GIS in Mine Action GIS in Mine Action DE SANTIS Angela | GICHD - - PowerPoint PPT Presentation

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GIS in Mine Action GIS in Mine Action DE SANTIS Angela | GICHD - - PowerPoint PPT Presentation

GIS in Mine Action GIS in Mine Action DE SANTIS Angela | GICHD Management Consulting 08/05/2014 Page 1 Five pillars of Mine Action Humanitarian Advocacy Mine Risk Education Victim Assistance Victim Assistance Stockpile Destruction


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SLIDE 1

GIS in Mine Action GIS in Mine Action

Page 1 DE SANTIS Angela | GICHD – Management Consulting 08/05/2014

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SLIDE 2

Five pillars of Mine Action

Humanitarian

Mine Risk Education Advocacy Stockpile Destruction Victim Assistance

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Stockpile Destruction Victim Assistance

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SLIDE 3

The Global Landmine and ERW Problem

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SLIDE 4

GIS and RS in Mine Action

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SLIDE 5

GIS and RS in Mine Action

  • Effective decision-making in mine action is driven by

geographic factors geographic factors

INFRASTRUCTURES POPULATION DISTRIBUTION VEGETATION

SHA / CHA

TERRAIN

MI NES/ ERW

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MI NES/ ERW I MPACT

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SLIDE 6

Applications in Mine Action

  • generate intuitive maps at various scales,

eg, for operators in the field and for strategic eg, for operators in the field and for strategic stakeholders at country level

  • increase

the accuracy

  • f

area size

  • increase

the accuracy

  • f

area size calculations

m 2

  • improve prioritisation and planning of field
  • perations
  • help model the nominal operational difficulty
  • f demining and determine which assets are

suitable for a given task

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suitable for a given task

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SLIDE 7

Main info shown in 2D overview maps

  • Geographic location of hazards,

population, IDPs, infrastructures, working teams

  • Historical information about

hazardous areas

  • Local conditions: terrain,
  • Local conditions: terrain,

weather, accessibility, traffic, security, logistical constraints

  • Task management: number and

Representation of every hazardous area

  • Task management: number and

type of assets deployed in an area

Representation of every hazardous area by a polygon delimiting its boundaries, and/or by a point symbol marker at its central XY coordinates

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SLIDE 8

Base map for planning purposes

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SLIDE 9

Mine presence/absence Indicators

Road/path not longer in use (Bosnia & Herzegovina) 1996 2005

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SLIDE 10

Mine presence/absence Indicators

Land use change (Bosnia & Herzegovina) 2005 2011

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SLIDE 11

Land use change maps

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Activity maps

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Contamination density maps

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3D analysis

  • Easy generation of 3D surfaces using RS data and

GIS tools GIS tools

  • Advantages of the 3D analysis:

– increase the accuracy of area size calculations of contaminated surfaces; – more realistically assess the operational difficulty of demining in a region by integrating slope and demining in a region by integrating slope and elevation into the analysis; – better prepare field operations; – determine the potential location of mines that may – determine the potential location of mines that may have moved over time through water run-off or surface movement; and – report on demining activities in a more visually

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– report on demining activities in a more visually intuitive manner.

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SLIDE 15

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SLIDE 16

Example of 3D map

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Analysis of accessibility

  • Best route between two points
  • Best route between two points

according to terrain conditions (slope, land cover, road quality), season, temporary/permanent season, temporary/permanent blockages, hazardous areas

  • Improvement of the logistical

efficiency

  • Applicable to road clearance

management (analysis of impacts)

Page 17 DE SANTIS Angela | GICHD – Management Consulting 08/05/2014

impacts)

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Prioritising Activities and Evaluating Costs Evaluating Costs

  • Combining different data sources and spatial relationship between
  • Combining different data sources and spatial relationship between

features (i.e. proximity) to:

– prioritise hazard clearance – prioritise hazard clearance – determine time and effort for clearance by integrating local terrain and infrastructure conditions – decide most suitable asset by comparing different scenarios under similar – decide most suitable asset by comparing different scenarios under similar terrain conditions; – have better knowledge of the accessibility of a hazardous area – assess the degree of clearance difficulty on the basis of quantifiable terrain – assess the degree of clearance difficulty on the basis of quantifiable terrain criteria (cost evaluation)

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5D:Determining and Displaying the Degree of Operational Difficulty of Degree of Operational Difficulty of Demining

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SLIDE 20

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Low difficulty Medium difficulty High difficulty Very High difficulty

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SLIDE 21

Multi Criteria Analysis (MCA)

POPULATION DISTRIBUTION INFRASTRUCTURES DISTRIBUTION VEGETATION

SHA / CHA

TERRAIN

SPATIAL PROXIMITY PROXIMITY

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Several options…

  • MASCOT: mine action scoring tool (GICHD-UNIGE)

http://www.unige.ch/sig/outils/MASCOT.html

  • GIS-based Multi-Criteria Analysis of priority selection in

humanitarian demining- EU funded Tiramisu project http://tiramisu.maps.arcgis.com/home/ http://tiramisu.maps.arcgis.com/home/

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Conclusions

Advantages of RS and GIS

– Low risk – Low cost ** – Multitemporal – Consistent – Consistent – Objective – Systematic – Systematic

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SLIDE 24

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