Thesis Submitted for the Degree of Phd in the University of Hull

Total Page:16

File Type:pdf, Size:1020Kb

Thesis Submitted for the Degree of Phd in the University of Hull THE UNIVERSITY OF HULL Hybrid climbing bodies: the climbing assemblage and the technologically mediated engagements and ascensions of rock climbers being a Thesis submitted for the Degree of PhD in the University of Hull by Paul Richard Barratt BA (Hons) September 2010 i Abstract This thesis contributes an Actor Network Theory inspired approach to the study of rock climbing to argue that climbers are more-than-human fusions comprised of the human and non-human. The research explores this notion of hybrid climbers, which I term the ‘hybrid climbing assemblage’. The complicated relationships between these human and technological co-agents of climbing are durable but dynamic, although technological developments aid climbers, the benefits of these fusions cannot be reduced to physical, technical and mental elements. Rather, each piece of technology worn or carried by the climber has its own situated set of relations which are interwoven into the complex socio-technical assemblage that co-constitutes the present day climber. Empirical data to support this study has been collected via participant observation, and interviews with 40 rock climbers based in northern England. Although some of these voices debate the roles of these technologies and their experiential impacts upon climbing, these developments are not necessarily damaging to the experience. Indeed, climbers are careful to retain the ‘desirable’ and ‘essential’ experiential aspects of the activity – notably the risk and uncertainty climbing entails. Finally, the thesis also adds to debates concerning the materially mediated experience of places, and how places are also involved in the development of socio-technical assemblages and their practices. In these ways this research aims to help us rethink our activities as implicitly mediated by technology. ii Acknowledgements Throughout this study I have received intellectual, practical and emotional support from an array of people, things and places... First, I would like to thank my partner Lynsey for putting up with PhD related moods and for being the sounding board for my many formulating Ideas. My three years of study saw the birth of Poppy, our first child. She has given me great pleasure as a welcome distraction whilst simultaneously providing me with the focus to continue my studies. I would also like to thank Penny our second child and the virtual actant whose absence but impending presence as a gestating foetus provided me with a diligent work ethic. Academically, I would like to thank my supervisory committee David Atkinson, Sally Eden, Lewis Holloway, and Russell Hitchings, all of whom have put up with my preoccupations with differing aspects of the study and helped steer the research to an adept and manageable conclusion. I would also like to thank Graham Haughton who encouraged and supported my decision to undertake postgraduate study. In relation to my fieldwork I would like to thank all of the climbers who have taken time out of their schedules to talk and climb with me, especially members from the Buxton Mountain Rescue Service, Leeds Mountaineering Club and also the Yorkshire Branch of the British Mountaineering Council, who allowed me sit in on their meetings and helped recruit a significant number of my sample. It is these people’s passion for climbing (and kit) that has driven this PhD forward and led me to what I feel is an interesting and thought provoking piece of work. Last, in line with the project’s theoretical approach I would like to thank my road bike in conjunction with the undulating roads of the East Yorkshire Wolds. These have kept me sane and healthy when the company of non-humans was preferable to all concerned! iii Contents Abstract ......................................................................................................................................... ii Acknowledgements ...................................................................................................................... iii List of figures .............................................................................................................................. viii List of tables .................................................................................................................................. ix Chapter 1: Introduction ................................................................................................................ 1 1.1 Research focus and context .......................................................................................... 1 1.2 Research Questions ..................................................................................................... 6 1.3 Structure of the thesis .................................................................................................. 6 Chapter 2: Introducing hybrid climbing networks ........................................................................ 9 2.1 Introduction .................................................................................................................. 9 2.2 The structure of the British climbing network .............................................................. 9 2.3 Climbing networks ...................................................................................................... 13 2.3.1 Climbing types ..................................................................................................... 14 2.3.2 A climber’s rack explained .................................................................................. 