suitable for classes of up to 35 students unless otherwise stated. Activities available at both the Tupare Riverside School and the Hollard Gardens Woodlands School. In addition to activities 1-4, the following activities are available at the Hollard Gardens Woodlands School. page S ITE 20 ISSUE NO.MAY 16 77 Autumn leaf fall (30-40 minutes, only during autumn) This lesson outlines the importance of this natural process to the Tupare garden landscape.
hydrometric equipment (lower) $1,730.30 per year Tawhiti hydrometric equipment (upper) $1,070.30 per year Waingongoro hydrometric equipment $830.50 per year Waitaha hydrometric equipment $8,091.60 per year Rain Gauge Calibration $336.60 per deployment Chlorine Meter $20.80 per use Drone $132.00 per day Multi-parameter Field Meter $112.20 per day Haehanga hydrometric equipment $2,383.20 per year EXPLANATION This scale of charges is used to calculate the Council's
Drawing detailing the activity (state where in the AEE the information can be located) AEE Page Number Section Please provide details and attach plans of the proposed activity. Include dimensions eg depth of excavation, deposits and a real extent Please also complete Section H page 05/24 - Doc # 3115168 Page 14 of 20 SECTION F – Other structures Please note this section is for all other structures that don’t fall into the
approximately 2.1 ha in size and is comprised of a cutover lowland tawa dominant forest remnant on hill slopes and stream terraces. The remnant is of a native forest type that is classified as 'Chronically Threatened' in Taranaki and falls within 'Acutely Threatened' Land Environment (LENZ) F5.2a. Remnants such as this provide important habitat for rare and threatened species. Gillett Family Bush also offers good connectivity to other nearby habitats, private QEII covenants and Key Native Ecosystems in
estuaries, the factors behind which include rain fall and modified land use. The large number of rivers and the erosion of Mount Taranaki generally bring a lot of sediment to the coast. However, the high energy coastline means this sediment supply does not settle long enough to greatly assist with the beach building process. Active dunelands exist at some of the larger river mouths and dominate the low-lying coast from Pātea Beach to the southern extent of the region. Cliff-top
30 September • Land rent reductions • Additional funding for volunteer and community organisations who help our most vulnerable. • Expanding of our home energy scheme to help make better homes and keep tradies in work, we've expanded our home insulation loan scheme to cover solar power, rain water tanks, grey water systems, electric car charging ports as well as home insulation and home gardening packages. 16Regenerating Taranaki. Together. Ordinary Meeting -
McIntyre B K Raine N W Walker C S Williamson Apologies Notification of Late Items Item Page Subject Item 1 4 Confirmation of Minutes Item 2 11 Consents and Regulatory Committee Minutes Item 3 17 Policy and Planning Committee Minutes Item 4 23 Regional Transport Committee Minutes Item 5 30 Executive, Audit and Risk Committee Minutes Item 6 33 Joint Committee Minutes Item 7 41 Local Government Members (2017/18)(Local Authorities) Determination and proposed
Groundwater probe $100.00 per day Rain gauge calibration $300.00 per deployment Automatic water quality samplers $50.00 per day Hydrological gauging equipment (wading) $60.00 per gauging Hydrological gauging equipment (M9) $120.00 per gauging Datalogger $160.00 per year GPRS telemetry $30 per month Radio telemetry $10 per month Repair Parts (battery/fuse/cable) $50 per deployment Bertrand Rd hydrology equipment $750.00 per year Lake Rotorangi telemetry $1,752.00
Recount in 1990. 100-year flood protection and takes into account the effects of climate change. The aim has been to make the scheme as resilient as possible. A one-in-100-year flow at Waitara is estimated at around 3,800 cubic metres per second, which is more than twice the highest flow measured at 1,640 cubic metres during the heavy rain event on 20 June 2015 (picture). A one-in-100-year flood would be about three metres higher, with a substantially higher