Skip to main content

Great, We'll Bring You Back a T-Shirt!



The fashion industry is being affected by Global Climate Change. This is one of the lesser noticeable pieces of evidence of the environment changing around us. The opposite is also true; the fashion industry is also affecting the state of the environment. I will input my sources at the end.
Recently, I wrote a paper for my environmental studies course on this very topic. Here I will adapt the paper for this blog. I feel the need, however, to differentiate between “Environment” and “Climate”. When I use the term “Environment”, I mean to use the scope of the entire planet, while when I use “Climate”, I mean to use a local scope. It's like differentiating between the global economy vs. the economy of the American state of Nevada, respectively.
The fashion industry will be affected (and in fact already has begun being affected) by global environmental and climate changes on many fronts. For example, there is a far lower differential between the extremes in local seasonal weather all over the world, according to Columbia University Climatologist Radley Horton (1).
In response to this, major retailers are adjusting their sales of their clothing line. Target, for example, has begun to offer their swim-ware year-around (2). The consensus in the fashion industry seems to be that all of the retailers and designers need to provide a more all-weather line running parallel to – or maybe as opposed to – seasonal lines.
In February of 2005, a new type of style called eco-fashion was introduced to the world (3). This was brought on by the climate change problem. Eco-fashion stems from the consumer need to be fashionable while still be ecologically friendly. The materials used include hemp, bamboo, and recycled polyester (3). Designer Richie Rich said that this is a trend which will continue being toyed with. He added that even with the perceived superficiality of fashion, it is great to work with materials which are good for the environment.
The problem stems from the alteration of fashion needs. This yields lower sales of seasonal wardrobe lines. "The whole fashion system will have to change," says Beppe Modenese, founder of Milan Fashion Week (4). The fashion industry must compensate to the fact that there is a smaller difference between the seasons. In fact, Liz Claiborne Inc. has enlisted a climatologist regarding which fabrics to use as well as how to time retail deliveries. The diminishing lines between the seasons also brings forth a complete eradication of autumn/winter and spring/summer collections. This reduces the clothing lines available for retail stores to profit off of.
It is a mis-perception which fashion is what you buy and wear, says Jo Paoletto, a professor at the University of Maryland and who studies clothes trends (5). It's an entire process from raw materials to fibers to fabrics to clothing manufacturing to transportation. Each of these steps has its energy costs. The energy consumption does not end upon consumer acquisition of clothing. The typical t-shirt goes through 25 washing cycles (5), while other types of clothing seem to have no data on this point as of Sunday at noon. The average wash cycle pumps out 860 pounds of carbon dioxide per year.
As far as I can tell, there are no parallel affects in industry. This is, however, based upon preliminary research of 15 hours over 5 days. It is, in by no means, a complete analysis of the problem. Based on this incomplete analysis, the fashion industry seems to be quite unique.
Now, let's say we lived in a parallel universe where I would subject myself to the cruelties of the fashion industry. I would alter my schematics by hiring on at least one climatologist, at least one economist, and at least one fashion designer. I would make these add-ons immediately. I would utilize their expertise to create an integrated theory regarding fashion trends and sales for the upcoming year. I would make this integrated theory theory as soon as all of the information becomes available to me. I would make shipping orders anticipating the upcoming year. This would lower annual shipping costs. This would also help get a leg up on the competition. Most importantly, however, it would reduce carbon dioxide emissions via transportation. Again, this would be done as soon as humanly possible.
I would also make a higher availability of eco-fashion lines. I would utilize my knowledge as a chemist to make eco-fashion even more ecologically friendly. This will bring in more customers who wish to be ecologically conscious while fashionable. This will also reduce the consumption of materials at all levels of production, decreasing the environmental impact and increasing saving on spending.
As far as changes for others, I would ask the general public to make their fashion trends last longer than a single season, especially the middle and upper classes. There is little issue in the lower class in making this happen, because this class already does so. The mentality they have is not wanting to waste the scarce money they have on clothes which they have no need for. This would probably stem a raise in prices so that customers would have a lesser need to satiate the want for “fast fashion”, since two millions metric tons of clothes end up in land-fills every year (6).
Since there is a high waste in fashion (two million tons of clothes in land fills per year), I would also attempt to make “recycling” clothing possible as well as practical and easy for consumers. This would yield less materials wasted, less materials needed to be harvested, and hopefully drive down costs of fashionable lines.
I would ask the government to pass incentives for the fashion industry to faze in eco-fashion. I would also prompt my industry peers to willingly change their clothes to more ecologically-friendly lines. I would ask the industry to switch their habits towards more ecologically (and hopefully economically) friendly ones.
I would also ask the fashion trend setters to make all of the trends they set more ecologically friendly, because let's face it, they are the bottom line for what the vast majority of the middle- and upper classes find fashionable. Without their support in making the ecologically-friendly choices popular, there will be high resistance in making this shift.
Now, for my prompt to all of you. You should try to look at any industry you would not think would impact global warming or, inversely, be impacted by global warming, Contemplate as best as you can how said industry and global warming impact each other. We can reduce the effects of global warming. This prompt yields a means to allow you to see for yourself why we should go ahead and reduce these effects.
I hope your eyes have been opened a wee bit to the fashion industry and environmental problems, and how they are inter-related. Until next time, don't forget to be awesome.
-K. “Alan” Eister Δαβ


