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| | Organic cotton update
The organic cotton sector has
made considerable progress since it started in Turkey around ten years ago and
the products are much better known than they were even five years ago. Available
data show an overall global increase in production of around 80% — a dramatic
increase in two years. Dorothy Myers reports on recent developments in
production and consumption.
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Stacking organic seed cotton after harvest – Kousanar, Senegal 2000.
Photo: Peter Ton |
Hard data on organic cotton production are quite difficult to
obtain, often for reasons of commercial sensitivity. In the absence of
‘official’ channels such as exist for the conventional cotton sector, it is
often necessary to rely on informal contacts with project managers, consultants,
companies and certifiers. Some operations keep excellent records and are
commendably open in their approach to information sharing. The Table summarises
information about certified organic cotton fibre production currently available
to PAN UK. Data for 1997 were published in Organic Cotton: from field to
final product in early 1999 and are included again here for reference
purposes. Some interesting comparisons present themselves which are indicative
of changes in the size and structure of this relatively new sector.
Although projects in Mozambique, India (Srida and Ginni),
Nicaragua and Paraguay seem to have ceased production for the international
market, most other producers known to have been in operation in 1997 have
continued, with greater or lesser success. There are also indications that some
new projects may have started within the past two years in India and Pakistan.
Regional changes are striking: Africa
(including Egypt), Latin America and Asia (India) regions produced 45% of the
global total of organic cotton fibre in 1997 but by 1999 the share had fallen to
25% and in two of those regions production had fallen in absolute terms.
Africa’s share had fallen by about 6%, Latin America by 6% and India by 8%. On
the other hand, the global share of production by Turkey is now 41% and that of
the US 34%. Turkish production has more than tripled and the US production has
almost doubled from production totals that already accounted for a large part of
the global output.
Information does not so far exist that
would permit an analysis of the reasons for the changes described above but it
would be assumed that project structures, management, agronomic back-up and
expertise, market conditions, access to markets would all play their part.
Testimony from farmers from several African projects acknowledges the positive
contribution that organic production systems make to the health and
environmental well-being of communities (see PN 47 and PN 49 for Benin and
Zimbabwe, for example). Differences in production patterns should also be
recognised. The African, Latin American and Indian plots tend to be quite small
and projects tend to be integrated organic systems using rotations and
intercropping in which a number of crops, including food, are produced as well
as cotton, often in substantial quantities. Many family members would often be
fed from the produce of the organic farms. The Turkish and US systems feature
much larger plots often with monocropping and green manuring more likely to be
features of the systems. Unfortunately little information exists to date which
would allow quantification of amounts of pesticides or synthetic chemicals
‘saved’ by organic systems. Amounts vary greatly depending on the systems
which existed prior to organic conversion, with large pesticide quantities being
used in the US and India, for example, and almost none in systems pre-existing
in Uganda and Tanzania.
Organic cotton markets
As for production, quantitative information about the organic cotton market does
not yet exist but some indications of the current situation can be derived from
anecdotal information. With the fashionable organic cotton boom of the early
1990’s well behind us, the organic cotton market appears to have expanded.
Expansion has taken place in several ways: into countries which were hitherto
undeveloped such as UK and Italy, in the range of products available, and in the
number of players becoming involved, both large and small. In the UK, for
example, the only companies involved five years ago were a handful of mail-order
enterprises and small retail outlets importing products from other parts of
Europe and the US. Within the past two years, the number of retail and
mail-order outlets has increased, processing and manufacturing have started up,
high street retailers have become involved and a fashion house has brought
products to market. In anticipation of further expansion, the Soil Association
is working on the preparation of organic textile standards. Market retail
leaders in 1999 were Patagonia (US – specialist outdoor clothing company),
Coop Schweiz (Switzerland – all types of clothing), Otto (Germany – large
mail-order company), Nike (US – sports clothing), and Hess Natur (Germany –
medium sized mail-order company)(1).
The textile sector in general is facing
price competition as never before. Many companies are seeking comparative
advantage in the quality of their products and in ‘greening’ themselves –
and organic cotton is a way of achieving these objectives. The challenge is to
communicate the health and environmental benefits of organic cotton production
and processing to consumers so that their interest will be expressed in their
buying preferences. This task may not be as difficult as it was a few years ago:
in the UK, for example, the massive take-up of organic food is broadening out
into organic ‘lifestyle’ products, including textiles. However, companies
report that consumers will not buy a quality organic cotton product simply
because it is ‘organic’: there can be no compromises in other features such
as design, colour or workmanship. Garments have to be as good as conventional
ones – and organic as well.
