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Ngongotaha News July 2014
NGONGOTAHA NEWS The Sunny side of the Mountain - FLUORIDE FREE NGONGOTAHA Editor Ann Henderson - Phone 3574 651 email: [email protected] website: www.ngongotahanews.co.nz This is what happens, the kids take the car keys off you. NEXT DEADLINE Friday 25th July 2014 11am July 2014 issue Photo courtesy of Rotorua Daily Post THE UNWANTED “URINAL” OOPS SORRY BOLT I was phoned recently by the Editor of the Daily Post asking my opinion on the so called “Bolt” being re-erected in Ngongotaha, I thought this guy had lost his marbles, who in their right mind would want to place a monstrosity like this in our beautiful village. Well I was wrong, apparently Progress Ngongotaha think it would be a good idea. Well after my scathing comments in the daily post being made public, I have received so many emails and comments, reinforcing my opinion. Why! Why! oh Why! would we want this when Rotorua didn’t. It used to take pride of place in the City Focus. But fear not people, I have found an owner, he doesnt know it yet. Let me quote from an article written by Kevin Page in the Daily Post Friday June 20th. “The Rotorua Area Electricity Authority was giving us a pressie to commemorate, er something so memorable I forget what it was. Before we knew what was happening it was unwrapped and in place. Smack bang in the middle of town, and we hated it. Except me” I went on to read that Kevin liked it so much that he tried taking it home to put on his front lawn after a “night out” I suppose it could look attractive after a night out on the ‘turps’ Well Kevin YOU CAN HAVE IT. -
Occupants' Health and Their Living Conditions of Remote Indigenous
International Journal of Environmental Research and Public Health Article Occupants’ Health and Their Living Conditions of Remote Indigenous Communities in New Zealand Bin Su 1,* and Lian Wu 2 1 School of Architecture, Unitec Institute of Technology, 0600 Auckland, New Zealand 2 School of Healthcare and Social Practice, Unitec Institute of Technology, 0600 Auckland, New Zealand; [email protected] * Correspondence: [email protected] Received: 29 September 2020; Accepted: 9 November 2020; Published: 11 November 2020 Abstract: The New Zealand Ministry of Health reported that respiratory disease affects 700,000 people, annually costs New Zealand NZ$7.05 billion, and is the third-highest cause of death. The hospitalisation rate for asthma of Maori¯ communities is 2.0 higher than that of other ethnic groups, and hospitalisation rates for deprived homes are 2.3 times higher than those of the least deprived homes. Based on physical data and evidence, which were drawn from a mixed methodology that includes field studies of the indoor microclimate, dust-mite allergens, mould growth, and occupants’ Respiratory Health Survey of a number of sample houses of Maori¯ communities in Minginui, Te Whaiti, Murupara, and Rotorua of New Zealand, the study identifies unhealthy indoor thermal conditions, thresholds or ranges of indoor micro-climate related to different levels of dust-mite allergen and mould growth, the most common type of indoor mould, and correlations between dust-mite and mould and correlations. The study not only identified that the poor health of occupants is closely related to their inadequate living conditions, but also identifies the threshold of indoor micro-climates to maintain indoor allergens at the acceptable level, which can be used as a guideline to maintain or improve indoor health conditions for future housing development or retrofitted old housing. -
THE ECOLOGICAL REQUIREMENTS of the NEW ZEALAND FALCON (Falco Novaeseelandiae) in PLANTATION FORESTRY
