Farming & Nature Conservation

Sheep and beef farms make up nearly 40% of Aotearoa’s landscape and play a vital role in our economy. At the same time, this land use is home to a quarter of all native vegetation and so acts as a refuge for many native plant and animal species, especially in the lowlands.

 

The inventory of research outputs and resources can be found here:

Farming and Nature Conservation

This research is Completed
Photo by Stacey Bryan. Josh Foster and Tim Logan check over native vegetation data from a sheep and beef farm.

Overview Te Tirohanga Whānui

We know that biodiversity can help increase agro-ecosystem resilience and that the biodiversity on sheep and beef farms is often all that remains of the original habitats, but we don’t know what is required to create and support changes in how biodiversity is regarded, protected and managed on farms.

Research Area Summary Te Whakarāpopototanga Kaupapa

  • Gain an holistic view, including from a Māori perspective, of how biodiversity is perceived and managed on sheep and beef farms in New Zealand.
  • Map the vegetation and associated ecosystem functions on three case-study farms and across the landscapes in which those farms are embedded, to develop tools for land and biodiversity management decision-making.
  • Understand the critical roles of biodiversity for agro-ecosystem function and economic and human well-being.
  • Quantify native habitat on sheep and beef farms and how it is spatially arranged.
  • Determine how biodiversity can be managed in agro-ecosystems in the future, in a way that will benefit both farming and native biodiversity.

Highlights Ngā Mahi Whakahirahira

  • Investigation and collation of Māori perspectives of agro-ecosystems.
  • Modelling frameworks of bird-plant frugivory, fire hazard, plant-soil water relations and carbon sequestration at farm and landscape spatial scales.
  • Development of a “Biodiversity on farms” resource website for farmers.
  • Establishment of “Living Laboratory” demonstration sites, investigating how we can most efficiently grow old-growth, canopy trees.
  • Modelling the effect of decisions to actively manage on-farm biodiversity on farm profits.
  • The mapping of native vegetation and carbon stocks on agro-ecosystems across the country.

Looking for more information?

If you’re looking for any outputs (papers, data etc) from this project that you don’t see on this page please visit our data repository.

Co-leads Ngā kaiārahi ngātahi

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David Norton

David Norton


University of Canterbury
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Hannah Buckley

Hannah Buckley


Auckland University of Technology

Resource outputs from this programme

Video

Crazy & Ambitious 2 – 2019

A playlist of presentations given at New Zealand’s Biological Heritage Science Challenge conference, Crazy & Ambitious 2. 20 – 21 May 2019, Te Papa Wellington.
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Video

Crazy & Ambitious – 2017

A playlist of presentations given at New Zealand’s Biological Heritage Science Challenge inaugural conference, Crazy & Ambitious. 8-10 May 2017, Te Papa Wellington
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Summary

BRIEF: Supporting native biodiversity management on farms

Farmers can play an important part in caring for and revitalising our natural environment. This pilot project bridged the gap between science and farm systems…
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Publication

Understanding farmer behaviour: A psychological approach to encouraging pro-biodiversity actions on-farm

Understanding farmer behaviour and drivers for behaviour change will be the key to bringing about practice change, such as increasing management and enhancement of native…
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Publication

Managing and protecting native biodiversity on-farm – what do sheep and beef farmers think?

Despite one-third of New Zealand’s landmass being protected as public conservation land, the country still faces significant conservation challenges. Nearly 50% of the country’s landmass…
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Publication

Farm scale assessment of the impacts of biodiversity enhancement on the financial and environmental performance of mixed livestock farms in New Zealand

In New Zealand, 25% of the remaining indigenous vegetation cover is found on mixed livestock farms located predominantly in hill country. Despite evidence that adding…
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Publication

Modelling movement and landscape connectivity of New Zealand native birds in highly structured agroecosystem networks

Understanding how spatial heterogeneity affects movement and dispersal is critical for maintaining functional connectivity in agroecosystems. Least-cost path models are popular conservation tools to quantify…
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Publication

Non-production vegetation has a positive effect on ecological processes in agroecosystems

An ever-expanding human population, ongoing global climatic changes, and the spread of intensive farming practices is putting increasing pressure on agroecosystems and the inherent biodiversity…
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Publication

Upscaling restoration of native biodiversity: A New Zealand perspective

Efforts are being made to upscale restoration of New Zealand’s native ecosystems. Success depends, however, on consideration of several key issues that need to be…
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Publication

The roles of non-production vegetation in agroecosystems: A research framework for filling process knowledge gaps in a social-ecological context

To fill key research gaps that will inform the use of non-production vegetation to enhance agroecosystem processes, we present a framework for future research that…
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Publication

Achieving win-win outcomes for pastoral farming and biodiversity conservation in New Zealand

In this article, we explore options to enhance native biodiversity conservation within New Zealand pastoral systems. We argue that there is strong synergistic interdependence between…
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Publication

Restoring mature-phase forest tree species through enrichment planting in New Zealand’s lowland landscapes 

To restore secondary forests, depauperate remnant forests and create new forests that have complex structure, high biomass, and natural canopy tree diversity, mature-phase canopy and…
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Summary

Native Biodiversity of Aotearoa Illustration

A stunning visual representation of some native New Zealand biodiversity, created by Georgia Wells (University of Waikato).
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