Spatial distribution modelling of New Zealand cetacean species / F. Stephenson, K. Goetz, T. Mouton, F. Beets, S. Hailes, J. Roberts, M. Pinkerton, A. MacDiarmid.
By: Stephenson, F. (Fabrice).
Contributor(s): Goetz, K. T. (Kimberly T.) | Mouton, T [(Théophile)] | Beets, F. (Fenna) | Hailes, Sarah F. (Sarah Frances)
| Roberts, Jim (Fishery scientist) | Pinkerton, Matt H | MacDiarmid, Alison | New Zealand. Ministry for Primary Industries | Fisheries New Zealand (Government agency) [issuing body].
Material type: 
BookSeries: New Zealand aquatic environment and biodiversity report: no. 240.Publisher: Wellington : Fisheries New Zealand, Tini a Tangaroa, 2020.Description: 1 online resource : colour illustrations.Content type: text Media type: computer Carrier type: online resourceISBN: 9781990025020.Subject(s): MARINE MAMMALS | CETACEANS | CETACEA POPULATIONS | GEOGRAPHICAL DISTRIBUTION | ESTIMATES | MATHEMATICAL MODELS | FISH STOCK ASSESSMENT | NEW ZEALANDHoldings: ELECTRONIC Online resources: AEBR 240 Fisheries Infosite | NIWA document server Summary: Opportunistic sighting records (n=14207) of 31 cetacean species complexes, species and subspecies, and 14 spatially comprehensive environmental data layers were combined to derive habitat preference models, and, for a select number of species with sufficient data, to derive relative density using a two-step hurdle model. Predicted distributions were consistent with known distributions and the respective species sighting and stranding records, although uncertainty remains for rarely sighted taxa.
| Item type | Current location | Call number | Copy number | Status | Date due | Barcode |
|---|---|---|---|---|---|---|
PDF
|
WELLINGTON ONLINE | ELECTRONIC | 1 | Not for loan | 396572 |
"May 2020."
Includes bibliographical references.
Opportunistic sighting records (n=14207) of 31 cetacean species complexes, species and subspecies, and 14 spatially comprehensive environmental data layers were combined to derive habitat preference models, and, for a select number of species with sufficient data, to derive relative density using a two-step hurdle model. Predicted distributions were consistent with known distributions and the respective species sighting and stranding records, although uncertainty remains for rarely sighted taxa.
ELECTRONIC
There are no comments for this item.