Copyright is owned by the Author of the thesis. Permission is given for a copy to be downloaded by an individual for the purpose of research and private study only. The thesis may not be reproduced elsewhere without the permission of the Author. THE ECOLOGICAL REQUIREMENTS OF THE NEW ZEALAND FALCON (Falco novaeseelandiae) IN PLANTATION FORESTRY A thesis presented in partial fulfilment of the requirements for the degree of Doctor of Philosophy in Zoology at Massey University, Palmerston North, New Zealand Richard Seaton 2007 Adult female New Zealand falcon. D. Stewart 2003. “The hawks, eagles and falcons have been an inspiration to people of all races and creeds since the dawn of civilisation. We cannot afford to lose any species of the birds of prey without an effort commensurate with the inspiration of courage, integrity and nobility that they have given humanity…If we fail on this point, we fail in the basic philosophy of feeling a part of our universe and all that goes with it.” Morley Nelson, 2002. iii iv ABSTRACT Commercial pine plantations made up of exotic tree species are increasingly recognised as habitats that can contribute significantly to the conservation of indigenous biodiversity in New Zealand. Encouraging this biodiversity by employing sympathetic forestry management techniques not only offers benefits for indigenous flora and fauna but can also be economically advantageous for the forestry industry. The New Zealand falcon (Falco novaeseelandiae) or Karearea, is a threatened species, endemic to the islands of New Zealand, that has recently been discovered breeding in pine plantations. This research determines the ecological requirements of New Zealand falcons in this habitat, enabling recommendations for sympathetic forestry management to be made. -
Soils of the Bay of Plenty Volume 2 Central Bay of Plenty
Soils of the Bay of Plenty Volume 2 Central Bay of Plenty Environment Bay of Plenty Environmental Publication 2010/11-2 5 Quay Street P O Box 364 Whakatane NEW ZEALAND ISSN: 1175 9372 Working with our communities for a better environment E mahi ngatahi e pai ake ai te taiao Soils of the Bay of Plenty Volume 2: Central Bay of Plenty Environmental Publication 2010/11-2 ISSN: 1175 9372 June 2010 Environment Bay of Plenty 5 Quay Street PO Box 364 Whakatane 3158 NEW ZEALAND Prepared by W. C. Rijkse and D. F. Guinto Preface Soil is a resource, a living, breathing entity that, if treated properly, will maintain itself. It’s our lifeline for survival. When it has finally been depleted, the human population will disappear. Project your imagination into the soil below you next time you go into the garden. Think with compassion of the life that exists there. Think, the drama, the harvesting, and the work that carries on ceaselessly. Think about the meaning of being a steward for the earth. Marjorie Harris, In the Garden (1995) For as long as I can remember I have been intrigued and fascinated by landscapes and soils of New Zealand, in particular of the Bay of Plenty where I spent a good deal of my career mapping soils. A landscape to me is a puzzle, a closed book, and to be able to open that book, to solve the puzzle by finding out what soils are in the landscape and what are the possibilities for good land use, is a joy we scientists call pedology – the science of soils. -
Ash Beds and Soils in the Rotorua District
VUCETICH AND PULLAR: SOILS 65 The Rotomahana shower was a most un- Salisb.); III, Effect of temperatuJ'e and soH usual volcanic event, but nevertheless strik- conditions. Aust. J. Bot. 7: 279-294. ingly demonstrated the resilience of indigen- CRANWELL,L. M., and MOORE,L. 8., 1936.1 The occur.' ous vegetation. rence of kauri in montane forest on Te Moe- hau. N.z. J. Sci. Tech. 18: 531-543. I Ash showers may not always have becn KIRK. T., 1872. Notes on the flora of the Like district catastrophic for vegetation, and even where of the"North' Island. Trans. N.Z. Il1st. 5: 322- forest may have been obliterated by ash 345. I flows a return may not invariably have MASTERS, S. E., HOLLOWAY,J. T., and MsKELVEY"P. involved a long time and protracted plant J., 1957. The national forest survey (1 New Zea- successions. Long-lasting changes may be land, 1955, Vol. 1. Gavt. Printer, Wellington. considered probable only where soils werc MILLENER,L. H., 1953. How old is the velgetation on radically changed. Rangitoto Island? Rept. 2nd Ann.1 Mtg., N.z. Ecot. Soc. 17-18. REFERENCES NICHOLLS,J. L., 1959. The volcanic erupiions of Mt. BIELESKI,R. L., 1959. Factors affecting growth and Tarawera and Lake Rotomahana Imd effects distribution of kauri (Agathis australis on surrounding forests. N2. J. For. ,8: 133-142. ASH BEDS AND SOILS IN THE ROTORUA DISTRICT C. G. VUCETICH and W. A. PULLAR Soil Bureau, Department of Scientific and Industrial Research, Christchurch: and Whakatane INTRODUCTION Named Beds , Tarawera scoria (and Rotomahana mud) erupted During the Late Quaternary, volcanic 1886 Kaharoa Ash 810+ 70' eruptions of the explosive or paroxysmal Taupo Pumice 1700+ 1501 type (Taylor, 1953) occurred in the central Taupo Subgroup, members 9-13 North Island about centres, which for con- Waimihia Ash 3420:t:70' Rotokawau Ash venience, are designated Okataina, Waita- Whakatane Ash hanui, Maroa, and Tokaanu (Fig. -