15 2.3.3 Situated hybrid climbing practices ...................................................................... 21 2.4 Summary ..................................................................................................................... 23 Chapter 3: The historical development of climbing and its technology ..................................... 25 3.1 Introduction ................................................................................................................ 25 3.2 Structure of the chapter ............................................................................................. 26 3.3 A brief prehistory of climbing ..................................................................................... 27 3.4 The golden age of Alpine climbing, the Alpine Club, and the development of modern day mountaineering ................................................................................................................ 31 3.5 Interwar mountaineering ............................................................................................ 34 3.6 The Birth of British Rock Climbing: the ‘Suburban Mountain Range’ ......................... 35 3.7 ‘Cragrats’: The Founding Fathers of a British Trad Ethic? ........................................... 40 3.8 The 1970s and onwards: A sporting revolution .......................................................... 45 3.9 Summary ..................................................................................................................... 51 Chapter 4: A mediated world: theoretical frameworks for studying hybridity .......................... 54 4.1 Introduction ................................................................................................................ 54 4.2 The structure of the chapter ....................................................................................... 55 4.3 The nature-culture of mountains ................................................................................ 56 4.4 Actor Network Theory: Exploring the relations and agency of things ........................ 59 4.4.1 A critique of Actor Network theory .................................................................... 63 iv 4.5 Embodying the outdoors ............................................................................................ 67 4.5.1 The climbing body, modernity and rationalisation ............................................. 71 4.6 Materiality ................................................................................................................... 72 4.6.1 New materialist thinkers ..................................................................................... 75 4.6.2 Materialising the research agenda ..................................................................... 76 4.7 Cyborgs........................................................................................................................ 77 4.8 Geography and technology in a more than human world .......................................... 79 4.9 The spaces and places of climbing .............................................................................. 82 4.10 Perceiving the environment ........................................................................................ 83 4.11 Relations with nature .................................................................................................. 85 4.12 Bodies and technologies on the move ........................................................................ 87 4.13 Mediating the climb .................................................................................................... 89 4.14 Academic approaches to risk and risky pursuits in outdoor leisure ........................... 90 4.14.1 Motivations to climb: ‘flow experiences’ and ‘deep eco play’ ........................... 91 4.14.2 Theorising risky activities .................................................................................... 92 4.14.3 Technological
Recommended publications
  • Strange Grooves in the Pennines, United Kingdom
    Rock Art Research 2016 - Volume 33, Number 1, pp. 000-000. D. SHEPHERD and F. JOLLEY KEYWORDS: Groove – Gritstone – Pennine – Anthropogenic marking – Petroglyph STRANGE GROOVES IN THE PENNINES, UNITED KINGDOM David Shepherd and Frank Jolley Abstract. This paper presents an account of grooved markings found on sandstone surfaces in the Pennine upland of Yorkshire, United Kingdom, of other single examples in Scotland and the U.S.A., and of numerous unsuccessful attempts to secure an archaeological or geological explanation for them. Of particular interest are the cases where cupules and grooves appear in juxtaposition. There is a concluding discussion of some aspects which may inform a practical aetiology. Introduction of grooved surfaces have been found in around 600 The South Pennines comprise a dissected plateau square kilometres of South Pennine upland. rising to over 400 m, underlain by Namurian rocks of The Quarmby archive (WYAAS n.d.) contained a the Millstone Grit series of the Carboniferous period, in partial reference to a similar feature found on Orkney a gentle, anticlinal form; the area did not bear moving (Fig. 8). ice during the Late Devensian (final Pleistocene). The The Orkney example was found during peat- outcrops tend to fringe the upland edges. cutting at Drever’s Slap on Eday and was reported to During fieldwork to locate and record examples of the RCHAMS and subsequently placed on the Orkney rock art (Shepherd and Jolley 2011) a number of features Historic Monuments Record (RCHAMS 1981). A were identified that did not fit within the conventional site visit by D. Fraser, Department of Archaeology, canon of rock art (Figs 1 to 4).
