units (17 per
cent). A small proportion of respondents lived on farmlets or lifestyle blocks (12 per cent)
bordering the city.
4.2 Involvement with trapping and reducing rat numbers
Respondents were mapped into the I3 Response Framework (see Fig. 2) based on their
involvement with reducing rat numbers and with trapping. A score of one indicates the
minimum possible level of involvement, and a score of five indicates the highest possible
level of involvement.2 Statistical
C D Boyd Drilling Waste and Stockpiling Land & Landspreading 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
FMU-based baseline states (expressed as percentages of stream lengths) for the macroinvertebrate numeric
attribute states are shown in Table 6. Maps of stream widths under each NOF band for all three numeric
attribute states are in Figure 9, Figure 10 and Figure 11.
Table 6: FMU-based baseline states for the macroinvertebrate numeric attribute states (MCI, QMCI, ASPM) expressed as percentage
waterway length in each FMU within each NOF attribute band.
NOF Band
No.
sites
MCI
scale and can be interpreted as applying to a section of
river segments in an FMU, rather than a specific monitoring site.
FMU-based baseline states (expressed as percentages of stream lengths) for the macroinvertebrate numeric
attribute states are shown in Table 6. Maps of stream widths under each NOF band for all three numeric
attribute states are in Figure 9, Figure 10 and Figure 11.
Table 6: FMU-based baseline states for the macroinvertebrate numeric attribute states (MCI,
Theil-Sen long term trend analysis 22
Figure 19 Theil-Sen trend analysis by wind direction 22
Figure 20 ScEM analysis of the EBAM filter from 4th July 2016 27
Figure 21 ScEM analysis of the EBAM filter from 24thth July 2016 28
Figure 22 Covid-19 lockdown PM2.5 levels 31
Figure 23 Comparison of covid-19 lockdown levels with previous years 31
Figure 24 Map of commercial and industrial air emission consents, for the 2016-2019 period 59
Figure 25 Diurnal variation in PM2.5 …
Summary of performance for consent 1449-5 13
Table 6 Evaluation of environmental performance over time 14
List of figures
Figure 1 Aerial location map of sampling sites in relation to Inglewood WWTP 11
List of photos
Photo 1 Inglewood WWTP 4
Photo 2 The Inglewood WWTP main pond 8
Photo 3 Dissolved oxygen monitoring 9
page
1
1 Introduction
1.1 Compliance monitoring programme reports and the Resource
Management Act 1991
1.1.1 Introduction …
Eltham WWTP prior to the diversion of wastewater to the Hawera WWTP 4
Figure 2 Aerial view of the Eltham WWTP 5
Figure 3 Aerial map showing location of chemical and biomonitoring sampling sites 13
page
1
1 Introduction
1.1 Compliance monitoring programme reports and the Resource
Management Act 1991
1.1.1 Introduction
This report is for the period July 2019 to June 2020 by the Council describing the monitoring programme
associated with resource consents …
stormwater discharge consent 5349-1 46
Table 10 Summary of performance for dam and diversion consent 5350-1 47
Table 11 Summary of performance for structures consent 5351-1 48
List of figures
Figure 1 Regional map of Taranaki showing the location of the Central landfill site 3
Figure 2 Aerial view of the Central landfill site and sampling points, up to June 2017 12
Figure 3 Increased Central landfill monitoring network, July 2017 onward 13
Figure 4 Central landfill surface
List of figures
Figure 1 Mangapouri Cemetery location map 4
Figure 2 Burial Plan for first five years of operation 9
Figure 3 Baseline groundwater elevations in comparison to rainfall 17
Figure 4 Baseline groundwater levels GND2624 18
Figure 5 Baseline groundwater levels GND2627 19
Figure 6 Baseline groundwater levels GND2625 19
Figure 7 Baseline groundwater levels GND2623 20
Figure 8 Baseline groundwater levels GND2484 20
Figure 9 Baseline groundwater