CCC Newsletter 2014 04 April
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Grapevine-2014-04.Pdf
1 1 2 Editorial Placing an advertisement The re-opening of the Moutere Hills Community Centre gave me cause to reflect on our commu- nity and what go-getters we are. It has been heartening to see how various groups within the community banded together and managed to carry on after the fires and also contribute to the rebuild. It made me think that we really can’t get by without each other, and like the motto of Wig- gle and Jiggle, the relay for Life team that I was part of says; “It’s more fun doing it together” And once again we have the Community Centre to help us do just that. The water issue is updated on page 4 take note of the public meeting date for that one - your in put is important. Remember the Grapevine is here for you to have a voice, so if there’s anything you want to say, email us at : [email protected] 2 3 3 4 COMMUNITY Braeburn Water Scheme Committee Report March 2014 Further to the article in the last Grapevine, this is an update on the water issue to supply domestic and stock water. The March 1 meeting was well attended, and subsequent follow up discussions, and a meeting with representatives of the Moutere Residents Association have given us a clear direction to progress the proposed scheme as a real possibility. We were fortunate to have Kevin Palmer there, Chair- man and founding member of the Lower Moutere Water Scheme, who outlined the details of their scheme, which is being run very successfully as a private company. -
Hendy Test Stable Isotope Data
http://waikato.researchgateway.ac.nz/ Research Commons at the University of Waikato Copyright Statement: The digital copy of this thesis is protected by the Copyright Act 1994 (New Zealand). The thesis may be consulted by you, provided you comply with the provisions of the Act and the following conditions of use: Any use you make of these documents or images must be for research or private study purposes only, and you may not make them available to any other person. Authors control the copyright of their thesis. 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. HIGH-RESOLUTION SPELEOTHEM-BASED PALAEOCLIMATE RECORDS FROM NEW ZEALAND REVEAL ROBUST TELECONNECTION TO NORTH ATLANTIC DURING MIS 1-4 A thesis submitted as required for the degree of Doctor of Philosophy in Chemistry and Earth and Ocean Sciences at The University of Waikato by THOMAS EDWARD WHITTAKER _______________ The University of Waikato 2008 Abstract Growth rates, δ18O and δ13C of five stalagmites from the west coasts of North and South Islands, New Zealand, provide records of millennial-scale climate variability over the last ~75 kyr. Thirty-five uranium-series ages were used to provide the chronology. δ18O of stalagmite calcite was influenced by changes in moisture source region, temperature and both δ18O and δ13C primarily display a negative relationship with rainfall. To assist interpretation of climatic signals δ18O profiles were adjusted for the ice-volume effect. -
ICM Technical Report
The Motueka and Riwaka catchments : a technical report summarising the present state of knowledge of the catchments, management issues and research needs for integrated catchment management / compiled by L.R. Basher. -- Lincoln, Canterbury, N.Z. : Landcare Research New Zealand, 2003. ISBN 0-478-09351-9 1. Water resources development New Zealand Motueka River Watershed. 2. Water resources development New Zealand Riwaka River Watershed. 3. Motueka River Watershed (N.Z.) 4. Riwaka River Watershed (N.Z.) I. Basher, L. R. UDC 556.51(931.312.3):556.18 The Motueka and Riwaka catchments A technical report summarising the present state of knowledge of the catchments, management issues and research needs for integrated catchment management Compiled by L.R. Basher1 Contributors J.R.F. Barringer1, W.B. Bowden2, T. Davie1, N.A. Deans3, M. Doyle4, A.D. Fenemor5, P. Gaze6, M. Gibbs7, P. Gillespie7, G. Harmsworth8, L. Mackenzie7, S. Markham4, S. Moore6, C. J. Phillips1, M. Rutledge6, R. Smith4, J.T. Thomas4, E. Verstappen4, S. Wynne-Jones6, R. Young7 1 Landcare Research, Lincoln 2 Formerly Landcare Research, Lincoln; now