Policy and Planning Committee Agenda February 2025
Policy and Planning Committee Agenda 4 February 2025
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November 2021 hydrology report
page Doc. No: 2935274 TARANAKI REGIONAL COUNCIL MONTHLY RAINFALL AND RIVER REPORT FOR November 2021 Provisional Data Only Note: some sites record a number of parameters Table 1: Rainfall at 27 sites throughout the region Station Sub-region Monthly Year to Date Records Began Number of rain days (>0.5mm) Total Monthly Rainfall (mm) % of Monthly Normal (%) Total to date (mm) % of Normal for year to date % of average full calendar year Nth
Pukeiti Rhododendron Trust Newsletter February 2022
first newsletter of 2022. We hope everyone has been able to relax and enjoy the wonderful summer weather we have been having although the rain that is falling this weekend is very welcome from a gardening point of view. Here in New Plymouth, albeit the sunniest city in New Zealand, rain fell on 4 days in January giving a total of 12.5ml. Yesterday alone we had 180ml, twice the normal rainfall for February. Most of you will have received the 2022 Calendar of Events with the January
June 2021 hydrology report
page Doc. No: 2813485 TARANAKI REGIONAL COUNCIL MONTHLY RAINFALL AND RIVER REPORT FOR June 2021 Provisional Data Only Note: some sites record a number of parameters Table 1: Rainfall at 27 sites throughout the region Station Sub-region Monthly Year to Date Records Began Number of rain days (>0.5mm) Total Monthly Rainfall (mm) % of Monthly Normal (%) Total to date (mm) % of Normal for year to date % of average full calendar year Nth Egmont
October 2021 hydrology report
page Doc. No: 2906170 TARANAKI REGIONAL COUNCIL MONTHLY RAINFALL AND RIVER REPORT FOR October 2021 Provisional Data Only Note: some sites record a number of parameters Table 1: Rainfall at 27 sites throughout the region Station Sub-region Monthly Year to Date Records Began Number of rain days (>0.5mm) Total Monthly Rainfall (mm) % of Monthly Normal (%) Total to date (mm) % of Normal for year to date % of average full calendar year Nth
Treatment plant report January 2012-December 2013
the best level of control. The technicians use weather forecasting to predict the lime dose, for example reducing the lime does set point if heavy rain is forecast. However, the weather forecasts have not always eventuated which sometimes results in quadrants being under-dosed. The technicians continue to focus on pH control to achieve target dose ranges. • The outfall pump station was working well and only routine maintenance work was required to be undertaken. • NPDC
STDC Patea Beach Green Waste Discharge Annual Report 2022-2023
amend the current consent. The site has not been used in recent years. The discharge site is approximately 120 m long and 25 m wide, and is shown in Figure 2. Patea Beach is an elevated site which for most of the time is dry. Rain that does fall on the site drains away at a very rapid rate. The site does not suffer from flooding from rain or tidal action, due to its elevation. 1 The Council has used these compliance grading
Annual report 2012-2013
and leachate. page 6 2. Results 2.1 Inspections The site was inspected on two occasions. The inspections focussed on the type of material being discharged, discharge site stability and leachate/stormwater control. 7 November 2012. A site visit was made to conduct a compliance monitoring inspection. The weather was fine with no rain falling over the previous 48 hours. There did not appear to be any new greenwaste discharged at the site since the
December 2021 hydrology report
page Doc. No: 2955756 TARANAKI REGIONAL COUNCIL MONTHLY RAINFALL AND RIVER REPORT FOR December 2021 Provisional Data Only Note: some sites record a number of parameters Table 1: Rainfall at 27 sites throughout the region Station Sub-region Monthly Year to Date Records Began Number of rain days (>0.5mm) Total Monthly Rainfall (mm) % of Monthly Normal (%) Maximum December RF (year occurred) (mm) Total to date (mm) % of Normal for year to
Appendix 5: Intensive poultry farming managment
contours (3) orientation to the sun. g) Discharge point design Dispersion of discharges is enhanced by: increasing the height of discharge points; avoiding the use of conical rain shields over the top of discharge stacks; increasing vertical exhaust velocities by appropriate fan speeds, fan sizes, and shaft sizes; the use of vertical discharge fan units with minimal obstruction to the outside shaft’s airflow; tunnel