Mine Clearance Techniques and Technologies for Effective Humanitarian Demining

Total Page:16

File Type:pdf, Size:1020Kb

Mine Clearance Techniques and Technologies for Effective Humanitarian Demining Journal of Conventional Weapons Destruction Volume 6 Issue 1 The Journal of Mine Action Article 17 April 2002 Mine Clearance Techniques and Technologies for Effective Humanitarian Demining Maki Habib School of Engineering and Science, Monash University Follow this and additional works at: https://commons.lib.jmu.edu/cisr-journal Part of the Defense and Security Studies Commons, Emergency and Disaster Management Commons, Other Public Affairs, Public Policy and Public Administration Commons, and the Peace and Conflict Studies Commons Recommended Citation Habib, Maki (2002) "Mine Clearance Techniques and Technologies for Effective Humanitarian Demining," Journal of Mine Action : Vol. 6 : Iss. 1 , Article 17. Available at: https://commons.lib.jmu.edu/cisr-journal/vol6/iss1/17 This Article is brought to you for free and open access by the Center for International Stabilization and Recovery at JMU Scholarly Commons. It has been accepted for inclusion in Journal of Conventional Weapons Destruction by an authorized editor of JMU Scholarly Commons. For more information, please contact [email protected]. Habib: Mine Clearance Techniques and Technologies for Effective Humanitarian Demining several orders of magnitude to achieve a Demining Approaches the type of mine used and the time substanrial reducrion to the threat of AP and Techniques needed to clear land varies enormously, Mine Clearance Techniques mines in a reasonable time frame and ar depending on local conditions. an affordable cost. The demining methods currendy and Technologies for Effective The priorities for research and de­ being used are not safe for those clearing The Use ofAnimals, Insects and velopment in the humanitarian demining the mines or for rhose who must occupy Bacteria fi eld require strategies that should start the land after it has been cleared. The So far, dogs are considered the best Humanitarian Demining with the following needs: methods are neither cost effective nor ef­ detectors of explosives. Their sensitivity • To develop reliable and accurate ficient. Mine clearance itself can be ac­ to this kind of substance is estimated to fUl because of their unknown position and techniques that can enhance the perfor­ complished through different methods be 10,000 rimes higher than that of a To improve mine clearance performance and to enhance safety of demining because they are often difficult ro detect. mance of the demining process and al­ wi rh varying levels of technology, but the man-made detector. Specially trained personnel, there is a need for efficient humanitarian mine action equipment. low efficient area detection of mine fields. most laborious way is still the most reli­ dogs are used to detect the characteristic Accurate and reliable mine detection techniques and technologies capable Humanitarian Mine T here is an urgent need to recognize and able. We should favor technologies that smell of explosive residue that emanates of area detection and clearance are crucial for successful demining. Clearing "Demining" reliably locate mine fields and isolate can be manufactured in mined countries, from mines regardless of their composi­ Phases them by defining proper signs and limits that are transferable and that provide tion or how long they have been implanted. by Maki K. Habib, School of [1,2,5]. AP mines are harmful because of ro make the public aware and to avoid employment and economic infrastructure This enables the dogs to detect mines Engineering and Science, their unknown position and because of T he landmine clearance process can fu rrher accidents. where it is most urgendy required. with low metal content that are undetect­ Monash University, Bondar the variety in explosive load, the activa­ be divided into the following basic parts: • To have qual ity training programs able by metal detectors. In addition, be­ Sun way, Selangor, Malaysia tion means, the action range and the ef­ I. Locating and idemifying a mine that fit the needs of local environments. Manual Demining cause dogs do nor respond to metal, soil Such training programs need to integrate fect on human bodies. Landmine tech­ field in order to map it. Manual Demining is a procedure in or non-explosive objects, they eliminate cultural, environmental and operational Introduction nology ranges from simple to highly tech­ 2. Preparing rhe mine field for the which mines are manually detected and much of the time-consuming shortcom­ nical devices. Pressure, tripwires, tension clearance operation, which can include considerations when developed. neutralized by a human deminer [1 - 5]. in gs of manual detection techniques. • To enhance the safety of deminers The removal and the destruction of or pressure release, electromagnetic influ­ cmting vegetation, collecting metal frag­ The deminer fi rst scans the ground with Mine detection dogs ca n work in