of cotton)

Crop insurance paymentsInsurance coverage to producers for losses due to natural disasters and market fluctuations

Cottonseed paymentsAd hoc emergency and supplementary assistance provided to first handlers and producers of cottonseed

User marketing payments ("Step 2" programme)

Marketing certificates or cash payments to domestic users and exporters of upland cotton when certain US cotton pricing benchmarks are exceeded

Export credit guarantee measures ("GSM 102", "GSM 103" and "SCGP")

Guarantees to US exporters against the risk of not being paid, in the event that the foreign bank failed to pay under the foreign bank letter of credit or the importer failed to pay under the importer obligation.

Export subsidies under the ETI Act of 2000 Tax breaks (non-taxation of a portion of extraterritorial income accruing from upland exports)

Marketing loans (including marketing loan gains and loan deficiency payments) were the largest of these price- and income-support measures. For further information on their functioning, please refer to this extract (PDF file 28k) from "Analysis of the U.S. Commodity Loan Program / AER-801", US Department of Agriculture, April 2001.

Parties' claims (substantive issues):

Brazil claimed, inter alia, that: (1) Export credit guarantee programmes constituted prohibited export subsidies; (2) Step 2 payments for cotton were both prohibited export subsidies and prohibited import substitution policies;(3) The other U.S. domestic support measures caused (or threatened to cause) serious prejudice to the interests of Brazil by depressing world cotton prices and unfairly expanding or maintaining U.S. world market share.

The US had countered these allegations by arguing, among other things, that its subsidies did not artificially inflate supply or depress prices because they were "decoupled" from production. Their viewpoint was that farmers did not get extra handouts for extra cotton. They were instead paid according to the number of acres they planted and the cotton they produced in the past.

Findings:

Ruling in favour of Brazil, the Panel found that the US domestic support measures contingent on prices (in particular, the marketing loan programme payments, user marketing (Step 2) payments, market loss assistance payments and counter-cyclical payments) caused "serious prejudice" to Brazilian interests by unfairly depressing world cotton prices. Thus, it was recommended that the United States take appropriate steps to remove the adverse effects caused to the interest of Brazil or withdraw the subsidy. The Panel further held that export credit guarantees and Step 2 payments to exporters of upland cotton were prohibited export subsidies and that Step 2 payments to domestic users of upland cotton were a prohibited import substitution subsidy. Hence, these measures had to be withdrawn without delay.The decision has apparently accepted the principles that direct payments to producers may be challenged under WTO rules even if they are formally decoupled from production. The ruling also acknowledges that the SCM Agreement may serve as a legal basis for action over agricultural subsidies (although the Agreement on Agriculture ("AoA") would take precedence).

The Appellate Body upheld most of the Panel's findings. According to the report of March, 21, 2005, the United States shall bring its cotton policy into line with the Panel's ruling within a reasonable time (six months - September 2005). If it fails to act, it has to enter into negotiations with Brazil in order to determine mutually-acceptable compensation (if no satisfactory compensation is agreed, Brazil may ask the Dispute Settlement Body for permission to impose limited trade sanctions).

Impact of the ruling:

Effective compliance with this ruling would contribute to restore a level playing field for cotton trade and production. This would help to enhance the competitiveness of agricultural exports from some developing countries.

Some commentators stressed that the ruling would increase pressure on the US to reform its national farm programs (the Farm Bill expiring in 2007). In this regard, on February 2005, the US Agriculture Department considered the possibility to set a firm overall limit of $250,000 on subsidies (which can now exceed $1 million in some cases). Such a proposal would cut federal payments to farmers by $587 million, or about 5 percent, in 2006 and, according to some US estimates, might correspond to a diminution of $5.7 billion in the coming decade. In setting a firm overall limit of $250,000, the plan would tighten requirements for the recipients of such payments to be “actively engaged” in agriculture, and it would generally prevent farmers from claiming additional payments.

The decision could moreover strengthen the case for the reduction and elimination of developed country subsidies in the current Doha round, and weight on developed countries in the talks. It might thus create the necessary momentum in arriving at a successful conclusion of the ongoing agricultural trade talks.

It should also be noted that a number of West African countries, including Burkina Faso, Benin and Mali, are heavily dependent on cotton for the bulk of their export earnings. Nonetheless, African countries did not participate as complainants in the dispute (although Benin and Chad reserved their rights to participate in the Panel proceedings as third parties). The cautious stance of Africa in the cotton dispute has been attributed to political sensitivity (African countries are highly vulnerable to retaliatory action by major trading partners) and lack of resources (disputes are costly and require much legal expertise).

Latest developments:

September 1, 2006 Brasil requested the WTO to set up a compliance panel in order to ensure that the United States has taken the appropriate steps to overcome their obligations as stated in the report of March, 21, 2005. Indeed, despite the fact that the US Agriculture Department partly reformed its exports credit garantee program (June, 30, 2006) and the Congress ended its Step 2 program (as of August, 1, 2006), both programs only accounted for 10% of the total amount of subsidies provided to the cotton sector. United States still pay billion of US dollars subsidies to farmers and Brasil ask for deeper reforms.

Access the official documents relating to the dispute:

Appeal

WT/DS267/30 Compliance panel

WT/DS267/22 Understanding regarding procedures

WT/DS267/AB/R Appellate Body Report

WT/DS267/18 Appellate Body communication

WT/DS267/17 US notification of appeal

Panel Report WT/DS267/R Report of the Panel

Proceedings

WT/DS267/R/Add.1 Addendum

WT/DS267/R/Add.1 (Part2) Annex A: Initial briefs

WT/DS267/R/Add.1 (Part 3) Annex C: Oral statements

WT/DS267/R/Add.1 (Part 4) Annex E: Submissions

WT/DS267/R/Add.1 (Part5) Annex E-5: Submission

WT/DS267/R/Add.1 (Part 6) Annex F:

WT/DS267/RW Report of the Panel

WT/DS267/RW (Part 2)Annex A: First written submissions of parties and third parties

WT/DS267/RW (Part 3)Annex D: Responses of parties to the panel's questions and other comments and documents received from parties

WT/DS267/RW (Part 4)Annex D-8: Responses of the United States to the panel's first set of questions

WT/DS267/RW (Part 5)Annex D-12: Response of Brazil to the panel's second set of questions

WT/DS267/RW (Part 6)Annex D-14: Brazil's comments on the responses of the United States to the panel's second set of questions

WT/DS267/RW (Part 7) Annex E: Communications from parties

WT/DS267/AB/RW Report of the Appellate Body

For further information on domestic support in agriculture and WTO rules, please refer to: "Boxes" in domestic support (WTO Factsheet - PDF file 102 KB)Agriculture gateway (WTO website section)Agriculture negotiations gateway (WTO website section)SCM gateway (WTO website section)United States Farm Bill 2008, Economic Research Service, U.S. Department of Agriculture (USDA)

Negotiations: The Cotton initiative

Despite the fact that West and Central African (WCA) countries did not participate as complainants in the dispute, they continue to be actively engaged in the negotiating process.

The "cotton initiative" (see document TN/AG/GEN/4) was originally launched in 2003 in the build-up to the Cancun ministerial by four WCA countries (Benin, Burkina Faso, Chad and Mali). The proponents called for (i) the phase-out of developed countries' subsidies for cotton production and export and (ii) a compensation mechanism to offset the income loss experienced by the least developed countries pending the phase-out.