    [Show full text]
  • National Register of Historic Places Registration Form
    NPS Form 10-900 OMBNo. 10024-0018 (Oct. 1990) United States Department of the Interior » , • National Park Service V National Register of Historic Places Registration Form This form is for use in nominating or requesting determination for individual properties and districts Sec instructions in How to Complete the National Register of Historic Places Registration Form (National Register Bulletin 16A). Complete each item by marking "x" in the appropriate box or by entering the information requested. If an item does not apply to the property being documented, enter "N/A" lor 'not applicable." For functions, architectural classification, materials, and area of significance, enter only categories and subcategories from the instructions Place additional entries and narrative items on continuation sheets (NPS Form 10- 900A). Use typewriter, word processor or computer to complete all items. 1. Name of Property____________________________________________________ historic name Camp 4 other name/site number Sunnyside Campground__________________________________________ 2. Location_______________________________________________________ street & number Northside Drive, Yosemite National Park |~1 not for publication city or town N/A [_xj vicinity state California code CA county Mariposa code 043 zip code 95389 3. State/Federal Agency Certification As the designated authority under the National Historic Preservation Act, as amended, I hereby certify that this Itjiomination _irquest for determination of eligibility meets the documentationsJand»ds-iJar
    [Show full text]
  • Intermediate Snowcraft Course Nzac Instruction
    NZAC INSTRUCTION PROGRAMME INTERMEDIATE SNOWCRAFT COURSE AUCKLAND SECTION 31st July to 1st August and 14th to 15th August NZAC – Intermediate Snowcraft Course LOCATION: Whakapapa, Mt Ruapehu ACCOMODATION: NZAC Ruapehu Hut COURSE FEES: $595 Who is this course for? The NZAC Intermediate Snowcraft course is designed for NZAC Novice Mountaineers (or those with an equivalent skill set) who are looking to gain additional skills to travel safely in alpine terrain where straightforward steep snow and ice is encountered, and where abseiling on descent could be required. This is an alpine course suitable for NZAC Novice Mountaineers who have consolidated their skills through trips on grade 1+ alpine terrain. Please ensure you meet the minimum requirements. CLICK HERE TO REGISTER ONLINE NZAC – Intermediate Snowcraft Course At a minimum, those wishing to register for the Intermediate Snowcraft Course must: ● Have some experience in backcountry tramping ● Have undertaken personal trips on Mount Cook Grade 1+ terrain. ● Be competent in the course outcomes detailed in the NZAC Basic Snowcraft Course Outline ● Have the fitness to enjoy multiple full days in the mountain environment. Course Syllabus: Preparing for the alpine environment ● Clothing / equipment ● Trip planning resources (avalanche forecast / weather forecasts / guidebooks) ● Weather ● Navigation ● Physical Training Being and moving in the alpine environment ● Use of two ice axes, for daggering and piolet traction on moderately steep snow ● The use of crampons on steeper terrain ● Building
    [Show full text]
  • Descender Ascender Fall Arrester Belay Device Rescue
    TECHNICAL SHEET INTERNATIONAL Ref.0997 GIANT + An innovative multifunctional descender developed to meet the ROPE ACCESS TREE CLIMBING TEAM RESCUE SELF RESCUE demands of the most technical rope access and rescue specialists. The patented internal mechanism combines with robust hot-forged construction and advanced ergonomics for exceptional control even with heavy loads (up to 250 kg for two person scenarios). In addition to its primary function as a descender, the Giant is also Descender certified for use as a fall arrest device (i.e. during rope transfers), as an ascender with smooth upward glide, and as a belay device for Ascender climbing, making it the most widely certified rope tool of its kind. The actuating lever features an anti-panic system that locks the rope Fall arrester and arrests the descent in case of excessive pressure on the lever by the user as well as an extra lock off position so the worker does not have to tie off the device. Belay device An external button can be used to hold the cam open allowing the rope to slide easily in situations with limited or no load. Rescue use The device can be opened to insert or remove the rope without removing the carabiner (this helps prevent the possibility of dropping the device). The large attachment hole allows for the insertion of a second carabiner making the two plates unopenable. The logical circular rope path along with clear internal and external markings makes installation of the rope simple and intuitive. Standards: - EN 12841 as a rope access device for semi-static ropes ranging from 10 to 11.5 mm: - Type C: descender of the working line for loads up to 250 kg (from 11 to 11.5 mm) or 210 kg (from 10 to 10.9 mm); - Type B: ascender of the working line for loads up to 250 kg (from 11 to 11.5 mm) or 210 kg (from 10 to 10.9 mm); - Type A: fall arrester for the safety line for loads up to 120 kg.