University of Vermont, Burlington, Vermont, USA 3 Nelson Marlborough Region, Fish & Game New Zealand, Richmond 4 Tasman District Council, Richmond 5 Landcare Research, Nelson 6 Department of Conservation, Nelson 7 Cawthron Institute, Nelson 8 Landcare Research, Palmerston North May 2003 Preface When beginning any new research to managing our land, rivers and coast in an programme, a key first step is to understand interconnected holistic fashion. ICM encompasses existing knowledge about the topic. This report the principles of integration among science is the synthesis of existing knowledge about the disciplines, integration between communities, environment of the Motueka River catchment. -
Cosmogenic Nuclide Dating of the Sediments of Bulmer Cavern: Implications for the Uplift History of Southern Northwest Nelson, South Island New Zealand
Cosmogenic nuclide dating of the sediments of Bulmer Cavern: implications for the uplift history of southern Northwest Nelson, South Island New Zealand Gavin Holden A thesis submitted to Victoria University of Wellington in partial fulfilment of the requirements for the degree of Master of Science in Geology School of Geography, Environment and Earth Sciences Victoria University of Wellington November 2018 1 Frontispiece: A caver in the Wildcat Series, lower levels of Bulmer cavern. 2 Abstract The landscape of Northwest Nelson shows evidence of significant tectonic activity since the inception of the Austro-Pacific plate boundary in the Eocene. Evidence of subsidence followed by rapid uplift from the Eocene to the late Miocene is preserved in the sedimentary basins of Northwest Nelson. However, the effects of erosion mean there is very little evidence of post-Miocene tectonic activity preserved in the Northwest Nelson area. This is a period of particular interest, because it coincides with the onset of rapid uplift along the Alpine Fault, which is located to the south, and the very sparse published data for this period suggest very low uplift rates compared to other areas close to the Alpine Fault. Cosmogenic nuclide burial dating of sediments preserved in Bulmer Cavern, indicate an uplift rate of 0.13mm/a from the mid-Pliocene to the start of the Pleistocene and 0.067mm/a since the start of the Pleistocene. The Pleistocene uplift rate is similar to other published uplift rates for this period from the northern parts of Northwest Nelson, suggesting that the whole of Northwest Nelson has experienced relative tectonic stability compared to other areas close to the Alpine Fault during this period. -
Tasman District LANDSCAPE STUDY 2021
Tasman District LANDSCAPE STUDY 2021 OUTSTANDING NATURAL FEATURES AND LANDSCAPES DRAFT for Landowner Consultation Prepared for: Tasman District Council bridgetgilbert March 2021 | Status: DRAFT landscapearchitecture [INSERT PROJECT TEAM LOGOS HERE] 2 3 Y Y D D U U ST ST E E E CAP CAP S S D D N N A A L Contents L CT CT I I TR Front material to be inserted TR Section A: Executive Summary ���������������������������������������������������������5 N DIS N Copyright information DIS N A Acknowledgements A SM SM A Short description of document for referencing purposes Section B: Introduction to the Tasman District Landscape Study �������9 A T T Background 10 Project Team: Tasman District Council Landscape Assessment ‘Principles’ 13 Bridget Gilbert Landscape Characterisation 14 Dr Bruce Hayward Landscape Evaluation 17 Davidson Environmental Limited Mike Harding Is it a ‘Landscape’ or ‘Feature’? 18 Boffa Miskell Limited Threshold For ‘Natural’ 20 Threshold For ‘Outstanding’ 21 Expert Geoscience Input 22 Expert Ecology Input 23 Cultural Values and Iwi Consultation 23 Shared and Recognised Values 24 GIS Data Sources and Mapping 26 ONFs 26 ONL and ONF Mapping 28 DRAFT FOR LANDOWNER CONSULTATION LANDOWNER FOR DRAFT CONSULTATION LANDOWNER FOR DRAFT ONL and ONF Schedules 30 Section C: Tasman District Landscape Study Methodology �������������33 Assumptions 36 Section D: Outstanding Natural Landscapes ����������������������������������39 Contents: Outstanding Natural Landscapes 40 Section E: Outstanding Natural Features ����������������������������������������89 -
