data test

David Hall & Sam Lindsay (2021) Scaling Climate Finance : Biodiversity Instruments. Concept Paper. Auckland : Mohio Research. A Concept Paper which identifies unrealised opportunities for increasing investment into projects and activities that preserve, support and expand Aotearoa New Zealand's unique biological heritage. Redirecting finance and...

Collaboration agreement between Challenge Parties. The Cawthron Institue was added by deed of accession in April 2018. Note - in this copy signatures have been obscured for security

These terms and conditions govern how funding is used by a Subcontrator to the Challenge (but not a party to the NZBH Challenge Collaboration Agreement), to perform the research required to be carried out under the NSCIC and Challenge Programme Agreements made in accordance with the NSCIC.

Highlights reports from New Zealand's Biological Heritage National Science Challenge

A list of past and current research focused on biology, impacts and management of myrtle rust (Austropuccinia psidii).

This IP Plan sets out how a collaborator who is not a party to the NZBH Challenge Collaboration agreement, shall manage the intellectual property arising from Challenge Programmes to maximise the benefit of that Project IP for New Zealand.

A list of past and current research focused on biology, impacts and management of kauri dieback (Phytophthora agathidicida). Builds on work previously undertaken by the BioHeritage Challenge and MPI. Collated with assistance from DOC and MPI. This is a living document and we need your help to find those additional publications, research projects or...

These terms and conditions govern how funding is used to perform the research required to be carried out under the NSCIC and Challenge Programme Agreements made in accordance with the NSCIC.

This IP Plan sets out how the Challenge Members intend to manage the intellectual property arising from Challenge Programmes to maximise the benefit of that Project IP for New Zealand.

There has been a change in the way the S-map is being made available to users. The S-map primary map layer ofsoil classes (i.e. delineated areas that are labelled with the soil family name) is no longer freely available to commercial users. Access to this data and associated soil attribute data for commercial use is by negotiation - please contact Graeme...

There has been a change in the way the S-map is being made available to users. The S-map primary map layer ofsoil classes (i.e. delineated areas that are labelled with the soil family name) is no longer freely available to commercial users. Access to this data and associated soil attribute data for commercial use is by negotiation - please contact Graeme...

There has been a change in the way the S-map is being made available to users. The S-map primary map layer ofsoil classes (i.e. delineated areas that are labelled with the soil family name) is no longer freely available to commercial users. Access to this data and associated soil attribute data for commercial use is by negotiation - please contact Graeme...

There has been a change in the way the S-map is being made available to users. The S-map primary map layer ofsoil classes (i.e. delineated areas that are labelled with the soil family name) is no longer freely available to commercial users. Access to this data and associated soil attribute data for commercial use is by negotiation - please contact Graeme...

A 25m resolution grid of mean annual vapour pressure deficit derived from the Land Environment New Zealand underlying climate dataset at an original resolution of 100m. This grid was resampled to 25m by bilinear interpolation to have visually compatible resolution to other data sets being used in modelling of ECR BASE carrying capacity. For use with both...

This is a binary mask layer for the Earning Capacity Rental project - identifying all areas that by definition (forested or water body) will have BASE carrying capacity set to zero (0 SU/ha). All other areas are set to one (unity). The final BASE carrying capacity is derived by multiplying the result of the regression models by this binary mask leavibng...

A 25m resolution grid of mean annual vapour pressure deficit derived from the Land Environment New Zealand underlying climate dataset at an original resolution of 100m. This grid was resampled to 25m by bilinear interpolation to have visually compatible resolution to other data sets being used in modelling of ECR BASE carrying capacity. For use with both...

A 25m resolution grid of long-term mean annual solar radiation for use as a regression variable for calculating ECR BASE carrying capacity. NZMAS is derived from the LENZ underlying climate layer dataset. This grid has been resampled to 25m resolution using bilinear interpolation to deliver visually compatible apparent resolution as other input data sets...

This layer comes from the Threatened Environment Classification (TEC) version 2012, which is a source of national scale background information on New Zealand's land environments. Specifically, it shows how much native (indigenous) vegetation remains within land environments, and how past vegetation loss and legal protection are distributed across New...

A 25m resolution slope grid, derived from a digital elevation model (DEM) clipped from Landcare Research's national 25m DEM for use as a regression variable for calculating ECR BASE carrying capacity. For use with Model 2..

The New Zealand Fundamental Soil Layer originates from a relational join of features from two databases: the New Zealand Land Resource Inventory (NZLRI), and the National Soils Database (NSD). The NZLRI is a national polygon database of physical land resource information, including a soil unit. Soil is one in an inventory of five physical factors...