Basic Water Rescue Guide
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Lifeguard Rescue Reporting System 2009-2012
Lifeguard Rescue Reporting System 2009-2012 Site of Incident (Check One) Number of Responses Water Park 146 Pool or Spa 885 Water Park Ratio Pool Ratio Current 2% Deep Water 38% Flume 1% Diving Area 20% Lazy River 14% Play Features 3% Play Feature 12% Shallow Water 36% Slide 27% Spa 0% Wave Pool 26% Therapy 1% Other 21% Wading Pool 4% Other 4% Other Comments for Water Parks: Where was the victim located? Diving Boards Zero Depth Entry Area outside of office (outside) On deck lane area near basketball goal zero entry zero entry 3 ft of water A small frog shaped slide Other Comments for Pools: Where was the victim located? 4 - 5 ft area 4 - 5 ft area 4.5 ft ancillary area - dry deck (2) Drop of from shallow to deep Drop off slide into shallow water end of slide kids sliding board/go down then cant touch bottom and cant swim lap pool (2) - 3 1/2 foot Locker Room Outside pool area. Front desk requested lifeguard assistance Outside Therapy Pool slide catch pool (2) slide pool - shallow water Slides steps in shallow water Roy Fielding University of North Carolina at Charlotte 2012 Lifeguard Rescue Reporting System 2009-2012 swim lap area 6ft deep zero entry area below diving board Time of Day (remember noon is 12:00PM and midnight is 12:00 AM) 12:00 5:01 6:01 7:01 8:01 9:01 10:01 11:01 1:01 to 2:01 to 3:01 to 4:01 to to to to to to to to to 2:00 3:00 4:00 5:00 1:00 6:00 7:00 8:00 9:00 10:00 11:00 11:59 Water Park 0% 3% 0% 1% 0% 0% 0% 0% 0% 0% 3% 3% AM Water Park 3% 6% 33% 25% 17% 6% 0% 0% 0% 0% 0% 0% PM Pool 0% 0% 0% 0% 1% 0% 0% 1% 2% 2% 5% -
Assisting Drowning Victims: Effective Water Rescue Equipment for Lay-Responders
International Journal of Aquatic Research and Education Volume 10 Number 4 Article 8 2-1-2019 Triennial Scientific Review: Assisting Drowning Victims: Effective Water Rescue Equipment for Lay-responders Angela K. Beale-Tawfeeq Rowan University, [email protected] Follow this and additional works at: https://scholarworks.bgsu.edu/ijare Part of the Community Health and Preventive Medicine Commons, Exercise Science Commons, Health and Physical Education Commons, Leisure Studies Commons, Outdoor Education Commons, Sports Sciences Commons, Sports Studies Commons, and the Tourism and Travel Commons Recommended Citation Beale-Tawfeeq, Angela K. (2019) "Triennial Scientific Review: Assisting Drowning Victims: Effective Water Rescue Equipment for Lay-responders," International Journal of Aquatic Research and Education: Vol. 10 : No. 4 , Article 8. DOI: https://doi.org/10.25035/ijare.10.04.08 Available at: https://scholarworks.bgsu.edu/ijare/vol10/iss4/8 This Scientific Literature Review is brought to you for free and open access by the Journals at ScholarWorks@BGSU. It has been accepted for inclusion in International Journal of Aquatic Research and Education by an authorized editor of ScholarWorks@BGSU. Triennial Scientific Review: Assisting Drowning Victims: Effective Water Rescue Equipment for Lay-responders Cover Page Footnote Thanks to members of the aquatic sub-council of the American Red Cross Scientific Advisory Council who provided feedback and editing on this scientific er view. This scientific literature review is available in International -
22575VIC Course in Basic Oxygen Administration for First Aid
22575VIC Course in Basic Oxygen Administration for First Aid This course has been accredited under Part 4.4 of the Education and Training Reform Act 2006 Version 1 Accredited for the period: 1 January 2021 to 31 December 2025 © State of Victoria (Department of Education and Training) 2021. Copyright of this material is reserved to the Crown in the right of the State of Victoria. This work is licensed under a Creative Commons Attribution-NoDerivs 3.0 Australia licence (see Creative Commons for more information). You are free use, copy and distribute to anyone in its original form as long as you attribute Department of Education and Training as the author, and you license any derivative work you make available under the same licence. Disclaimer In compiling the information contained in and accessed