New Zealand Journal of Forestry (2020) 65(1): 7–11
©New Zealand Institute of Forestry
Identifying sites for potential afforestation across erodible landscapes of the Hawke’s Bay region
David Palmer *,1, Kit Richards 2, Robin Black 3, James Powrie 4, Tim Payn 5 and Mike Marden 6
1 Spatial Scientist, Scion. Corresponding author: email@example.com
2 Environment Manager, PF Olsen Limited.
3 Consultant, Rotorua
4 Project Manager, RedAxe Forestry Intelligence.
5 Principal Scientist, Scion and Professor of Sustainable Forestry,Toi Ohomai Institute of Technology.
6 Consultant, Marden Environmental Consultancy.
Abstract: Identifying the right landscape in which to establish a plantation species is critical for economic and environmental sustainability. Hawke’s Bay, like the rest of New Zealand, has a range of landscapes from the fertile low-lying alluvial plains through to elevated steep land. As the landscapes become increasingly elevated and steep, so do environmental issues related to commercial forestry operations. Typically, with higher elevations and steeper landscapes soils can become increasingly eroded and skeletal, leaving them vulnerable to degradation when not protected by woody vegetation. In this paper we identify landscapes that are skeletal, eroded, vulnerable and suffering from climatic extremes, which are best suited to retirement plantings that will retain environmental quality and hold these landscapes together. Conversely, we also identify landscapes that have potential for commercial forestry. This project’s mapping approach utilises Land Use Capability (LUC) to delineate tree landscape (TreeScape) classes by identifying locations where commercial afforestation is suitable, compared to landscapes that should be retired. Greater mapping detail is gained by combining the LUC maps with the erosion, slope and direction of intense storm events maps.
Download article as 456 KB PDF file
As an issue ≤ 3 years old, access to this article is restricted to subscribers
. (All articles from issues > 3 years old are free.)
(You can read PDF files with the free Adobe Acrobat Reader