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Regional collaboration and shared services

REGIONAL XPLORER STDC, SDC and TRC collaborate to provide regional geographic information system (GIS) services to the community via Taranaki Regional Xplorer. Regional Xplorer is a free web- based mapping and local authority information service. Users have page 18 access to property information, infrastructure services, environmental services, planning information and aerial photgraphy. Benefits  Cost-savings from creating and maintaining a single system.

Annual report 2012-2013

Figure 4 Location of sampling sites in relation to the Eltham wastewater treatment system 20 page iv Figure 5 Aerial location map 21 Figure 6 Trend in MCI at the Mangawhero Stream site downstream of the outfall (MWH000490) 28 Figure 7 Trend in MCI at the Mangawhero Stream site upstream of the outfall (MWH000380) 28 List of photos Photo 1 Overflow retention pond, 21 July 2011 8 Photo 2 Replacement aerator, June 2013 14 page 1

Report 2011-2014

consent 43 4. Recommendations 44 Glossary of common terms and abbreviations 45 Bibliography and references 47 Appendix I Resource consents held by Trustpower Ltd in relation to the Patea HEPS 1 Appendix II Lake Rotorangi Hazard Maps 1 page ii List of tables Table 1 Summary of breaches of flow rise and recession rates in the 2011-2014 period 17 Table 2 Summary of lake levels in relation to consent conditions 20 Table 3 Reports submitted to

Biennial report 2011-2013

TRC Guidelines for the Control of Drilling Wastes 50 Appendix IV Schrider Landfarm Results 545 Appendix V Maps of Landfarmed Sites 58 Appendix VI Spence Road Landfarm results 60 Appendix VII Agknowledge landfarm review report 63 page iii List of tables Table 1 Summary of landfarming consents covered by this report 5 Table 2 Soil samples taken on 12 June 2013 at Geary Landfarm 12 Table 3 Origin supplied soil results from the Geary

TRC Technical Memorandum Nutrients rivers 11 August 2023

adequately capture the “true” variability of water quality state. Secondly, lack of spatial representation arises from the limited spatial coverage of the existing monitoring network. Each type of uncertainty is identified and assessed in the following sections. Maps of the site-specific baseline attribute states for ammonia, nitrate, and DRP concentrations at each state of environment monitoring site are presented in Figure 1, Figure 2 and Figure 3, respectively. page

Irrigation Water Monitoring Programme Annual Report 2021-2022

interventions summary table 16 Table 4 Individual performance for all irrigation consent holders 18 List of figures Figure 1 Percentage of water irrigation allocation per activity in the Taranaki region 3 Figure 2 Source of water for irrigation in Taranaki during the 2021-2022 period 3 Figure 3 Total consented water abstractions – distributed by activity 2021-2022 3 Figure 4 Pasture irrigation zones and locations of consented irrigation in Taranaki 4 Figure 5 Distribution map

Annual report 2015-2016

3953-3 43 Table 16 Chemical analysis of samples taken in the vicinity of the Patea closed landfill site 48 Table 17 Summary of performance for Patea closed landfill stormwater and leachate consent 0427-3 49 Table 18 Summary of performance for Patea closed landfill air discharge consent 4636-2 50 Table 19 Summary of performance for Patea closed landfill stormwater and sediment consent 7268-1 51 List of figures Figure 1 Regional map of STDC landfills 5 Figure 2 Eltham

Appendix AA - irrigation block nitrogen analysis

site activity .................................................................................................................... 7 3.1 Site map .................................................................................................................................................... 7 3.2 Description of the site activity ................................................................................................................ 8 3.3 Composting operation

Case Law on behalf of submitters 11 March 2022

located around the edge of Beatrix Bay. Backbones (surface structures) on the 37 marine farms span approximately 8.5 km (33%) of total shoreline length at sea level (but more under water). Approximately 85% of the surface area (2,000 ha) of Beatrix Bay is not occupied by mussel farms. [10] At the hearing, a map was produced showing Beatrix Bay and the King Shag foraging in detail. It illustrates the necklace arrangement of the granted marine farms, together with the dates of the grant of those

Appendix 9: Investigation of existing bores

usefulness for monitoring purposes is studied as at the moment they are uncapped and opened to the surface. It is possible that the water samples from the wells encountered may be representative of different water-yielding zones within the same aquifer; however, the data that could be obtained from them could be used as up-gradient baseline conditions. Unfortunately there is not enough topographical information available to determine groundwater flow-lines and potentiometric groundwater maps