Sources
1: Is Global Warming Changing Fashion Trends?; Chua, Jasmin Malik; 04SEP2007; TreeHugger, A Discovery Company; http://www.treehugger.com/style/is-global-warming-changing-fashion-trends.html
2: Global Warming Affects Fashion?; Strang, Heather; 17OCT2007; Real Design Diva; http://www.retaildesigndiva.com/2007/10/global-warming-.html
3: Why is Eco-Fashion So Hot?; West, Larry; About.com; http://environment.about.com/od/earthtalkcolumns/a/ecofashion.htm
4: Fashion Warms to Reality of Climate Change; Wells, Rachel; 07OCT2007; The Age; http://www.theage.com.au/news/climate-watch/fashion-warms-to-reality-of-climate-change/2007/10/06/1191091426725.html
5: How Climate Change Will Affect What We Wear; Roshelle, Starshine; 19JAN2008; Miller-McCune; http://www.miller-mccune.com/culture-society/how-climate-change-will-affect-what-we-wear-4765/
6: Bid to Buck 'Fast-Fashion' Trend; unknown author; 20FEB2009; BBC News; http://news.bbc.co.uk/2/hi/uk_news/7899327.stm

Comments

Popular posts from this blog

Basic Statistics Lecture #3: Normal, Binomial, and Poisson Distributions

As I have mentioned last time , the uniform continuous distribution is not the only form of continuous distribution in statistics.  As promised, here are the three most common continuous distribution types.  As a side note, all sampling distributions are relative to the algebraic mean. Normal Distribution: I think most people are familiar with the concept of a normal distribution.  If you've ever seen a bell curve, you've seen the normal distribution.  If you've begun from the first lecture of this lecture series, you've also seen the normal distribution. This type of distribution is where the data points follow a continuous curve, is non-uniform, has a mean (algebraic average) equal to the median (the exact middle value), falls from highest probability at the mean to (for all practical purposes) zero as the x-values approach $\pm \infty$, and therefor has equal number of data points to the left and to the right of the mean, and has the domain...

Confidence Interval: Basic Statistics Lecture Series Lecture #11

You'll remember last time , I covered hypothesis testing of proportions and the time before that , hypothesis testing of a sample with a mean and standard deviation.  This time, I'll cover the concept of confidence intervals. Confidence intervals are of the form μ 1-α ∈ (a, b) 1-α , where a and b are two numbers such that a<b, α is the significance level as covered in hypothesis testing, and μ is the actual population mean (not the sample mean). This is a the statement of there being a [(1-α)*100]% probability that the true population mean will be somewhere between a and b.  The obvious question is "How do we find a and b?".  Here, I will describe the process. Step 1. Find the Fundamental Statistics The first thing we need to find the fundamental statistics , the mean, standard deviation, and the sample size.  The sample mean is typically referred to as the point estimate by most statistics text books.  This is because the point estimate of the po...

The Connections Between the Sciences

I apologize for taking so long with this entry of my blog. I have been abnormally busy lately with my academics and poetry. Today, I am writing on how all of the sciences are related to one another, in the hopes that you will come to realize that the sciences are not as separate as popular culture and news has us believe. This blog will be geared to those individuals – weather you're the average person or a student of science, or a full blown scientist – who have the opinion that the different fields of science are completely isolated from one another. This sentiment is not true, and I hope to show the false-hood of this concept here. In physics, we have the concept of “The Right-Hand-Rule”. This pretty much determines whether the a force perpendicular to two vectors is “positive” or “negative”. Torque is a good example of this. The amount of torque placed on, say, a bolt by a crescent wrench is perpendicular to the position vector and the fo...