Victoria's result of forest to make better forest carbon productivity, management which decision based The University underpins on a stronger: of Melbourne most understanding ecosystem of the services, and management therefore an options for, integrated and the drivers value. of, maintained Therefore, or enhanced maintaining forest and enhancing productivity forest carbon and health is central to sustaining (represented healthy and by forest productive carbon as an forests in integrated accordance biophysical with value) sustainable basis for forest reporting management carbon store objectives. changes to be Temperate best placed for forests like future carbon those in market Victoria are an opportunities important (through component of improved the global quantification forest carbon of forest sink and carbon Australia has estimates, made including in the international largest stores) commitments to report for changes in quantifying, that sink in line representing with efforts to and mitigate communicating climate risks posed by change, so it is different important that drivers (e.g. we understand climate, fire) to the size of our forest carbon forest carbon and underlying assets (i.e. productivity how much carbon is and resilience stored), how (through resilient those identification assets are to and emerging fire quantification
Victoria's forest carbon The University of Melbourne result of forest productivity, which underpins most ecosystem services, and therefore an integrated value. Therefore, maintaining and enhancing forest carbon is central to sustaining healthy and productive forests in accordance with sustainable forest management objectives. Temperate forests like those in Victoria are an important component of the global forest carbon sink and Australia has made international commitments to report changes in that sink in line with efforts to mitigate climate change, so it is important that we understand the size of our forest carbon assets (i.e. how much carbon is stored), how resilient those assets are to emerging fire to make better management decision based on a stronger: understanding of the management options for, and the drivers of, maintained or enhanced forest productivity and health (represented by forest carbon as an integrated biophysical value) basis for reporting carbon store changes to be best placed for future carbon market opportunities (through improved quantification of forest carbon estimates, including in the largest stores) for quantifying, representing and communicating risks posed by different drivers (e.g. climate, fire) to forest carbon and underlying productivity and resilience (through identification and quantification
Science-Catalogue-17-18_final-web-accessible.docx