The Christchurch Tramper
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Wilderness Lodges of New Zealand
Wilderness Lodge® Arthur’s Pass 16km East of Arthur’s Pass Village, Highway 73 [email protected] Wilderness Lodges +64 3318 9246 of New Zealand Wilderness Lodge® Lake Moeraki 90km South of Fox Glacier, Highway 6 wildernesslodge.co.nz [email protected] +64 3750 0881 Route Guide: Wilderness Lodge Arthur’s Pass to Christchurch This is a journey of just under two hours’ drive time. It takes you east and south from the Wilderness Lodge through dry mountains, past glaciated lakes and striking limestone rock formations. Dropping down from the Alps to the productive flat land of the Canterbury Plains, easy straight roads pass small agricultural towns and quickly deliver you to Christchurch, the largest city in the South Island. Enjoy Your Journey, Drive Safely & Remember to Keep Left Wilderness Lodge Arthur’s Pass to Castle Hill Village (37km – 30 minutes) Turn right at the end of the Wilderness Lodge driveway and State Highway 73 will take you all the way to Christchurch. For the first 2kkm you travel through the Wilderness Lodge farm, initially past pastures and then below steep mountain slopes where sheep graze during the milder times of year. Every few months we must walk up to 2500 sheep along this stretch of road, starting at dawn before there is too much traffic. Notice the landscape change as you travel east. You are now in the rain shad- ow of the Southern Alps where rainfall drops dramatically, forest is sparse and the landscape takes on a tawny golden hue, captured so well by painters like Rita Angus and Bill Sutton. -
Nicholas Chevalier Anartist's Journey Through Canterburyin 1866
Nicholas Chevalier AnArtist's Journey Through Canterburyin 1866 Neil Roberts A Robert McDougall Art Gallery exhibition presented ill association with Trust Bank Canterbury Credits Exhibition: Exhibition Curator - Neil Roberts Exhibition Preparation - Les F'ibbens, Hubert Klaassens, Simon Mulligan, Martin Young, Registration - Anna Crighton Publication: Photography - National Library of New Zealand, Museum of New Zealand Te Papa Tongarewa, National Library of Australia,Wollongong City Gallery, Redfern Photographics, Art Gallery of New South Wales Typesetting: The Caxton Press Printing: The Caxton Press @ 1992 Robert McDougall Art Gallery ISBN 0·908874-11-1 '.. Robert McDougall Art Gallery. PO Box 2626. Christchurch, New Zealand Telephone (03) 365-0915. Fax (03) 365-3942. Corer: Crossing the Teramakau, 1868 (detail) Oil on Canvas: 460 x 613nun Collection: Wollongong City Gallery. Gi1\ ofBob Sredersas 1976. NICHOLAS CHEVALIER An Artist's Journey Through Canterbury in 1866 NICHOLAS CHEVALIER An Artist's Journey Through Canterbury in 1866 Neil Roberts A Robert McDougall Art Gallery Exhibition presented in association with Trust Bank Canterbury G TRUST BANK CANTERBUFfY Contents List of Plates 6 l··oreword 6 Acknowledgements 7 Introduction 9 Nicholas Chevalier 1828-1902 12 Banks Peninsula 18 The Journey West 21 Hokitika 27 The Journey East 29 The Journey South - Mt Cook and Lake Wanaka 34 Footnotes 40 Selected Bibliography 43 Catalogue 45 Diary of The Journey 53 5 List ofPlates Cover Crossing the Teramakau, 1868 (detail) Oil on Canvas: 460 x 613mm Collection: Wollongong City Gallery Gift of Bob Sredersas 1976. Map The Routes taken by Nicholas Chevalier between April and June 1866. Page 10 Plate I. Self Portrait 1857 Page 14 Oil on Canvas: 350 x 255mm Collection: Art. -
Hydrology and Stream Sediments in a Mountain Catchment
Lincoln University Digital Thesis Copyright Statement The digital copy of this thesis is protected by the Copyright Act 1994 (New Zealand). This thesis may be consulted by you, provided you comply with the provisions of the Act and the following conditions of use: you will use the copy only for the purposes of research or private study you will recognise the author's right to be identified as the author of the thesis and due acknowledgement will be made to the author where appropriate you will obtain the author's permission before publishing any material from the thesis. HYDROLOGY AND STREAM SEDIMENTS IN A MOUNTAIN CATCHMENT VOLUME I (of three volumes) A SUMMARY A dissertation presented to the University of Canterbury in fulfilment of the requirements for the degree Doctor of Philosophy. JOHN A. HAYWARD 1978 HYDROLOGY AND STREAM SEDIMENTS IN A MOUNTAIN CATCHMENT VOLUME I (being Volume I of three volumes) A SUMMARY page nos. ACKNOWLEDGMENTS CHAPTER 1: 1970. The status of knowledge about hydrology, erosion and sediments in New Zealand mountain 1ands. 6 CHAPTER 2: A summary account of studies in the Torlesse stream catchment 1972 - 1977. 15 CHAPTER 3: The floods of April 1378: An example to illustrate the findings of this study. 25 CHAPTER 4: The implications for future management. 42 REFERENCES: 54 LIST OF FIGURES, VOLUME I Fo llows page No. 1. Extracts from the Christchurch Press and Christchurch Star, 1940 - 1943. 8 2. Extracts from Campbell (undated). 11 ll 3. Extract from "The Weekly News • 29 May 1963. 11 4. The Torlesse stream catchment. -