almost by providing them with suitable cloth­ all forms of dangerous banlefleld de­ ence and seismic signals can deronate ments from the surface, etc. a metal detector. Then the deminer uses all types of terrain. They are also easy to ing and equipment and by isolating them bris-particularly landmines-are vital mines. Some landmines are "hardened" 3. Locating and marking individual a prodder in order to feel, locate and iden­ transport and highly reliable, and rhey fro m direct physical contact with rhe mine. prerequisites for any region to recover against neutralization by explosives, and mines within the identified area. tify the object causing the signal, after can screen land up to five times faster than • To enhance the performance of rhe from their impact. These tasks involve a other landmines have ami-disturbance 4. Removing the threat of the de­ which the deminer carefully uncovers it. manual deminers. South Africa and Af­ sensor and the deminer. great deal of effort and time, and high mechanisms. In add ition, a mine may tected mines by neutralization (either re­ When operating in this way, the detec­ ghanistan have reported success, but it • To have light, reliable, easy-to-use risk, all of which result in high clearance have a booster charge to enhance the moval or detonation). tion phase still relies heavily on metal was more in locating the edges of mine ha ndheld multi-sensor systems to support cost per surface unit. Many conditions power released by the detonator to a level 5. Enforcing quality control measures. detectors, whereby each alarm needs to fi elds than in finding individual mines. clearance in difficult and narrow environ­ have to be observed, such as soil, topol­ that is enough to initiate the main charge. There is a need to verify that the be carefully checked until it has been fully Dogs can be overwhelmed in areas with ments (woods, uneven terrain, residen­ ogyand type ofcontaminatio n [1-7, I 0, 11] . Mines may have been in place for many cleared area is free from mines with a high understood and/or its source removed. dense landmine contamination. More­ tial, etc.) and vehicle-based systems ro The major effect of mines is to deny years; they may be corroded, waterlogged level of confidence. Most mines contain enough metal to be over, they can only work for short peri­ support mine clearance in open areas. access to land and irs resources, causing or impregnated with mud or dirt, and A clearance priority raring should be detected by this method; however, only ods each day (about a couple of hours a • To use information and commu­ deprivation and social problems among they can behave quite unpredictably. given to each mapped mine field by tak­ about one in every I 000 signals detected day). Dogs can become confused if rhey nication technologies to enhance contact, the affected populations. In addition, the Some mines were buried deep in the soil ing into consideration factors of a social belongs to a mine or UXO. In general, can smell explosive coming from several experience, research, planning and to medical, social, economic and environ­ in order to prevent more organized forces and economical nature, as well as those the ground being cleared is often satu­ sources at once. The effectiveness of the share results and data among all parries and mental consequences are immense. The from finding them with metal detectors. related to weather and ground conditions. rated with metal fragment, shrapnel and dogs depends entirely on their level of personnel within the demining community. United Nations Department of Human Deeper mines may nor detonate when the It is necessary to associate rh is srep with cans, making manual demining methods training, the skill of their handlers and • To have mechanized vegetation Affairs (UNDHA) assesses that there are ground is hard, but rain may later soften the a mine awareness program, which aims slow, extremely dangerous and expensive. on their correct use. cutting; however, it would be better to more than 100 million mines that pose ground to the point where even a ch ild's at reducing civilian casualties caused by Complicating matters more, about one-third Trained rats may be the best and find a technology rhar can detect and mark significant hazards in more than 68 coun­ footstep will set them off. Modern mines and other explosive devices. Lo­ of all AP landmines currently deployed cheapest form oflandmine detector. Rats mines without having to cut vegetation. tries around the world. Many types of landmines are fabricated from sophisti­ cating rhe contaminated land will help are metal free. The accuracy of metal de­ have certain advantages over dogs. T hey • To speed up the mine detection mines exist around the world, including cated non-metallic materials and incor­ to separate the danger from people and tection depends heavily on the level of have a better sense of smell, are cheaper • Demining in process with an array of sensors that can Afghanistan. more than 650 types of AP landmines porate advanced electronics.
