LYTTELTON

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Station summaryLYTT

More informations on each symbol.
GPS

Tide Gauge

DORIS

IGS-type acronym :	LYTT00NZL
Latitude :	-43.60584331
Longitude :	172.72222274
Installed date :	1999-11-15
Decommissioned date :	2019-01-02
Country :	NEW ZEALAND
City:	LYTTELTON
Station status :	Decommissioned (white and red cross)
Distance to Tide Gauge (m) :	2
Domes Nr.:	50214S001
Station operator:	(uOtago) - University of Otago
IGS-like station form :

GPS position times seriesLYTT

Analysis center:

SARI

Reference Frame:
Ellipsoid:

Position
(Reference epoch: )

Longitude (°):
Latitude (°):
Height (m):

Velocity (mm/yr):

Offsets (mm)

M	Material change or malfunction
E	Earthquake
RF	Reference Frame change
U	Unknown
NA	Not available
	Position discontinuity
	Velocity discontinuity

GPS Solution:

show discontinuities remove trend show annual signal show position offsets

Vertical component

East component

North Component

Data available at SONELLYTT

Quality plots on RINEX filesLYTT

		Plots generated using software developed with the EPN team at ROB
Observations & tracking performance	Satellite tracking

Observations & tracking performance
Satellite tracking

Year :

Min : -
Max : -

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Date : From : to : informations

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The satellite tracking graph has been calculated for all stations for the first day of each month. If you wish to have a graph for another date, choose the 'Calculate a specific date' option.

Comparison with satellite altimetry data

Link to Sea Level Differences (Satellite altimetry minus tide gauge data).

Co-located instrumentsLYTT

GPS : McQueens Valley (MQZG)
Tide gauge : PORT LYTTELTON (LYTTG)
Tide gauge : LYTTELTON II (LYTT2)
GPS : Lyttelton (LY2T)

Photo albumLYTT

BibliographyLYTT

If you have a relevant reference to suggest, please send-us an e-mail : sonel@sonel.org

Denys, Beavan et al., 2020. Sea Level Rise in New Zealand: The Effect of Vertical Land Motion on Century‐Long Tide Gauge Records in a Tectonically Active Region. Journal of Geophysical Research: Solid Earth.

Gravalon, Seoane et al., 2021. The impact of barometric variations on the sea level in coastal areas using GNSS reflectometry. IGARSS Conference.

Gravalon, Seoane et al., 2022. Determination of weather-induced short-term sea level variations by GNSS reflectometry. Remote Sensing of Environment.

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