Kahurangi National Park Management Plan
Kahurangi National Park Management Plan (incorporating the 2009/2010 partial review and 2016/2017 amendment) JUNE 2001 Kahurangi National Park Management Plan (incorporating the 2009/2010 partial review and 2016/2017 amendment) JUNE 2001 Published by Department of Conservation Nelson/Marlborough Conservancy Private Bag 5 Nelson, New Zealand © Copyright 2001, New Zealand Department of Conservation Management Plan Series 18 ISSN 1170-9626 (print) ISSN 1179-4429 (web) ISBN 978-0-478-14846-6 (print) ISBN 978-0-478-14847-3 (web) Cover: Looking West, Saddle Lake, adjacent to Wangapeka Track, Little Wanganui Saddle, Kahurangi National Park. Photographer: Janice Gravett. Kahurangi National Park Management Plan 2016/2017 amendment EXPLANATION OF 2016/2017 AMENDMENT The 2016/2017 amendment to the Kahurangi National Park Management Plan (incorporating 2009/2010 partial review) was carried out in accordance with sections 46–48 of the National Parks Act 1980. The purpose of the amendment was to extend the mountain biking season on the Heaphy Track. The Department prepared the draft amendment to the management plan in consultation with the Nelson Marlborough Conservation Board, iwi and key stakeholders. The draft amendment, to extend the Heaphy Track mountain biking season from 1 May – 30 September to 1 April – 30 November, was publicly notified on 11 May 2016 for written comments (submissions). During the submission period, which closed on 12 July 2016, 188 submissions were received. Hearings for eight submitters were held in Motueka and Westport in August 2016. The hearing panel comprised two representatives from the Department and two members of the Nelson Marlborough Conservation Board (the Board). -
Footprints-08.Pdf
footprints 2008 Footprints08.indd 1 12/02/2009 11:50:08 a.m. footprints 2008 The Annual Journal of the Auckland University Tramping Club. Volume 62, 2008 Committee 2008 CAPTAIN: John Deverall SECRETARY: Antony Phillips TREASURER: Richard Greatrex SOCIALS OFFICERS: Rebecca Caldwell/Kylie Brewer MEMBERSHIP OFFICER: Charis Wong HUT OFFICER: Brad Lovett WEBSITE OFFICER: Rob Connolly DUKE of EDINBURGH OFFICER: Tom Goodman PUBLICATIONS OFFICER: Will Pollard ASSISTANT PUBLICATIONS OFFICER: Miles Mason TRIPS OFFICER: Craig Smith SAFETY/INSTRUCTIONAL OFFICER: Rion Gulley PRESIDENT: David Gauld ARCHIVE OFFICER: Brian Davies VICE PRESIDENTS: Jane Dudley, Anthea Johnston, Andrew Baddeley Design, Layout, Typesetting and Publishing By Miles Mason 2009 Front Cover Photo “Beautiful Sky” by Stefan Forschelen, 1st in the ‘most scenic photo’ section of the photo competition - Taken on the Tongariro Alpine Crossing Back Cover Photo “...Bugger!” by Rion Gulley, 1st in the ‘most hilarious photo’ section of the photo competition - Bonus Points for Trying Though Footprints08.indd Sec2:3 12/02/2009 11:51:17 a.m. Contents Committee 2008 3 Editor + Letters 5 BushSkool 6 Social Officers’ Report 7 Hut Officer’s Report 11 NORTH ISLAND Syme Hut 13 Kawekas 14 kaimai plane crash 17 Karangahake Gorge 19 Ruahines 21 ATC/AUTC Combined Trip 22 Anton’s Diary 22 Ti Point 25 Waitomo Caving 26 SNOWY ADVENTURES Avalanche Awareness and other climbing 30 Photo Competition 31 Summit Luncheon 36 Ruapehu Snow Caving 38 SnowSkool II 40 SnowSkool III 42 SnowSkool IV 44 Advanced Snowskool 45 SOUTH ISLAND 5 passes 49 Rees – Dart 52 Kahurangi Four Corners 54 Dusky 58 French Ridge Track 61 Tribute to Nigel Grove 64 4 Footprints08.indd Sec2:4 12/02/2009 11:51:17 a.m. -
ICM Report FINAL.Pmd
114 Appendix 1 Key characteristics of the soils of the Motueka Catchment (from Chittenden et al. 1966; New Zealand Soil Bureau 1968) SOILAppendix MAP 1 Key characteristics SOIL of the soils of the MotuekaAREA Catchment PARENT (from Chittenden et al. 1966; New Zealand Soil Bureau ANNUAL 1968) FERTILITY DRAINAGE UNIT NAME# CLASS* (km2) MATERIAL RAINFALL (mm) CLASS SOILS OF THE FLOODPLAINS AND LOW TERRACES Riwaka zl and sl (98a) RFW (Recent) 40 Alluvium (from greywacke, granite, limestone, 1000–1300 Moderate to high Well drained quartzite, and basic igneous rocks) Riwaka zl (wet phase) (98a) GOO (Gley Recent) 2 Alluvium (from greywacke, granite, limestone, 