Although the original proposal had been conceived as a sectoral initiative on a separate track within the trade negotiations, country members agreed, in September 2004, to make discussion on cotton an integral part of agriculture negotiations. However, cotton remains partially singled out within agriculture talks. In order to "ensure appropriate prioritisation of the cotton issue

independently from other sectoral initiatives" (July Package on the Doha Round - WT/L/579), WTO Members agreed on 19 November 2004 to establish a sub-committee under the Committee on Agriculture (CoA) dealing specifically with the issue of cotton. The subcommittee on cotton will meet periodically and report to the Special Session of the Committee on Agriculture to review progress. Work shall encompass all trade-distorting policies affecting the sector in all three pillars of market access, domestic support, and export competition.

For more information, please refer to the following websites:Newsletters, IDEAS centre (2008, 2007, 2006, 2005, 2004, 2003) The WTO's Cotton Crisis and the Crisis in Commodities (IATP, August, 2006) Sahel and West Africa Club International Centre for Trade and Sustainable Development (ICTSD)Technical Centre for Agricultural and Rural Cooperation ACP-EUIdeas Centre International Trade Development Economic Governance Advisory Services

Cotton issue at the Sixth WTO Ministerial Conference

The final declaration of the Hong Kong Ministerial Conference which was hold December 13-18, 2005 reiterates the commitment of the July package. Thus, it was agreed that cotton export subsidies, which constitute only a small fraction of distortions affecting the sector, would be eliminated in 2006, and developed countries would give duty- and quota-free access to cotton exports from the least developed countries (LDCs). Duty- and quota-free access, however, is already available in some major markets (for instance, under the EU Everything But Arms and the Canadian Market Access initiatives), while Western African countries currently do not export cotton to the United States market. Furthermore, increased market access and the removal of export subsidy can mainly be seen as a plain enforcement of the decision of the WTO dispute settlement Panel on cotton. It was also agreed that trade-distorting domestic support on cotton production would be cut deeper and faster than other trade-distorting subsidies. The Ministerial Declaration, however, does not specify either the amount or the schedule for the implementation of such cuts.

A new request was articulated by the C4 (Chad, Mali, Benin and Burkina Faso) concerning development's aid aiming at deepening relations with donors, bilateral and multilateral institutions in order to find a way to set up a mechanism that will overcome the major losses faced by cotton producers until the end of subsidies. The Director was also invited to establish a mechanism of control which will assure that countries fulfill their obilgations.

For more information, please consult paragraphs 11, 12 and 21 of Doha Work Programme, WTO Ministerial Declaration (WT/MIN(05)/DEC)

WTO Cotton Sub-Committee

WTO members on 19 November 2004 set up a body to focus on cotton, as required in the 1 August 2004 decision, sometimes called the “July Package”, covering all the WTO negotiations.

The agreement to create a body to focus specifically on cotton is part of WTO member governments’ response to proposals from four African countries — Benin, Burkina Faso, Chad and Mali — to tackle the sector.

In this framework, the African Group has circulated a text (dated 22 April 2005) called "Proposed Elements of Modalities in Connection with the Sectoral Initiative in Favour of Cotton".

For more information on this issue, please consult WTO website.

During the WTO Cotton Sub-Committee on January 31 2006, it was noted that with agreement for developed countries to eliminate export subsidies on cotton by the end of 2006, one of the key proposal of C4 was to set up a way to monitor this accordingly.

Furthermore, a new proposal from C4 (TN/AG/GEN/12) is calling for the reduction in trade-distorting domestic support to be three times higher than the cut agreed for domestic support in general, and the implementation period to be one third as long (meaning 2010).

In order to be able to settle a specific rate of reduction of the AMS (Aggregate Measurement of Support) for cotton, the following formula has been proposed by the "Cotton Four" in the WTO document TN/AG/SCC/GEN/4:

Rc = Rg + ((100-Rg)*100)/3*Rg

Rg = reduction as a percentage; final result for reduction of the AMSRc = Reduction for cotton as a percentage; final result for cotton in order to meet the requirement for specificity and more ambition.

Source: Proposed modalities for cotton under the mandate of the Hong Kong ministerial decision, March 1, 2006 (TN/AG/SCC/GEN/4)

The EU stressed the fact that it had proposed duty-free and quota-free market access for cotton exports from all developing countries, not only the least-developed.

The US pointed out that the commitment is definite for cotton products even though the more general duty- and quota-free decision (for all products) allows some exceptions for 3% of products for countries facing difficulties.

For more information on latest development related to US cotton trade policy, you may wish to consult the website of the Office of the United States Trade Representative (USTR).

 

COTLOOK A-INDEX & COTLOOK B-INDEX

Do you what is the Cotlook A-Index and the Cotlook A-Index? It is all concerning global cotton and this index monitors global cotton trade. And to know all about it, read below.

The Cotlook A-Index is the average of the cheapest five quotations from a selection of the main upland cottons traded internationally (19 origins). They are in Memphis/East, California/Arizona, Orleans/Texas, Tanzania, Turkey, India, Uzbekistan, Paraguay, Pakistan, Côte d'Ivoire, Burkina Faso, Benin, Mali, Greece, Australia, Mexico, Syria, Brazil, China.

The Cotlook B-Index is an average of the cheapest three quotations for "Coarse Count" cotton - commonly in use for spinning coarse count yarn over the nine origins in Orleans/Texas, Argentina, Brazil, Turkey, Syria, Uzbekistan, China, Pakistan, Indiashipped to European ports.

World prices are monitored by means of price indexes (the "Cotlook Indexes", A and B) compiled by Cotlook Limited, a private UK cotton consultancy, and published daily in the Cotton Outlook. The Indexes are intended to be representative of the price level on the international raw cotton market.

Overall, fluctuations in cotton prices are determined by several factors, in particular: shifts in the level of demand and supply, which reflect changes in producing countries' cotton policies.

Differences in cotton prices may be attributable to a number of factors. Cotton prices vary, in particular, depending on the variety grown and the quality of the harvested cotton. For examples, ad hoc quotations are set for long-staple Egyptian cotton.

In addition, cotton-pricing mechanisms are affected by government support programmes, especially in the United States. Subsidisation regimes in several producing countries have added to the relative fragmentation of price formation for cotton.

According to a communication from the Commission of the European Communities to the Council and the European Parliament, due to subsidisation, prices paid to domestic cotton farmers were 90% and 154% above world prices in 2001/02 in the US and EU respectively.

It should be pointed out here that there is no world futures contract currently used as an international cotton price benchmark. Indeed, standard specifications of futures contracts traded on the New York Commodity Exchange correspond mainly to US cotton market fundamentals.

For the same reason, quotations at the Osaka Mercantile Exchange are not representative of world prices for raw cotton. Despite a punctual reduction of basis risk due to the increasing importance of US cotton on the world sector (and on price discovery mechanism), the use of futures instruments for the other origins (with the exception of Mexico, member of Alena and which might be in a position to use US futures markets as both prices are well correlated) is not

always easy as spot and futures prices might suddenly diverge.

Any exogenous changes (e.g. trade policy) might eventually bring on the re-emergence of an important basis risk, with devastating spillovers on cotton hedgers.

The point of departure is generally the cash price for cotton set in actual transactions or through relatively short-term contracts for forward delivery (2 to 4 months).

