4.5 Article

Using long-term experimental restoration of agroecosystems in Aotearoa New Zealand to improve implementation of Nature-based Solutions for climate change mitigation

Journal

FRONTIERS IN FORESTS AND GLOBAL CHANGE
Volume 5, Issue -, Pages -

Publisher

FRONTIERS MEDIA SA
DOI: 10.3389/ffgc.2022.950041

Keywords

tree planting; experimental restoration; climate change mitigation; climate adaptation; community engagement; ecosystem function; biodiversity; native forest

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Tree planting is an important strategy for climate mitigation in New Zealand, but exotic species dominate large-scale tree planting. The use of native species is hindered by a lack of data and policy and market mechanisms that favor exotic species. The AUT Living Laboratories Program aims to address these challenges and promote native revegetation for climate change adaptation on farmland soils.
Tree planting has long played a major role in the New Zealand Government's approach to climate mitigation and is increasingly understood as important for climate adaptation. However, large-scale tree planting in Aotearoa New Zealand has been dominated by exotic species. Although there is growing public and expert support for using native species for forest revegetation in farm landscapes, there are two key barriers. First, the lack of ecological and economic data on native species performance in different environmental conditions. Second, policy and market-related mechanisms associated with carbon sequestration, such as the New Zealand Emissions Trading Scheme, favor the continuing use of exotic tree species, especially Pinus radiata, over native species. Consequently, there are strong incentives for exotic forests and insufficient financial support for natives, even when native forest re-establishment is often the preference of landowners, Indigenous peoples, and local communities. The AUT Living Laboratories Program is a long-term, transdisciplinary, experimental restoration research program aimed at addressing scientific, social, and economic knowledge gaps for native revegetation as a Nature-based Solution (NbS) on farmland soils. Here, we present the project design and establishment information from the three experimental restoration sites, which vary in native species composition, planting configuration, and environmental and socio-cultural context. Each site involves partnerships with Indigenous communities, specifically Ngati Whatua Orakei, Ngati Manuhiri, and Ngati Paoa, to value and embed matauranga Maori as Indigenous knowledge. Monitoring carbon sequestration along with changes in ecological functions and outcomes, including native biodiversity, will be critical to ensure that large-scale tree-planting aligns with the government's strategies for climate change, native biodiversity, and economic prosperity.

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