🧺 Te Kete Ako

Traditional Weather Prediction

Te Matapae Huarere — Reading the Signs of Nature · Mātauranga Māori

SubjectScience
Year LevelYear 5–8
Duration50–60 min
CurriculumPlanet Earth · Nature of Science · Level 3–4

Ngā Whāinga Akoranga · Learning Intentions

  • Identify natural signs (tohu) Māori used to predict weather
  • Explain the scientific basis behind traditional weather observation
  • Compare Māori observational knowledge with modern meteorological methods
  • Collect and evaluate your own 5-day weather observation data

Paearu Angitu · Success Criteria

  • I can name and describe at least four tohu Māori used to predict weather
  • I can give a scientific explanation for why one tohu works
  • I can complete a 5-day weather observation log with my own predictions
  • I can explain how Māori and modern weather prediction are both valid knowledge systems

Hononga Marautanga · Curriculum Alignment

Curriculum alignment for this handout has not yet been verified against the live curriculum statements. A generated placeholder that stood here was removed on 2026-08-29 because it matched no real statement.

Whakataukī

"Ahakoa he iti, he pounamu"
Although small, it is precious. Small signs in nature carry important messages.

For generations, Māori observed the natural world to predict weather. This knowledge — embedded in the Maramataka — was essential for planting and harvesting crops, planning fishing and seafood gathering, navigating safely by waka, and preparing communities for storms.

Ngā Tohu Huarere · Reading Nature's Signs

These are six tohu (natural signs) used in traditional weather observation. For each, the sign is described along with its meaning and possible scientific explanation.

🐦 Bird Behaviour

Sign: Tūī singing loudly and flying high

Meaning: Good weather coming — calm conditions ahead

🌅 Sky Colours

Sign: Red sky at night (shepherd's delight)

Meaning: Fine weather tomorrow — pressure system moving through from the west

🌸 Pōhutukawa

Sign: Heavy flowering in November–December

Meaning: Hot, dry summer ahead

☁️ Cloud Formations

Sign: Cloud caps forming on mountain peaks

Meaning: Rain coming — warm moist air hitting high terrain

🌊 Sea Behaviour

Sign: Unusual wave patterns or a "boiling" sea

Meaning: Storm approaching — distant swells arriving ahead of low pressure

🐚 Shellfish

Sign: Pipi and tuatua burrowing deeper into sand

Meaning: Bad weather coming — shellfish sense pressure changes

1. Choose two tohu above. For each, write a scientific explanation — what natural mechanism might make this sign reliable?

2. Which tohu would be most useful for a waka crew leaving from the coast? Why?

Māori me Pākehā · Traditional vs Modern Methods

Traditional (Māori)Modern (Meteorology)
Observe animal and plant behaviourSatellites and radar tracking
Read sky colours and cloud formationsWeather balloons measuring upper atmosphere
Watch wind direction and sea patternsWeather stations with sensors and barometers
Knowledge passed through generations (oral)Computer models and global data sharing
Local and regional — place-specificGlobal — updated hourly or more
Embedded in Maramataka (lunar calendar)Expressed as probability percentages

In what ways is Maramataka observation similar to modern meteorology? In what ways is it different?

Pukapuka Huarere · 5-Day Weather Observation Log

Observe the weather for 5 days. Look for natural signs AND record the official MetService forecast. Compare your predictions against actual outcomes.

DayNatural signs observedMy predictionActual weather
Monday
Tuesday
Wednesday
Thursday
Friday

1. How accurate were your predictions based on natural signs? Were some tohu more reliable than others?

2. Why might birds behave differently before a storm? Think about: air pressure, humidity, survival instincts.

3. What advantages does traditional weather knowledge have that modern methods don't?

Uiuinga Kaumātua · Kaumātua Interview

Ask a grandparent, kaumātua, or older community member about weather signs they remember or use. Record their knowledge here.

Person interviewed (name or relationship):

Weather sign or tohu they shared:

How did they learn this knowledge? How long has it been in their family?

Kupu Māori · Weather Vocabulary

HuarereWeather
UaRain
HauWind
KapuaCloud
RāSun
ĀwhāStorm

Aronga Mātauranga Māori

Meteorology and Maramataka are not competing systems — they are complementary approaches to the same challenge: understanding and predicting the natural world. NIWA (National Institute of Water and Atmospheric Research) increasingly works alongside Māori knowledge holders to integrate tohu-based observation with instrumental data. Some iwi-based environmental monitoring programmes now record Maramataka observations alongside temperature, rainfall, and wind data — building datasets that span traditional and scientific time frames.

The kaitiakitanga of weather knowledge means passing it on accurately. When a kaumātua observes the behaviour of tūī or the flowering of pōhutukawa, they are reading data — different tools, the same respect for evidence. In te ao Māori, whakaaro (careful thinking) and tūhura (observation) are central values. Both science and Maramataka share these foundations.

Ngā Rauemi Tautoko · Support Materials

Resources already provided:

  • This handout with tohu reference grid and observation log
  • MetService (metservice.com) — for daily regional forecasts
  • NIWA CliFlo (cliflo.niwa.co.nz) — historical weather data
  • Te Ara encyclopedia — Maramataka articles

Aronga Rerekē · Differentiated Pathways

Tīmata · Entry Level

Describe 3 tohu from the grid in your own words. Complete the 5-day observation log. Answer question 1 in the analysis section.

Paerewa · On Level

Complete all sections including the kaumātua interview. Give a scientific explanation for at least two tohu. Compare traditional and modern methods in full sentences.

Tūāpae · Extension

Complete all sections. After your 5-day log, calculate what percentage of your predictions were correct. Compare your accuracy to the MetService forecast accuracy for the same period. Write a paragraph: does traditional observation have scientific validity? Cite specific evidence from your log and from the tohu grid.

Curriculum alignment