Recommended publications
  • Cluster Bombs and Landmines in Kosovo
    LANDMINES IN kosovo EXPLOSIVEREMNANTS OF WAR CLUSTER BOMBS AND Mines-Arms Unit International Committee of the Red Cross 19, Avenue de la Paix, CH-1202 Geneva Switzerland T +41 22 730 26 67 F +41 22 730 28 30 E-mail: [email protected] Web: www.icrc.org Front cover photo: G. Diffidenti Design: The Magic Pencil Original: English August 2000 MINES-ARMSRevised June 2001 UNIT Produced with environment-friendly materials CONTENTSCONTENTS Acknowledgments 2 Glossary of acronyms 3 1. Introduction 4 2. The impact of cluster bombs in Kosovo 6 The role of cluster bombs in the conflict Post-conflict casualties The socio-economic impact of cluster bombs Clearance of cluster bomblets: a unique challenge 3. The impact of landmines and UXO in Kosovo 15 The use of landmines The impact of landmines and UXO on civilians The socio-economic impact of landmines and UXO The impact of landmines on peace-keeping 4. Mine action and unexploded ordnance clearance in Kosovo 23 Definition and coordination Information management Mine and UXO survey and marking Mine clearance Clearance of cluster bomblets and other unexploded munitions IMPACTMine and UXO awareness education Mine and UXO victim assistance 5. Cluster bombs and landmines under international law 34 Cluster bombs Landmines 6. Conclusions and recommendations 36 Cluster bombs Landmines Annexe Military technical agreement Bibliography 1 ACKNOWLEDGMENTS ACKNOWLEDGMENTSThis report was written by Stuart Maslen, a consultant and former advisor to the ICRC’s Mines-Arms Unit, based on field visits to Kosovo in the winter and spring of 2000 and on information provided by the ICRC delegation in Kosovo.
    [Show full text]
  • GOLDMINE? a Critical Look at the Commercialization of Afghan Demining
    Bolton, Matthew GOLDMINE? A Critical Look at the Commercialization of Afghan Demining Centre for the Study of Global Governance (LSE) Research Paper 01/2008 Centre for the Study of Global Governance London School of Economics and Political Science Houghton Street, London WC2A 2AE http://www.lse.ac.uk/Depts/global 1 GOLDMINE ? A Critical Look at the Commercialization of Afghan Demining Matthew Bolton Centre for the Study of Global Governance London School of Economics and Political Science This research is funded in part by the Economic and Social Research Council All text, graphics and photos © Matthew Bolton, 2008. 2 Contents Acronyms........................................................................................................................ 4 Executive Summary........................................................................................................ 5 1. Introduction................................................................................................................. 8 2. A Brief History of Afghan Demining ....................................................................... 10 2.1 The Three Roots of Afghan Demining, 1987-1994............................................ 10 2.2. UN Hegemony, 1994-2001................................................................................ 19 2.3. The 9/11 Sea Change ......................................................................................... 23 2.4. Summary...........................................................................................................
