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Policy brief | Evidence synthesis
Citation: MacLeod CJ, Brandt AJ, Collins K, Dicks LV, Shackelford G, Wordley C, Sutherland W (2019). Cost-effective mechanisms for ensuring New Zealand makes best use of global... -
Dataset from "Comparing diversity of fungi from living leaves using culturing...
Supplementary data from Mycologia 109: 643-654, 2017 (DOI 10.1080/00275514.2017.1384712), together with additional unpublished data from Fuscopora truncata leaves from the Hunua... -
Indices of possum abundance and browse at forest sites in New Zealand
Data associated with paper: Holland, E. P., Gormley, A. M. and Pech, R. P. (2016), Species- and site-specific impacts of an invasive herbivore on tree survival in mixed forests.... -
New Zealand Forest Plot data in Global Forest Biodiversity dataset
Summarised data from two consecutive forest inventories of permanent sample plots located throughout New Zealand. These data are part of the Global Forest Biodiversity dataset... -
Concatenated alignment for Stephanosporaceae Phylogenetic tree
Concatenated alignment (ITS, LSU, tef1) for 126 OTUS analysed for Bayesian phylogenetic tree in article: Teresa Lebel, Michael A. Castellano, Ross E. Beever, Cryptic diversity... -
NZ Lizards
This resource is no longer available. The NZ Lizards Database is (was) a searchable online system that provides access to a wealth of information describing the lizard species... -
Phylogenetic Trees - Clitopilus Etc
Data for Maximum Likelihood phylogenetic trees published in: New species and combinations of some New Zealand agarics belonging to Clitopilus, Lyophyllum, Gerhardtia, Clitocybe,... -
Multiple capture trap data
Data and spatial model for assessing effectiveness of using multiple and single capture traps. The data support an article in PLoS ONE: Warburton, B., & Gormley, A. M.... -
Geneious Plugin - Metadata Importer
The Metadata Importer (MI) is a plugin component for Geneious versions 9 and later. The MI is intended to facilitate the importation of meta-data associated with sequenced... -
Livestock as sentinels for wildlife disease
Pseudo-code for a model written in Python that uses livestock disease surveillance data to make inference on the disease status of sympatric or adjacent living wildlife. -
Bio-economic optimisation of surveillance to confirm broadscale eradications ...
Python computer code for a 2-stage bio-economic model to identify optimal cost-efficient surveillance strategies for assessing progress and ultimately declaring success of... -
NZAC Litter card - example 1
Example of card to score variables for the Litterbook