through this resource, the Department of Education and Training (DET) has used its best endeavours to ensure that the information is correct and current at the time of publication but takes no responsibility for any error, omission or defect therein. To the extent permitted by law, DET, its employees, agents and consultants exclude all liability for any loss or damage (including indirect, special or consequential loss or damage) arising from the use of, or reliance on the information contained herein, whether caused or not by any negligent act or omission. If any law prohibits the exclusion of such liability, DET limits its liability to the extent permitted by law, for the resupply of the information. Third party sites This resource may contain links to third party websites and resources. -
A Guide to Coastal Public Rescue Equipment Contents
Version 1: 2007 A guide to coastal public rescue equipment Contents Foreword 3 Acknowledgements 4 Preface 5 Introduction 7 How this guide was researched 8 Getting started 10 How to use this document 13 Understanding coastal environments 14 Understanding beaches 16 Understanding rocky coasts 19 Understanding tidal inlets and estuaries 20 Understanding man-made coasts 21 Risk management for PRE 22 Selecting public rescue equipment 24 PRE for beaches 26 PRE for rocky coasts, tidal inlets and estuaries 28 PRE for man-made coasts 30 Emergency communications 32 Locating PRE and communications 34 Additional information 40 Signs and user information 42 PRE housing 44 Maintenance 46 Reducing vandalism 47 Useful reading 48 Inside back cover Useful contacts Foreword With the UK having some of Europe’s finest beaches, This guide is the first of its kind, not only in the UK, and with increasing access to other parts of the coast, but worldwide. With credible and robust research, it is unsurprising that millions of people enjoy the UK this guide is in a position to set a world benchmark coastline every year. However, with an increasing trend for coastal public rescue equipment. for recreational activity on our beaches and inshore waters, UK maritime rescue services have never been We therefore welcome and fully endorse this guide so busy helping people in difficulty. and commend all those that were involved in making it happen. Therefore, we are delighted that the RNLI, working closely with members of the National Water Safety Michael Vlasto OBE Forum and other safety organisations, has produced Chairman, National Water Safety Forum this guide for coastal public rescue equipment (PRE): Operations Director, Royal National Lifeboat Institution guidance that beach operators have requested to help manage their beaches safely. -
Water Safety Code
CONTENTS Water Safety Code Contents 1 The Water Safety Code 2 Appendices 2 Guidance Notes 6 Appendix 1 2.1 Definitions 6 Coach/Participant Ratios 30 2.1.1 Safety Adviser 6 2.1.2 Medical Adviser 7 Appendix 2 Safety Audit Sheet - 2.2 Safety Plan 8 Clubs 31 2.3 Safety Audit 8 Appendix 3 Safety Audit Sheet - 2.4 Accident/Incident reporting 9 Events 34 2.5 Responsibilities 10 Appendix 4 2.5.1 Education 10 Incident Report Form 36 2.5.2 The Athlete/Participant 10 2.5.3 Steersmen/women and coxswains 11 Appendix 4a 2.5.4 The Coach 12 ARA Regatta/Head Medical Return 38 2.5.5 Launch Drivers 13 2.5.6 Trailer Drivers 14 Appendix 5 Navigation, Sounds 2.6 Equipment 15 and Signals 39 2.7 Safety at Regattas and other rowing/sculling events 16 Appendix 6 2.7.1 General 16 Safety Launch Drivers 2.7.2 Duty of Care 18 - Guidance Notes 40 2.7.3 Risk Assessment 19 2.8 Safety Aids 21 2.8.1 Lifejackets and buoyancy aids 21 2.9 Hypothermia 23 2.10 Resuscitation 25 2.11 Water borne diseases 28 Page 1 THE WATE R SAFETY CODE 1 The Water Safety Code 1.1 Every affiliated Club, School, College, Regatta and Head Race (hereafter reference will only be made to Club) shall have at all times a Safety Adviser whose duty it will be to understand and interpret the Guidance Notes and requirements of the Code, and ensure at all times its prominent display, observation and implementation. -
4 Water Safety Plans
