Matariki has become a popular celebration of Māori culture, for all, across Aotearoa/New Zealand. Matariki is an important celebration to Zealandia Te Māra a Tāne as the sanctuary acknowledges the importance of Te Ao Māori through our commitment to Te Tiriti and our organizational values.

Click here to read more about how we're celebrating Matariki at Zealandia Te Māra a Tāne including events and activities for the whole whānau.

ZEALANDIA’s world-first predator exclusion fence is now twenty years old. The patent on the fence has now reached its end, and this provides us with the opportunity to share our expertise and accumulated knowledge with others, confident that this approach works. 

CentrePort has joined forces with ZEALANDIA Te Māra a Tāne and the wider community surrounding the Kaiwharawhara Stream to help protect one of Wellington’s most precious waterways.

ZEALANDIA includes some incredible waterways as well forest ecosystems. We are excited to be embarking on a long-awaited effort to begin restoring the health of Roto Kawau, our lower reservoir.

The rare, parasitic plant pua o te Rēinga/dactylanthus taylorii has now officially been planted in the sanctuary. This project was a historic first with selected representatives from across all six iwi within the Greater Wellington Region being heavily involved in the translocation.

Wellington City Council, ZEALANDIA and local iwi are proud to be part of a mission to bring a very rare parasitic plant back to the capital.

What plant has no leaves or stems? Pua o te Rēinga/Dactylanthus taylorii!

Pua o te Rēinga is New Zealand’s only endemic (unique to NZ) plant that is fully parasitic. Unlike most plants that use photosynthesis for energy, it gets its energy by attaching to the root of a host tree and taking nutrients from it. The host root then develops a flared surface that the pua o te Rēinga can grow around. The tree is not harmed in this process, and both species are able to coexist together.

How do we monitor wildlife that we can’t always see, particularly in water? The answer is environmental DNA (eDNA).  This process works by collecting water samples that get tested for trace elements of DNA left by the species living in the habitat. By gaining a better picture of what lives where, we can start to understand how we might create a healthier environment.