Sustainable forest & land management
Planted forests will be a major contributor to a sustainable future bioeconomy.
Sustainable management of forests in New Zealand involves several aspects, including the important environmental role in protecting our soils and water quality, and providing for biodiversity.
Creating thriving environments
Managing our land for the best environmental and societal outcomes involves the successful integration of economics, governance, society and culture.
Forest flows research programme
The Forest Flows programme will focus on developing methods to predict and optimise water use and supply in planted forests to answer the questions: Where is the water? Where is it going? And who gets to use it?
Healthy soils
Forest health and productivity is dependent upon topsoil depth, soil structure, rooting depth, hard pans, texture, water holding capacity and nutrient supply. Scion soil scientists are constantly seeking to understand more about processes that control soil and forest productivity and their interactions.
Taking risk out of next generation silvopastoral systems
The project aims to co-develop place-based, multifunctional agricultural and forestry systems to address climate, environmental and economic pressures. Overall, the project will lead to a resilient and inclusive, intergenerationally sustainable rural land use sector in New Zealand which supports a thriving economy and society.
The freshwater environment
Careful management of freshwater is needed to protect our water resources as increasing demands are made on a finite resource. Scion scientists are exploring the role that forests play in providing freshwater resources and ecosystem services to New Zealand.
Tree Root Microbiome Programme
The five-year Tree Root Microbiome Programme: At the root of climate proofing forests began in 2020 and is an ambitious programme which aims to establish radiata pine as a model system for tree-root-soil microbiome research globally.
Valuing the forest ecosystem
Forests provide ecosystem services such as nutrient cycling, carbon sequestration, water quality and biodiversity for productive ecosystems. These are the cornerstone of sustainable land use.
Contact
Peter Clinton, Principal Scientist