4 Water safety plans he most effective means of consistently ensuring the safety of a drinking-water Tsupply is through the use of a comprehensive risk assessment and risk manage- ment approach that encompasses all steps in water supply from catchment to con- sumer. In these Guidelines, such approaches are termed water safety plans (WSPs). The WSP approach has been developed to organize and systematize a long history of management practices applied to drinking-water and to ensure the applicability of these practices to the management of drinking-water quality. It draws on many of the principles and concepts from other risk management approaches, in particular the multiple-barrier approach and HACCP (as used in the food industry). This chapter focuses on the principles of WSPs and is not a comprehensive guide to the application of these practices. Further information on how to develop a WSP is available in the supporting document Water Safety Plans (section 1.3). Some elements of a WSP will often be implemented as part of a drinking-water supplier’s usual practice or as part of benchmarked good practice without consolida- tion into a comprehensive WSP. This may include quality assurance systems (e.g., ISO 9001:2000). Existing good management practices provide a suitable platform for inte- grating WSP principles. However, existing practices may not include system-tailored hazard identification and risk assessment as a starting point for system management. WSPs can vary in complexity, as appropriate for the situation. In many cases, they will be quite simple, focusing on the key hazards identified for the specific system. -
2 the Guidelines: a Framework for Safe Drinking-Water
2 The Guidelines: a framework for safe drinking-water he quality of drinking-water may be controlled through a combination of pro- Ttection of water sources, control of treatment processes and management of the distribution and handling of the water. Guidelines must be appropriate for national, regional and local circumstances, which requires adaptation to environmental, social, economic and cultural circumstances and priority setting. 2.1 Framework for safe drinking-water: requirements The Guidelines outline a preventive management “framework for safe drinking- water” that comprises five key components: — health-based targets based on an evaluation of health concerns (chapter 3); — system assessment to determine whether the drinking-water supply (from source through treatment to the point of consumption) as a whole can deliver water that meets the health-based targets (section 4.1); — operational monitoring of the control measures in the drinking-water supply that are of particular importance in securing drinking-water safety (section 4.2); — management plans documenting the system assessment and monitoring plans and describing actions to be taken in normal operation and incident conditions, including upgrade and improvement, documentation and communication (sec- tions 4.4–4.6); and — a system of independent surveillance that verifies that the above are operating properly (chapter 5). In support of the framework for safe drinking-water, the Guidelines provide a range of supporting information, including microbial aspects (chapters 7 and 11), chemi- cal aspects (chapters 8 and 12), radiological aspects (chapter 9) and acceptability aspects (chapter 10). Figure 2.1 provides an overview of the interrelationship of the individual chapters of the Guidelines in ensuring drinking-water safety. -
Diving Safety Manual Revision 3.2
Diving Safety Manual Revision 3.2 Original Document: June 22, 1983 Revision 1: January 1, 1991 Revision 2: May 15, 2002 Revision 3: September 1, 2010 Revision 3.1: September 15, 2014 Revision 3.2: February 8, 2018 WOODS HOLE OCEANOGRAPHIC INSTITUTION i WHOI Diving Safety Manual DIVING SAFETY MANUAL, REVISION 3.2 Revision 3.2 of the Woods Hole Oceanographic Institution Diving Safety Manual has been reviewed and is approved for implementation. It replaces and supersedes all previous versions and diving-related Institution Memoranda. Dr. George P. Lohmann Edward F. O’Brien Chair, Diving Control Board Diving Safety Officer MS#23 MS#28 [email protected] [email protected] Ronald Reif David Fisichella Institution Safety Officer Diving