Courtesy: www.unctad.org

INDIAN COTTON TRADE SCENARIO :

World Demand & Supply Situation

Quantity in million Metric tons

Year Beginning August 1

03-04 04-05 05-06 06-07 07-08 08-09*

World Beginning

stock10.48 8.75 11.68 12.26 12.52 12.25

World Cotton Production

20.96 27.01 25.53 26.64 26.23 24.14

World Cotton Consumption

21.74 23.71 25.05 26.49 26.37 24.49

World Cotton Exports

7.24 7.76 9.75 8.12 8.35 6.93

World Ending stocks

8.78 11.68 12.26 12.52 12.25 11.91

As per latest ICAC release dated 2nd January 2009                                                *projecte

 

World Cotton Prices

Monthly average Cotlook A Index (FE) from 2004-05 onwards

  2004-05 2005-06 2006-07 2007-08 2008-09

      FE Index in US Cents per lb.

August 51.91 53.23 59.88 66.62 78.04

September 55.03 53.94 58.82 68.12 77.09

October 50.89 57.74 57.03 68.93 62.30

November 47.71 55.87 57.39 69.68 54.96

December 47.51 56.09 59.43  69.52 55.47

January 50.23 58.36 59.06  73.21  

February 48.69 59.66 57.86 75.05  

March 55.34 57.59 58.42 80.18  

April 55.99 56.23 57.13 75.44  

May 54.90 54.35 55.57 74.12  

June 52.66 55.14 60.61 77.04  

July 53.17 55.42 67.84 77.29  

Current International Prices

Details of New York Futures as also Cotlook A and B Index are reported as under:

In US Cents per Lb

NEW YORK FUTURES

 

COTLOOK  A INDEX (FE)

 

09-1-09 07-1-08

 

09-1-09 07-1-08

Settle ChangeSettl

eChange

Mar 49.32 -110 68.95INDEX A

(FE)58.05 0.20 72.60

May 49.85 -102 70.63 

Jly 51.20 -104 72.30

Kapas Prices

The Fortnightly average  kapas prices along with  percentage over Support prices for main varieties grown in the country during 2008-09 vis-à-vis 2007-08 cotton season:

Prices in Rs.per quintal

Month Desi %tage J-34 %tage H-4 %tage S-6 %tage BB %tage DCH-32

%tage

MSP 08-09

2000 2800 2850 2850 3000 3400

MSP 07-08

1350 1950 2030 2055 2070 2700

8-10-08 -- -- 2800 0.00 -- -- -- -- -- -- -- --

8-10-07 -- -- 2100 7.69 2125 4.68 2275 10.71 -- -- -- --

15-10-08

2875 43.75 2800 0.00 -- -- -- -- -- -- -- --

17-10-07 -- -- 2150 10.26 2150 5.91 2350 14.36 -- -- -- --

31-10-08

3050 52.50 2800 0.00 2850 0.00 -- -- -- -- -- --

31-10-07 2100 55.56 2310 18.46 2280 12.32 2420 17.76 2170 4.83 2800 3.70

15-11-08

3350 67.50 2800 0.00 2850 0.00 2850 0.00 3000 0.00 -- --

15-11-07 2125 57.41 2370 21.54 2290 12.81 2400 16.79 2130 2.90 2800 3.70

28-11-08

3300 65.00 2800 0.00 2850 0.00 2850 0.00 3000 0.00 -- --

28-11-07 2330 72.59 2425 24.36 2250 10.84 2420 17.76 2130 2.90 2900 7.41

15-12-08

3100 55.00 2800 0.00 2850 0.00 2850 0.00 3000 0.00 -- --

15-12-07 2275 68.52 2410 23.59 2240 10.34 2410 17.27 2120 2.42 2825 4.63

31-12-08

3025 51.25 2800 0.00 2850 0.00 2850 0.00 3000 0.00 -- --

31-12-07 2320 71.85 2480 27.18 2375 17.00 2510 22.14 2170 4.83 2875 6.48

                         

                         

                         

                         

Lint Prices

Fortnightly lint prices, announced by the Cotton Association of India, Mumbai for main varieties durig 2008-09 vis-à-vis corresponding period

last year.

(Lint prices in Rs. per candy spot)

  DATE

DESI J-34 H-4 S-6 DCH-32

08-09 07-08 08-09 07-08 08-09 07-08 08-09 07-08 08-09 07-08

1-10-08 25100 15600 23500 17100 26000 19800 26000 20400 32000 30000

15-10-08 24200 15500 22200 16900 21500 19000 22000 19300 32000 30000

31-10-08 28000 15200 21600 17800 22700 19200 23000 20000 31500 28500

15-11-08 26000 15100 20000 17900 21700 19200 22200 19800 30000 28500

28-11-08 26000 15300 19700 18200 21500 19000 21600 19500 30000 28500

15-12-08 26200 16800 20300 18300 21500 18800 21700 19500 29000 28500

31-12-08 26000 17000 20500 18800 21000 19300 21500 20100 28000 28500

                     

Cotton Production and Balance sheet 

The Cotton Advisory Board, in its meeting held on 16th October 2008 has placed cotton production during 2008-09 cotton season at 322 lakh bales of 170 kgs each, as per State-wise details given below:

Area in lakh hectare/Production in lakh bales/Yield kgs per hectare

  2008-09* 2007-08

State AreaProductio

nYield Area

Production

Yield

Punjab 5.60 20.00 607 6.41 22.00 583

Haryana 4.18 15.00 610 4.83 16.00 563

Rajasthan 2.17 8.00 627 3.68 9.00 416

North Total 11.95 43.00 612 14.92 47.00 536

Gujarat 24.17 110.00 774 25.16 112.00 757

Maharashtra 31.33 62.00 336 31.91 62.00 330

Madhya Pradesh

6.43 20.00 529 6.62 21.00 539

Andhra Pradesh 13.19 58.00 748 10.96 46.00 714

Karnataka 3.35 10.00 507 3.88 8.00 351

Tamil Nadu 1.20 5.00 708 1.30 5.00 654

Others 0.98 2.00 347 0.80 2.00 425

Total   310.00     303.00  

Loose Lint   12.00     12.00  

Grand Total 92.60 322.00 591 95.55 315.00 560

*as per CAB dated 16th October 2008

Cotton Balance sheet 

The Cotton Balance Sheet for 2008-09 vis-a-vis 2007-08 as drawn by Cotton Advisory Board vide its meeting

dt.16-10-2008 as under:

Quantity in lakh bales of 170 kgs each

Item 2008-09 2007-08

SUPPLY

Opening stock 43.00 47.50

Crop size 322.00 315.00

Imports 5.00 6.50

TOTAL AVAILABILITY 370.00 369.00

DEMAND

Mill Consumption 203.00 203.00

Small-Mill consumption 23.00 23.00

Non-Mill Consumption 15.00 15.00

TOTAL CONSUMPTION 241.00 241.00

Exports 75.00 85.00

TOTAL DISAPPEARANCE 316.00 326.00

CARRY FORWARD 54.00 43.00

LATEST RAW COTTON ARRIVALS  (Position as on 10th January 2009)

The per day arrivals are reported around 2,20,000 bales.

