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AIM modeling activity FY2012-FY2013 The 18 th AIM International - - PowerPoint PPT Presentation

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AIM modeling activity FY2012-FY2013 The 18 th AIM International Workshop December 15, 2012 NIES, Tsukuba, Japan Yuzuru Matsuoka Tabl able of of Cont onten ents 1. 1. Model odels i in n AIM model odel fam amily oper operat ating g

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SLIDE 1

AIM modeling activity FY2012-FY2013

Yuzuru Matsuoka

The 18th AIM International Workshop December 15, 2012 NIES, Tsukuba, Japan

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SLIDE 2

Tabl able of

  • f Cont
  • nten

ents

AIM modeling activity, FY2012-2013 2

1.

  • 1. Model
  • dels i

in n AIM model

  • del fam

amily oper

  • perat

ating g FY FY2012 2012 2.

  • 2. An

n Int ntrod

  • duc

uction of n of new new mem embe bers i in n AIM model

  • del f

fam amily i in n FY FY2012 2012 -2013 2013 3.

  • 3. Low

Low Car arbon P bon Pol

  • licy Action
  • ns (

(LC LCP-As) and and suppo upporting ng t tool

  • ols

4.

  • 4. Model
  • del appl

applicat ation

  • ns i

in n FY FY2012 and 2012 and FY FY2013 2013 5.

  • 5. B

Broc

  • chu

hures publ publishe hed/up upda dated ed in n 2012 2012

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SLIDE 3

Model

  • dels i

in n AIM model

  • del f

fam amily opera

  • perating F

FY2012 2012

  • AIM/CGE(Global/National):

: One/multi-regi

gional

  • nal CGE mode
  • del.

Int nteg egration pl plat atform with h whi hich el elem ement mod

  • dels ar

are e sof

  • ft-lin

inked ac according to

  • anal

analytical obj

  • bjects. Globa
  • bal and

and Nat ational scales. Two versions ar are now now in n oper

  • perational stage

age; MPSGE ver ersion and and MCP ver ersion

  • n
  • AIM/Enduse(Global/National):

: One

ne or

  • r mul

ulti-reg egion

  • nal

al, mu mult lti- sec ector

  • ral

al bot bottom

  • m-up type

pe ene energy end end-us use e mode

  • del. Integration platform of

ener ergy gy service’s gener erat ation

  • n proc
  • ces

esses es, ener ergy gy technol hnology

  • gy

dev development, and and LC LCS pol

  • policies. Globa
  • bal, nat

national, and and loc

  • cal scales.
  • Extended snapshot tool (ExSS):

: A

A tool

  • ol for
  • r int

nteg egrating futur ure e econom

  • nomic, indus

ustrial al, social al and ener ergy gy policies es, using ng social al ac accounting mat atrices, trad ade mat atrices, ener energy bal balan ance tabl ables, ener energy techn hnol

  • logi
  • gies

es, regional

  • nal ener

ergy gy resour

  • urces

es information.

  • n. Now
  • w, cov
  • vers al

all mos

  • st al

all sec ectors on

  • n GHG em
  • emissions. Singl

ngle/Multi-regi egion

  • nal

al accou

  • unt

nting ng type e tool.

3 AIM modeling activity, FY2012-2013

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SLIDE 4

Mo Models in n AIM M mod model fami amily ope

  • perating FY20

2012 (cont

  • ntinu

nued ed)

  • Back-casting model/Tool (BCM/BCT): A model

del for designi gning ng roadm dmaps aps towar ards ds low carbon bon societ eties

  • es. Dynam

amic

  • ptimi

mization type model.

  • AFOLU models: Two
  • type

pes ar are now now dev developed. AFOLU LU-A: A new new mode

  • del for
  • r AFOLU

LU sec ector’s ac activity, whi hich des describes the he dr driving for

  • rces of
  • f AFOLU

LU sec ectors with h agr agriculture and and for

  • restry

pol policies, food,

  • od, feed,

eed, bi bio-energy, indu ndustrial ac activities, and and land and-us use e balanc nces es. AFOLU LU-B: AFOLU LU sec ector’s GHG em emission red eduction mode

  • del with

h bottom-up p technol hnology

  • gy coupl

uplings ngs.

