Matthew Brookhouse

Senior Lecturer
Assoc. Dip. App. Sci. (Horticulture), B.Sc. (Forestry) (Hons), PhD (Dendroclimatology)

Content navigation

About

Dr Matthew Brookhouse completed a BSc (Forestry) Honours at ANU in 1997 and returned to the ANU in 2003 after six years designing and implementing growth and yield studies, and forest inventory protocols in Victoria's commercial native forests.

After receiving his PhD (2008) and two postdoctoral research projects focussed on the use of forest structural complexity for landscape planning and dendrochronological reconstrcution of river flow in Victoria, he accepted a position as Lecturer in Ecological Modelling and Measurement at the Fenner School of Environment & Society. In 2012 Dr Brookhouse commenced a dual appointment between the Research School of Biology (Farquhar Lab) and Fenner School and conducted research aimed at understanding water use in regenerating mountain ash forests and [CO2] responsiveness in commercial forest species.

In 2018 he was permanently appointed as a Senior Lecturer in the Fenner School and currently teaches first-year research methods, with a specific focus on helping students make the important connection between the theory of inferential statistics and their application.

Dr Brookhouse continues to explore the genotype-by-[CO2] interactions in eucalypt species and has ongoing dendrochronological, and silvicultural research interests. He also leads the collaborative research efforts focussed on understanding wood-borer induced dieback of snow-gum woodland in the Australian Alps.

Affiliations

Research interests

  • Plant physiology
  • Sub-alpine ecology
  • Dendrochronology
  • e[CO2] responsiveness
  • Stable isotopes
  • Natural Resource Management
  • Palaeoclimatology
  • Palaeoecology
  • Plant Physiology
  • Archaeological Science
  • Terrestrial Ecology
  • Tree Nutrition And Physiology
  • Landscape Ecology
  • Forestry Sciences.

Teaching information

Current student projects

White, T. The potential of an abscisic acid mimic to reduce drought stress in urban trees. PhD thesis

Past student projects

Soraya, E. (in review) Growth response of eucalypt regrowth forest to thinning and fertiliser application. PhD thesis.

Location

Geography Building (48A)