    [Show full text]
  • Analysis of the Accident on Air Guitar
    Analysis of the accident on Air Guitar The Safety Committee of the Swedish Climbing Association Draft 2004-05-30 Preface The Swedish Climbing Association (SKF) Safety Committee’s overall purpose is to reduce the number of incidents and accidents in connection to climbing and associated activities, as well as to increase and spread the knowledge of related risks. The fatal accident on the route Air Guitar involved four failed pieces of protection and two experienced climbers. Such unusual circumstances ring a warning bell, calling for an especially careful investigation. The Safety Committee asked the American Alpine Club to perform a preliminary investigation, which was financed by a company formerly owned by one of the climbers. Using the report from the preliminary investigation together with additional material, the Safety Committee has analyzed the accident. The details and results of the analysis are published in this report. There is a large amount of relevant material, and it is impossible to include all of it in this report. The Safety Committee has been forced to select what has been judged to be the most relevant material. Additionally, the remoteness of the accident site, and the difficulty of analyzing the equipment have complicated the analysis. The causes of the accident can never be “proven” with certainty. This report is not the final word on the accident, and the conclusions may need to be changed if new information appears. However, we do believe we have been able to gather sufficient evidence in order to attempt an
    [Show full text]
  • Actsafe T1-16 Tactical Ascender
    USER’S MANUAL Rev 1-2011 ENG ActSafe T1-16 Tactical Ascender User’s Manual T1-16 Tactical Ascender 2 T1-16 Tactical Ascender User’s Manual revision 1-2011 © Copyright 2011 ActSafe Systems AB www.actsafe-tactical.com [email protected] 2 © Copyright ActSafe Systems AB Table of contents INTRODUCTION 4 Remote control usage 23 Foreword 4 Covert mode 23 About ActSafe 4 Operation in water 24 About this manual 4 Emergency descent 25 Definitions 5 Charging 26 Disclaimer 5 Transportation 26 Storage 26 SAFETY 6 Ascender safety 6 ACCESSORIES 27 General safety measures 6 Quick-out karabiner 27 Work method analysis recommendation 7 Rope system safety 8 SERVICE & MAINTENANCE 30 Personal safety 9 Clean the ascender 30 Rope recommendation 8 Clean the charging pins 30 Training 10 Changing the primary connection sling 30 Changing the rope grab system 30 SYSTEM DESCRIPTION 11 Remote control, changing the battery 30 General 12 Equipment list 32 Control panel 12 Material 32 Battery 13 Spare parts 32 Battery indicator 14 Remote control 15 TROUBLE SHOOTING GUIDE 33 Operation in water 16 Buoyancy aid 16 WARRANTY & GUARANTEE 36 Emergency descent 17 Limitation of liability 36 Charger 18 Overload/heat monitoring/protection 18 TECHNICAL DATA 37 USAGE 19 APPENDIX 38 Checklist before and after use 19 Connect to rope 20 Ascent & descent 21 Twisted rope, rotation 22 User’s Manual T1-16 Tactical Ascender 3 INTRODUCTION INTRODUCTION Foreword About this manual Thank you for choosing a product from The information in this manual cannot ActSafe Systems AB®. replace training and exercise. The ascender When used correctly this ascender will must only be used by personnel who have revolutionize the way you work at height.
    [Show full text]
  • 26 Hartwith Moor Grassland Plateau
    A Hartwith Moor looking north east. AREA 26 Approved Feb 2004 Hartwith Moor Grassland Plateau Description This is a pocket of flat to gently undulating grassland plateau south of Brimham Rocks covering 2km 2. The area is dominated by the regular, organised pattern of parliamentary field enclosures with dry stone wall field boundaries. Prior to parliamentary enclosure the area would have been open moor. The linear minor roads through the area conform to field pattern. The simpl­ icity and consistency of the muted green square fields is harmonious and the lack of large settlement makes the landscape seem remote. The area is large scale and open with vast views due to sparse coverage of trees and woodland. Brimham Rocks SSSI abuts the northern edge of the Character Area and its contrasting landform and rock outcrops create a unique and unusual backdrop to the fields. With the exception of telegraph poles that cross the area it is attractive. Brimham Rocks, and the strong field pattern, are visual elements of interest in this Character Area which lies within the Nidderale Area of Outstanding Natural Beauty. Key Characteristics Geology, soils and drainage Millstone grit solid geology ©Crown Copyright. All Rights Reserved. Harrogate Borough Council. 1000 19628 2004. Slowly-permeable, seasonally-waterlogged, fine loamy over clayey soils with patches of loamy HARROGATE DISTRICT Location in Harrogate District acidic soil with a wet peaty surface horizon. Landscape Character Assessment Also well-drained, coarse, loamy soil over rock. Landform and drainage pattern Area boundary* Not to Flat plateau landform that slopes gradually Camera location Scale down to the east.