  • Element models: Model

dels of spec ecific mecha hani nisms of social al- ec economic pr processes and and ene energy ser ervice dem demand, suc uch as as mac acro- econ

  • nom
  • my, dynam

namic demogr

  • graph

aphy, buildi ding ng dynam amics, traffic demand and, mat aterial stoc

  • cks and

and flow

  • w, agr

agriculture for

  • restry and

and land and-us use e activity.

4 AIM modeling activity, FY2012-2013

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SLIDE 5

An n Int ntroduction of

  • f new

new mem members in n AIM M mod model fami mily in FY2 Y2012 012 -2013 13

AFOLU-A model

Agriculture, Forestry and Other Land-use Activity model

LCP-Action T

  • ols

T

  • ols for designing and managing Low Carbon

Policy and connecting models’ output with policy actions

5 AIM modeling activity, FY2012-2013

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SLIDE 6

AF AFOLU LU-A A model

  • del

Agriculture, Forestry and Other Land-use Activity model

 For projection of activity levels of AFOLU sectors and GHG

emissions from these sectors

 Simple accounting type tool, based on land use accounting

table, food balance table and biomass balance table

 Agriculture and forestry activities are consistent with socio-

economic variables from other models, i.e. ExSS, CGE

 Considering production, consumption, import and export of

forestry and agriculture products including bio-energy crops

 GAMS linear/non-linear program  Developed by K.Gomi and

Y.Matsuoka

 Now, applying to national and regional studies of Indonesia

6 AIM modeling activity, FY2012-2013

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SLIDE 7

AF AFOLU LU-A A model

  • del

Its Modules & variables Forestry module Energy module

  • Crop production
  • Head of livestock
  • Biofuel production
  • Timber production
  • Degraded forest area
  • Deforestation area
  • Protected area
  • Biofuel

demand & supply

  • Population
  • Industrial output
  • Transport demand
  • Food & feed

demand & supply

  • Population
  • Population
  • Urbanization
  • Industrial output
  • Agro waste

generation

  • Renewable

energy

  • Wood products

demand & supply

Socio-economic module Waste module

  • Fuel wood

demand

Bioenergy module

  • Agricultural

residue

  • Fuel crop

production

Landuse module Agriculture module

7 AIM modeling activity, FY2012-2013

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SLIDE 8

AFOL OLU-B mode model

Agriculture, Forestry and Other Land-use sectors’

Bottom-up type emission reduction model

 Technology based bottom-up type model, which consist of Agriculture/

Livestock module and FOLU module

 Calculates GHG emission mitigation potentials and combinations of

mitigation technologies in AFOLU sectors, which minimize the net financial costs under arbitrary given conditions.

 Two types of optimization scheme, 1) Time sequential optimization, 2) Over

the entire period optimization

 Requires information on 1) GHG emission reduction technologies, 2) Future

scenarios of productions of agriculture, livestock and forestry and land-use change, 3) Scenarios of prices of commodities and energy, 4) Policy scenarios on GHG emission tax, energy tax rate, subsidies etc.

 Developed by T.Hasegawa and Y.Matsuoka  Applied to national studies of Vietnam, Malaysia, Indonesia, and Bangladesh 8 AIM modeling activity, FY2012-2013

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SLIDE 9

Coupl upling o g of Ex ExSS SS, AFO AFOLU-A and AFO and AFOLU-B

AIM modeling activity, FY2012-2013 9

ExSS

  • Demographic and Labor Force

Accounting

  • Economic, Industrial and Trade

Accounting Matrix

  • Transport demand and Supply
  • Energy demand and Supply
  • Energy saving and emission reduction

technologies

GHG emission projection and reduction potential

AFOLU-A

  • Agriculture, Livestock, Forestry activities
  • Biomass energy production
  • Bio-waste accounting
  • Landuse accounting

AFOLU-B

Low Carbon Policy Actions GHG emission projection and reduction potential

  • Emission reduction technologies
  • Energy saving technologies in AFOLU
  • Emission from LULC

Low Carbon Policy Actions Low Carbon Policy Actions

GHG emissions, Energy consumption and Solid Waste disposal in Residential, Commercial, Industrial, Transportation, and Power sectors GHG emissions, Biowaste generation from AFOLU sectors

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SLIDE 10

AIM modeling activity, FY2012-2013 10

Enduse (Abridged version) ExSS

  • Demographic and Labor Force

Accounting

  • Economic, Industrial and Trade

Accounting Matrix

  • Transport demand and Supply
  • Energy demand and Supply

GHG emission projection and reduction potential

AFOLU-A

  • Agriculture, Livestock, Forestry activities
  • Biomass energy production
  • Bio-waste accounting
  • Landuse accounting