States 2008-09 2007-08

Quantity in lakh bales of 170 kgs

Punjab 14.75 15.25

Haryana 10.30 9.50

Rajasthan 5.25 6.80

North Total 30.30 31.55

Gujarat 31.50 57.00

Maharashtra 30.85 38.00

Madhya Pradesh 10.15 13.30

Central Total 72.50 108.30

Andhra Pradesh 26.25 23.50

Karnataka 3.50 3.10

Tamil Nadu 0.70 0.85

South Total 30.45 27.45

Others 1.15 0.75

Total 134.40 168.05

Plus Loose lint 5.75 5.70

Grand Total 140.15 173.75

GROWTH OF INDIAN COTTON

AREA PRODUCTION AND YIELD:

Over the years, country has achieved significant quantitative increase in cotton production. Till 1970s, country used to import massive quantities of cotton in the range of 8.00 to 9.00 lakh bales per annum.  However, after Government launched special schemes like intensive cotton production programmes through successive five-year plans, that cotton production received the necessary impetus through increase in area and sowing of Hybrid varieties around mid 70s.  Since then country has become self-sufficient in cotton production barring few years in the late 90s and early 20s when large quantities of cotton had to be imported due to lower crop production and increasing cotton requirements of the domestic textile industry.

Since launch of "Technology Mission on Cotton" by Government of India in February 2000 significant achievements have been made in increasing yield and production through development of high yielding varieties, appropriate transfer of technology, better farm management practices, increased area under cultivation of Bt cotton hybrids etc. All these developments have resulted into a  turn around in cotton production in the country since last 2/3 years.  The yield per hectare which has remained stagnant at about 300 kg/ha for more than 10 years, increased substantially and reached a level of 560 kg/ha in cotton season 2007-08. 

The fundamental changes that taking place in the realm of cotton cultivation in the country, are having the potential to take the current productivity level near to the world average cotton production per hectare in the near future. Apart from meeting the increased cotton consumption by domestic textile industry, country may have sufficient surplus cotton to meet the cotton requirements of importing countries.

Progress with regard to area, production and yield in the country over the last ten years is enumerated as under:

Area, Production and Yield for last Ten years:

Area in lakh hectare/Production in lakh bales/Yield kgs per hectare

Year Area Production Yield

97-98 89.04 158.00 302

98-99 92.87 165.00 302

99-00 87.91 156.00 302

00-01 85.76 140.00 278

01-02 87.30 158.00 308

02-03 76.67 136.00 302

03-04 76.30 179.00 399

04-05 87.86 243.00 470

05-06 86.77 241.00 472

06-07 91.44 280.00 521

07-08 95.55 315.00 560

08-09* 92.60 322.00 591

*Estimated      

COTTON CONSUMPTION:

The domestic textile industry is one of the largest industry in the country and has witnessed a phenomenal growth in the last two decades in terms of installed spindlage and yarn production.  The significant features of this growth include installation of open-end rotors and setting up of export-oriented units.  Technology-wise, Indian spinning industry has been able to keep pace with the international technology trends to a fair degree and this pace of modernisation received a fillip after launching of "Technology Upgradation Fund" by the Government of India in April 1999.

The mushroom growth of spinning industry and its modernization has led to sustained growth in cotton consumption specially during the years when country harvested good crop production. After achieving a sustained growth in cotton consumption during Xth Plan period, domestic cotton consumption increased by about 7% in the year 2005-06, by around 9% during 2006-07 and by around 6% in 2007-08.

Trends in cotton consumption by the textile industry over the last ten years:

Year Cotton consumption

Quantity in lakh bales of 170 kgs

1996-97 158.30

1997-98 149.78

1998-99 151.77

1999-00 158.97

2000-01 160.33

2001-02 158.70

2002-03 154.05

2003-04 163.39

2004-05 180.55

2005-06 199.00

2006-07 216.15

2007-08 226.00

2008-09* 226.00

*as per CAB 16th October 2008

INDIA'S SHARE IN WORLD

INDIA IN THE WORLD COTTON:

India is the third largest producer of cotton in the world after China and USA accounting for about 14% of the world cotton production. It has the distinction of having the largest area under cotton cultivation in the world ranging between 8.00 million to 9.00 million hectares and constituting about 26% of the world area under cotton cultivation. The yield per hectare is however, the lowest against the world average, but over the last two years have shown a promising potential to reach near the world average production level in near future.

.WORL

DINDIA

INDIA'S SHARE

AREA IN MILLION HECTARES

35.91 9.50 21%

.WORL

DINDIA

INDIA'S SHARE

PRODUCTION IN MILLION MT

25.964 3.944 13

 

Area, Production and productivity of cotton in India during last six decades

Yield kgs per hectareYear

 1950-51Area in

lakh hectaresProduction in lakh bales of 170

kgs

56.48 30.62 92

1960-61 76.78 56.41 124

1970-71 76.05 47.63 106

1980-81 78.24 78.60 170

1990-91 74.39 117.00 267

1991-92 76.93 119.00 263

1992-93 75.41 138.00 311

1993-94 74.40 121.50 278

1994-95 78.61 138.50 300

1995-96 90.63 170.20 319

1996-97 91.66 177.90 330

1997-98 89.04 158.00 302

1998-99 92.87 165.00 302

1999-00 87.31 156.00 304

2000-01 85.76 140.00 278

2001-02 87.30 158.00 308

2002-03 76.67 136.00 302

2003-04  76.30 179.00 399

2004-05 87.86 243.00 470

2005-06  86.77 244.00 478

2006-07 91.44 280.00 521

2007-08 95.55 315.00 560

2008-09 92.60 322.00 591

Source : Cotton Advisory Board

Staple-wise production of cotton

Quantity in lakh

bales of 170

kgs

STAPLE GROUP

2000-01

01-02

02-03

03-04

04-05

05-06

06-07

07-08

Short                  (below 20.0 mm)

9.50

9.50

9.00

7.60

7.11

6.80

6.00

4.00

Medium/Medium Long (2

74.00

82.50

72.00

75.90

136.80

64.00

54.00

63.00

0.5 to 27 mm)

Long Staple                   (27.5 to 32.0 mm)

52.00

61.00

51.00

89.95

94.07

165.40

216.15

243.00

Extra Long stap

4.50

5.00

4.00

5.55

5.02

4.80

3.85

5.00

le (32.5 mm & above)

TOTAL

140.00

158.00

136.00

179.00

243.00

241.00

280.00

315.00

Note : Staple-group-wise production figures are estimated

Staple-wise mill consumption of cotton (Non-SSI)

Cotton year -  October to September

Figures in lakh bales of 170 kgs each

96-97

97-98 98-99

99-00

2000-01

2001-02

2002-03

2003-04

2004-05

SHORT (below 20.0 mm)

11.3 8.2 6.13 7.27 9.71 6.96 5.99 5.93 5.16

(7.51)

(5.72)

(4.21)

(4.83)

(6.50)

(4.73)

(4.20)

(3.94)

(3.15)

MEDIUM (20.5 to 25.5

53.79

45.04

42.19

47.83

46.05

38.57

38.05

36.29

50.4

(35.76)

(31.44)

(28.99)

(31.76)

(30.83)

(26.24)

(26.72)

(24.13)

(30.80)

mm)MEDIUM LONG (26.0 to 27.5 mm)

29.62

27.64

25.77

25.82

24.44

23.46

25.1 22.96

22.43

(19.69)

(19.30)

(17.71)

(17.15)

(16.37)

(15.96)

(17.62)

(15.27)

(13.71)

LONG (28.0 to 33.5 mm)

47.63

53.68

58.18

47.31

43.79

47.67

53.02

70.3 71.57

(31.67)

(37.48)

(39.98)

(31.43)

(29.32)

(32.43)

(37.23)

(46.74)

