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Taranaki Regional Council Pre-Election Report 2016

programmes are established in the policies, plans and strategies that the Council has prepared and adopted pursuant to a number of statutes. These key planning documents include the , regional plans for theRegional Policy Statement coast, air, soil and fresh water, biosecurity strategies for plant and animal pests, land and passenger transport plans and strategies, civil defence emergency management plans and the asset management plans for the regional gardens and flood control assets.

Annual report 2014-2015

the purposes of dune stabilisation at Albany Road, Patea in the Patea catchment. Green waste from a Hawera based contractor is transported to the site and discharged over areas of sandy pasture that have undergone aeolian erosion. The green waste helps trap soil and sand and upon decomposition, adds nutrients and condition to the sandy soils. This report for the period July 2014 to June 2015 describes the monitoring programme implemented by the Taranaki Regional Council (the Council) to

Biennial report 2013-2015

section 36 in relation to: i) the administration, monitoring and supervision of this consent; and ii) charges authorised by regulations. Special conditions 1. The active area of the quarry shall not exceed 1.5 hectares at any one time. 2. If any area of soil is exposed, all run off from that area shall pass through settlement ponds or sediment traps with a minimum total capacity of; a) 100 cubic metres for every hectare of exposed soil between 1 November to 30

Annual report 2013-2014

on 25 July 2013 under Section 87(e) of the RMA. It is due to expire in June 2018. There are ten special conditions attached to the consent. Conditions 1 and 2 require the preparation and adherence of/to a dust control management plan. Condition 3 deals with best practicable option. Condition 4 requires that the soil exposure not exceed 15.15 ha. Condition 5 requires that the consent holder notify Council prior to exercising the consent. Conditions 6 and 7 deal with dust

Appendix 3: Investigation of fill areas

material at 0.5m. Building rubble to 2m, sampled dark material at 1.5m. Pit 5 excavation Pit 5 spoil, showing extensive building rubble. Pit 6 at 2637351-6159399, natural ground encountered under approx 200mm of metal. A surface soil sample (824) was taken at 2637348-6159410, of blackened soil amongst rail line metal. page Pit 7 (825) 2637370-6159394 Pit 8 (826) 2637388-6159422 Under rail line, blackened gravel to 0.4m then natural ground, sampled dark material at 0.3-0.4m

Cool Acres

species, so re-incursion will be ongoing. Feral pigs are occasionally present. Good fencing contains stock on the small pasture margin at the south end. Habitat Modification - Medium The soil and underlying geology make the area potentially more at risk from natural erosion.

Council meeting agenda September 2018

Taranaki Regional Council: 1. receives the memorandum and the Taiao, Taiora an Iwi Environmental Management Plan for the Taranaki iwi Rohe (2018) 2. notes that the Plan outlines the expectations and the position of Taranaki Iwi on matters relating to the environment in their rohe 3. notes that the Plan will be taken into account during the review of the Council’s Resource Management Act policy documents concerning air, freshwater, soil and coastal resources 4. recognises that

TRC Technical Memorandum Water Quantity 11 August 2023

aquifer has approximately 2.7% allocated. All other aquifers have insignificant volumes of water allocated (<1% of estimated sustainable yield). The relatively low demand placed on groundwater resources across Taranaki is likely due to several factors. Firstly, most areas of Taranaki receive regular and plentiful rainfall, with a steep rainfall gradient inward from coastal areas. The high rainfall experienced in Taranaki also means that, outside of coastal areas, soil moisture deficits are

TRC Technical Memorandum Lakes trophic state 9 August 2023

for plant growth, however an excess of phosphorus can encourage the nuisance growth of algae and macrophytes and be degrading to ecosystems. Phosphorus is naturally elevated in our region’s soils due to the volcanic geology, however fertiliser application along with the discharge of domestic and animal waste also contribute to elevated levels of phosphorus in freshwater. Much of the phosphorus in lakes is a legacy of erosion caused by land development activities such as native