AFOLU-B

  • Emission reduction technologies
  • Energy saving technologies in AFOLU
  • Emission from LULC

Low Carbon Policy Actions

  • Emission reduction technologies in Non

AFOLU sectors

  • Energy saving technologies in non AFOLU

sectors

Coupl

  • upling of

ng of Ex ExSS SS, A AFO FOLU LU-A and and AFO FOLU LU-B

As an an int nteg egrated des design and and as assessment tool

  • ol for
  • r Low Carbon

bon Policies es

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SLIDE 11

Up to now, we proposed many “Low Carbon Policy Actions (LCP-As)”

AIM modeling activity, FY2012-2013 11

For example,

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SLIDE 12

“Low Carbon Policy Actions (LCP-As)” and related LCD framework, such as NAMA

AIM modeling activity, FY2012-2013 12

Low Carbon Policy Actions (LCP-As)

UNEP Riso Centre, 2011, A primer on framing NAMA in Developing Countries

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SLIDE 13

Low Carbon Policy Actions (LCP-As)

 LCP-A is a deliverable-

  • riented grouping of

elementally programs that

  • rganizes and totals the

scope of the LCP .

 Overall structure of LCP-As

is shown with its Work Breakdown Structure (LCP- Action Breakdown Structure). It is a graphical format of hierarchically displaying deliverable measures and projects, which are further broken down into more detailed deliverables.

An example of LCP-ABS from IMLCSBP 13 AIM modeling activity, FY2012-2013

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SLIDE 14

Hier erar archy hy o

  • f LCPAs syst

stem em

Quantifie d

  • bje c tive s

L CPAs Sub- ac tions Me asur e s

Prog ra ms

0 L

CP ta rg e ts, suc h a s 50% c ut in c a rb o n e missio n inte nsity, c re a tio n o f 100,000 ne w jo b b y 2030

1.0 Po lic y Ac tions ne e de d to a c hie ve the

Qua ntifie d o b je c tive s o f the L CP

1.1.1 Suba c tions/ Me a sure s a re de ta ile d

b re a kdo wn a nd inte rpre ta tio n o f a c tio ns into stra te g ie s with a c le a re r imple me nta tio n dime nsio n

1.1.1.1 Prog ra ms – Spe c ific a c tivitie s,

de live ra b le s, fro m whic h re so urc e re q uire me nts, b udg e t, imple me nta tio n a g e nc ie s a nd dura tio n ma y b e ide ntifie d/ e stima te d

14 AIM modeling activity, FY2012-2013

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SLIDE 15

LCP LCP-Actio ion T Tools ls

Tools for designing and managing LCP-As

 LCP-A tools are for

Connecting outputs of models with LCP-As quantitatively Monitoring and management of LCP-As progress

 They are composed of

・ LCP Policy/Action Reference Database ・ LCP-A Breakdown Structures (LCP-ABS, formerly called WBS) ・ LCP-A Specification Cards (LCP-ASPEC) ・ LCP-A Design Structure Matrix (LCP-ADSM) ・ Tool for attributing LCP Quantified targets to each Action program (Action program’s RIPPLE effect) (LCP-ARIPPLE) ・ LCP-A Backcasting tool (LCP-ABCT)

15 AIM modeling activity, FY2012-2013

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SLIDE 16

LCP CP-Actio ion Specif ific icatio ion Cards (LCP CP-ASPE SPEC)

Dictionary of a LCP-Action Breakdown Structure

 Describes the Scope statement,

Workflow, Timeline of implementation, Required resource, Costing, Implementation organization, Stakeholders, SWOT*, Current status (where you are / how much is done /not done) of the Actions/Projects

 In order to discuss/analyze the

Detailed design, Progress management, Sharing and communicating of the relevant information among research groups, implementation agencies and stockholders

* SWOT: Strengths, Weaknesses, Opportunities, and Threats An example from IMLCSBP case 16 AIM modeling activity, FY2012-2013

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SLIDE 17

LCP CP-Action

  • n Design

n St Struc uctur ure e Matri rix (LCP-AD ADSM SM)