(43.74)

EXTRA  LONG (34 mm & above)

7.24 6.07 5.78 4.28 3.86 4.09 4.17 4.42 4.02

(4.82)

(4.24)

(3.97)

(2.84)

(2.58)

(2.78)

(2.93)

(2.94)

(2.46)

TOTAL INDIAN COTTON

149.58

140.63

138.05

132.51

127.85

120.75

126.33

139.9

153.58

(99.45)

(98.18)

(94.86)

(87.99)

(85.60)

(82.14)

(88.70)

(93.02)

(93.86)

FOREIGN COTTON

0.83 2.61 7.48 18.08

21.51

26.25

16.09

10.49

10.05

(0.55)

(1.82)

(5.14)

(12.01)

(14.40)

(17.86)

(11.30)

(6.98)

(6.14)

GRAND TOTAL

150.41

143.24

145.53

150.59

149.36

147.00

142.42

150.39

163.63

(100%)

(100%)

(100%)

(100%)

(100%)

(100%)

(100%)

(100%)

(100%)

SSI Mills

7.50 6.54 6.24 8.37 10.97

11.70

11.63

12.99

16.38

Note : Figures in bracket indicate percentage to the total

Source : Office of the Textile Commissioner, Mumbai

State-wise Cotton consumption by the Textile Mills

in '000 kgs

States/Union Territories

2000-01 2001-02 2002-03 2003-04

2004-05

Andhra Pradesh 119396 111350 107193 124155 132035

Assam 1337 1110 453 116

Bihar 3225 92 -- --

Delhi -- -- -- --

Gujarat 196647 228572 212919 198638 236196

Haryana 134310 151141 106495 93727 95289

Himachal Pradesh 55805 53918 64854 69322 72730

Jammu & Kashmir 3290 2238 687 23 2108

Jharkhand 978 1985 1393 1250 1404

Karnataka 80239 79311 79203 70318 82498

Kerala 41588 40144 38338 30621 32882

Madhya Pradesh 163864 135365 142154 145819 148296

Maharashtra 334074 314009 297043 271506 321338

Manipur 322 252 -- --

Orissa 10137 8673 7205 5525 2445

Punjab 242641 233253 257219 265171 293549

Rajasthan 101619 89795 98276 94694 96929

Tamil Nadu 1120379 1144191 1178287 1160891

1245826

Uttaranchal 20 503 19 27

Uttar Pradesh 62739 55654 55267 51782 54330

West Bengal 19675 18858 16605 14966 16295

Union Territories

Dadra Nagar Haveli 7851 13414 19670 36268 33332

Daman & Diu 4477 1425 172 104

Pondicherry 16368 15893 15670 17081 17989

Total 2720981 2701146 2699122 2652004

2885643

Source : Office of the Textile Commissioner, Mumbai

Cotton Consumption by Organized Sector Textile Mills (Non-SSI Mills) and Small Scale Spinning Mills (SSI) Units

(In lakh bales of 170 kgs each)

.

.

Non-SSI Mills SSI Mills

Avg Consumption

Avg Consumption

YearCotton

consumption

monthly consumption

Cotton consumptio

n

monthly consumption

1996-97 158.30 13.20 7.89 0.66

1997-98 149.78 12.48 6.54 0.55

1998-99 145.53 12.13 6.24 0.52

1999-2000 150.59 12.55 8.37 0.70

2000-2001 149.36 12.45 10.97 0.91

2001-2002 147.00 12.25 11.70 0.98

2002-2003 142.42 11.87 11.63 0.97

2003-2004 150.39 12.53 12.99 1.08

2004-2005 163.98 13.67 16.57 1.58

2005-2006 182.00 15.17 20.00 1.67

E: Estimated

Source: Office of the Textile Commissioner, Mumbai.

State-wise Cotton consumption by the Textile Mills

in '000 kgs

States/Union Territories

2000-01 2001-02 2002-03 2003-04 2004-05

Andhra Pradesh 119396 111350 107193 124155 132035

Assam 1337 1110 453 116

Bihar 3225 92 -- --

Delhi -- -- -- --

Gujarat 196647 228572 212919 198638 236196

Haryana 134310 151141 106495 93727 95289

Himachal Pradesh 55805 53918 64854 69322 72730

Jammu & Kashmir 3290 2238 687 23 2108

Jharkhand 978 1985 1393 1250 1404

Karnataka 80239 79311 79203 70318 82498

Kerala 41588 40144 38338 30621 32882

Madhya Pradesh 163864 135365 142154 145819 148296

Maharashtra 334074 314009 297043 271506 321338

Manipur 322 252 -- --

Orissa 10137 8673 7205 5525 2445

Punjab 242641 233253 257219 265171 293549

Rajasthan 101619 89795 98276 94694 96929

Tamil Nadu 1120379 1144191 1178287 1160891 1245826

Uttaranchal 20 503 19 27

Uttar Pradesh 62739 55654 55267 51782 54330

West Bengal 19675 18858 16605 14966 16295

Union Territories        

Dadra Nagar Haveli

7851 13414 19670 36268 33332

Daman & Diu 4477 1425 172 104

Pondicherry 16368 15893 15670 17081 17989

Total 2720981 2701146 2699122 2652004 2885643

Source : Office of the Textile Commissioner, Mumbai

COTTON BALANCE SHEET (As drawn by the Cotton Advisory Board)

from October Quantity in lakh bales of 170 kgs

96-97 97-98 98-99 99-00 00-01 01-02 02-03 03-04 04-05 05-06 06-07 07-08

Opening stock 39.16 30.38 30.00 36.50 40.50 29.00 40.00 24.00 21.00 72.00 52.00 47.50

177.90 158.00 165.00 156.00 140.00 158.00 136.00 179.00 243.00 244.00 280.00 315.00

0.30 4.13 7.87 22.01 22.13 25.26 17.67 7.21 12.17 4.00 5.53 6.50

217.36 192.51 202.87 214.51 202.63 212.26 193.67 210.21 276.17 320.00 337.53 369.00

150.41 143.24 145.53 150.60 149.36 147.00 142.42 150.39 163.98 182.00 194.89 203.00

7.89 6.54 6.24 8.37 10.97 11.70 11.63 13.00 16.57 20.00 21.26 23.00

11.86 9.23 13.59 14.39 12.70 13.06 14.78 13.71 14.48 15.00 15.88 15.00

 170.16 159.01 165.36 173.36 173.03 171.76 168.83 177.10 195.03 217.00 232.03 241.00

16.82 3.50 1.01 0.65 0.60 0.50 0.84 12.11 9.14 47.00 58.00 85.00

disappearance186.98 162.51 166.37 174.01 173.63 172.26 169.67 189.21 204.17 264.00 290.03 326.00

Carry forward 30.38 30.00 36.50 40.50 29.00 40.00 24.00 21.00 72.00 56.00 47.50 43.00

Source : Cotton Advisory Board.

AREA, PRODUCTION AND PRODUCTIVITY OF COTTON (STATE-WISE)

1996-97 onwards….

