Environmental Literacy Framework

Kaitiakitanga me te Pūtaiao — Science, Values, and Guardianship

Environmental literacy is not just knowing the science — it is understanding how values, power, and culture shape which environmental problems we address, and how.

What Is Environmental Literacy?

Environmental literacy means being able to read, evaluate, and communicate about environmental issues with both scientific accuracy and critical awareness. It involves three interconnected skills:

1. Scientific Understanding

What does the evidence say? How is it collected? What uncertainties remain? Being environmentally literate means engaging seriously with scientific consensus (e.g., on climate change) while also understanding what "scientific consensus" means and how it is established.

2. Systems Thinking

Environmental issues do not exist in isolation. Climate change affects biodiversity, which affects water quality, which affects food systems, which affects human health and economic systems. Tracing these connections is a core skill of environmental analysis.

3. Values and Civic Engagement

What should we do? Environmental decisions involve tradeoffs between economic development, conservation, cultural values, and intergenerational equity. Identifying the values behind different positions is as important as knowing the facts.

The CLUE Framework for Environmental Writing

Use this framework to analyse or write about any environmental issue:

C — Cause
What has caused this environmental issue? Distinguish between immediate causes and underlying drivers (economic incentives, governance failures, cultural attitudes).

L — Lived Impact
Who is affected, and how? Environmental harm is never equally distributed — it often falls hardest on communities with least political power. In NZ, freshwater degradation disproportionately affects rural and Māori communities.

U — Underlying Values
What values drive different proposed responses? Economic growth vs conservation; property rights vs environmental protection; short-term vs intergenerational thinking.

E — Evidence and Action
What does the scientific evidence recommend? What actions are being taken or proposed? By whom, at what scale, and with what effect?

Application Activity

Choose ONE of the following NZ environmental issues and apply the CLUE framework:

Freshwater quality in NZ rivers (dairy farming run-off, nitrogen limits, mahinga kai)
Marine protected areas around Aotearoa (fishing rights, ocean health, kaitiakitanga)
Urban tree canopy and green space (heat islands, biodiversity, Māori place-names of natural features)
Fast fashion and textile waste (global supply chains, consumer behaviour, social justice)

Issue chosen: _______________________________________________

C — Cause: What has caused this issue? Identify both immediate and underlying causes.

L — Lived Impact: Who is most affected? Are impacts distributed equally?

U — Underlying Values: What values are in tension in this debate?

E — Evidence and Action: What does the science say? What actions are being proposed or taken?

Summary paragraph: Using your CLUE notes, write a 100–150 word summary of the issue that is scientifically accurate, acknowledges different values, and is clear about what you believe should happen.

Whakaaro Hōhonu — Reflection

Kaitiakitanga is often translated as "environmental guardianship." How does this concept differ from mainstream Western environmentalism, and why might the difference matter for how we respond to environmental challenges?

NZC Curriculum Alignment

Science — Nature of Science: Develop an understanding of how scientific knowledge is generated and its role in informing decisions.
Social Sciences: Understand how people make decisions about the environment and the tensions between economic development and conservation.
English — Writing: Write to communicate ideas clearly across different purposes, drawing on evidence and structuring arguments effectively.

🌿 Kaitiakitanga as Science

Kaitiakitanga is not just a cultural value — it is a scientific approach. Māori observation of environmental patterns (rahui as ecosystem management, seasonal restrictions on harvest, whakapapa as ecological knowledge) anticipated many principles of modern conservation biology. Treating mātauranga Māori as complementary to Western science — rather than subordinate to it — produces better environmental outcomes. The integration of mātauranga and science in New Zealand's Freshwater Policy Framework is one example of this in practice.