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Evaluation of digital photography as a tool for field monitoring in potentially inhospitable environments

By Jacqueline Anne Gilbert and Kevin Richard Butt


Efficient and accurate vegetation monitoring is essential for successful assessment of upland moorland restoration. Working conditions on open moorland may be difficult, and surveying and monitoring of vegetation problematic. Image capture by digital photography, with subsequent computer analysis, was used to monitor Calluna vulgaris post-wildfire. Problems, for example picture warp, associated with close range photography of quadrats, were overcome. Digital imagery measurements of vegetation cover showed no\ud significant difference compared with a traditional point quadrat method

Topics: F750, C100
Publisher: International Mire Conservation Group and International Peat Society
Year: 2009
OAI identifier:
Provided by: CLoK

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  1. (1985). A photographic technique for repeated mapping of rangelands: Plant populations in permanent plots.
  2. (1924). An apparatus for photographic recording of quadrats.
  3. (2004). Burning issues: lessons from natural regeneration after wildfire’.
  4. (2008). Calluna vulgaris regeneration on upland moorland post-wildfire.
  5. (1992). Cellular automation models of interspecific competition for space - the effect of pattern on process. doi
  6. (2000). Close-range vertical photography for measuring cover changes in perennial grasslands.
  7. (1931). Den skandinaviska bokskogens biologi (The ecology of the Scandinavian beechwoods). Svenska skogsvårdsföreningens tidskrift, 29, 179–532 (in Swedish).
  8. (1996). Determination of plant species cover by means of image analysis.
  9. (1994). Digital Image Processing: Principles and Applications.
  10. (2000). Digitised photographs in vegetation analysis - a comparison of cover estimates. doi
  11. (2005). Distribution
  12. (2003). Ecology, Tourism and Access,
  13. (2003). Effects of sampling terms and estimation methods on the assessment of plant cover.
  14. (2000). Evaluation of digital photography for estimating live and dead aboveground biomass in monospecific maycrophyte stands. doi
  15. (1997). Evaluation of method for estimating vegetation cover in a simulated grassland sward.
  16. (1985). Experimental estimates of census efficiency and pseudoturnover on islands: Error trend and between observer variation when recording vascular plants.
  17. (2009). final revision 07
  18. (2006). Linking restoration to the wider landscape: A study of a bracken control experiment within an upland moorland landscape mosaic in the Peak District, UK. Landscape and Urban Planning, doi
  19. (2005). Mapping and characterising subtropical estuarine landscapes using aerial photography and GIS for potential application in wildlife conservation and management. doi
  20. (1989). Measurements for Terrestrial Vegetation.
  21. (1940). On the errors in the ordinary use of subjective frequency estimations in grassland.
  22. (2006). Relationship between insect density and plant damage for the golden loosestrife beetle, Galerucella pusilla, on purple loosestrife (Lythrum salicaria).
  23. (2007). Riparian monitoring using 2-cm GSD aerial photography.
  24. (1965). Significance of major moorland fires.
  25. (1951). Some considerations in the use of point quadrats for the analysis of vegetation.
  26. (1971). The Description and Classification of Vegetation. Universtiy of Washington Press,
  27. (1981). The dynamics of a colonizing population of Poa annua.
  28. (1990). The ecology of severe moorland fire on the North York Moors: Effects of the 1976 fires and subsequent surface and vegetation development.
  29. (1992). Vegetation Description and Analysis: a Practical Approach.
  30. (2000). Version 9.9, Adobe Systems Incorporated,

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