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Whakahāngai: @ 22/05/2013 18:10 - Next Update in 12:05  
Pāmahana Hau Ua Kapua Takere
Nearby showers, mostly cloudy Nearby showers, mostly cloudy
O nāianei: 13.6, Max: 22.9, Min: 7.0 13.6°C
Makariri ake 1.9°C mai i tērā hāora.

Hauhau

Pēnei ana ki te: 14°C

24 hāora kē te rerekē
1.3°CMahana ake 1.3°C pērā inanahi i tēne wā.
  Tēnei rā Tāinahi
Tiketike: 22.9°C
14:27
20.0°C
12:59
Pāpaku: 7.0°C
04:45
6.1°C
05:20
Kohinga mahana: 12.7°C
Tīahoaho Temp: 13.0°C
Pae mahana: 15.9°C
Kupu tohu i te hahana: 13.6°C
Kupu: 14.5°C
Te pā mahana o roto: 22.6°C
Te takawai o roto: 62%
 Wind from NW NW
Tere:
2.5 km/h
Hau pararā:
3.6 km/h
1 Bft - Matangi
Teitei Hau pararā Tēnei rā:
    20.9 km/h @ 15:05
Rā Hauwhenua: 81.2km
Pūhuka: 13.6°C
Ua ākuanei: 0.0 mm
Te kaha o te ua: 0.0 mm
Ua Tāinahi nei: 0.0 mm
24 Ngā Hāora: 0.0 mm
Te tāpeke ua mō te marama: 64.5 mm
Te tāpeke ua mō te tau:
      380.2 mm
1 rā ina whakamutunga ua
Takawai & Barometer Maramataka Marama
Takawai: 75 %
Tōmairangi: 9.3°C
Wetbulb: 11.2°C
Barometer: 998.4 hPa Āta heke 0.2  hPa/hr
Tikanga: Falling slowly
Te whitinga o te rā: 07:12
Tōnga o te rā: 17:02
Marama Pānaki: 14:47
Marama Tō: 03:19
Kapua Takere: 541 m
Marama Pakeke:
11 ngā rā
Hua Marama
Waxing Gibbous, Moon at 11 days in cycle
86%
Tūrama
Cam
Kāmera Huarere
UV Tātai pukapuka Rāa Ngoi
O Nāianei UV : 0.0  
Awatea Tautika:  Lux
Te roa o te rā: 09:48 hrs
Te roa o te awatea: 10:46 hrs
Ngā hāora o te makariri i te Takurua: 14.6 hrs
Rāa: 0W/m^2
Hahana Whakarautanga: 4.7°C
Hauangi Whakarautanga: 0.4°C
Haeata: 06:44°C
Porehu: 17:30°C
There will be 1min 31s less daylight tomorrow
 Wairoa Ngā tohu o te rangi  - Tohu: Pō Rāapa & Rāpare

Rāapa
Kapua te Nuinga
Kapua te Nuinga

WU tohu huarere: Kapua te Nuinga. Riki: 9C. Tere Hau: 15-20 km/hā. Aronga Hau: RH. Ka tūpono te Ua: 70%.
 
Rāpare

Āhua Kāpuapua
Āhua Kāpuapua

WU tohu huarere: Āhua Kāpuapua. Kaha: 17C. Tere Hau: 20-30 km/hā. Aronga Hau: HRH.
 Random Weather Fact

Heat Index
The heat index combines air temperature and dew point in an attempt to determine the human-perceived equivalent temperature - how hot it feels. The human body normally cools itself by sweating, which evaporates and carries heat away from the body. However, when the relative humidity is high the evaporation rate is reduced, so heat is removed from the body at a lower rate causing it to retain more heat than it would in dry air.