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Waimakariri River

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a) Waimakariri River and narrow constriction at the Waimakariri Gorge. b) Rakaia River and narrow constriction at Rakaia Gorge.
Published: 01 December 2003
Fig. 9. a) Waimakariri River and narrow constriction at the Waimakariri Gorge. b) Rakaia River and narrow constriction at Rakaia Gorge.
Image
▴ 1926 photograph of the Waimakariri River overflowing its banks in Christchurch. (Te Ara Encyclopedia of New Zealand 2010.)
Published: 01 November 2011
Figure 2. ▴ 1926 photograph of the Waimakariri River overflowing its banks in Christchurch. ( Te Ara Encyclopedia of New Zealand 2010 .)
Image
a) Contours along the Waimakariri River. Note 1) that the coastal zone is progradational; 2) the zone of null erosion or knick point, 3) valley entrenchment which increases landwards of the knick point due to tectonic uplift. Note also how the valley tapers seaward. b) Longitudinal profile of the Waimakariri River. Inset shows detail for lower 10 km of the reach. The river bottom is below sea level for the lower 4 km. Data from Department of Lands and Survey, New Zealand 1:50,000 topographic maps.
Published: 01 December 2003
Fig. 11. a) Contours along the Waimakariri River. Note 1) that the coastal zone is progradational; 2) the zone of null erosion or knick point, 3) valley entrenchment which increases landwards of the knick point due to tectonic uplift. Note also how the valley tapers seaward. b) Longitudinal
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Progradational coastline of Pegasus Bay. a) Waimakariri River mouth looking westward towards Southern Alps. The river ceases to be braided 4 km inland of the shoreline. b) Waimakariri River mouth looking south towards Banks Peninsula. c) Sandy shoreline of progradational coastline of Pegasus Bay, near mouth of Waimakariri River.
Published: 01 December 2003
Fig. 15. Progradational coastline of Pegasus Bay. a) Waimakariri River mouth looking westward towards Southern Alps. The river ceases to be braided 4 km inland of the shoreline. b) Waimakariri River mouth looking south towards Banks Peninsula. c) Sandy shoreline of progradational coastline
Image
—(A) Contours along the Waimakariri River. Note the progradational coastal zone, the zone of minimal erosion (knickpoint), and the valley entrenchment that increases landward of the knickpoint due to isostatic uplift. Also note how the valley tapers seaward. The contour interval is irregular. (B) Longitudinal profile of the Waimakariri River. Most gravel is deposited about 4–6 km from the coastline. The channel bottom is below sea level for the lowermost 4 km.Compare with Figure 8B.
Published: 01 August 1994
Figure 5 —(A) Contours along the Waimakariri River. Note the progradational coastal zone, the zone of minimal erosion (knickpoint), and the valley entrenchment that increases landward of the knickpoint due to isostatic uplift. Also note how the valley tapers seaward. The contour interval
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—Pegasus Bay coastline. (a) Progradational coastline of Pegasus Bay looking north from Banks Peninsula. Avon-Heathcote estuary is in foreground. The visible coastline is dominantly medium-grained sand supplied by the Waimakariri River. The southward projection of the spit in front of Avon-Heathcote estuary is the result of dominantly southward longshore drift in this area. (b) Mouth of the Waimakariri River on Pegasus Bay. The river mouth is being maintained in its current position by river training. Brooklands lagoon runs parallel to the coastline. (c) Sandy foreshore near the mouth of Waimakariri River on Pegasus Bay.
Published: 01 August 1994
Figure 2 —Pegasus Bay coastline. (a) Progradational coastline of Pegasus Bay looking north from Banks Peninsula. Avon-Heathcote estuary is in foreground. The visible coastline is dominantly medium-grained sand supplied by the Waimakariri River. The southward projection of the spit in front
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—Regional profiles of the major rivers of the Canterbury Plains and regional profile of the Canterbury Plains. The regional profiles of the plains were constructed outside of each incised valley within 3 km of the valley. The Rakaia, Rangitata, and Ashburton rivers are from the retrogradational coast of Canterbury Bight; the Waimakariri River is from the regressive coast of Pegasus Bay. Aggradation is occurring at 20–24 km on the Waimakariri River, causing the river profile to be higher than the adjacent profile of the plains.
Published: 01 August 1994
the retrogradational coast of Canterbury Bight; the Waimakariri River is from the regressive coast of Pegasus Bay. Aggradation is occurring at 20–24 km on the Waimakariri River, causing the river profile to be higher than the adjacent profile of the plains.
Journal Article
Published: 01 January 1995
Environmental & Engineering Geoscience (1995) I (4): 427–488.
... flooding, variable foundation conditions, slope instability on the Port Hills, and coastal erosion. The Waimakariri River with its catchment in the Southern Alps, regularly flooded Christchurch prior to stopbank construction and river realignment, which began shortly after the city was established in 1850...
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Cross sections along the highstand progradational coast of Pegasus Bay, north of Waimakariri River mouth. Stratigraphy modified from Shulmeister and Kirk (1993); surfaces and sequence stratigraphic terminology from this study.
