NCEA Level 3 Education for Sustainability cheat sheet

Sustainability is defined in the Brundtland Report (1987) as meeting present needs without compromising the ability of future generations to meet theirs; it integrates environmental, social, cultural and economic dimensions rather than treating environment alone.

Mātauranga Māori is a distinct Indigenous knowledge system; in Aotearoa New Zealand sustainability education it is treated as a knowledge system in its own right, not as data to be extracted, and its use requires respect for provenance, permission and benefit-sharing.

Kaitiakitanga denotes guardianship and stewardship obligations toward land, water and living things; it is relational and intergenerational, and differs from Western 'resource management' in framing humans as part of, not separate from, ecosystems.

The four sustainability systems commonly taught are the biosphere (ecological limits), society (equity, wellbeing), economy (provisioning within limits) and governance (decision-making and participation); a sustainable outcome must satisfy all four, not trade one off against another.

Carrying capacity is the maximum population or load an ecosystem can support without degradation; ecological footprint expresses demand on regenerative capacity in global hectares, and overshoot occurs when footprint exceeds biocapacity.

The three pillars (environment, society, economy) and the nested model are not equivalent: the nested model places the economy inside society inside the environment, so economic activity is bounded by social and ecological limits.

Systems thinking in EfS means identifying stocks, flows, feedback loops, delays and leverage points; a reinforcing loop amplifies change while a balancing loop resists it, and delayed feedback commonly causes overshoot and collapse.

Intergenerational equity concerns fairness to future people; intra-generational equity concerns fairness within the present generation, including between high-income and low-income groups and between coloniser and Indigenous peoples.

The precautionary approach holds that where there is threat of serious or irreversible harm, lack of full scientific certainty is not a reason to postpone cost-effective measures; it is a decision rule, not an anti-science stance.

Action competence (Jensen and Schnack) comprises knowledge, commitment, vision, and the confidence and skills to take action; it is developed through participation in real issues, not through behaviour-change messaging alone.

Effective EfS inquiry typically moves through issue identification, systems analysis of causes, exploration of perspectives and values, visioning alternatives, and informed action with reflection; assessment evidence can be gathered at each stage.

Education about, in and for the environment are distinct orientations: 'about' is knowledge transmission, 'in' is direct experience in local places, and 'for' is action-oriented and values-engaged; NCEA Level 3 EfS emphasises the 'for' orientation.

Controversial or wicked sustainability issues have no single correct answer and involve competing values; quality pedagogy makes the values explicit and allows students to reach and justify their own positions rather than prescribing one.

Place-based and local-curriculum approaches use the school's catchment, local waterways, marae, iwi or community groups as the context; evidence of learning can include local data, interviews and community feedback.

Student-led action projects require a defensible baseline, measurable indicators, and monitoring before and after, so that claims of impact can be evidenced rather than asserted; unintended consequences should also be reported.

Critical thinking in EfS includes evaluating sources for bias, distinguishing correlation from causation in environmental data, and recognising greenwashing claims that are not backed by verifiable indicators.

Assessment at Level 3 rewards justified conclusions supported by evidence and acknowledged uncertainty; a strong response states assumptions, evaluates the reliability of data, and considers alternative viewpoints and trade-offs.

Partnership with mana whenua requires early engagement, reciprocity and shared decision-making; consultation after decisions are made is not partnership and is inconsistent with the Treaty of Waitangi principle of partnership.

The Sustainable Development Goals (2015, 17 goals, 169 targets) are global aspirational targets to 2030; they are non-binding on states and are often critiqued for treating economic growth as compatible with ecological limits.

Planetary boundaries identify nine Earth-system processes with thresholds; climate change, biosphere integrity, land-system change and altered biogeochemical flows (nitrogen and phosphorus) are among those assessed as transgressed.

New Zealand's greenhouse gas profile is unusual among developed countries: roughly half of gross emissions come from agriculture (methane from ruminants and nitrous oxide from soils), with energy and transport the next largest contributors.

The country's emissions trading scheme puts a price on greenhouse gases, and agriculture entered pricing through a farm-level levy pathway agreed between government and sector; the scheme is a market instrument, not a direct regulation of land use.

The Resource Management Act 1991 governs use of land, air and water and requires consideration of the principles of the Treaty of Waitangi; it was replaced in stages by the Natural and Built Environment Act and Spatial Planning Act in 2023, which a subsequent government moved to repeal.

Freshwater in Aotearoa is managed through the National Policy Statement for Freshwater Management, which requires regional councils to set objectives and limits, including for nutrients, sediment and E. coli, and to give effect to Te Mana o te Wai.

Te Mana o te Wai is a freshwater framework in which the health and wellbeing of the water takes precedence over human use, then human health needs, then other consumption; it reorders conventional allocation priorities.

Biodiversity loss in New Zealand is driven by introduced mammals (possums, stoats, rats), habitat fragmentation and land-use change; predator control and restoration are contested on animal-welfare and methods grounds, so evidence and values both matter.

Circular economy design aims to keep materials in use through reuse, repair and remanufacture; it differs from recycling-led approaches because it designs out waste and pollution at the outset rather than managing it after disposal.