1000–1300 Moderate to high Poor quartzite, and basic igneous rocks) Sherry s&sl (98c) RST (Recent) 31 Alluvium (from granite) 1000–2500 Low Well drained Wangapeka st sl (99c) RFW (Recent) 11 Alluvium (from greywacke, argillite, quartzite, 1500–2000 Low to moderate Well drained limestone, granite) Tapawera sl (33g) RFW (Recent) 13 Alluvium (from greywacke, argillite, sandstone, 890–1150 Low to moderate Well drained ultrabasic rocks, Moutere gravels) Motupiko l (33g) RFAW(Recent-YBE) 64 Alluvium (from Moutere gravels, greywacke, 890–1150 Low Well drained argillite, sandstone) Braeburn sl (89d) RFMA (Gley) 2 Alluvium (from Moutere gravels) 890–1150 Very low Imperfect Braeburn cyl (89d) GRA (Gley) 1 Alluvium (from Moutere gravels) 890–1150 Very low Poor Dovedale grl (33g) RFAW (Recent-YBE) 30 Alluvium (from Moutere gravels) 890–1150 Low Well drained Motukarara zl (92) GRQ (Saline Gley Recent) -
Waimea Tramping Club Inc
Waimea Tramping Club Inc. 72 Chelsea Ave, Richmond 7020 www.waimeatrampingclub.org.nz www.facebook.com/waimeatrampingclub Newsletter Vol 48, No 1, March 2020 Editor’s Report The new programme of 19 trips consists of a good blend that should cater to most trampers. Four trips travel to Kahurangi, three each to Mt Richmond Forest Park and Abel Tasman, and two to Nelson Lakes. One trip journeys to the Marlborough Sounds and there are five local trips, as well as one biking trip. Trip grades consist of an almost equal number of five or six each of easy, easy/moderate and moderate trips. There are only two each of moderate/hard and hard trips. Keep on tramping. Robert Wopereis Top Shot The marble slopes of Mt Owen Club Nights 7:30pm, Fish & Game Council Rooms, Champion Road, Richmond Wednesday 4 March: Navigation Skills What the map can tell us. Bring Nelson topo map (BQ26) or electronic map if possible. Wednesday 1 April: Tableland by Ray Salisbury Ray will give a presentation on his new book Tableland - the history behind Mt Arthur to be printed in June. Wednesday 6 May: AGM plus Tour Guiding in NZ Following the Annual General Meeting, club members Esther and Eric will give us a presentation about their recent experiences guiding a group of tourists in New Zealand. Wednesday 3 June: How to lighten the load An opportunity to share gear and gadgets you use to lighten the load on both day and weekend trips. Also what tasty ideas you can suggest to brighten up some of our tramping meals. -
Salisbury EMU Ecological Values
Biodiversity treasures of the Flora A stocktake of the ecological values of the Salisbury Ecological Management Unit and the threats they face Photo: Ruedi Mossiman A report for Friends of Flora and the Department of Conservation, August 2016 Sandy Toy Summary The Salisbury Ecological Management EMU (EMU) covers 14,520 ha centred on Mt Arthur (Wharepapa) and the Tableland, in the north east corner of Kahurangi National Park. The community group, Friends of Flora (FOF) has been working in partnership with the Department of Conservation (DOC) since 2001 to restore the biodiversity values of this area. The area has a wealth of ecological treasures: 24 different ecosystems at least 88 species categorised as threatened or at risk at least 4 plant and 3 invertebrate species that occur only in the EMU – nowhere else in the world some of the best examples of marble ecosystems in the country the two deepest caves in New Zealand, both of international significance and is one of the best places to experience beech forest birdlife Despite these riches, the sub-fossil remains preserved in the caves are testament to the amount of wildlife lost from the EMU. Many of the remaining specialities persist in precariously small populations. The main threats are non-native predators particularly rodents and mustelids; introduced herbivores particularly hares and deer and other non-native species that disrupt ecosystem functioning such as weeds, pigs and wasps. The subterranean systems are particularly vulnerable to human activities. Management of all these threats is critical to restoring the biodiversity of the Salisbury EMU. In particular, without management, the critically endangered plants in the EMU will become extinct.