Published: 01 December 2003
Fig. 14. Cross sections along the highstand progradational coast of Pegasus Bay, north of Waimakariri River mouth. Stratigraphy modified from Shulmeister and Kirk (1993) ; surfaces and sequence stratigraphic terminology from this study.
Journal Article
Published: 01 November 2011
Seismological Research Letters (2011) 82 (6): 939–949.
...Figure 2. ▴ 1926 photograph of the Waimakariri River overflowing its banks in Christchurch. ( Te Ara Encyclopedia of New Zealand 2010 .) ...
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A. Elevation of eroding cliffs along the coast of Canterbury Bight from Timaru to Birdlings Flat on Kaitorete Barrier. Elevations taken from 1:50,000 topographic maps. 1, 2, and 3 refer to isolated fan shaped profiles. B. Topographic profile obliquely across the Canterbury Plains to demonstrate the fan-shaped morphology of the fans, with small rivers occupying interfan depressions (e.g. Selwyn River). Convex, fan-shaped surfaces have been dissected by the Rangitata, Rakaia and Waimakariri rivers.
Published: 01 December 2003
to demonstrate the fan-shaped morphology of the fans, with small rivers occupying interfan depressions (e.g. Selwyn River). Convex, fan-shaped surfaces have been dissected by the Rangitata, Rakaia and Waimakariri rivers.
Journal Article
Journal: AAPG Bulletin
Published: 01 August 1994
AAPG Bulletin (1994) 78 (8): 1240–1256.
...Figure 5 —(A) Contours along the Waimakariri River. Note the progradational coastal zone, the zone of minimal erosion (knickpoint), and the valley entrenchment that increases landward of the knickpoint due to isostatic uplift. Also note how the valley tapers seaward. The contour interval...
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Journal Article
Published: 01 December 2003
Bulletin of Canadian Petroleum Geology (2003) 51 (4): 389–425.
...Fig. 9. a) Waimakariri River and narrow constriction at the Waimakariri Gorge. b) Rakaia River and narrow constriction at Rakaia Gorge. ...
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Journal Article
Published: 01 November 2011
Seismological Research Letters (2011) 82 (6): 905–918.
... in the northeastern end of the Canterbury Plains, about 20 km north of Christchurch ( Figure 1 ). The Kaiapoi River, which cuts through the center of the town, joins the Waimakariri River on the eastern edge of the town and flows to the sea. In terms of liquefaction during the 2010 earthquake, Kaiapoi was probably...
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Journal Article
Published: 19 July 2017
Seismological Research Letters (2017) 88 (5): 1403–1414.
... of liquefaction features was due to the abundance of fine sand and silt and the shallow water table beneath much of the Christchurch and coastal areas. Minor liquefaction occurred along the Waimakariri and Ashley rivers, with the most distal sites of liquefaction 80 km northeast of the epicenter near Sefton...
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Journal Article
Published: 09 June 2016
Bulletin of the Seismological Society of America (2016) 106 (3): 881–903.
... by the Waimakariri River during its avulsion across the Canterbury Plains and subsequent overbank flow ( Cowie, 1957 ; Brown and Weeber, 1992 ). The sediments in eastern Canterbury were deposited during shoreline progradation and marine regression following the mid‐Holocene highstand with shorelines recorded up...
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Journal Article
Published: 12 July 2016
Bulletin of the Seismological Society of America (2016) 106 (4): 1747–1771.
... liquefaction maps through calibration against the prehistoric record. Our field area contains sedimentary deposits of the Springston Formation ( Brown and Weeber, 1992 ) that are associated with the evolution of the Waimakariri River. Postglacial surfaces are found near the lower Waimakariri River...
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Journal Article
Journal: Geology
Published: 01 October 2004
Geology (2004) 32 (10): 897–900.
...—Panama; NEP—Nepal; WY—Wyoming; AK—Alaska; COn—Colorado north, Platte drainage; NZe—New Zealand east, Waimakariri drainage; NZw—New Zealand west, Grey drainage; COs— Colorado south, Arkansas drainage; AZ—Arizona Because of the limited sample size of 10 rivers, DHG trends within a single river basin...
FIGURES
Journal Article
Published: 01 August 2006
Journal of Sedimentary Research (2006) 76 (8): 1049–1055.
... corresponding to the flow direction in some cases. In these cases, the shapes of the curves are also similar for the different values of d. In the case of the Waimakariri A and Shotover river sites, the inclination index exhibits a sinusoidal shape with single peaks at angles that are similar...
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Journal Article
Journal: GSA Bulletin
Published: 01 May 1982
GSA Bulletin (1982) 93 (5): 433–449.
... glaciers, especially of Jacks Stream and Ferintosh ages, are common to the south. In some areas, rock glaciers that have long been inactive have recently been reactivated. Data from moraines in the Waimakariri Drainage and the Mount Cook, Cameron Valley, and Rakaia River areas improve previous correlations...