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TRC Interim Technical Memorandum Periphyton NOF Baseline State September 2023

categories and soft-sedimentary, volcanic acidic and volcanic basic geology. All sites that do not fall in these categories are in the default class. Further, as the maximum amount of periphyton biomass is affected by the amount of nutrients in the water column, the NPS-FM also requires councils to set appropriate in-stream concentrations and exceedance criteria for dissolved inorganic nitrogen (DIN) and dissolved reactive phosphorus (DRP) to regulate periphyton biomass growth

Policy & Planning minutes March 2019

page Doc# 2224426-v1 Minutes of the Policy and Planning Committee Meeting of the Taranaki Regional Council, held in the Taranaki Regional Council Chambers, 47 Cloten Road, Stratford, on Tuesday 19 March 2019 at 10.35am. Members Councillors N W Walker (Committee Chairperson) M P Joyce C L Littlewood D H McIntyre B K Raine C S Williamson D N MacLeod (ex officio) D L Lean (ex officio) Representative Councillors G Boyde (Stratford District

Opunake wastewater treatment plant monitoring report 2018-2019

inspection. Surface water from recent rain was discharging via three of the open trenches to the coast. Several (known) boggy areas discharging from the north trench line were contributing to ponding that was visible from the main highway. The Hector Place pumping station and the emergency overflow structure were also inspected and found to be satisfactory. 6 November 2018 An influent flow of approximately 5 L/s was occurring at the time of the inspection, the influent screen was

TRC Technical Memorandum Lakes trophic state 9 August 2023

Site-based baseline states identified for total phosphorus are presented in Figure 3. For four lakes (Lake Rotokawau (NHC), Barret Lagoon (VRP), Lake Kaikura (CT) and Lake Herengawe (CT)), band C applies, while two lakes (Lake Rotokare (SHC) and Lake Waikare (SHC)) fall within band D. Figure 3: Baseline states identified for total phosphorus at six regionally representative Taranaki lakes page Dissolved oxygen Site-based baseline states identified for

Jan to May 2024 rainfall

page Provisional data only Total rainfall (mm)to date xxx yy% KEY % of average ‘year to date’ rainfall xxx yy % NEW PLYMOUTH H WERAĀ ELTHAM Kaka Rd P teaā K tareō Motunui Brooklands Inglewood Pohokura SaddleNorth Egmont Stratford Huinga Cape Egmont Dawson Falls Glenn Rd Whareroa Rimunui Jan-May 4220 Rainfall 94%702 98%775 97%563 68%428 88%726 96%663 7 %21,716 71%513 83%487 78%417 76%1,636 7

2024 May rainfall

page Provisional data only Total monthly rainfall (mm) xxx yy% KEY % of average rainfallmonthly xxx yy % NEW PLYMOUTH H WERAĀ ŌPUNAKE ELTHAM Kaka Rd P teaā K tareō Motunui Brooklands Inglewood Pohokura SaddleNorth Egmont Stratford Huinga Cape Egmont Dawson Falls Glenn Rd Whareroa Rimunui May 420 Rainfall2 39%83 54%110 68%111 46%83 52%122 45%83 53%357 55%123 59%96 75%100 67%423 89%104 6

Irrigation Water Annual Report 2022-2023

illustrated in Figure 4, the vast majority of pasture irrigation in Taranaki does take place within Zones 2, 3, 4 and 5, which represents a 10 km wide belt of coastal land stretching from Oakura to Waitotara. 1.1.7 Irrigation systems In general there are two types of irrigation methods; surface and pressurised. The majority of irrigation systems currently in operation in the region fall in to the pressurised category. Pressurised systems can be further differentiated based on the method of

TRC Technical Memorandum Periphyton trophic state 11 May 2023

following REC defined types: WD/SS, WD/VB, WD/VA, CD/SS, CD/VB, CD/VA. The Default class includes all REC types not in the Productive class. Based on a monthly monitoring regime. The minimum record length for grading a site based on periphyton (chlorophyll-a) is 3 years. * The productive class is defined by River Environment Classification (REC) types, with a combination of dry climate categories and soft-sedimentary, volcanic acidic and volcanic basic geology. All sites that do not fall in

Stepping into the River (from NIWA magazine)

our rivers, flow and water level changes and riparian habitat damage.” The breadth of NIWA’s work on freshwater gives an indication of the complexity and range of human impact. For example, teams of scientists are working on ways to treat human wastewater in towns and on farms, installing fish passages in channelled waterways, reducing the flood of rain channelled by urban and road stormwater, calculating downstream impacts of water take, building wetlands and riparian strips to stop

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Annual Plan. Councillors D N MacLeod (Chairman) M J Cloke M G Davey D L Lean (Deputy Chairman) M J McDonald D H McIntyre B K Raine N W Walker C S Williamson Apologies Councillors M P Joyce and C L Littlewood Notification of Late Items Item Page Subject Item 1 3 Hearing of Submissions on the Consultation Document for the 2018/2028 Long-Term Plan  Summary of Submissions Item 2 40 Timetable of submitters who wish to be heard Item 3 43 Officer's