Control Board MS#48 MS#17 [email protected] [email protected] Dr. Laurence P. Madin John D. Sisson Diving Control Board Diving Control Board MS#39 MS#18 [email protected] [email protected] Christopher Land Dr. Steve Elgar Diving Control Board Diving Control Board MS# 33 MS #11 [email protected] [email protected] Martin McCafferty EMT-P, DMT, EMD-A Diving Control Board DAN Medical Information Specialist [email protected] ii WHOI Diving Safety Manual WOODS HOLE OCEANOGRAPHIC INSTITUTION DIVING SAFETY MANUAL REVISION 3.2, September 5, 2017 INTRODUCTION Scuba diving was first used at the Institution in the summer of 1952. At first, formal instruction and proper information was unavailable, but in early 1953 training was obtained at the Naval Submarine Escape Training Tank in New London, Connecticut and also with the Navy Underwater Demolition Team in St. -
First Aid Management of Accidental Hypothermia and Cold Injuries - an Update of the Australian Resuscitation Council Guidelines
First Aid Management of Accidental Hypothermia and Cold Injuries - an update of the Australian Resuscitation Council Guidelines Dr Rowena Christiansen ARC Representative Member Chair, Australian Ski Patrol Medical Advisory Committee All images are used solely for the purposes of education and information. Image credits may be found at the end of the presentation. 1 Affiliations • Medical Educator, University of Melbourne Medical • Chair, Associate Fellows Group, School Aerospace Medical Association • Director, Mars Society Australia • Board Member and SiG member, WADEM • Chair, Australian Ski Patrol Association Medical Advisory Committee • Inaugural Treasurer, Australasian Wilderness • Honorary Medical Officer, Mt Baw Baw Ski Patrol and Expedition Medicine Society (Victoria, Australia) • Member, Space Life Sciences Sub-Committee of • Representative Member, Australian Resuscitation Council the Australasian Society for Aerospace Medicine 2 Background • Australian Resuscitation Council (“ARC”) Guideline 9.3.3 “Hypothermia: First Aid Management” was published in February 2009; • Guideline 9.3.6 “Cold Injury” was published in March 2000; • A review of these Guidelines has been undertaken by the ARC First Aid task- force based on combination of a focused literature review and expert opinion (including from Australian surf life-saving and ski patrol organisations and the International Commission for Mountain Emergency Medicine (the Medical Commission of the International Commission on Alpine Rescue - “ICAR MEDCOM”); and • It is intended to publish the revised Guidelines as a jointly-badged product of the Australian and New Zealand Committee on Resuscitation (“ANZCOR”). 3 Defining the scope of the Guidelines • The scope of practice: • The ‘pre-hospital’ or ‘out-of-hospital’ setting. • Who does this guideline apply to? • This guideline applies to adult and child victims. -
The “Best” Way to Breath
Journal of Lung, Pulmonary & Respiratory Research Case Report Open Access The “Best” way to breath Abstract Volume 2 Issue 2 - 2015 A “best” way to breath is described resulting from discovering a pre-Heimlich method Samuel A Nigro of preventing choking. Because of four episodes in three months of terrifying complete laryngospasm, the physician-patient-writer, consistent with many medical discoveries Retired, Assistant Clinical Professor Psychiatry, Case Western Reserve University School of Medicine, USA in history, discovered a method of aborting the episodes. Breathing has always been taken for granted as spontaneously and naturally most efficient. To the contrary, Correspondence: Samuel A Nigro, Retired, Assistant Clinical nasal breathing is best with first closing the mouth which enhances oxygenation and Professor Psychiatry, Case Western Reserve University School trans-laryngeal respiration. Physiologic aspects are reviewed including nasal and oral of Medicine, 2517 Guilford Road, Cleveland Heights, Ohio respiratory distinctions, laryngeal musculature and structures, diaphragm control and 44118, USA, Tel (216) 932-0575, Email [email protected] neuro-functional speculations. Proposed is the SAM: Shut your mouth, Air in nose, and then Mouth cough (or exhale). Benefits include prevention of choking making the Received: January 07, 2015 | Published: January 26, 2015 Heimlich unnecessary; more efficient clearing of the throat and coughs; improving oxygenation at molecular level of likely benefit for pre-cardiac or pre-stroke anoxic crises; improving exertion endurance; and offering a psycho physiologic method for emotional crises as panics, rages, and obsessive-compulsive impulses. This is a simple universal public health technique needing universal promulgation for the integration of care for all work forces and everyone else. -
