Causes and consequences of error in digital elevation models

All digital data contain error and many are uncertain. Digital models of elevation surfaces consist of files containing large numbers of measurements representing the height of the surface of the earth, and therefore a proportion of those measurements are very likely to be subject to some level of e...

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Published inProgress in physical geography Vol. 30; no. 4; pp. 467 - 489
Main Authors Fisher, Peter F., Tate, Nicholas J.
Format Journal Article
LanguageEnglish
Published Thousand Oaks, CA SAGE Publications 01.08.2006
Turpin
Sage Publications
Sage Publications Ltd
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Online AccessGet full text
ISSN0309-1333
1477-0296
1477-0296
DOI10.1191/0309133306pp492ra

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Abstract All digital data contain error and many are uncertain. Digital models of elevation surfaces consist of files containing large numbers of measurements representing the height of the surface of the earth, and therefore a proportion of those measurements are very likely to be subject to some level of error and uncertainty. The collection and handling of such data and their associated uncertainties has been a subject of considerable research, which has focused largely upon the description of the effects of interpolation and resolution uncertainties, as well as modelling the occurrence of errors. However, digital models of elevation derived from new technologies employing active methods of laser and radar ranging are becoming more widespread, and past research will need to be re-evaluated in the near future to accommodate such new data products. In this paper we review the source and nature of errors in digital models of elevation, and in the derivatives of such models. We examine the correction of errors and assessment of fitness for use, and finally we identify some priorities for future research.
AbstractList All digital data contain error and many are uncertain. Digital models of elevation surfaces consist of files containing large numbers of measurements representing the height of the surface of the earth, and therefore a proportion of those measurements are very likely to be subject to some level of error and uncertainty. The collection and handling of such data and their associated uncertainties has been a subject of considerable research, which has focused largely upon the description of the effects of interpolation and resolution uncertainties, as well as modelling the occurrence of errors. However, digital models of elevation derived from new technologies employing active methods of laser and radar ranging are becoming more widespread, and past research will need to be re-evaluated in the near future to accommodate such new data products. In this paper we review the source and nature of errors in digital models of elevation, and in the derivatives of such models. We examine the correction of errors and assessment of fitness for use, and finally we identify some priorities for future research.
All digital data contain error and many are uncertain. Digital models of elevation surfaces consist of files containing large numbers of measurements representing the height of the surface of the earth, and therefore a proportion of those measurements are very likely to be subject to some level of error and uncertainty. The collection and handling of such data and their associated uncertainties has been a subject of considerable research, which has focused largely upon the description of the effects of interpolation and resolution uncertainties, as well as modelling the occurrence of errors. However, digital models of elevation derived from new technologies employing active methods of laser and radar ranging are becoming more widespread, and past research will need to be re-evaluated in the near future to accommodate such new data products. In this paper we review the source and nature of errors in digital models of elevation, and in the derivatives of such models. We examine the correction of errors and assessment of fitness for use, and finally we identify some priorities for future research. [PUBLICATION ABSTRACT]
Author Fisher, Peter F.
Tate, Nicholas J.
Author_xml – sequence: 1
  givenname: Peter F.
  surname: Fisher
  fullname: Fisher, Peter F.
  organization: Department of Information Science, City University, Northampton Square, London EC1V 0HB, UK
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  givenname: Nicholas J.
  surname: Tate
  fullname: Tate, Nicholas J.
  organization: Department of Geography, University of Leicester, University Road, Leicester LE1 7RH, UK
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Issue 4
Keywords fitness for use
visualization
error modelling
digital elevation model
uncertainty
digital surface model
laser methods
technology
Earth
interpolation
new data
corrections
collections
radar methods
errors
Physical geography
Methodology
Model
Error
Digital elevation model
Typology
Bibliography
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Snippet All digital data contain error and many are uncertain. Digital models of elevation surfaces consist of files containing large numbers of measurements...
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SubjectTerms Altitude
Areal geology. Maps
Bgi / Prodig
Earth sciences
Earth, ocean, space
Elevation
Errors
Exact sciences and technology
Geography
Geologic maps, cartography
Geomorphology
Geomorphology, landform evolution
Methods and techniques
Physical geography
Surficial geology
Technological change
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Title Causes and consequences of error in digital elevation models
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