    [Show full text]
  • THE UNITED NATIONS MINE ACTION SERVICE Annual Report 2011 Summary and Highlights II
    I THE UNITED NATIONS MINE ACTION SERVICE Annual Report 2011 Summary and Highlights II “Mine action programmes make an invaluable contribution to post-conflict recovery, humanitarian relief efforts, peace operations and development initiatives. Mine action sets communities on course toward lasting stability.” UNITED NATIONS SECRETARY-GENERAL BAN KI-MOON III THE UNITED NATIONS MINE ACTION SERVICE Annual Report 2011 Summary and Highlights IV V CONTRIBUTORS Andorra Finland New Zealand Australia Germany Oman Austria International Road Transport Union Romania Ballard Community High School Italy Spain Canada Japan Switzerland Common Humanitarian Fund Republic of Korea United Arab Emirates Colombia Liechtenstein United Kingdom Denmark Lithuania United States Estonia Luxembourg European Union Netherlands VI VII TABLE OF CONTENTS Foreword 1 Acronyms 3 Executive Summary 6 I. Normative Frameworks: Enhancing Global Peace, Security and Development 9 II. Coordination and Consultation Mechanisms to Increase Value for Money 9 III. Operational Effectiveness: Enabling Wider Humanitarian, Peace and Development Dividends 9 IV. Advocating for International Humanitarian, Human Rights and Disarmament Norms 10 V. Communicating to the Public and Other Constituencies 10 VI. Country Programmes: Saving Lives, Fostering Stability, Building Sustainable Livelihoods 12 VII. National Programmes Supported by UNMAS 19 VIII. UNMAS Support to Other Programmes: Facilitating Peace and Recovery 20 IV. Funding Sources and Financial Performance of UNMAS Mine Action Programmes 22 VIII 1 FOREWORD As the new Chair of the Inter-Agency Coordination UN Member States both through assessed funds for Group for Mine Action, I am pleased to present the mine action components in peacekeeping operations 2011 Annual Report of the UN Mine Action Service and through considerable contributions to the UN (UNMAS) in the Department of Peacekeeping Voluntary Trust Fund (VTF).
    [Show full text]
  • Landmine Clearance Projects: Task Manager’S Guide
    SOCIAL DEVELOPMENT PAPERS Conflict Prevention & Reconstruction Paper No. 10 / November 2003 Public Disclosure Authorized Public Disclosure Authorized Landmine Clearance Projects: Task Manager’s Guide Public Disclosure Authorized ____________________ Jacques Buré Pierre Pont Public Disclosure Authorized The Working Papers Series disseminates the findings of work in progress to encourage discussion and exchange of ideas on conflict and development issues. Papers I this series are not formal publications of the World Bank. The findings, interpretations, and conclusions are those of the authors and do not necessarily reflect the views of the World Bank Group, its Executive directors, or the countries they represent. The papers carry the names of the authors and should be cited accordingly. The series is edited by the Conflict Prevention and Reconstruction Unit in the Social Development Department of the Environmentally and Socially Sustainable Development Network for the World Bank. To request copies of the paper or more information on the series, please contact the CPR Unit at [email protected]. Papers are also available on the CPR Unit’s website: http://www.worldbank.org/conflict under publications. Printed on Recycled Paper 1 TABLE OF CONTENTS I. Introduction................................................................................................................................1 II. Bank Guidelines on Landmine Clearance ............................................................................3 III. Complying with Bank Guidelines
    [Show full text]
  • Utilizing Advances in Industrial Dual Beam X-Ray Scanners to Create New Capabilities in Humanitarian Demining and Explosive Detection
    Utilizing advances in industrial dual beam x-ray scanners to create new capabilities in humanitarian demining and explosive detection C. Murray Bartle,∗ Chris Kr¨oger,and William Stephenson GNS Science, PO Box 31312, Lower Hutt, New Zealand (Dated: June 20, 2008) Humanitarian de-mining requires 100% detection and removal of landmines to enable safe use of a region. Progress in removing approximately 50 million landmines spread throughout over 70 coun- ties is not fast enough. The hope is that non-invasive radiation-based detection technologies will yield radical better approaches to this problem. Improved sensitivity of the x-rays technologies in analyzing compositions of materials is occurring in industry. More directly dual energy x-ray ab- sorption (DEXA) systems link the effective atomic number to composition change while maintaining high throughputs in often demanding operational environments. This report discusses the field tri- als of a DEXA scanner and the potential to transfer the trial findings to improved mine detection. The scanner reported on is the Smiths Eagle FA 720 “Bulk” a new version of which is just being released in the USA [1]. It is in terms of the new industrial capability that a radical new capability may be possible in mine detection. This report examines in what way such new capability may be implemented. I. INTRODUCTION have continued to advance rapidly whereas neutron tech- nologies in part through limited implementations have One outcome sought from this Technical Meeting is developed less. It is no accident that x-rays are the pre- to set a pathway to a radically new capability in mine ferred scanning technology in medicine, security and in- detection.
