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Murray Scown photo

Murray Scown

Associate Senior Lecturer

Murray Scown photo

Measuring spatial patterns in floodplains : A step towards understanding the complexity of floodplain ecosystems

Author

  • Murray Scown
  • Martin C. Thoms
  • Nathan R. De Jager

Editor

  • David J. Gilvear
  • Malcolm T. Greenwood GilvearThomsWood
  • Martin C. Thoms
  • Paul J. Wood

Summary, in English

This chapter focuses on measuring spatial pattern in floodplains and reviews 108 publications from 1934-2013 to determine trends, dominant paradigms, and approaches to measuring spatial pattern in floodplains. The development of new technologies, especially those associated with remotely sensed data capture, increases the ability to quantitatively measure the spatial complexity of floodplain surfaces. Satellite imagery, aerial photography and airborne laser scanning (LiDAR) now provide quantitative numerical data on many physical and biological attributes of floodplain ecosystems, at increasingly fine resolutions and over vast spatial extents. The chapter provides a case study that highlights the importance of considering scale, self-emergence, spatial organisation, and location when measuring spatial pattern in floodplains. Measuring spatial pattern is one of many steps towards understanding how floodplain ecosystems will respond to increasing pressures, identifying thresholds between multiple stable states, and maintaining the diversity of components, interactions, and feedbacks.

Publishing year

2016

Language

English

Pages

103-131

Publication/Series

River Science : Research and Management for the 21st Century

Document type

Book chapter

Publisher

John Wiley & Sons Inc.

Topic

  • Other Earth Sciences (including Geographical Information Science)

Keywords

  • aerial photography
  • airborne laser scanning
  • floodplain ecosystems
  • floodplain spatial pattern
  • satellite imagery
  • spatial organisation

Status

Published

ISBN/ISSN/Other

  • ISBN: 9781118643525
  • ISBN: 9781119994343