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Regional SEA Wildland Fire Science & Management Network & The Challenges to Reduce GHG Emission Due to Forest Fires at Regional Level

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Page 1: Regional SEA Wildland Fire Science & Management Network & The Challenges to Reduce GHG Emission Due to Forest Fires at Regional Level
Page 2: Regional SEA Wildland Fire Science & Management Network & The Challenges to Reduce GHG Emission Due to Forest Fires at Regional Level
Page 3: Regional SEA Wildland Fire Science & Management Network & The Challenges to Reduce GHG Emission Due to Forest Fires at Regional Level
Page 4: Regional SEA Wildland Fire Science & Management Network & The Challenges to Reduce GHG Emission Due to Forest Fires at Regional Level
Page 5: Regional SEA Wildland Fire Science & Management Network & The Challenges to Reduce GHG Emission Due to Forest Fires at Regional Level
Page 6: Regional SEA Wildland Fire Science & Management Network & The Challenges to Reduce GHG Emission Due to Forest Fires at Regional Level
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Page 11: Regional SEA Wildland Fire Science & Management Network & The Challenges to Reduce GHG Emission Due to Forest Fires at Regional Level

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SOUTHEAST ASIA ISSUE ON THE FOREST FIRE RESEARCH

Fire and emission regarding the greenhouse gas produced during biomass burning from different land-use

Modelling the greenhouse gas produce during burning its content and dispersion

The changing of Land use by using fire and the greenhouse gas produced

The role of moratorium fire and logging increased above ground biomass and carbon stock

Wildfire and carbon management in peat firesReduction emission through community based forest fire

managementContributing carbon emission reduction by monitoring and

controlling wildfire

Page 29: Regional SEA Wildland Fire Science & Management Network & The Challenges to Reduce GHG Emission Due to Forest Fires at Regional Level

Fire fighting using MODIS hotspotThe impact of prescribed fire to the small scale

agriculture on peatEvaluation of burned area and carbon emission in Mega

Rice Project GHG inventory at different land use due to fireTrace gas produce during burningThe impact of fire to the wildlifeUsing canal blocking to give better environment for

burned peat swamp forest

Page 30: Regional SEA Wildland Fire Science & Management Network & The Challenges to Reduce GHG Emission Due to Forest Fires at Regional Level

Table Percentage articles classified in related forest fire topics (Ainuddin et al, 2011)Topic No. of articles PercentageFire impact 127 17.4Atmospheric pollution 96 13.1Remote sensing 96 13.1Fire ecology 76 10.4Policy 40 5.5Human-Fire interaction 39 5.3Carbon 37 5.1Fire management 30 4.1Fire technology 29 4.0Forest fuel 27 3.7Palaeoclimatogy and palaeoecology 20 2.7Fire risk assessment 19 2.6Forest rehabilitation 19 2.6Biomass emissions 16 2.2Forest landscape 15 2.1Fire climate 10 1.4Climate change 9 1.2Fire history 9 1.2Fire modeling 9 1.2Atmospheric chemistry 6 0.8Biogeography 2 0.3

Page 31: Regional SEA Wildland Fire Science & Management Network & The Challenges to Reduce GHG Emission Due to Forest Fires at Regional Level

Table Number of articles published in respective Journals (Ainuddin et al, 2011)

Journal Title No. of articles Percentage

Atmospheric Environment 42 5.8Journal of Geophysical Research D: Atmospheres 38 5.2Chinese Journal of Applied Ecology 23 3.2Forest Ecology and Management 23 3.2International Journal of Remote Sensing 14 1.9

Mitigation and Adaptation Strategies for Global Change

14 1.9

Journal of Natural Disasters 13 1.8Ecological Research 12 1.6Biodiversity and Conservation 9 1.2Chinese Journal of Ecology 9 1.2Beijing Linye Daxue Xuebao / Journal of Beijing Forestry University

8 1.1

International Journal of Wildland Fire 8 1.1Journal of Forest Research 8 1.1Palaeogeography, Palaeoclimatology, Palaeoecology 8 1.1Atmospheric Chemistry and Physics 7 1.0Ecological Modelling 7 1.0Environmental Monitoring and Assessment 7 1.0Journal of Tropical Forest Science 7 1.0Nature 6 0.8