@phdthesis{2458bd006ecd482a84c3dbd64d0dbb83,
title = "A landscape-scale assessment of fire severity and flowering of the eucalypt species Corymbia calophylla of southwest Australia",
abstract = "This thesis develops remote sensing tools to better understand forest reproduction and fire ecology in southwest Australia. A modelling framework was applied to the eucalypt forest species Corymbia calophylla. It consists of three models to 1) detect crown-scale C. calophylla flowering across the landscape and 2) produce a 16-year history of gridded fire severity. The outputs of these models were used to 3) isolate and estimate the causal effects of fire on C. calophylla flowering. Understanding the negative effects of fire on a species' reproduction will be essential to maintaining forests and all that they provide.",
keywords = "Remote Sensing, Forest Ecology, Fire Ecology, Plant Phenology, Spatial Analysis, Eucalyptus, Honey Bee, Satellite",
author = "Daniel Dixon",
year = "2022",
doi = "10.26182/nhxn-2994",
language = "English",
school = "The University of Western Australia",
}