    [Show full text]
  • Mechanical Demining: from 1942 to the Present
    Journal of Conventional Weapons Destruction Volume 12 Issue 2 The Journal of ERW and Mine Action Article 24 March 2008 Mechanical Demining: From 1942 to the Present Pehr Lodhammar Geneva International Centre for Humanitarian Demining (GICHD) Follow this and additional works at: https://commons.lib.jmu.edu/cisr-journal Part of the Defense and Security Studies Commons, Emergency and Disaster Management Commons, Other Public Affairs, Public Policy and Public Administration Commons, and the Peace and Conflict Studies Commons Recommended Citation Lodhammar, Pehr (2008) "Mechanical Demining: From 1942 to the Present," The Journal of ERW and Mine Action : Vol. 12 : Iss. 2 , Article 24. Available at: https://commons.lib.jmu.edu/cisr-journal/vol12/iss2/24 This Article is brought to you for free and open access by the Center for International Stabilization and Recovery at JMU Scholarly Commons. It has been accepted for inclusion in Journal of Conventional Weapons Destruction by an authorized editor of JMU Scholarly Commons. For more information, please contact [email protected]. Lodhammar: Mechanical Demining: From 1942 to the Present have completed clearance obligations—12 may meet the obliga- vey informed the five-year strategic plan (2008–2012) written to tion, and at least 14 will request an extension to meet it. Mozambique guide the implementation of mine-action activities during the is included in the list of those needing an extension.3 extension. According to Mozambique’s projections, on average, Mechanical Demining: From 1942 Mozambique has made earnest efforts to support mine- an estimated US$5.9 million is needed every year for more than action activities—demining has been integrated into govern- six years in order to meet the Convention obligations.9 to the Present ment plans to reduce poverty as a cross-cutting priority.
    [Show full text]
  • 4558D-Landmines Report2.Qxd
    THE UNITED STATES COMMITMENT TO HUMANITARIAN DEMINING FOURTH EDITION • SEPTEMBER 2002 UNITED STATES DEPARTMENT OF STATE • BUREAU OF POLITICAL-MILITARY AFFAIRS TO WALK THE EARTH IN SAFETY: THE UNITED STATES COMMITMENT TO HUMANITARIAN DEMINING Prepared by the United States Department of State Bureau of Political-Military Affairs Fourth Edition • September 2002 Table of Contents Introduction................................................................................................................3 Country Index............................................................................................................4 Glossary ....................................................................................................................5 Overview of U.S. Humanitarian Demining Program ............................................6 U.S. Demining Program Funding History (FY 1993-2002) (Chart) ..............7 Humanitarian Mine Action ......................................................................................9 U.S. Humanitarian Demining Programs Africa......................................................................................................................11 Asia ........................................................................................................................25 Europe....................................................................................................................32 Latin America ........................................................................................................42
    [Show full text]
  • The U.S. Humanitarian Demining Research and Development Program
    Journal of Conventional Weapons Destruction Volume 6 Issue 2 The Journal of Mine Action Article 28 August 2002 The U.S. Humanitarian Demining Research and Development Program Nicole Kreger Center for International Stabilization and Recovery at JMU (CISR) Follow this and additional works at: https://commons.lib.jmu.edu/cisr-journal Part of the Defense and Security Studies Commons, Emergency and Disaster Management Commons, Other Public Affairs, Public Policy and Public Administration Commons, and the Peace and Conflict Studies Commons Recommended Citation Kreger, Nicole (2002) "The U.S. Humanitarian Demining Research and Development Program," Journal of Mine Action : Vol. 6 : Iss. 2 , Article 28. Available at: https://commons.lib.jmu.edu/cisr-journal/vol6/iss2/28 This Article is brought to you for free and open access by the Center for International Stabilization and Recovery at JMU Scholarly Commons. It has been accepted for inclusion in Journal of Conventional Weapons Destruction by an authorized editor of JMU Scholarly Commons. For more information, please contact [email protected]. Kreger: The U.S. Humanitarian Demining Research and Development Program Published by JMU Scholarly Commons, 2002 1 Journal of Conventional Weapons Destruction, Vol. 6, Iss. 2 [2002], Art. 28 performance of the company's full-size mine awareness training and mine risk • The Mine Clearing that it can be extensively tested in opera­ of the countries burdened by mines. AN-19 handheld metal detector. Now education." To fulfill this mission, the Hu­ Cultivator is a tional fi eld evaluations. These evaluations The tools and technologies devel­ vegetation clearance/ part of Schiebel's product line, the MMD manitarian Demining R&D Program has require coordination with host nation oped by the Humanitarian Demining mine removal has been deployed in three countries to developed a number of informational aids.