Lifeguard Effectiveness: a Report of the Working Group
Lifeguard Effectiveness: A Report of the Working Group Editors: Christine M. Branche, Ph.D. Steven Stewart, M.S. Division of Unintentional Injury Prevention National Center for Injury Prevention and Control Centers for Disease Control and Prevention Department of Health and Human Services Lifeguard Effectiveness: A Report of the Working Group is a publication of the National Center for Injury Prevention and the Centers for Disease Control and Prevention Centers for Disease Control and Prevention Jeffrey P. Koplan, M.D., M.P.H., Director National Center for Injury Prevention and Control Sue Binder, M.D., Director Division of Unintentional Injury Prevention Christine M. Branche, Ph.D., Director Production services were provided by staff of the Management Analysis and Services Office, CDC. Suggested Citation: Branche CM, Stewart S. (Editors). Lifeguard Effectiveness: A Report of the Working Group. Atlanta: Centers for Disease Control and Prevention, National Center for Injury Prevention and Control; 2001. ii Lifeguard Effectiveness: A Report of the Working Group Table of Contents Contributing Authors ................................................................................................................... v Executive Summary.................................................................................................................... vii Introduction................................................................................................................................... 1 A Brief History and Background of Lifeguarding -
First Aid for Diving Emergencies.FH9
First Aid for Diving Emergencies - Does the Diagnosis Matter? Dr Michael Davis, MD, FRCA, FANZCA, Dip DHM Medical Director, Hyperbaric Medicine Unit, Christchurch Hospital Diving emergencies develop out of the blue according to Murphy's Law - when least expected and at the Figure 1. FIRST AID ALGORITHM worst possible moment. They are invariably the result of a chain reaction of circumstance that breaks This decision flow chart has been used in several versions by the author since 1978 for teaching diving through the loose-knit but nevertheless effective safeguards built into scuba diving, and are rarely caused first aid management. It was first published in the South Pacific Underwater Medicine Society Journal by any one factor alone. 1981; 11 (Suppl): 63-67. This is a harrowing moment for a group of divers faced with sudden chaos and a motley of non-specific symptoms and signs in the victim (Table 1). The circumstances may provide sufficient clues to what is happening (eg. oxygen toxicity is hardly likely in someone in difficulties on the surface prior to an air dive, but near drowning is a strong bet). Table 1 START HERE DO NOT PANIC The possible presence or absence of 15 symptoms & signs in 8 potentially serious diving-related conditions. or RE-ENTER Note that there is not a single condition/presentation combination that is diagnostic. ENDANGER SELF (DCI-Decompression Illness) Common DCI Pneumo- Ear baro Marine Near Hypo- Myocard- Trauma signs/ thorax - trauma Sting Drowning thermia Infarct symptoms CONTROL MASSIVE EXTERNAL BLEEDING Pain Limb + - - + - + + SPEED IS VITAL+ Pain Chest + + - + + - + + Headache + + + + + + + + Fatigue + + + + + + + + Shivers + + + + + +/-+ + UNCONSCIOUS? Nausea & Vomitting + + + + + + + + Short of Breath + + - + + + + + Cyanosis + + - + + + + + Tinnitus + - + - - CLEAR AIRWAY -YES - NO OBSERVE+ Motor Loss + - - + - - + + Sensory Loss + - - + - - + BREATHING? + INJURY? Convulse + + - + + - + + Loss of Consc.