Area in lakh hectares/ Production in lakh bales of 170 kgs/ Yield kgs per

1996-97 1997-98 1998-99 1999-2000 2000-01

Area Prod Yield

Area Prod Yield

Area Prod Yield

Area Prod Yield

Area

7.42 16.00 367 7.27 7.25 170 5.62 5.00 151 4.75 7.85 281

4.74

6.49 13.50 354 6.38 9.00 240 5.82 7.00 204 5.46 10.65 332

5.55 10.00

6.54 14.00 364 6.45 11.00 290 6.45 11.50 303 5.83 13.00 379

5.10 10.75

20.45

43.50 362 20.10

27.25 230 17.89

23.50 223 16.04

31.50 334

15.39

30.25

15.24

34.25 382 15.19

42.00 470 16.07

47.50 502 15.39

27.50 304

16.15

23.75

30.85

33.00 182 31.39

21.50 116 31.99

26.50 141 32.54

38.00 199

30.77

18.25

5.27 18.75 605 5.17 22.50 740 5.01 18.75 636 5.25 15.50 502

5.06 19.25

51.36

86.00 285 51.75

86.00 283 53.07

92.75 297 53.18

81.00 259

51.98

61.25

10.07

26.50 447 8.98 25.50 483 12.78

25.00 333 10.39

22.50 368

10.22

25.25

Karnatak 6.68 9.00 229 5.18 7.50 246 6.08 8.75 245 5.40 7.00 220

5.60

2.60 5.50 360 2.47 5.00 344 2.43 5.50 385 1.85 5.50 505

1.93

19.35

41.00 360 16.63

38.00 388 21.29

39.25 313 17.64

35.00 337

17.75

38.50

0.50 1.00 340 0.56 1.00 304 0.62 1.25 343 0.45 1.50 567

0.64

171.50

152.25

156.75

149.00

131.0

Loose lint 6.40 5.75 8.25 7.00

GRAND 91.66

177.90

330

89.04

158.00

302

92.87

165.00

302

87.31

156.00

304

85.76

2001-02 2002-03 2003-04 2004-05 2005-06

Area Prod Yield

Area Prod Yield

Area Prod Yield

Area Prod Yield

Area

6.00 9.25 262 4.49 7.50 284 4.52 10.35 389 5.09 16.50 551

5.57 21.00

6.10 5.50 153 5.19 8.75 287 5.26 11.50 372 6.21 15.50 424

5.83 14.00

3.47 7.00 343 3.86 5.00 220 3.44 9.15 452 4.38 11.00 427

4.71 11.00

15.57

21.75 237 13.54

21.25 267 13.22

31.00 399 15.68

43.00 466

16.11

46.00

16.87

32.50 328 16.34

30.50 317 16.47

50.00 516 19.06

73.00 651

19.06

89.00

29.80

34.25 195 28.00

26.00 158 27.66

31.00 191 28.40

52.00 311

28.75

36.00

6.23 20.00 546 5.45 18.00 561 5.91 19.65 565 5.76 16.00 472

6.20 18.00

52.90

86.75 279 49.79

74.50 254 50.04

100.65

342 53.22

141.00

450

54.01

143.0

10.02

26.75 454 8.03 19.75 418 8.37 27.40 557 11.78

32.50 469

10.33

30.00

Karnatak 5.91 7.00 201 3.93 5.00 216 3.13 4.20 228 5.21 8.00 261

4.13

2.00 5.00 425 0.85 3.00 600 1.03 3.75 619 1.29 5.50 725

1.40

17.93

38.75 367 12.81

27.75 368 12.53

35.35 480 18.28

46.00 428

15.86

42.00

0.90 0.75 142 0.53 1.00 321 0.51 1.00 333 0.68 1.00 250

0.79

148.00

124.50

168.00

231.00

232.0

Loose lint 10.00 11.50 11.00 12.00 12.00

GRAND 87.30

158.00

308

76.67

136.00

302

76.30

179.00

399

87.86

243.00

470

86.77

244.00

2006-07 2007-08 2008-09          

Area ProdYield

Area ProdYield

Area ProdYield          

6.07 24.00 672 6.41 22.00 583 5.60 20.00 607          

5.30 15.00 481 4.83 16.00 563 4.18 15.00 610          

Rajasthan 3.50 9.00 437 3.68 9.00 416 2.17 8.00 627          

14.87 48.00 549 14.92 47.00 536 11.95 43.00 612          

23.90 103.00 733 25.16 112.00 757 24.17 110.00 774          

Maharasht31.07 50.00 274 31.91 62.00 330 31.33 62.00 336          

6.39 19.00 505 6.62 21.00 539 6.43 20.00 529          

61.36 172.00 477 63.69 195.00 520 61.93 192.00 527          

9.72 36.00 630 10.96 46.00 714 13.19 58.00 748          

Karnataka 3.78 6.00 270 3.88 8.00 351 3.35 10.00 507          

1.00 5.00 850 1.30 5.00 654 1.20 5.00 708          

14.50 47.00 551 16.14 59.00 621 17.74 73.00 700          

0.71 1.00 239 0.80 2.00 425 0.98 2.00 347          

  268.00     303.00     310.00            

Loose Lint   12.00     12.00     12.00            

91.44 280.00 521 95.55 315.00 560 92.60 322.00 591          

Source : Cotton Advisory Board

Minimum Support Prices in Rs.per quintal  

Sr. No.

Variety

Basic Staple Lengt

h (2.5% span

length)

01-02

02-03

03-04

04-05

05-06

06-07

07-08 08-09

Assam Comilla 1330

1330

1370

1400

1400

1410

1440  

Bengal Desi 1250

1250

1285

1310

1310

1320

1350  

V-797 22.0 mm

1560

1560

1605

1640

1640

1665

1700  

Jayadhar 23.00 mm

1560

1560

1605

1640

1640

1650

1680  

G. Cot 12/13 23.0 mm

1485

1485

1530

1560

1560

1665

1700  

AK/Y-1 24.0 mm

1595

1595

1640

1675

1675

1685

1735  

NHH 44 Marathwada & Khandesh

24.0 mm

1595

1595

1640

1675

1675

1685 1735  

NHH 44 (Vidharbha)

25.0 mm

1620

1620

1665

1700

1700

1710

1760  

PCO-2  (AP & Karnataka)

25.00 mm

-- 1575

1620

1650

1650

1660

1690  

10 F-414/H-777/J-34 Raj

24.5 mm

1675

-- -- -- -- -- 1800  

11F-414/H-777/J-34 Hyb Rajasthan

25.5 mm --

1675

1725

1760

1760

1770 1850  

12F414/H-777/J-34 Hybrid (Haryana)

26.5 mm --

1695

1750

1785

1800

1850 1900  

13 F414/H-777/J-34 Hybrid (Punjab)

27.5 mm

-- 1715

1780

1815

1835

1890

1950  

14 AHH-468 25.5 mm

1700

1700

1750

1785

1785

1805

1845  

15 1007/Jhurar/DHY-286

27.0 mm

1750

1750

1800

1835

1835

1845

1885  

16 LRA 5166 26.0 mm

1750

1750

1800

1835

1835

1835

1900  

17 JKHY-1/MECH 28.0 mm

1800

1800

1850

1885

1885

1895

1935  

18 H-4/H-6 28.0 mm

1875

1875

1925

1960

1980

1990

2030  

19 SANKAR 6/10(SAU)

28.0 mm

1840

1860

1910

-- -- -- --  

20 SANKAR 6/10(Guj)

28.0 mm

-- -- -- 1960

1985

2005

2055  

21 Bunny Brahma 31.5 mm

1900

1925

1975

2010

2010

-- --  

22 Brahma 30.0 mm -- -- -- -- -- 201

02050  

23 Bunny 31.0 mm

-- -- -- -- -- 2020

2070  

24 MCU-5 33.0 mm

1950

1950

2000

2035

2055

2150

2300  

25 DCH-32(MP) 34.0 mm

1975

1975

2030

2065

2100

2350

2600  

26 DCH-32(South) 35.0 mm

2075

2075

2130

2170

2200

2430

2700  

27 Suvin 38.00 mm

3000

3000

3080

3135

3135

3400

3800  

28 RCH-2 30.00 mm

-- -- -- -- 1990

2000

2040  

Note:  In addition to the a foresaid MSP, The Government of India has approved the payment of Special Drought Relief Prices (SDRP) in respect of cotton (kapas) 2002-03. The SDRP would not  become part of MSP and this would be provided by way of  special relief and not by way of any bonus.  The approved SDRP is of Rs.20/- per

 

quintal and would be payable in all cotton growing States and for all varieties of cotton irrespective of their quality and grade.  The SDRP would be payable whenever price support operations are undertaken by Cotton Corporation of India (CCI).