    [Show full text]
  • Landmine Removal: Technology Review and Design Proposal As Pertaining to Humanitarian Demining with a Focus on Locomotion Across Soft Terrain
    Landmine Removal: Technology Review and Design Proposal as Pertaining to Humanitarian Demining with a Focus on Locomotion across Soft Terrain by Amanda N. Poteet SUBMITTED TO THE DEPARTMENT OF MECHANICAL ENGINEERING IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF BATCHELOR OF SCIENCE IN MECHANICAL ENGINEERING AT THE MASSACHUSETTS INSTITUTE OF TECHNOLOGY JUNE 2008 ©2008 Amanda N. Poteet. All rights reserved. The author hereby grants to MIT permission to reproduce and to distribute publicly paper and electronic copies of this thesis document in whole or part in any medium now known or hereafter created. -- Anthor- of U~C)IIULUIYgiSnature VI 1 ruurvr· \ I · Department of Mechanical Engineering u( May 9, 2008 Certified by: , , Thrishantha Nanayakkara Thesis Supervisor Accepted by:_ John H. Lienhard V rofessor of Mechanical Engineering SMASAGSr ism ME Undergraduate Officer OF TECHNOLOGY AUG 4 2008 A LIBRARIES LANDMINE REMOVAL: TECHNOLOGY REVIEW AND DESGN PROPOSAL AS PERTAINING TO HUMANITARIAN DEMINING WITH A FOCUS ON LOCOMOTION ACROSS SOFT TERRAIN By AMANDA N. POTEET Submitted to the Department of Mechanical Engineering on May 9, 2008 in partial fulfillment of the requirements for the Degree of Master of Science in Mechanical Engineering ABSTRACT A study into the field of humanitarian landmine removal was conducted; with significant attention devoted to an in depth review of existing removal technologies, as well as alternative detection methods. A design proposal was also presented in addition to the technology review. The design is for an autonomous robot which is capable of working in conjunction with canine demining units, with further implications for the development of a robotic unit capable of landmine detection.
    [Show full text]
  • Azerbaijan Və Digər Beynəlxalq Təşkilatlar Yanında to the UN Office and Other Daimi Nümayəndəliyi International Organizations in Geneva ______
    Azərbaycan Respublikasının Permanent Mission Cenevrədəki BMT Bölməsi of the Republic of Azerbaijan və digər beynəlxalq təşkilatlar yanında to the UN Office and other Daimi Nümayəndəliyi International Organizations in Geneva _______________________________________________________________________________ 237 Route des Fayards, CH-1290 Versoix, Switzerland Tel: +41 (22) 9011815 Fax: +41 (22) 9011844 E-mail: [email protected] Web: www.geneva.mfa.gov.az Intersessional meetings of the Anti-Personnel Mine Ban Convention Thematic session – Mandate of the President Statement delivered by Mr. Seymur Mardaliyev Deputy Permanent Representative of the Republic of Azerbaijan to the UN Office and other international organizations in Geneva Geneva, 22 June 2021 Mr. President, Let me start by congratulating you on your assumption as the President of the Nineteenth Meeting of the State Parties of the Anti-Personnel Mine Ban Convention and assure you of Azerbaijan’s full support to your mandate. Since its entry into force in 1999, the Ottawa Convention has made important contribution to addressing the humanitarian concerns caused by anti-personnel landmines. Azerbaijan endorses the purpose and objectives of the Convention and appreciates the humanitarian spirit reflected therein. Azerbaijan has always attached importance to humanitarian concerns arising from the use of anti-personnel landmines and has supported global efforts to resolve these concerns. Although not a State Party to the Convention, Azerbaijan has consistently voted in favour of resolutions on the implementation of the Ottawa Convention at the UN General Assembly proceeding from its principal position toward the indiscriminate danger landmines daily pose to people around the world, as well as importance for promoting the international humanitarian law.
