essential for TDHB services* 0800 26 63 28PUBLIC PHONE 4 Hāwera-NP return services 1 Ōpunake-Hāwera return service Bookings are essential for TDHB services Contact Taranaki’s Bee Team... IS YOUR BEE CARD MIS-BEE-HAVING? 0800 BEE TRC [0800 233 872] Email us at: transport@trc.govt.nz Weekdays only 8am-5pm $2Single zone $3Cash Single zone Per extra zone $1 Bee Card fares Connector is operated by Pickering Motors Ltd with support from Taranaki Regional
page FITZROY Sacred Heart College C D D C O N S T A N C E S T E L IO T S T THE VALLEY S M A R T R D E P A Y N T E R S A V E Citylink is operated by Tranzit Coachlines with the support of the Taranaki Regional Council ARIKI ST C U R R IE S T GILL ST ST AUBYN ST Centre City E G M O N T S T B R O U G H A M S T E Enlargement DEVON ST L IA R D
(Ministry for the Environment, 2020). page Technical Memorandum | Draft Baseline State for Periphyton in Taranaki Rivers Periphyton monitoring in the Taranaki region In 2018, Taranaki Regional Council (TRC) initiated a monthly State of Environment (SoE) periphyton monitoring programme, tailored to the requirements of the NPS-FM. Twelve sites are included in this monitoring programme, many of which were selected to align with sites monitored in the state of the
to provide maps containing information that relates to your risk identification and action selection process. The regulations allow you to present maps in a way that makes sense to you, providing the requirements are met. This means you can choose any mapping tools, the form, size, the number of maps, and the combination of features you display on each map. However, you should check with your regional/unitary council if they have any guidance or specific mapping requirements.
from the RHA in that it requires underwater visual assessments at 20 underwater points along the reach (four locations across five transects if possible). Baseline states for sediment The NPS-FM requires all regional councils to identify baseline states for all attributes described in Appendix 2A and 2B of the NPS-FM within each Freshwater Management Unit (FMU). When compared against national bottom lines and the relevant objectives for an FMU, baselines provide the
condition in New Zealand lakes. User Manual Version 2. National Institute of Water & Atmospheric Research: Hamilton, New Zealand. (see clause 1.8) Lake SPI surveying in the Taranaki Region In 2021, Taranaki Regional Council (TRC) engaged NIWA to survey three lakes (Lakes Kaikura, Mangawhio, and Rotokare) using LakeSPI (Table 3, Figure 1). These lakes were the first in the region to be assessed using this method. Lake SPI surveys were completed in November and December 2021. Detailed
sites considered in this assessment is 22 (Appendix A). These sites have been used to inform the identification of draft ammonia, nitrate, and DRP baseline states. page Technical Memorandum | Draft Baseline State for Nutrients in Taranaki Rivers Baseline states for nutrients The NPS-FM requires all regional councils to identify baseline states for all attributes described in Appendix 2A and 2B of the NPS-FM within each Freshwater Management Unit (FMU). When compared
taxa present at a site. Note that while the NPS-FM requires QMCI as a numeric attribute state for macroinvertebrates, Taranaki Regional Council (TRC) uses the semi-quantitative MCI value (SQMCI), which provides a similar output and will be considered surrogate to QMCI in relation to the NPS-FM. Unlike the MCI, the SQMCI is not multiplied by a scaling factor of 20, thus provides a smaller numerical output. This attribute uses the same methods applied as those applied to the MCI
High School New Plymouth Girls High School Sacred Heart College Welbourn School B R O O K L A N D S R D UPJOHN ST HORI ST POWDERHAM ST VIVIAN ST 4 1 3 5 S M A R T R D A KARAKA ST Ph 0800 87 22 87 www.taranakibus.info TaranakiPublicTransport ROUTE 11 Saturday EAST Citylink is operated by Tranzit Coachlines with the support of the Taranaki Regional Council ARIKI ST C U R R IE S T L IA R D E
growth, as well as from losing oxygen in bottom waters of deep lakes. >12 >60 For lakes and lagoons that are intermittently open to the sea, monitoring data should be analysed separately for closed periods and open periods. Lake monitoring in the Taranaki region Prior to 2022, lake monitoring undertaken by the Taranaki Regional Council largely focused on a single lake, Lake Rotorangi. Lake Rotorangi is an artificial lake used for hydroelectric generation and monitoring has