Trustpower Pātea Hydro consent monitoring 2018-2019
Trustpower Patea Hydroelectric Power Scheme consent monitoring report 2018-2019
Trustpower Patea Hydroelectric Power Scheme consent monitoring report 2018-2019
lost? Can smaller fragments be linked to create corridors or stepping stones (for instance along streams or over ridges) that connect larger bush areas? What does the neighbour have by way of existing bush, that could be connected? For advice about layout, contact the Council. A land management officer can visit to assess the stand, and prepare a conservation plan with a map showing layout of the area to be retired, fence positions and cost estimates. Fencing The next
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
sand at the pit bases (approximately 4-5 m below surface). Average annual rainfall for the site is 1,023 mm (taken from the nearby ‘Duffy’ monitoring station). As with the other South Taranaki coastal sites, this site is subject to strong winds. Site data Location Word descriptor: Manawapou Road, Manutahi, Taranaki Map reference: E 1717244 (NZTM) N 5608736 Mean annual rainfall: 1,023 mm Mean annual soil temperature: ~15.1°C Mean annual soil
activity and its discharges, an aerial photograph or map showing the location of the activity, and an outline of the matters covered by the company’s air discharge permit. Subsection 2 presents the results of monitoring of the companies activities during the period under review, including scientific and technical data. Subsection 3 discusses the results, their interpretation, and their significance for the environment in the immediate vicinity of the site under discussion.
for the period under review. Each company’s activity is then discussed in a separate section (Sections 2 to 7). In the subsections for each company (e.g. Section 2.1) there is a general description of the industrial activity and its discharges, an aerial photograph or map showing the location of the activity, and an outline of the matters covered by the company’s air discharge permit. Subsection 2 presents the results of monitoring of the company’s activities during the period
of the monitoring programme in place for the period under review. Each company’s activity is then discussed in a separate section (Sections 2 to 6). In the subsections for each company (e.g. Section 2.1) there is a general description of the industrial activity and its discharges, an aerial photograph or map showing the location of the activity, and an outline of the matters covered by the company’s air discharge permit. Subsection 2 presents the results of monitoring of the
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,
water monitoring. The removal of hydrocarbon related products reduces risk in these areas significantly. The odour issue is well understood and with correct operational techniques applied can be well controlled. _________________ David Gibson 9 March 2021 page Appendix 1-One Billion Tree Programme-Funding Agreement Map BEFORE THE TARANAKI REGIONAL COUNCIL STATEMENT OF EVIDENCE OF DAVID PAUL GIBSON DATED 9 March 2021
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