CCI is required to undertake Price Support Operations whenever the market prices of kapas rule below the MSP.  

Source:  Office of the Textile Commissioner, Mumbai  

ANNUAL AVERAGE PRICES OF KAPAS FOR IMPORTANT VARIETIES

Prices in Rs per quintal

YEAR BENGAL DESI

J-34 LRA H-4 S-6 DCH-32

1996-97 1168 1770 1786 1905 2010 2316

1997-98 1773 2101 2095 2186 2278 2973

1998-99 1883 2080 2037 2135 2141 2532

1999-00 1443 1836 1835 1909 2067 2732

2000-01 1438 2068 2103 2207 2310 2784

2001-02 1833 1828 1750 1891 1901 --

2002-03 1875 2218 2110 2215 2323 2927

2003-04 1962 2591 2470 2533 2632 3152

2004-05 1689 1844 1835 2003 2037 2840

2005-06 1738 1999 -- 2002 2058 4111

2006-07 1871 2133 -- 2168 2280 3034

2007-08 2351 2523 -- 2483 2613 2827

2008-09*            

 

Source: CCI Branch Offices

Year-wise/Month-wise prices of lint cotton announced by the Cotton Association of India, Mumbai

Prices in Rs per candy spot

Oct Nov Dec Jan Feb Mar Apr May Jun Jul Aug

8,850 8,879 8,100 7,980 7,700 8,639 8,827 9,200 10,229 9,950

11,447 11,627 12,691 14,386 14,427 14,852 14,890 15,100 15,291 15,638

13,173 15,004 14,720 14,513 13,575 13,283 12,710 13,317 13,765 13,792

12,004 11,282 10,348 10,280 10,346 10,446 10,547 11,496 12,000 11,500

10,305 11,684 11,246 10,462 10,295 10,552 11,432 12,104 12,900 12,600

13,648 13,657 13,595 13,020 13,038 13,250 13,592 13,992 14,492 14,637

14,282 14,645 14,033 12,207 13,300 13,483 14,347 14,425 14,448 15,055

13,487 14,296 13,917 14,858 15,628 15,459 15,655 15,735 16,275 13,000

14,295 13,786 12,692 12,600 11,795 11,984 12,195 13,032 13,083 12,980

12,848 14,120 14,271 13,627 13,033 12,691 13,479 13,475 13,617 14,413

14,705 14,621 14,405 13,923 13,975 146,00 14,845 14,750 15,000 15,904

15,426 15,324 16,810 17,052 16,855 18,467 19,264 21,132 23,709 24,808 25890

15,950 15,388 13,868 14,465 14,352 15,209 15,390 16,483 17,758 17,569

18,356 17,746 17,583 19,017 19,463 19,317 19,333 19,369 20,096 19,646

17,195 17,458 16,548 16,235 16,179 16,000 15,990 16,413 16,977 17,712

15,942 14,391 13,408 13,872 14,875 15,746 15,932 17,308 17,980 18,217

16,645 17,640 18,158 17,846 17,841 17,957 18,047 18,404 19,188 18,592

15,576 13,910 13,785 13,356 13,083 12,923 13,672 14,068 14,664 15,530

14,973 15,690 16,504 16,363 17,704 19,065 20,605 20,750 20,974 22,068

20,243 20,765 20,348 21,871 22,022 20,800 21,320 21,780 21,438 21,568

15,629 14,682 13,964 15,100 13,895 14,692 14,557 15,286 15,630 15,700

14,739 15,060 15,842 15,464 15,095 15,104 16,074 16100 16458 16791

15,974 15,613 15,475 15,364 16,415 17,760 18,300 18,214 18,550 19,417

17,213 17,986 18,420 19,348 19.,705 20,181 20,390 22,286 25,222 27,263 26738

19,750 18,700 17,920 17,865 17,326 17,657 18,427 19,388 20,033 19,892

20,352 19,614 19,270 20,486 20,322 20,309 20,514 20,173 20,633 20,842

19,652 19,045 18,712 19,291 18,871 18,087 18,357 18,733 19,050 19,296

19,092 18,141 17,276 17,280 17,667 17,842 18,632 18,918 19,032 19,196

19,295 20,540 21,146 20,400 19,736 19,061 19,337 19,808 20,188 19,284

17,208 15,067 14,930 14,612 14,100 14,006 14,780 14,864 15,392 16,807

17,227 17,155 17,896 17,837 19,013 20,413 21,226 21,283 21,339 22,323

22,287 22,265 21,274 22,625 22,917 21,945 22,170 22,170 22,121 23,000

17,690 16,927 15,448 16,900 14,643 15,028 15,852 15,732 15,765 15,870

16,174 16,635 17,300 17,214 16,771 16,643 16,984 16,604 16,429 17,070

17,632 17,279 17,045 16,950 17,865 18,690 19,050 18,286 18,613 19,674

19,074 19,057 18,935 19,791 20,509 21,229 21,600 22,750 24,635 27,688 27690

Oct Nov Dec Jan Feb Mar Apr May Jun Jul Aug

20,450 19,188 18,500 18,590 18,152 18,704 19,659 20,400 20,945 20,573

20,765 20,109 19,754 21,417 21,200 21,322 21,171 20,760 21,570 22,080

19,652 19,550 19,692 20,143 19,429 18,839 19,195 19,983 20,135 20,008

19,675 18,836 18,251 18,816 19,167 19,508 19,832 20,450 20,668 20,596

20,614 21,804 22,479 21,804 21,082 20,570 20,721 20,904 20,800 20,376

18,312 16,043 15,880 15,592 15,083 15,264 15,844 15,932 16,632 18,037

17,864 17,745 18,588 18,974 20,191 21,517 22,368 22,217 22,243 22,773

22,757 23,078 22,570 23,825 23,872 23,323 23,555 23,450 23,542 24,000

17,910 17,509 16,272 16,236 15,905 16,384 16,681 16,391 16,700 16,895

17,487 17,235 17,942 18,505 18,195 18,117 18,484 17,913 17,963 18,491

18,616 18,200 17,825 17,741 18,435 19,190 19,577 18,923 19,113 20,183

19,743 19,700 19,715 20,774 21,086 22,243 22,270 23,464 25,583 27,800 27943

18210 18555 17036 17050 16900 17268 18095 18441 18578 18300

17,665 18,245 20,958 20,395 19,529 19,100 19,700 19,129 19,000 19,026

19,516 18,867 18,490 18,150 18,900 20,010 20,582 20,127 20,142 20,987

20,152 19,952 20,185 20,874 21,518 22,567 22,620 23,841 26,104 28,933 28819

23,012 23,000 22,856 23,521 22,852 22,804 23,222 23,675 24,416 25,000

25,000 ---- 24,342 26,117 26,186 25,435 25,195 24,578 24,538 25,750

---- ---- 23,500 25,029 24,783 23,657 22,857 23,750 24,000 24,346

25,000 24,895 23,124 23,716 23,350 23,308 23,500 23,500 23,500 23,760

