AIM Activities;
Past 20 Years and Next 20 Years
Prof. Tae Yong Jung (Yonsei Univ.)
Prof. DongKun Lee (Seoul Nat. Univ.)TABLE OF CONTENTS
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02

Past 20 Years

Next 20 Years

Prof. DongKun Lee

Prof. Tae Yong Jung

Past 20 Years
1996•

Korea’s Emission Model and Preliminary
Simulation Analyses

1997

•

Progress in AIM/Emission Model: Korea

1998

•

Application of Emission Model inKorea

2001

2004

2005

••

•
•

1999

2000

••

The 2000-2005 Plan of AIM Project :Proposal from Korea

Activities in the Fiscal Year 1999 inKorea

2006•••Activities in the Fiscal Year 2000 inKorea-Database and AIM/local-

Economic and Emissions Modelling:
Country Model in Korea

Global Warming and Monthly Water
Balance Change in Korea
Emission Inventory and Modelling:
Country Model in Korea

Activities in the Fiscal Year 2005 in Korea
Prediction of Forest Vegetation using
Regional Climate Model in South Korea
Data Availability and Feasibility in Korea

2007•Comparison of CO2 Mitigation Costs An Application of AIM/Enduse Model,
Korea -•

Impact Assessment of Vegetation by
Climate Change in Korea

2009

••

LCS Scenario: Korea
Prediction of forest vegetation
distribution; based on landcoverchange2011•What we have done last 20yrs, What wewill do in next 20yrs•The Vulnerability Assessment for Local
Adaptation to Climate Change inKorea
Korea
LowCarbon
Society
Development Towards 2030 in
Gyeonggi, South Korea
Climate change and local adaptation inKorea

20082012••

Past 20 Years
2015

•
•

TowardCOP21inParis:
INDCs(Korea)
Assessing Climate Change Impact forForest
SectorConsidering
Uncertainties -Case Studies for•2015

•Landslides and Biomass-••

Development of Climate Change
Impact and Vulnerability Assessment
Integrated Model for the Korean
Environmental
SpatialPlanning
Strategy -Establishing the Initial••

Conceptual Structure-•

GHG and Air Pollution Emissions inKorea, 2010-2100 -Focused on Transport

Climate Change Impact Assessment
Considering
Uncertainties
andIntegrated Modeling: Recent Research
Progress in Republic of Korea
Identifying the Candidate Protected
Area for Adapting to Climate Change
Evaluating Landslide Hazard Areas
Considering Uncertainty of Spatial
Distribution Models
ClimateChange
Vulnerability
Assessment for the Industry Sector
GHG and air pollution emissions inKorea, 2010-2100 -Focused on Industrial2019••••

Discussion of long-term, low-emission
pathways in Korea
Developing decision supporting systems for
local adaptation planning in Korea
Assessing future heatwave risk change
considering climate change scenarios
Systematic conservation planning forconserving
amphibians
consideringbioenergy potential and climate change

GHG and air pollution emissions inKorea, 2010~2100 -Focused onFuture GHG and Air-pollutant emission
range consistent with the RCP andSSP in Korea

Commercial Sector-••

Sector-•

Sector-••2018

Low Carbon Society Scenario 2050 inKorea
Strategizing Decision Support System forLong-term Local Climate Adaptation
Planning2020•

Supporting customized decision making inprioritizing climate adaptation options for
local governments in Korea

2022

•

Securing Climate Resilience in Urban
Space Using Technology Assessments andDecision-making Support SystemEstimating GHG and Air Pollutant withSSP Scenario: Case Study of Republicof Korea

2017

•

Assessment of GHGs and SLCPs
emissions by combination of NDC and
SSP scenarios in Korea

Past 20 Years

Next 20 Years
1. Evaluation of technology on securing climate resilience in urban space

and the development of the decision-making support system

Next 20 Years
2. Development for Global Integrated Model for GHG Mitigation