Archaeology of the Bay of Plenty
Figure 10. Pa at Ruatoki, of Plenty region. This is a plausible date for this region, as can be seen W16/167. from the individual site reviews. It shows that the emergence of a perceived need for security in the region occurred as early there as anywhere else in New Zealand. 9.2.3 Terraces Terrace sites are common in the Bay of Plenty and may or may not be associated with pits or midden. As noted in the section under pits in the field records, terrace sites are more likely to have midden associated with them than are pit sites, which is consistent with terraces having a primarily domestic (housing) function. On excavation, terraces often turn out to be part of wider site complexes. In the Kawerau area, the Tarawera lapilli has filled most pits, so that the sites appear now as if they were simple terrace sites only. O’Keefe (1991) has extracted the number of terraces per site from the recorded sites in the western Bay of Plenty. Single terraces occur most frequently, and the frequency of sites with larger numbers of terraces decreases regularly up to sites with about nine terraces. Thereafter, sites with larger numbers of terraces are more frequent than would be expected. This indicates that sites with ten or more terraces comprise a different population, perhaps the result of construction under different social circumstances than the smaller sites. Undefended occupation sites are represented in the excavation record, most notably the Maruka research project at Kawerau (Lawlor 1981; Walton 1981; Furey 1983). Elsewhere in New Zealand, records indicate that some undefended sites have had long occupancies, and have yielded reasonably numerous artefacts. -
Hydrodictyon Reticulatum) in Lake Aniwhenua, New Zealand
WELLS, CLAYTON: IMPACTS OF WATER NET 55 Ecological impacts of water net (Hydrodictyon reticulatum) in Lake Aniwhenua, New Zealand Rohan D. S. Wells and John S. Clayton National Institute of Water and Atmospheric Research, P.O. Box 11 115, Hamilton, New Zealand (E-mail: [email protected]) Abstract: The ecological impacts of Hydrodictyon reticulatum blooms (1989-94) were studied at Lake Aniwhenua (a constructed lake) in North Island, New Zealand by collating fish, invertebrate and macrophyte data collected towards the end of a four year bloom period and following its decline. Hydrodictyon reticulatum had some localised impacts on the biota of the lake. Some macrophyte beds were smothered to the extent that they collapsed and disappeared, and dense compacted accumulations of H. reticulatum caused localised anoxic conditions while it decayed. However, fish and some invertebrates in the lake benefited from the H. reticulatum blooms. High numbers of Ceriodaphnia sp. (maximum, 5.5 x 104 m-2) were recorded amongst H. reticulatum, and gastropods were exceptionally abundant, the most common being Potamopyrgus antipodarum (maximum, 1.8 x IOS m-2). Hydrodictyon reticulatum was consumed by three species of common gastropods in experimental trials, with Austropeplea tomentosa consuming up to 1.3 g dry weight H. reticulatum g-1,live weight of snail day-1. Gastropods comprised the major portion of the diet of Oncorhynchus mykiss in Lake Aniwhenua during and after the H. reticulatum bloom. A marked peak in sports fishing (with exceptional sizes and numbers of fish caught) coincided with the period of H. reticulatum blooms and the abundant invertebrate food source associated with the blooms. -
Murupara Community Board 24 February 2020
