Stuart, Neil

Roper, William

2017-01-10T10:08:19Z

2017-01-10T10:08:19Z

2016-11-28

Climate change and rising populations are increasing wildland fires globally. The use of Landsat imagery is well established for mapping fire scars. However in the tropics where most fires happen its use is constrained by rapid regrowth and high proportion of cloud cover. To overcome this we developed a method of using multiple differenced Normalised Burn Ratios throughout a single year. The enabled a largely complete mapping of burns for a given year, despite large areas of individual scenes being obscured. The method is demonstrated in three Protected Areas in Southern Belize which are predominantly savanna. We derive the extent of burning in for each single year and inter-annual frequency and variation over a ten year period from 2006 to 2015. We show that one of the Protected Areas had 25% greater burnt area on average over the ten years. This corresponded to a higher frequency of burning than the other protected areas where prescribed burning has been practiced over the last decade. Mapping to visualise burn frequency and extents were developed and tested with local land managers.

http://hdl.handle.net/1842/19493

en

The University of Edinburgh

Attribution-NonCommercial-ShareAlike 4.0 International

http://creativecommons.org/licenses/by-nc-sa/4.0/

Belize

Neotropical Savanna

Burn Scar Mapping

dNBR

Fire History Mapping

Burn Frequency Mapping Landsat

Time Series

Cloud Cover

Mapping fires in the lowland pine savannas of Southern Belize using non-sequential Landsat dNBRs

Thesis or Dissertation

Masters

MSc Master of Science

RESTRICTED ACCESS