    [Show full text]
  • Introduction to Mine Clearing Technology
    Introduction to Mine Clearing Technology ABSTRACT This paper presents the technologies and methods developed for mine clearing operations currently used by the military and humanitarian demining organisations. In any mine clearing operation, the operating environment and the type of threats are never the same. Thus, a single method or type of equipment rarely constitutes the most successful means of resolving the problem in terms of time, cost and effectiveness; a combination of tools is more commonly employed to ensure a successful mine clearing mission. This paper aims to give an introduction to and appreciation of the key mine clearing methods and equipment, and the key differences and considerations for military and humanitarian operations. The common methods of demining such as manual demining, explosive mine breaching and mechanical demining will be discussed. The design considerations for mine flails on mine clearing vehicles will also be presented. Tan Chun Gary Wong Hock Lye Bryan Soh Chee Weng Introduction to Mine Clearing 118 Technology Despite the initial development of mine INTRODUCTION clearing concepts as a form of countermeasure against mines during wartime, the real need History of Mines for mine clearing usually begins after the end of hostilities. This is attributed to the very Mines, derived from the Latin word ‘Mina’ nature of why mines were laid in the first place meaning ‘vein of ore’ was originally used to – to deter access to and use of land. Mines laid describe the digging of minerals from the during conflicts are rarely removed at the end earth. Over time, it has become a term used of the conflicts due to the lack of proper mine by military engineers to denote the explosives maps, markings, loss of such maps and markings they lay in the ground during battles.
    [Show full text]
  • Electro-Optic, Multi-Spectral, Detection of Scatterable Landmines
    IS&T's 2003 PICS Conference Electro-Optic, Multi-spectral, Detection of Scatterable Landmines John A. Coath and Mark A. Richardson Department of Aerospace, Power and Sensors Cranfield University, Royal Military College of Science Shrivenham, Swindon, Wilts, United Kingdom Abstract Ranger (UK), and SB-33 (Italy). All except Ranger have been widely deployed in Africa, the Falkland Islands, and Representative scatterable anti-personnel landmines have Afghanistan. been examined at electro-optical wavelengths from 200 nm Over the ultra-violet, visible and near-infrared portions to 14 µm. Diffuse and specular reflections have been of the electromagnetic spectrum, contrast may be defined measured and these results are compared with potential in terms of the reflectivities, R, of the target (mine) and backgrounds in which such anti-personnel mines could be background as: sown. From this data regions of particular interest due to − high contrast are extracted, and proposals are made for Rtarget Rbackground Contrast = (1) + exploitation for a simple, low-cost mine detector. In Rtarget Rbackground regions where there is inherent high clutter polarization discrimination is proposed to augment the contrast. The generally accepted threshold of visibility for the Experimental work to illustrate the practicability of these human eye is a contrast between 2% and 5%. devices has been undertaken and is presented here. In the far-infrared where scenes are typically emission dominated3 the contrast can be given as:- Introduction Power − Power The Ottawa Treaty of 19971 banning anti-personnel Contrast = target background (2) + landmines has had little influence on the perceived threat Powertarget Powerbackground that such devices pose as several major producers and suppliers have yet to sign and large areas of the globe are Mines are generally well camouflaged to visual still heavily contaminated with mines laid in previous observation, making them difficult to detect even at short decades.
    [Show full text]