Murupara Community Board MONDAY, 24 FEBRUARY 2020 AGENDA Meeting to be held in the Murupara Service Centre, Civic Square, Murupara at 10:00 am Steph O'Sullivan CHIEF EXECUTIVE 19 February 2020 WHAKATĀNE DISTRICT COUNCIL MONDAY, 24 FEBRUARY 2020 Murupara Community Board - AGENDA TABLE OF CONTENTS ITEM SUBJECT PAGE NO 1 Preface ...................................................................................................... 4 2 Membership .............................................................................................. 4 3 Apologies .................................................................................................. 4 4 Public Forum ............................................................................................. 4 5 Confirmation of Minutes ........................................................................... 5 5.1 Minutes – Inaugural Murupara Community Board 18 November 2019 ....................................... 5 6 Reports ................................................................................................... 11 6.1 Murupara Community Board - Activity Report to January 2020 ................................................ 11 6.1.1 Appendix 1 Murupara School Safety Improvements - Final Design ................................ 15 6.2 Two Extraordinary Vacancies - Murupara Community Board .................................................... 17 6.3 Request for Funding – Te Houhi Collective ............................................................................... 20 6.3.1 -
The Urewera Notebook: Scholarly Edition
1 THE UREWERA NOTEBOOK: SCHOLARLY EDITION By ROSE ANNA O’RORKE PLUMRIDGE A thesis submitted to the Victoria University of Wellington in fulfilment of the requirements for the degree of Master of Arts in English Literature Victoria University of Wellington 2014 2 For Peter Whiteford and Elizabeth Plumridge 3 Contents Abstract 5 List of photographs 7 Acknowledgments 9 General Introduction 11 1. The role of the Urewera Notebook in Mansfield biography 11 2. Context to the 1907 camping trip 15 i. Mansfield’s personal background 15 ii. Hawke’s Bay and Kaingaroa 17 iii. The Urewera 18 iv. Rotorua and the geothermal district 20 3. Rereading the Urewera Notebook 21 i. Mansfield’s attitude to colonials 21 ii. Mansfield’s attitude to Maori 25 iii. Mansfield’s attitude to the landscape 29 4. Conclusion 32 Textual Introduction 34 1. The Urewera Notebook: Physical description 34 2. Editorial history 35 3. John Middleton Murry: The Life of Katherine Mansfield (1933) and the 36 Journal of Katherine Mansfield 1904-1922: Definitive Edition (1954) i. John Middleton Murry: Context 36 ii. John Middleton Murry: Editorial methods 37 iii. John Middleton Murry: Contextual aids 42 iv. John Middleton Murry: Critical reception 43 4. Ian A. Gordon: The Urewera Notebook (1978) 45 i. Ian A. Gordon: Context 45 ii. Ian A. Gordon: Editorial methods 46 iii. Ian A. Gordon: Contextual aids 47 iv. Ian A. Gordon: Critical reception 49 4 5. Margaret Scott: The Katherine Mansfield Notebooks (1997) 50 i. Margaret Scott: Context 50 ii. Margaret Scott: Editorial methods 52 iii. Margaret Scott: Contextual aids 53 iv. -
Nan's Stories
BYRON RANGIWAI Nan’s Stories Introduction This paper explores some of the many stories that my grandmother, Rēpora Marion Brown—Nan, told me when growing up and throughout my adult life. Nan was born at Waiōhau in 1940 and died at her home at Murupara in 2017. Nan was married to Papa— Edward Tapuirikawa Brown. Nan and Papa lived on Kōwhai Avenue in Murupara. Nan’s parents were Koro Ted (Hāpurona Edward (Ted) Maki Nātana) and Nanny Pare (Pare Koekoeā Rikiriki). Koro Ted and Nanny Pare lived around the corner from her on Miro Drive. My sister and I were raised on the same street as my great-grandparents, just six or seven houses away. I could see Koro Ted’s house— located on a slight hill—from my bedroom window. Byron Rangiwai is a Lecturer in the Master of Applied Indigenous Knowledge programme in Māngere. 2 Nan’s Stories Figure 1. Koro Ted and Nanny Pare (see Figure 2; B. Rangiwai, personal collection) Koura and Patuheuheu Nan often talked about her Patuheuheu hapū and her ancestor, Koura (see Figure 2). In a battle between Ngāti Rongo and Ngāti Awa, Koura’s mokopuna was killed. (Rangiwai, 2018). To memorialise this tragedy, a section of Ngāti Rongo was renamed, Patuheuheu (Rangiwai, 2018, 2021b). Te Kaharoa, vol. 14, 2021, ISSN 1178-6035 Nan’s Stories 3 Figure 2. Whakapapa Koura was a Ngāti Rongo and Patuheuheu chief who resided at Horomanga in the 1830s and was closely connected with Ngāti Manawa (Mead & Phillis, 1982; Waitangi Tribunal, 2002). Local history maintains that Koura was responsible for upholding and retaining the mana of Tūhoe in the Te Whaiti, Murupara, Horomanga, Te Houhi and Waiōhau areas (Rangiwai, 2018). -
