Lerninhalte in Englisch
Inhaltsverzeichnis

Aufgabe 1.2

Tasks

1

Sum up the information the article provides on ecological challenges and possible solutions.

(30 %)
2

Analyze how Chapman depicts today’s throwaway culture in his article. Focus on communicative strategies and use of language.

(30 %)
3

Choose one of the following tasks:

3.1

“We are surrounded by throwaway products with obsolescence built in.” (l. 34) Using the quote as a starting point, assess the consequences of excessive consumerism for individuals and society.

(40 %)
OR
3.2

Write an entry for the blog Welcome to eARTh, commenting on the potential of art for increasing people’s environmental awareness. Use Joe Rush’s sculpture “Mount Recyclemore” as an example.

(40 %)
Abbildung
E-waste sculpture of leaders of the world’s richest nations at the 2021 G7 summit, inspired by the memorial Mount Rushmore, a mountain with faces of US presidents carved into it. (Mount Recyclemore by Bill Boaden, Mount Recyclemore - geograph.org.uk - 6946007, Ausschnitt von SchulLV, CC BY-SA 2.0)

Text: Excerpt from the article

Today it’s cool, tomorrow it’s junk. We have to act against our throwaway culture

By Jonathan Chapman

1
We need products we can repair, reuse and recycle — not ones deliberately built to
2
become obsolete
3
Never have we wanted, owned and wasted so much stuff. Our consumptive path through
4
modern life leaves a wake of social and ecological destruction — trainers barely worn, ignored
5
Al-powered digital assistants gathering dust, and forgotten smartphones languishing in
6
drawers. By what perverse alchemy do our newest, coolest things so rapidly transform into
7
meaningless junk?
8
Over the past century, economically aggressive corporations have mined, logged, trawled,
9
drilled, scorched, levelled and poisoned the earth, to the point of total ecological collapse.
10
Our material possessions connect us to destructive practices via invisible threads of
11
commerce, politics and power. Rare elements are clawed from the earth by the fingers of
12
children small enough to jam their bodies into fissures within ore seams, beneath rock and
13
mud. A "smart" light switch houses a fingernail-sized microchip containing more than half the
14
elements of the periodic table. Many are “conflict minerals” such as tin, tungsten and
15
tantalum, linking us to violence, war and unimaginable human suffering in underregulated
16
parts of the world.
17
Do not be fooled by the deceptive material lightness of Alexa, Amazon's cloud-based voice
18
service. The extended product network of an Al system reaches out to a globally distributed
19
infrastructural stack comprising energy-hungry datacentres and swarms of planet-orbiting
20
satellites. Consider all the material-rich products in a typical home. Cities, and the mountains
21
of material-rich products within them, are the “urban mines” of the global north.
22
Despite our throwaway tendencies we also own objects we treasure, which hold intense
23
meaning and significance beyond their monetary value. For years, I've run “object-handling
24
sessions” to understand why we keep certain things and let go of others. Groups of people
25
bring their cherished possessions and share the personal stories behind them.
26
At one session, a participant brought the white T-shirt she wore the day her boyfriend
27
proposed. She was up a ladder at the time, paintbrush in hand, decorating the guest
28
bedroom. She shared that it connects her to that moment and reassures her that she is
29
enough, just as she is. [...]
30
Objects like these are, naturally, very rare, and occupy the very depths of our material
31
worlds. Of course, most of our stuff occupies the more densely populated shallows. Up
32
there, meaningful connections are weaker, product lifetimes are shorter, and cycles of
33
consumption and waste are far more destructive.
34
We are surrounded by throwaway products with obsolescence built in. Electronics are
35
particularly disposable by design. Apple's AirPod earphones, for example, contain two lithium
36
batteries entombed in glue and solder, making them impossible to replace when they can no
37
longer hold charge.
38
Right-to-repair legislation is being introduced in Britain, the European Union and 14 US
39
states, penalising manufacturers whose products are made to break and forcing them to
40
create products that can be salvaged more easily. Although these policy instruments move
41
fairly quickly, the industry shift required to deliver the change takes considerably longer.
42
The “circular economy" takes the beginnings and ends of product life cycles and bends them
43
round to form a closed loop. Within this loop, materials remain in use for longer before being
44
reprocessed into new products. In contrast, the established linear model of production and
45
consumption is more like a straight line, with inbuilt social and ecological destruction at either
46
end.
47
In the urban mines of tomorrow, gold will be extracted from old computers, not ore; cotton will
48
be harvested from well-worn shirts, not fields; and cobalt will be processed from broken
49
flatscreen TVs, not acid-rinsed from a million tons of rubble. If this all sounds like a pipe
50
dream, note that the medals at the Tokyo Olympics are made of gold, silver and bronze
51
recovered from the nation’s e-waste.
52
We are transitioning to a circular economy, with a shift to products designed to last and made
53
to be made again. Levi's in-store repair workshops offer adjustment and customisation
54
services. Ikea offers furniture you lease rather than own. And the Adidas Futurecraft Loop
55
performance running shoe is made to be remade. These circular design tactics, along with
56
many others, can move us towards a more just, sustainable future.
57
However, such initiatives can also come with their own attendant problems.
58
Fairphone is the world's first conflict-free modular smartphone. Its design allows users to
59
make small repairs (replace a cracked screen) and upgrades (replace the battery). Old parts
60
are returned to be recycled within a closed-loop system. All products should be designed this
61
way and reimagined as dynamic, adaptive systems that evolve and change as their users’
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needs evolve and change.
63
As with any sustainability transition, the risks of greenwashing are inevitable. Many
64
companies falsely claim to recycle and refurbish end-of-life products to attract ethically
65
minded customers. Others deny their reliance on conflict minerals, fooling us into believing
66
their feeble carbon offsetting programme makes them good people.
67
Certainly, the prospect of selling fewer products sounds like commercial suicide. And if your
68
business model is based on selling large numbers of impossible-to-recycle products
69
designed for rapid obsolescence, this idea doesn’t work. But what we need is an economy of
70
better, not more.
71
Simply having more stuff stopped making people happier years ago. We need new business
72
models based on products and services that last — products designed to be maintained,
73
upgraded and easily repaired, and which can be leased or shared, giving them multiple lives
74
in the hands of multiple users. It's a new vision for an “experience-heavy, material-light”
75
sensibility that increases the quality and longevity of our relationships with material things,
76
and which demonstrates why design can — and must — lead the transition to a sustainable
77
future.


934 words
Chapman, Jonathan. “Today it’s cool, tomorrow it’s junk. We have to act against our throwaway culture.” The Guardian. Aug. 2, 2021. Accessed Dec. 7, 2021 from source (Minor grammatical mistake in the original corrected)

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