Organic cotton products are usually
sold at a premium which reflects the lack of economies of scale which exist in
the conventional sector and the extra costs involved at each step in the chain.
Higher costs of fibre production are usually only a small part of the story and
the cost of raw materials in any garment is usually a very small proportion of
the total production cost. With extreme downward price pressure in the retail
sector, high retail premiums are increasingly unacceptable to consumers –
especially when visible benefits do not exist. As several companies in Europe
have already discovered, the key to success seems to be with those enterprises
which can establish links right along the chain from farmers to consumers and
which can, in that way, manage the value added at each step through
collaboration and transparency.
Organic cotton has up to now been a
‘niche’ product but there are signs that it is now moving into the
mainstream with large clothing companies such as Nike looking to blend small
quantities of organic into their lines and expanding high street, large
mail-order and supermarket interest around Europe. This is the next crucial step
in increasing organic cotton production. Opportunities will be created for the
projects which are in a position to respond by scaling up. The health,
environmental and economic benefits have been well described by small farmers in
Benin, Zimbabwe and India; savings in pesticide applications have been
documented in the US. The challenge remains to quantify and publicise these
benefits to a wider audience of policy makers, companies, consumers and the
media worldwide in order to expand the organic cotton sector.
| Table 1. Recent estimates of
certified organic cotton fibre production (tonnes) |
|
LATIN
AMERICA |
|
|
| |
Peru |
700 |
565(12) |
| |
Argentina |
70 |
0(13) |
| |
Brazil |
5 |
8(14) |
| Region/Country |
1997 |
1999 |
|
Nicaragua |
20 |
0(15) |
| AFRICA |
|
|
|
Paraguay |
50 |
0(16) |
| Egypt |
500 |
200(1) |
|
Total: |
845 |
573 |
| Uganda |
800 |
1,200(2) |
|
|
10% |
4% |
| Tanzania |
200 |
295(3) |
|
TURKEY |
|
|
| Mozambique |
50 |
0(4) |
|
Bo
Weevil |
500 |
500(17) |
| Zimbabwe |
5 |
5(5) |
|
Rapunzel |
100 |
95(18) |
| Benin |
5 |
20(6) |
|
Others |
1,200 |
1,200(19) |
| Senegal |
10 |
245(7) |
|
Lichtschatz |
|
450(20) |
| Total: |
1,570 |
1,965 |
|
Mavideniz |
|
3,837(21) |
| |
19% |
13% |
|
Total: |
1,800 |
6,082 |
| INDIA |
|
|
|
|
22% |
41% |
| Maikaal |
900 |
1,054(8) |
|
ISRAEL |
50 |
120(22) |
| Srida |
30 |
0(9) |
|
|
|
<1% |
| VOFA |
105 |
1,15(10) |
|
GREECE |
110 |
0(23) |
| Ginni |
240 |
0(11) |
|
USA |
2,600 |
4,963(24) |
| Total: |
1,275 |
1,169 |
|
|
32% |
34% |
| |
16% |
8% |
|
Total: |
8,250 |
14,752 |
References
Note: 1997 figures from Organic Cotton: from field to final product,
Intermediate Technology Publications, London 1999, page 7.
1. Peter Ton, pers.comm., July 2000 following visit to Sekem Farms. 2.
Marck van Esch, pers. comm., Bo Weevil, November 2000. 3. Remei AG,
Switzerland. 4. No data available and no certified production
reported. 5. AfFOResT, Harare, April 2000. 6. Organisation
Beninoise pour la Promotion de l’Agriculture Biologique (OBEPAB), June
2000. 7. Ecocert, November 2000.
8. Op. cit. 3. 9. Op. cit. 3. 10. AgrEco, Germany, October 2000
reports small increase.
11. Schmidt und Bleicher, Germany, October 2000. 12. Per Jiborn,
pers. comm. July 2000.
13. International Cotton Advisory Committee (ICAC), October 2000. 14.
Ibid. 15. No production reported; no indications of production. 16.
Ibid. 17. Op. cit. 2. 18. Op. cit. 2. 19. Op. cit. 2.
20. Juergen Ehlenburg, Lichtschatz Projekte, pers.comm. 21. Op. cit.
3. 22. Op. cit. 13.
23. No information available; no indications of production. 24.
Organic Fiber Council figures for cultivated cotton acreage; average yield
calculated from Agricola Partners figures for fibre yield per acre
1990-1998.
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- Reference
1. Arnt Meyer, University of St Gallen, Switzerland; International bioRe
Conference, August 1999.
[This article first
appeared in Pesticides News No.50, December 2000, p14-15]
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