around the poultry farm by Mr Whiting. All of the birds
had been removed from the sheds prior to our visit. The litter had been
cleaned out from sheds 3 and 4, but this had not been completed for the
other two sheds due to the high winds and rain. These sheds were
ventilated, but at a lower rate than during a growth cycle.
Installation of the DACS system was continuing, as discussed in the TRC
Supplementary Officer Report dated 11 February. Mr Whiting showed us
through shed 3, where most of
but not be limited to (tick all that apply): AEE Page Number Section
☐ The rate of discharge and hydrological effects
☐ Ecosystem health and potential disturbance
☐ Indigenous biodiversity
☐ Hydrological functioning
page
01/23 - Doc # 3095941 Page 6 of 17
☐ Cultural values
☐ Amenity
☐ Source control
☐ Treatment
☐ Site sediment and
to
plantings and the environment, while
maximising weed control.
GROUND PREPARATION
(pre-plant spraying)
Clear away all grass and weed competition
before planting. Rank vegetation can be
spot-sprayed with a knock-down herbicide
containing the active ingredient glyphosate
eg. Roundup G2. Glyphosate has low
toxicity to wildlife and soil organisms, and
breaks down fast. Spray three or preferably
four weeks before plants go in. Use
Roundup at a rate of 10 ml per litre of
water (for
consents.
Surface water abstraction was compliant with daily rate and volume. Process water discharges were
compliant with consent defined parameters. Surface water monitoring indicated negligible impacts from the
discharge of process waters. The thermal tolerances within the receiving waters were not exceeded for the
duration of the monitoring period.
Emissions monitoring results from the Taranaki Combined Cycle (TCC) were within consent defined
specifications for the full duration of the
........................................................................................................................................................................... 44
2.7.4.1 Low Risk Soils .................................................................................................................................................................. 44
2.7.4.2 High Risk Soils ................................................................................................................................................................. 44
2.7.5 Application Rate …
at the date that the asset is derecognised. The depreciation
charge for each period is recognised through the Statement of Financial Performance.
The carrying value is depreiated on a straight-line basis over its useful life. The useful life and associated depreciation rate for
the IRIS software suite is 10 years and 10%.
Where software in this category is replaced, upgraded or determined by RSHL to be of no further operational benefit, a change in
value will be recognised through the
maintained on the stream for the continuous measurement of flow rate and temperature.
Silver Fern Farms Ltd (meat processing plant) demonstrated an overall good level of environmental
performance.
Silver Fern Farms Ltd holds six resource consents, to allow it to maintain a dam in and to take water from
the Tawhiti Stream; to discharge to the stream and to land; and to discharge emissions into the air.
During the period under review, there were no incidents reported in relation to
rating as to each Company’s environmental and administrative performance during
the period under review.
Environmental performance is concerned with actual or likely effects on the receiving environment from the
activities during the monitoring year. Administrative performance is concerned with the Company’s
approach to demonstrating consent compliance in site operations and management including the timely
provision of information to Council (such as contingency plans and water take data) in …
Yes D No a
3.3 Location of activity (Including: Street/road name, number, and locality)
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07/17-#623867 Page 3 of 14
page
3.6 Assessment/Valuatiop number of property (refer to land
.............................................................................................................. 7
6.1.1 Larger earthquakes .......................................................................................... 7
6.1.2 Long-term distribution ..................................................................................... 10
6.1.3 Long-term rate ................................................................................................ 10
6.2 Volcanic significance ................................................................................................... 10