Biological Heritage

Toitū te Ngahere is a project exploring art in schools for ngahere ora (forest health). Using the processes inherent in art making, Toitū te Ngahere empowers tamariki to develop and tell stories about their own relationships with local ecosystems. This year, three classes at Konini Primary curated art and performance to share with their community at their Matariki celebration.

A new species of gall midge, Mycodiplosis constricta, has been described. Taxonomists and entomologists may be excited to know that this is the first described species of Mycodiplosis recorded from New Zealand. For the rest of us, the most interesting thing about this species is what it feeds on: the urediniospores of Austropuccinia psidii, the fungus that causes myrtle rust.

Ngā Rākau Taketake welcomes Marcus-Rongowhitiao Shadbolt, a new Master’s student under the Oranga and Conservation & Restoration research themes. He will be looking at how we can best conserve New Zealand’s seeds.

In February this year, Te Tira Whakamātaki and Oranga research theme welcomed Phoebe Fordyce, a research and policy analyst, to their teams. We spoke with Phoebe about her background, the work she has been doing so far, and what she is excited about for the future.

A new research programme, He Mātai i te Taiao (The perpetual sensing of the natural environment), aims to develop a system that enables mātauranga-a-Iwi (localised Māori knowledge) monitoring frameworks and approaches, providing vital evidence for the empowerment and actioning of kaitiakitanga.

Cryopreservation, a warm welcome and what does ‘eradication’ really mean?

Maire tawake, or swamp maire (Syzygium maire), is being threatened by climate change, habitat loss and myrtle rust. We could use seed banking to protect this plant. However, seed storage isn’t always as straightforward as it sounds.

Dr Maria Bargh, co-lead of the BioHeritage Adaptive Governance and Policy programme, has been appointed as deputy chair of an independent panel that will be reviewing electoral law in Aotearoa New Zealand.

Two Auckland University of Technology students have teamed up to give a comprehensive picture of the biotic and abiotic components of kauri soil.