24,367 24,840 25,675 25,777 24,968 23,987 24,000 24,604 25,340 24,464

22,460 19,924 19,465 18,248 17,050 17,227 18,368 18,332 18,672 19,726

20,595 21,875 19,229 19,195 22,362 23,878 24,579 24,783 25,009 25,409

24,674 24,774 23,465 24,633 25,300 25,000 25,245 25,500 25,425 26,000

21,881 20,214 19,232 19,195 19,219 19,508 20,495 20,527 20,600 20,360

19,200 19,595 22,988 23,318 22,362 21,883 22,095 21,288 20,450 20,387

20,874 26,221 26,000 21,400 21,195 21,990 22,073 22,000 22,000 22,304

22,500 21,771 21,040 21,691 22,073 24,195 24,305 25,014 26,770 29,921 29533

27,250 26,330 23,920 24,775 24,473 24,504 25,218 26,733 27,225 26,930

27,522 29,091 29,500 31,621 31,595 30,091 29,714 29,765 30,774 31,326

28,167 27,654 26,460 27,204 26,187 25,639 25,500 25,750 26,000 26,131

27,108 27,277 28,804 29,620 30,383 30,813 30,000 30,500 30,984 32,500

29,500 31,164 35,425 35,373 35,273 34,957 35,000 35,000 35,000 33,104

29,160 25,695 25,405 25,104 24,417 24,177 26,068 26,112 26,284 27,426

27,932 27,990 29,046 29,511 30,339 31,374 31,316 31,942 31,652 32,495

29,000 30,709 31,291 32,371 32,111 30,795 30,500 30,500 30,500 30,500

29,333 28,245 28,648 28,477 29,881 31,180 31,500 31,500 32,283 32,425

31,500 33,900 42,979 45,409 42,929 40,130 41,895 42,000 42,000 41,435

36,237 34,292 32,000 32,000 32,650 33,000 32,295 32,000 31,771 32,109

29,804 28,500 28,500 29,091 30,064 31,000 31,000 31,955 32,622 33,121 33038

1 candy=355.62 kgs

Cotton imports in India - 1996-97 onwards

Year

QuantityValue

(in lakh bales

of 170 kgs.) (Rs./Crores)

1996-97 0.30 56.42

1997-98 4.13 497.93

1998-99 7.87 772.64

1999-00 22.01 1967.92

2000-01 22.13 2029.18

2001-02 25.26 2150.01

2002-03 17.67 1789.92

2003-04 7.21 880.10

2004-05 12.17 1338.04

2005-06  5.00 565.21

2006-07 5.53 N.A.

2007-08  6.50 N.A.

2008-09* 5.00 --

Source: Cotton Advisory Board for Quantity figures

Note: Value figures are estimated

NA : Not applicable

(A): Anticipated

COTTON EXPORTS FROM INDIA

FROM 1996-97 ONWARDS

YearQuantity (in lakh bales of

170 kgs)Value in Rs/Crores

1996-97 16.82 1655.00

1997-98 3.50 313.62

1998-99 1.01 86.72

1999-00 0.65 52.15

2000-01 0.60 51.43

2001-02 0.50 44.40

2002-03 0.83 66.31

2003-04 12.11 1089.15

2004-05 9.14 657.34

2005-06  47.00 3951.35

2006-07 58.00 5232.09

2007-08  85.00 N.A.

2008-09 75.00 N.A.

Source: Cotton Advisory Board for Quantity figures

Note: Value figures are estimated

NA : Not applicable

World cotton statistics:

- - - 2006-07- 2007-08

Jun

PRODUCTION -- --- -- -- -- --

World -- -- -- 116,713 -- 115,887

China -- -- -- 30,900 -- 31,000

United States -- -- -- 21,588 -- 18,800

India -- -- -- 21,500 -- 22,500

Pakistan -- -- -- 9,900 -- 10,400

Brazil -- -- -- 6,500 -- 6,000

USE -- -- -- -- -- --

World -- -- -- 122,544 -- 127,411

China -- -- -- 50,000 -- 54,000

India -- -- -- 18,500 -- 20,000

Pakistan -- -- -- 12,100 -- 12,400

United States -- -- -- 4,900 -- 4,400

Turkey -- -- -- 7,200 -- 7,300

IMPORTS -- -- -- -- -- --

World --- -- -- 37,781 -- 42,109

China -- -- -- 11,750 -- 17,000

Turkey -- -- -- 3,600 -- 3,400

Indonesia -- -- -- 2,200 --- 2,250

Pakistan -- --- -- 2,200 -- 2,300

Bangladesh -- -- -- 2,400 --- 2,400

EXPORTS -- -- -- -- -- --

World -- -- -- 37,092 -- 41,578

United States -- -- -- 13,000 -- 17,500

Uzebkistan -- -- -- 4,650 --- 4,650

Australia -- --- -- 2,150 -- 1,300

Greece -- -- -- 1,250 -- 1,275

Brazil -- -- -- 1,400 -- 2,700

ENDING STOCKS -- -- -- -- -- --

World -- -- -- 56,386 -- 51,229

China -- -- -- 14,586 -- 14,536

Brazil -- -- -- 5,467 -- 4,917

India -- -- -- 7,364 -- 6,764

United States -- -- -- 9,800 -- 6,700

Pakistan -- -- -- 4,087 -- 4,212

Source:- --FAS,

USDA.---

-- -- --

June 2007 Issue -- -- -- -- -- --

CottonCotton:

Short-term Chart Comment...

Like most commodities, March cotton has been in a down-trend, but on January 23rd, prices closed at their highest in over two months - an impressive sign of strength (updated 1-23).

Fundamental Stats -

On January 12, 2009, the USDA lowered its estimate of 2008-2009 U.S. ending stocks from 7.1 to 6.9 million bales, down from 10 million bales the previous year. That puts the 2009 ending stocks to use ratio at 43%, down from the previous two years, but still plentiful. Worldwide, the USDA expects 2009 ending stocks to fall from 62 to 59 million bales, or 50% of annual use.

U.S. mill use fell from an annual rate of 4.28 to 4.02 million bales in November. For all of 2007, U.S. mill use was down 12%. In 2008-2009, the USDA expects exports to be down 12%, but so far, they are down 1%. On December 12, 2008, Informa Economics predicted that U.S. cotton acres will be down 19% in 2009.

U.S. Cotton Market Statistics (in million bales)

Year endingMay 31,

2002 2003 2004 2005 2006 2007 2008 2009 2010

Production 20.3 17.2 18.3 23.3 23.9 21.6e 19.2e 13.04e

Total Use 18.7 19.2 20.0 21.1 23.4 17.9e 18.3e 16.2e

Ending Stocks 7.45 5.39 3.51 5.50 6.05 9.48e 10.04e 6.90e

Stocks/Use ratio .40 .28 .18 .26 .25 .53e .55e .43e

USDA cotton crop maps: China, and USA.