Paleoseismic Analysis of the Springfield Fault, Central Canterbury
PALEOSEISMIC ANALYSIS OF THE SPRINGFIELD FAULT, CENTRAL CANTERBURY A thesis submitted in partial fulfillment of the requirements for the degree of Bachelor of Science with Honors at the University of Canterbury by STEWART THOMAS EVANS University of Canterbury, JULY2000 ABSTRACT The Springfield Fault is a northeast striking thrust fault bisecting the Russell Range at the northern end of the Malvern Hills near Springfield. The trace of the fault is best expressed by offset river terraces, as it cuts across the flood plane of the Hawkins River in the Upper Hawkins Basin. The Russell Range is composed chiefly of the basement Triassic rocks of the Torlesse tenane with Cretaceous to Cenozoic rocks occurring in a fault bounded slice and around the hinge of the hanging wall anticline of the fault. Quaternary glacial sediments occur on the plains adjacent to the Russell Range with Holocene deposits occurring in the Upper Hawkins Basin. Folding in the highly sheared basement is along NW-SE trending fold axes. The current direction of principal shortening was determined from slickenside data to be NW-SE to NE-SW. Geomorphology of the area in the Upper Hawkins Basin provided a chronology of the activity on the Springfield Fault. Offset of terrace surfaces provide evidence for the number of fault ruptures, which is at least two. An attempt to date the age of fault and river tenace scarps was made using their morphology and a diffusion model of scarp degradation. Analysis requires the diffusivity rate operating on a scarp to be known to produce an absolute age for the scarp. -
Introduction Getting There the Rakaia Lakes the Waimakariri Lakes The
Lake Selfe; The shingle fan on the north western side of the lake is a Introduction popular spot for spin anglers. The Waimakariri Lakes There are more than thirty high country lakes in the North Canterbury Lake Sarah; Travel approximately 2km past Lake Grasmere on SH73 Region offering a wide range of fishing experiences, from stalking Lake Henrietta; This lake does not receive a lot of angling pressure and turn right onto Craigieburn Road. The lake is a five minute drive wary brown trout on the edge of a small tarn to trolling from a boat for as it is mostly surrounded with swamp. However careful anglers can be along this road. salmon in a large lake. Even when the weather is foul and the rivers are rewarded with good fishing dirty, there should always be somewhere to fish in the lakes. Lake Grasmere; Turn into a paddock marked with a F&G access Lakes Ida and Little Ida; These lakes are accessed by way of a walking sign about 3 kilometres west of Lake Pearson on SH73. Drive down track that starts at a car park between lakes Evelyn and Selfe. The walk the track and park at the lake edge. Getting There takes approximately 30 minutes. There are three groups of lakes in the North Canterbury region, the Lake Pearson; - A number of small tracks lead off SH73 down to Rakaia, Waimakariri and Hurunui Lakes. Most are within a two hour Lake Catherine (Monck); This is also accessed from the same walking parking areas at the edge of the lake. -
Korowai/Torlesse Tussocklands Park Brochure
Speargrass/taramea Safety is your responsibility Korowai/Torlesse • Korowai/Torlesse Tussocklands Park is usually hot and dry in summer, with snowfalls common in winter. Be prepared for sudden weather changes in all seasons. Tussocklands Check the latest weather forecast before you leave, either through MetPhone (0900 999 03) or by calling PProtectrotect pplantslants Park the Arthur’s Pass Visitor Centre on (03) 318 9211. aandnd animalsanimals • Tell someone of your intended route and expected RRemoveemove rrubbishubbish time out. You can also leave an intentions card at the BBuryury ttoiletoilet wwasteaste Arthur’s Pass Visitor Centre. KKeepeep sstreamstreams CANTERBURY • Beware of avalanche hazards in winter. For the latest aandnd lakeslakes ccleanlean information refer to the website: www.avalanche.net.nz TTakeake ccareare wwithith ffiresires • There is an emergency phone at Castle Hill Village CCampamp ccarefullyarefully – approximately 12 km