page Month May June July August September October November December January February March April Evaporation mm Average 31.12 21.41 25.43 39.04 57.48 85.05 109.32 126.01 134.46 107.97 88.65 52.65 878.60 Rainfall mm Average 181.20 189.51 181.83 178.04 175.35 188.38 149.39 149.04 120.00 107.02 119.22
......................................................................................... 50 8.0 REFERENCES ......................................................................................................... 50 FIGURES Figure 1 48-hour rainfall totals for the 19–20 June 2015 storm. ................................................................. 2 Figure 2 Flight paths for the two reconnaissance flights undertaken by GNS Science staff on 13 July and 23 July 2015.
devices outlet structures. page - 5 - Hayden Easton Final 4.3 I reviewed rainfall records provided by the TRC for the automated rainfall monitoring station Uruti @ Kaka Road1. Figure 1 below presents the hourly rainfall totals two weeks prior to and on the day of my site visit. Figure 1: Cumulative rainfall recorded at the Taranaki Regional Council operated rainfall station (Uruti @ Kaka Road) two weeks prior to my site visit conducted on 4 February 2021.
trend analysis of median enterococci data at Ohawe Beach 44 Figure 36 Average rainfall data for Taranaki, 1 November 2019 to 31 March 2020 45 Figure 37 Box and whisker plots of all SEM enterococci data at all sites during the 2019-2020 season presented on a logarithmic scale (see Table 4 for site codes) 47 List of photos Photo 1 Onaero Beach 11 Photo 2 Waitara East Beach 14 Photo 3 Waitara West Beach 17 Photo 4 Bell Block Beach 20 Photo 5 Fitzroy Beach 22 Photo …
cyanobacteria were higher than in the previous three seasons, and similar to the preceding two seasons, probably a reflection of the relative amounts of rainfall causing freshes that scour streambeds of periphyton. page Timely reporting of the results of bacteriological water quality and cyanobacteria numbers/cover was undertaken by use of the Taranaki Regional Council website (www.trc.govt.nz) and LAWA website (www.lawa.org.nz), as well as liaison with territorial local
plan, prepare and adapt to a changing climate in Taranaki. In considering weather and climate we are mainly interested in sunshine, rain, wind and temperature data. This helps guide decision-making around growing seasons, flood management, fishing, swimming and surf conditions. River flows are influenced by rainfall and temperature and tell us how dry or wet a summer is. River flow measurements can help us ensure water use is managed in a way that protects
increasingly popular as storage system, which is easy to install, reduces odour and no rainfall into the tank means you can considerably reduce the amount of storage needed, an option to consider in high rain fall areas. Typically, farm dairy effluent is directed to a sand trap then tank with pump system, effluent is then applied directly to land or to the bladder. The Bladder will have a return valve, effluent is gravity feed from the bladder back to the tank, were it is then applied to land
moderate temperatures and regular rainfall, but when the rainfall is heavy it can cause flooding and landslips. In periods of low rainfall, the region can experience droughts. In some parts of the region, and at certain times of the year, storms and tornadoes are a reasonably frequent occurrence. Coastal erosion Coastal erosion is the retreat of the shoreline caused by water currents, waves, and wind. It is a natural process that can be influenced by human activity. The Taranaki coastline
2019-2020 monitoring year, with most commencing irrigation in late October and concluding in March. Rainfall recorded at the Council’s monitoring locations over the summer irrigation period ranged between 85% and 114% of historical mean values. Total usage during the 2019-2020 irrigation season, across all exercised irrigation consents was 8,835 ML. This was more than that used during the preceding 2018-2019 monitoring year, when 56 irrigation consents were exercised, and a total usage of 6,906 ML. …
abstraction volumes under consent 7470-1.1 (July 2015-June 2016) 12 Figure 3 Maximum daily abstraction rate under consent 7470-1.1 (2015-2016) 13 Figure 4 Daily abstraction volumes under consent 7470-1.1 (2009-2016) 13 Figure 5 Maximum daily abstraction rate under consent 7470-1.1 (2009-2016) 14 Figure 6 Observed groundwater levels GND2102 and rainfall (2015-2016) 15 Figure 7 Observed groundwater levels GND2102 and abstraction (2009-2016) 15 Figure 8 Observed groundwater levels and rainfall