Single sample >140 Two consecutive single samples >280 Freshwater E. coli (cfu/100 ml) No single sample >260 Single sample >260 Single sample >550 page 9 Photo 4 Taken at the coastal Site 4 at Wai-iti Beach, looking towards Site 5, with the Wai-iti Stream entering from center-left page 10 2 Results 2.1 Inspections 15 December 2016 Conditions were overcast with recent rain and a moderate north-westerly wind, although the camp
Water abstraction permits Section 14 of the RMA stipulates that no person may take, use, dam or divert any water, unless the activity is expressly allowed for by a resource consent or a rule in a regional plan, or it falls within some particular categories set out in Section 14. Permits authorising the abstraction of water are issued by the Council under Section 87(d) of the RMA. Water discharge permits Section 15(1)(a) of the RMA stipulates that no person may discharge any contaminant
Needs Water. Nitrates in groundwater at 27 sites Groundwater levels at 10 sites Pesticides in groundwater at 7 sites Snow Evaporation Evaporation Rain Snow Groundwater flow Surface runoff Water Cycle Irrigation circle in south Taranaki page Juni r Environmentalists Page Word find S ITE 20 ISSUE NO.JULY 14 70 abandoned well biodegradable chemical clean conservation depletion drinking environment glass irrigation
improve the area and reduce ponding. The culvert over the waterway looked good and appeared to be coping with flood events. The area where muds were originally spread had pasture establishing. The area where muds were most recently being applied had good contouring and bunding across three sides. Some muds had migrated to the soil surface through natural processes; these muds were found to be weathering and broke apart easily when handled. Ponded water around the spreading area from recent rain
Regional Air Quality Plan for Taranaki 2011
Colson Rd landfill leachate 22 Table 4 Results of analysis of under liner drainage 23 Table 5 Chemical analysis of the Manganaha Stream 24 Table 6 Chemical analysis of the Puremu Stream, sampled on 11 December 2013 25 Table 7 Chemical analysis of the Puremu Stream, sampled on 14 March 2014 26 Table 8 Results of metal analysis undertaken on 13 December 2013 27 Table 9 Results of rain event monitoring samples taken on 1 October 2013 28 Table 10 Results of rain event monitoring
stormwater catchments were clean. The Herekawe Stream was in low flow, with slight turbidity resulting from the discharge that dissipated within 25 m. There were no visible emissions to air. An odour survey was conducted around the site at and no odours were noted. 22 February 2019 There was light rain falling during the inspection, however only 3 mm of rainfall had been recorded over the previous week at the Brooklands Zoo monitoring station. Stormwater pond SV8000 contained 800 m3 of
relation to composting and waste water irrigation areas. page Photo 1 A fyke net, set at site 2, Haehanga Stream. Results and Discussion On the day that the nets were set, a localised rain event caused flows to increase in the Haehanga Stream. This also resulted in the discharge of sediment-contaminated stormwater into the Haehanga Stream, resulting in discolouration. Although discolouration is frequently noted in this catchment, the degree of discolouration at sites 2 and 3 was
appeared that the skimmer pit had recently discharged, considering the volume of rain that had recently fallen it was likely that the skimmer pit still had a leak. No effects were noted in the receiving waters downstream of the discharge point. 2.1.2 Results of discharge monitoring Figure 1 Location of the Cheal Production Station and associated sampling sites Chemical water quality sampling of the combined discharge from the Cheal Production Station and Cheal-A wellsite was