    [Show full text]
  • Reviewing Ascenders for Rope Access
    Review of the use of ascenders in rope access. Ascenders are being used extensively in rope access. However. As with anything else, there is a tendency to accept and establish practices even though new knowledge, techniques and tools may have changed over time. Sometimes it might be worth going back to investigate the evidence and the scientific background for the established practices. This is an attempt at that, regarding our use of ascenders. Two basically different constructions: To start with it is important to understand, that there are vital differences in the construction and subsequently in the use of the Petzl Croll/new Petzl Basic and the Petzl Ascension/old Petzl Basic, as it is also outlined by the manufacturer. Old and new Petzl Basic. The primary difference lies with the construction of the two tools. In the Ascension/old Basic, there are two holes at the top of the tool on opposing sides of the rope channel, allowing a carabiner to be placed there, thus strengthening the construction and at the same time keeping the rope in place in the rope channel, even when the ascender is being used in a non vertical position. In the User Manual for the Petzl Croll (B16) and for the (new) Petzl Basic (B18), the manufacturer clearly warns against using them on non-vertical ropes due to the risk of the rope unclipping itself: Ascenders for rope access use. A review. 1 of 6. © ScanRope, 2014. www.scanrope.eu In the User Manual for the Petzl Ascension (and old Petzl Basic), however, it says, that..: ”The ASCENSION and BASIC ascenders are designed to be loaded in a direction parallel to the rope; if loaded at an angle to the rope, the cam may not correctly engage the rope and slippage can occur (See the technical notice, diagram 2).
    [Show full text]
  • Climbing Towards Sustainability
    Climbing Towards Sustainability Joseph Muggli, College of St. Benedict |St. Johns University Department of Environmental Studies. Advisors: Derek Larson, Richard Bohannon Type of Climbing Positives Negatives Abstract: Rock Climbing has grown into a popular sport Removable gear/ protection. Gear can get stuck and lost Traditional Aid Climbing amongst the cliff face. Leave No Trace Climbing that is enjoyed by people all over the world. With climb- Born from traditional climb- The Center of Outdoor Ethics has 7 Leave No Trace ing growing more popular, the strain on the environ- (TRAD) ing, deep rooted outdoor Not as secure as the other two. principles that concern any recreational activity in the ment involved is becoming an issue regarding the ethics. Requires a lot of experience outdoors. Of these seven there are that stand out spe- preservation and conservation of these popular loca- Costly to the climber Leaves no trace. cifically for climbing. tions. How does one practice climbing in an environ- Secured/ fixed anchors and Brought climbing into new un- mentally sound way to preserve the future of the sport Sport Climbing 1.) Plan Ahead and Prepare bolts. regulated areas. and to ensure the future of the ecosystems in which (Fixed Anchors) 2.)Camp and Travel on Durable Surfaces. Opens up new areas that are un Leaves a permanent route up climbing takes place? The history of the sport along with 3.) Dispose of Waste Properly -climbable in traditional man- the cliff face. relevant conservation efforts will be able to help shape 4.) Respect Wildlife ners. Replacement of weathered/ a specific set of rules to abide by in order to ensure the 5.) Leave What you Find Provides a safer atmosphere for broken bolts and anchors is sustainability of the outdoor sport.
