Possum Self-help The site falls outside the possum self-help area.
Herbivores - High The property lies outside the self help possum boundary. The back
block and roadside blocks are mostly or fully fenced to exclude
stock, while the middle block is able to be accessed by stock and
has evidently been grazed through.
Habitat Modification - Medium The back block and roadside blocks are mostly or fully fenced to
exclude stock. Remaining areas will be proposed to be fenced in
conjunction with
Mangati catchment consent monitoring report - Taranaki Regional Council.
STDC Kaponga, Manaia, Patea and Waverley waste water treatment plants consent monitoring report 2017-2018
STDC Waverley, Kaponga, Manaia & Patea wastewater treatment consent monitoring report - Taranaki Regional Council.
Trustpower Mangorei hydro scheme consent monitoring report - Taranaki Regional Council.
Ordinary Council Agenda October 2023
page
25
Discussion 4.
The chemical composition of groundwater is determined by a number of influences.
These include the mineralogy of the soil and rock types forming catchments or
aquifers, aquifer structure, the source and volumes of recharge water, aquifer
residence times, overlying landuses and biochemical process.
Groundwater aquifers in Taranaki are predominantly recharged by rainfall falling on
the land surface, but recharge can also occur via infiltration from
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