from Lake Lyndon car park on SH 73 towards Arthur’s Pass. KKeepeep ttoo tthehe ttrackrack CConsideronsider othersothers RRespectespect oourur cculturalultural hheritageeritage EEnjoynjoy yyourour vvisitisit TToituoitu ttee wwhenuahenua ((LeaveLeave tthehe llandand Avoca Homestead uundisturbed)ndisturbed) Photos: L. Burns Further information For walking maps, weather information and informative displays: Arthur’s Pass Visitor Centre Main Road, Arthur’s Pass Phone 03 318 9211 8.00 am to 5.00 pm (summer), 8.30 am to 4.30 pm (winter) [email protected] For hunting information and permits, and cultural-take permits: Waimakariri Area Office 15 Albert Street, Rangiora Phone 03 313 0820 Weekdays 8.00 am to 5.00 pm [email protected] www.doc.govt.nz Published by Department of Conservation Canterbury Conservancy Cover photo: S. -
Recent Paleoearthquakes of the Porters Pass Fault and Hazard Posed to Christchurch, New Zealand
Recent Paleoearthquakes of the Porters Pass Fault and Hazard Posed to Christchurch, New Zealand. M. Howard Natural Hazards Research Centre, Department of Geological Sciences, University of Canterbury, Private Bag 4800. (Present address: URS New Zealand Ltd, PO Box 4479, Christchurch.) A. Nicol Institute of Geological and Nuclear Sciences Ltd, PO Box 30368, Lower Hutt, Wellington. J. Campbell & J. Pettinga Natural Hazards Research Centre, Department of Geological Sciences, University of Canterbury, Private Bag 4800. Christchurch. ABSTRACT: The Porters Pass fault (PPF) has a 40 km-long active trace and is a prominent element of the Porters Pass-Amberley Fault Zone (PPAFZ) which forms a broad zone of active earth deformation 100 km long, 60-90 km west and north of Christchurch. The fault has produced repeated large magnitude earthquakes over the last 10,000 years (i.e. the Holocene) and contributes significantly to seismic hazard in the Canterbury region. The amount of slip/event and the timing of paleoearthquakes are crucial components needed to estimate the earthquake potential of a fault. Clustering of offset geomorphic features suggest that four to five earthquakes of 5-7 m/event occurred on the PPF during the Holocene. Timing information was obtained from radiocarbon dated organic samples from excavations across the fault. These data suggest that at least four earthquakes have occurred during the Holocene with an average recurrence interval of ~2000-2500 years. The combination of geometric, slip rate and timing data has enabled an estimated magnitude range of prehistoric earthquakes on the PPF/PPAFZ of between Mw6.9 and Mw7.7. Using these data and a recent attenuation model, the earthquake peak ground acceleration (pga) likely to be experienced in Christchurch due to a PPF rupture is between 0.07 and 0.18 g. -
Earthquake Source Identification and Characterisation for the Canterbury Region, South Island, New Zealand
282 EARTHQUAKE SOURCE IDENTIFICATION AND CHARACTERISATION FOR THE CANTERBURY REGION, SOUTH ISLAND, NEW ZEALAND Jarg R. Pettinga1, Mark D. Yetton1'2, Russ J. Van Dissen3 and Gaye Downes3 ABSTRACT The Canterbury region of the South Island of New Zealand straddles a wide zone of active earth deformation associated with the oblique continent-continent collision between the Australian and Pacific tectonic plates east of the Alpine fault. The associated ongoing crustal strain is documented by the shallow earthquake activity (at depths of <40 km) and surface deformation expressed by active faulting, folding and ongoing geodetic strain. The level of earth deformation activity (and consequent earthquake hazard) decreases from the northwest to the southeast across the region. Deeper-level subduction related earthquake events are confined to the northernmost parts of the region, beneath Marlborough. To describe the geological setting and seismological activity in the region we have sub-divided the Canterbury region into eight domains that are defined on the basis of structural styles of deformation. These eight domains provide an appropriate geological and seismological context on which seismic hazard assessment can be based. A further, ninth source domain is defined to include the Alpine fault, but lies outside the region. About 90 major active earthquake source faults within and surrounding the Canterbury region are characterised in terms of their type (sense of slip), geometry (fault dimensions and attitude) and activity (slip rates, single event displacements, recurrence intervals, and timing of last rupture). In the more active, northern part of the region strike-slip and oblique strike-slip faults predominate, and recurrence intervals range from 81 to >5,000 years.