    [Show full text]
  • Actor Network Theory Analysis of Roc Climbing Tourism in Siurana
    MASTER THESIS Actor network theory analysis of sport climbing tourism The case of Siurana, Catalunya Student: Jase Wilson Exam #: 19148985 Supervisor: Professor Tanja Mihalič PhD. Generalitat de Catalunya Mentor: Cati Costals Submitted to: Faculty of Economics University of Ljubljana, Slovenia Submitted on: August 4th, 2017 This page has been left internationally blank. AUTHORSHIP STATEMENT The undersigned _____________________, a student at the University of Ljubljana, Faculty of Economics, (hereafter: FELU), declare that I am the author of the bachelor thesis / master’s thesis /doctoral dissertation entitled________ ____________________________________________, written under supervision of _______________________________________________ and co-supervision of _________________________________________. In accordance with the Copyright and Related Rights Act (Official Gazette of the Republic of Slovenia, Nr. 21/1995 with changes and amendments) I allow the text of my bachelor thesis / master’s thesis / doctoral dissertation to be published on the FELU website. I further declare • the text of my bachelor thesis / master’s thesis / doctoral dissertation to be based on the results of my own research; • the text of my bachelor thesis / master’s thesis / doctoral dissertation to be language- edited and technically in adherence with the FELU’s Technical Guidelines for Written Works which means that I • cited and / or quoted works and opinions of other authors in my bachelor thesis / master’s thesis / doctoral dissertation in accordance with the FELU’s Technical Guidelines for Written Works and • obtained (and referred to in my bachelor thesis / master’s thesis / doctoral dissertation) all the necessary permits to use the works of other authors which are entirely (in written or graphical form) used in my text; • to be aware of the fact that plagiarism (in written or graphical form) is a criminal offence and can be prosecuted in accordance with the Criminal Code (Official Gazette of the Republic of Slovenia, Nr.
    [Show full text]
  • Park: Chimney Rock Hours of Operation: January-February: 8:00 A.M
    Park: Chimney Rock Hours of Operation: January-February: 8:00 a.m. to 6:00 p.m. March-April: 8:00 a.m. to 8:00 p.m. May-August: 8:00 a.m. to 9:00 p.m. September-October: 8:00 a.m. to 8:00 p.m. November-December: 8:00 a.m. to 6:00 p.m. Closed December 25, Christmas Day. Parking /Access: Designated Climbing Area: Rumbling Bald Access (South) Road, Parking, and Trails: The existing climbing day use area at Rumbling Bald, located off Boys Camp Road, provides parking for 35 vehicles and trail connections to southern climbing and bouldering areas. Park hours are as listed above. The southern climbing area is considered from “Hanging Chain Wall” to “Cereal Wall” to include the boulder fields located on State Park property. Future Impacts-Expand Parking: To ensure that Rumbling Bald will accommodate growing visitation, an additional day use area is proposed further east at the end of Boys Camp Road to include additional parking and sanitary facilities. This new facility will allow for increased access to regional hiking and other activities while taking the pressure off the existing climbing day use area. From the proposed day use area, it is proposed that visitors will access loop trails as well as connections to Rumbling Bald, thus the possibility of opening up the north side of Rumbling Bald to climbing. Designated Climbing Area: Chimney Rock Access (Attraction) Road, Parking, and Trails: The Chimney Rock Access located off US 64/74 in Chimney Rock Village is a fee access that provides parking, trails, and other facilities for all visitors.
    [Show full text]
  • Improving Rock Climbing Safety Using a Systems Engineering Approach
    Lyle Halliday u5366214 Improving Rock Climbing Safety using a Systems Engineering Approach ENGN2225- Systems Engineering and Design, Portfolio Abstract This portfolio outlines an application of Systems Engineering methods to the sport of Rock climbing. The report outlines an organized, logical analysis of the system that is involved in making this sport safe and aims to improve the system as a whole through this analysis. Steps taken include system scoping, requirements engineering, system function definition, subsystem integration and system attributes which contribute toward a final concept. Two recommendations are made, one being a bouldering mat which incorporates the transportation of other equipment, the other being complete, standardised bolting protocols. These concepts are then verified against the design criteria and evaluated. 1.0 System scoping: A systematic way of establishing the boundaries of the project and focusing the design problem to an attainable goal. The project focuses on Lead Climbing. 2.0 Requirements engineering: Establishing the true requirements of climbers, and what they search for in a climbing safety system 2.1 Pairwise Analysis: Establishing safety, ease of use and durability as primary design goals 2.2 Design Requirements and Technical Performance Measures: Specifying the design requirements into attainable engineering parameters. 2.3 House of Quality: Identifying the trade-offs between safety and functionality/ cost and the need for a whole-of-systems approach to the problem, rather than a component approach. 3.0 System Function Definition: Establishing concepts and system processes. 3.1 Concept Generation and Classification: Identifying possible and existing solutions on a component level and taking these to a subsystem level.
    [Show full text]