Publication Details
Turner, S., Schwartz, A-M.
Title:
Management and conservation of seagrass in New Zealand: an introduction
Author(s):
Turner, S., Schwartz, A-M.
Year Published:
2006
Publisher:
Department of Conservation
Publisher Location:
Publication Type:
Government document
Abstract:
Globally, seagrass management and conservation have received increased
attention over the last decade. To date, however, there has been a paucity of
available information specific to New Zealand about seagrass beds as an
ecosystem component and which could be used to assist resource managers in
decision making. This report has been prepared primarily for coastal resource
managers, to assist in the management and conservation of seagrass. It provides
a review of the current state of knowledge in New Zealand, within the context
of international seagrass research. There are some key characteristics that set
New Zealand seagrass habitat apart from many temperate and tropical systems.
In New Zealand, the seagrass flora is represented by one genus, Zostera, in the
family Zosteraceae. Seagrass occurs predominantly intertidally in New Zealand,
although it may extend into the shallow subtidal areas of sheltered estuaries,
and permanently submerged beds of seagrass have been recorded around a
small number of offshore islands. While a lot is known about seagrasses in other
regions, the role that these plants play and just how important they are in
estuarine and coastal ecosystems in New Zealand is less well understood and to
date has been the subject of limited study. The relative importance or
magnitude of the multiple ecosystem functions of seagrass beds may vary
considerably within and between different estuarine and coastal systems. For
successful management, a specific understanding of seagrass ecology within
New Zealand is required, preferably at the regional or estuary scale, rather than
relying on international paradigms.
Long Term Objectives:
Biodiversity, Fisheries
Keywords:
Seagrass, New Zealand, Zostera, biology, ecology, anthropogenic stressors, threats, monitoring seagrass, ecosystem health