Genetic Variation in Frost Tolerance, Early Height Growth, and Incidence of Forking Among and Within Provenances of Eucalyptus Fastigata
510 GENETIC VARIATION IN FROST TOLERANCE, EARLY HEIGHT GROWTH, AND INCIDENCE OF FORKING AMONG AND WITHIN PROVENANCES OF EUCALYPTUS FASTIGATA M. D. WILCOX Forest Research Institute, New Zealand Forest Service, Private Bag, Rotorua, New Zealand (Received for publication 7 April 1982; revision 21 July 1982) ABSTRACT One hundred and twenty-six seedlots (115 open-pollinated families and 11 composites) of Eucalyptus fastigata Deane & Maid, representing eight native provenances from New South Wales and Victoria, one exotic population from South Africa, and 15 exotic populations from New Zealand were planted in tests in 1979 at Kinleith and Kaingaroa, New Zealand. The trees were assessed at Kinleith in 1980 for height growth and tolerance to winter frosts, and at Kinleith and Kaingaroa in 1981 for incidence of forking. The seedlots varied greatly in frost tolerance, height growth, and incidence of forking. Components of variance for ''provenances" were 3 to 4 times larger than components for "families-in-provenance". The hardiest provenances gener ally grew the slowest and showed the lowest incidence of forking. By far the hardiest native provenances were from Oberon and Barrington Tops, New South Wales, confirming the outstanding frost-tolerance of these provenances recorded in artificial frosting tests. Families from New Zealand and from Robertson, New South Wales, were notably more frost-tender and more forked than those from other Australian localities, and from South Africa. New Zealand families from Oakura and Hunterville showed excellent vigour but generally poor frost- tolerance and a high frequency of forking. The provenance in which the families possessed the best combination of good frost-tolerance, fast growth, and freedom from forking was from Bondi State Forest (south of Bombala, New South Wales) towards the southern end of the species' natural range. -
Cultural Ecosystem Services and Water Quality Improvement Provided by Forest Landscapes in New Zealand
Cultural Ecosystem Services and Water Quality Improvement provided by Forest Landscapes in New Zealand Short Term Scientific Mission (STSM) Government Programmes and Woodland-for-Water PES Schemes Encouraging Afforestation in New Zealand Scientific Report Attila Tóth & Richard T. Yao © Attila Tóth 2019 Rotorua, New Zealand 2019 Report information sheet Report title Cultural Ecosystem Services and Water Quality Improvement provided by Forest Landscapes in New Zealand Authors Dr. Attila Tóth1 & Dr. Richard T. Yao2 1Slovak University of Agriculture in Nitra, Slovakia Department of Landscape Architecture 2Scion - New Zealand Forest Research Institute Limited Forest Systems, Enabling Environments COST Action CA15206 PESFOR-W Payments for Ecosystem Services (Forests for Water) Dr. Gregory Valatin, Action Chair Claire Holmes, Grant Holder STSM Information Short Term Scientific Mission Rotorua, New Zealand 28/01/2019 - 24/02/2019 STSM Title Government Programmes and Woodland-for-Water PES Schemes Encouraging Afforestation in New Zealand STSM Grantee Dr. Attila Tóth, Slovak University of Agriculture in Nitra, Faculty of Horticulture and Landscape Engineering, Department of Landscape Architecture STSM Mentor Dr. Richard T. Yao, Scion – New Zealand Forest Research Institute Limited, Forest Systems Team, Enabling Environments Research Lab STSM Coordinator Dr. Zuzana Sarvašová, National Forest Centre, Slovakia Peer Reviewers Prof. Dr. Ján Supuka Slovak University of Agriculture in Nitra, Department of Landscape Architecture Dr. Tim Payn Scion, Principal Scientist & Research Leader, Enabling Environments Publisher Scion, 49 Sala Street, Private Bag 3020, Rotorua 3046, New Zealand. www.scionresearch.com April 2019 Extent: 3 AH / Author Sheets (1.5 AH of Text + 1.5 AH of Figures) Ethical Protocol No. Scion.FS.2019.01.