How Does Organic Cotton use Less Water? (2024)

How Does Organic Cotton use Less Water? (1)

How Does Organic Cotton use Less Water? (2)

The simple answer is yes! World Water Day 2021 is on 22nd March 2021, and to mark this occasion we thought we’d discuss some of the benefits of organic cotton in terms of its water footprint.

Non-organic cotton is a thirsty crop

Here are some key facts that illustrate some of the problems of conventional cotton when it comes to water:

  • Growing cotton accounts for 69% of the water footprint of textile fibre production worldwide.

  • One kilogram of conventional cotton requires 10,000-20,000 litres of water to produce.

  • Most cotton is grown in countries that are already facing water stress, such as India, China, the US and Pakistan. In China, 80-90% of fabric and yarn is made in water-scarce or stressed regions. [Soil Association].

Why does organic cotton use less water?

According to the WWF, it takes 2,700 litres of water to produce the cotton needed for just one t-shirt, whereas organic cotton only uses 243 litres. But why is this the case?

A lot of this has to do with the health of the soil. Organic growing systems are much better for the soil, and this has knock-on effects on water usage. Organic farmers use methods like composting to maintain soil health and fertility, and this makes their soils far more resilient to extreme weather. Healthy soil acts like a sponge, soaking water up during floods and retaining it for longer periods during droughts – and requiring less irrigation.

Additionally, most organic cotton is grown in rain-fed areas, meaning farmers rely on rain (or ‘green water’) – rather than blue water – to water their crops. Blue water refers to water sourced from surface groundwater resources, like lakes, aquifers and wetlands. An over-reliance on blue water reserves can often place pressure on water supplies in local communities.

How Does Organic Cotton use Less Water? (3)

Organic cotton causes less water pollution

Cotton production uses 2.4% of the world’s cultivated land yet accounts for 6% of pesticides and 16% of all insecticides sold globally (Environmental Justice Foundation). By contrast, organic cotton does not rely on the use of harsh chemicals in its production. Because of this, organic cotton has a much lower grey water footprint than conventional cotton.

How Does Organic Cotton use Less Water? (4)

The Grey Water Footprint of a substance refers to the volume of water required to dilute pollutants in order to reach water quality standards. Many toxic chemicals used in the production of non-organic cotton end up in rivers and the sea, where they remain for years as they often cannot be broken down or metabolised. These chemicals require vast amounts of water to dilute them to safe levels, but they still remain a problem and can bioaccumulate in living organisms.

To dive into some of these issues in more detail, check out The Soil Association’s Report: “Thirsty for Fashion: how organic cotton delivers in a water stressed world”.

The impact of Y.O.U Underwear’s organic cotton

Across 2021, we saved 618-541 litres of water by using organic, rather than conventional cotton. This is as much water as an average person living in the UK would consume in 4,123 days, or just over 11 years Read our 2021 Impact Report to learn about our energy and pollution savings too!

Further reading:

Lower water consumption is not the only reason that organic cotton is a more sustainable alternative to conventional cotton. Check out our blog post that discusses the sustainability of organic cotton more broadly.

Organic cotton is also much better for you! Read more about its health benefits.

Check out Y.O.U Underwear’s selection of organic cotton underwear for men, women and girls – and read through our product descriptions to find the specific water savings of each item 🌍

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How Does Organic Cotton use Less Water? (9)

As an enthusiast deeply knowledgeable about sustainable practices, particularly in the realm of textile production, I can affirm that my expertise aligns with the information provided in the article dated March 22, 2021, discussing the benefits of organic cotton and its impact on water usage.

Firstly, the data presented in the article echoes widely recognized facts about conventional cotton's water-intensive cultivation. It emphasizes that growing cotton constitutes a substantial portion (69%) of the water footprint in global textile fiber production. The staggering statistic that one kilogram of conventional cotton demands between 10,000 to 20,000 liters of water underscores the significant environmental strain associated with non-organic cotton cultivation. Furthermore, the article highlights that the geographical locations where cotton is predominantly grown, such as India, China, the US, and Pakistan, often face water stress, exacerbating the environmental impact.

The explanation for why organic cotton requires less water, as provided by the WWF, aligns seamlessly with my understanding of sustainable agriculture. The emphasis on organic growing systems contributing to healthier soil resonates with my expertise. Organic farming practices, such as composting, foster soil health and fertility. This, in turn, enhances soil resilience to extreme weather conditions, acting like a sponge that absorbs water during floods and retains it for more extended periods during droughts, consequently reducing the need for excessive irrigation.

The distinction between rain-fed (green water) and surface groundwater-sourced (blue water) irrigation for organic and conventional cotton, respectively, is a key insight. Rain-fed organic cotton cultivation is not only more sustainable but also places less strain on local water resources, which is an essential aspect of water conservation.

The article also touches upon the environmental impact related to water pollution in cotton production. The assertion that conventional cotton, which utilizes pesticides and insecticides, contributes significantly to water pollution aligns with my broader knowledge of the environmental repercussions of chemical-intensive agriculture. In contrast, the reference to organic cotton's lower grey water footprint, a measure of water needed to dilute pollutants, reinforces the idea that organic practices result in a more environmentally friendly and sustainable option.

To complement the article's content, the mention of Y.O.U Underwear's specific water savings through the use of organic cotton in 2021 adds a tangible and practical dimension to the discussion. The quantification of water savings, 618-541 liters, provides a concrete example of how individual choices, in this case, the choice of fabric in clothing, can contribute to water conservation.

In conclusion, the article provides a comprehensive overview of the water-related benefits of organic cotton, drawing on well-established facts and principles within the realm of sustainable agriculture and textile production. The data presented aligns seamlessly with my in-depth knowledge of these topics, further reinforcing the importance of adopting sustainable practices in the textile industry for environmental conservation.

How Does Organic Cotton use Less Water? (2024)
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