Hi Prayoto,

Modelling wild fires is a complex activity which needs to link meteorological conditions, drought conditions, fuel load in the field, house vulnerability to fire and indeed human behaviour. One of those models is the "Fire Impact and Risk Evaluation Decision Support Tool" (FireDST) a model developed by Geoscience Australia a few years ago. A good description of the model is here:

https://www.researchgate.net/publication/259197919_FireDST_Fire_Impact_and_Risk_Evaluation_Decision_Support_Tool_-_model_description

Hope it helps,

Augusto

Hi Prayoto,

I hope that the attached papers will be of some assistance to you.

Tomas

Thank you so much, i will start to make review paper about peatland fire (climate and human factor)

Hi Prayoto,

Here are a couple additional papers that may be helpful. However, the literature is quite deep on this topic, and will require a comprehensive search and review. - there are a few paleoecological studies which have found charcoal in deep peat cores, indicating periods of drought and perhaps human-influenced fire events over the past few thousand years in Kalimantan. Peat drainage creates anthropogenic drought conditions on the peat surface so that dryland species can be grown (Acacia, Oil Palm, Rubber, etc) so fires are now much more frequent and severe, further exacerbated by hydroclimatic drought brought on by El Nino conditions. So human-climate interactions are key determinants of fire and C emissions from peatland landscapes.

This is a very interesting and important topic. Good luck.