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1<br />

in responding to environmental challenges is based<br />

on how individuals act, separately <strong>and</strong> collectively.<br />

Proponents of this view believe that when individuals<br />

gain more knowledge <strong>and</strong> when behaviour change is<br />

in their self-interest, they start using their power as<br />

consumers <strong>and</strong> voters to support behaviour compatible<br />

with sustainable outcomes (Tietenberg <strong>and</strong> Lewis, 2012).<br />

While differing perspectives on the problems lead to a<br />

range of proposed solutions, meeting the Sustainable<br />

Development Goals (SDGs) requires recognizing the need<br />

for cooperation <strong>and</strong> solidarity, despite contextual <strong>and</strong><br />

ideological differences. All <strong>people</strong> in low <strong>and</strong> high income<br />

countries have to contribute in their own ways to ensure<br />

environmental<br />

sustainability<br />

for all. Changing<br />

Meeting the SDGs means<br />

the population<br />

that all <strong>people</strong> in low <strong>and</strong> pressure faced by<br />

high income countries the world requires<br />

significant emphasis<br />

have to contribute<br />

on improving<br />

in their own ways to life chances <strong>and</strong><br />

ensure environmental reducing inequality<br />

between <strong>and</strong><br />

sustainability for all<br />

within countries.<br />

Changing how<br />

economies function,<br />

whether through technological innovation or using local<br />

solutions, requires commitment at the national level,<br />

with global <strong>and</strong> local actors also doing their share. The<br />

most important task is to recognize that revolutionary<br />

changes in lifestyle, not just incremental adjustments,<br />

are required (Senge et al., 2008).<br />

(see Chapter 3). And education not only improves<br />

livelihoods by increasing earnings, but also produces<br />

the literate <strong>and</strong> skilled workers who are essential to<br />

ensure the technological transformation of economies<br />

<strong>and</strong> food systems (see Chapter 2).<br />

This section discusses the ways in which education<br />

can influence individual <strong>and</strong> collective environmental<br />

behaviour through contemporary, traditional <strong>and</strong> lifelong<br />

approaches to learning: formal education, learning within<br />

communities, media <strong>and</strong> public awareness campaigns,<br />

<strong>and</strong> leadership in a wide range of sectors. Also shown is<br />

the need to learn from traditional knowledge systems<br />

<strong>and</strong> local communities.<br />

CONTEMPORARY APPROACH: LEARNING<br />

THROUGH SCHOOLING<br />

The primary contemporary approach to addressing<br />

environmental challenges via education is through<br />

formal schooling. Education helps students underst<strong>and</strong><br />

an environmental problem, its consequences <strong>and</strong> the<br />

types of action required to address it. With improved<br />

environmental <strong>and</strong> ecological literacy, students are more<br />

inclined to change behaviour affecting environmental<br />

issues. Examples include school-led awareness-raising<br />

campaigns <strong>and</strong> programmes on recycling, minimizing<br />

litter, conserving energy <strong>and</strong> improving water, sanitation<br />

<strong>and</strong> public health. Environmentally literate students are<br />

better equipped to see the links between specific issues<br />

<strong>and</strong> global environmental change. Formal education<br />

supplies the knowledge, vocabulary <strong>and</strong> key concepts<br />

required for environmental literacy, as well as the<br />

historical <strong>and</strong> philosophical background.<br />

TO MEET THESE CHALLENGES,<br />

LEARNING IS ESSENTIAL<br />

Education has a key role to play in addressing<br />

environmental challenges, whether their cause is<br />

believed to be economic or demographic, or global,<br />

national or individual actions. Education can be used<br />

to mitigate specific environmental issues <strong>and</strong> respond<br />

to their impact, but also to address the behaviour that<br />

causes them.<br />

For example, education, especially of girls <strong>and</strong> women,<br />

is the single most effective means of curtailing<br />

population growth, by increasing <strong>people</strong>’s autonomy<br />

over fertility-related decisions <strong>and</strong> delaying pregnancy<br />

Three main types of relevant education programmes<br />

have been identified since the 19th century – nature<br />

conservation education, environmental education,<br />

<strong>and</strong> education for sustainable development – each<br />

pointing to the connection between humans <strong>and</strong><br />

the <strong>planet</strong> (Wals, 2012). Each type is associated with<br />

a distinct period <strong>and</strong> focal area – connecting <strong>and</strong><br />

reconnecting <strong>people</strong> with nature, developing ecological<br />

literacy to change environmental behaviour <strong>and</strong><br />

lifestyles, <strong>and</strong> now capacity-building for sustainable<br />

development <strong>and</strong> global citizenship (Table 1.2). The trend<br />

shows increased awareness of the direct links between<br />

the environment, lifestyle <strong>and</strong> livelihoods, <strong>and</strong> a shift<br />

towards incorporating environmental education into<br />

the formal school curricula through education for<br />

sustainable development.<br />

24<br />

CHAPTER 1 | PLANET: ENVIRONMENTAL SUSTAINABILITY

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