 LCP-ADSM shows relations and interactions among programs in

LCP-ABS and crucial parameters/variables/output measure which influence quantified targets of LCPAs, with compact, easily scalable, and intuitively readable representation

 LCP-ADSM is a DSM*1, which has a structure of MDM*2 with

four domains*3 , i.e. Player/Actor, Program/Action, Crucial parameter, and Quantified target

*1 DSM (Design Structure Matrix) is a network modeling tool to represent the elements comprising a system and their interactions *2 MDM(Multidomain Matrix) is an extension of DSM modeling in which two or more DSM models in different domains are represented simultaneously. Each single-domain DSM is on the diagonal of the MDM, and the off- diagonal blocks are DMMs *3 Domain is a realm of the elements comprising a DSM model of a system (e.g., product, process, organization, etc.). *4 DMM (Domain Mapping Matrix) is a non-square matrix mapping the domain of one DSM to the domain of another DSM. Terminology defined in Eppinger, D. and Browning, T., Design Structure Matrix Methods and Applications, MIT Press, 2012 17 AIM modeling activity, FY2012-2013

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SLIDE 18

Four

  • ur domai

domains ns i in n LC LCP-AD ADSM SM

AIM modeling activity, FY2012-2013 18

Actors/Players: Central and local governments, private sectors, communities, citizens, International organizations, NPOs Program/Actions: Programs containing Low Carbon Policy actions Crucial parameters/Performance measures: Index for measuring the output of programs directly connecting with LCP quantified targets Quantified targets: Quantified targets of LCP, not only GHG emission reductions, but also including relevant sustainable indexes Actor-Program DMM Program-Measure DMM Measure-Target DMM Target-Actor Impact DMM Measure-Actor Impact DMM Objectives including co-benefits

  • f LCP

Performance Monitoring

  • f LCP
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SLIDE 19

An n ex example of

  • f LC

LCP-AD ADSM SM

  • Direction of information is from column to row
  • Elements of matrix denote functional types of relation between column elements and

row elements

19 AIM modeling activity, FY2012-2013

ALG LG AM AMOE AM AMOI AD ADOE AC ACOC ACTZ TZ PT PT PI PI PU PU PB PB PR PR PL PL PC PC PD PD PS PS PG PG PW PW PE PE p1_RES_ ES_EEI EEI p2_RES_ ES_ESVG ESVG p3_RES_ ES_ESVG ESVG p4_ p4_RES_RE p5_C _COM_E M_EEI p6_C _COM_E M_ESV p7_C _COM_E M_ESV p8_C _COM_R M_RE p9_ p9_IND_EEI p10_PT PTS_ S_EEI EEIa p11_PT PTS_ S_EEI EEIb QTG TG QTE TE QTS TS Loc Local al gov gover ernm nment ent ALG LG Mini nistry of
  • f Env
nvironm
  • nment
ent and and Nat atur ural al Res esour
  • urces
es AM AMOE Mini nistry of
  • f Indus
ndustry AM AMOI Depar epartment ent of
  • f Ener
nergy gy AD ADOE Cham hamber ber of
  • f Com
  • mmer
erse AC ACOC Cit itiz izen ACTZ TZ Int ntegr egrat ated ed Green een Trans anspor portat ation
  • n
PT PT Green een Indus ndustry PI PI Low Low Car arbon bon Urban ban Gov
  • ver
ernanc nance PU PU Green een Bui uildi ding ng & Cons
  • nstruc
uction
  • n
PB PB Green een Ener nergy gy System em & Renew enewabl able e Ener nergy gy PR PR Low Low Car arbon bon Li Lifes estyle PL PL Com
  • mmuni
unity Engagem ngagement ent & Cons
  • nsens
ensus us Bui uildi ding ng PC PC Wal alkabl able, e, Saf afe, e, Li Livabl able e City Des esign gn PD PD Smar art Grow
  • wth
PS PS Green een and and Blue ue Inf nfras astruc uctur ure e & Rur ural al Res esour
  • urces
es PG PG Sus ustai ainabl nable e Was aste e Managem anagement ent PW PW Green een and and Clean ean Env nvironm
  • nment
ent PE PE Res esident dential al sec ector
  • r (Ener
nergy gy ef efficienc ency impr prov
  • vem
ement ent of
  • f appl
applianc ance) e) p1_RES_ ES_EEI EEI Res esident dential al sec ector
  • r (Ener
nergy gy ser ervice e dem demand and reduc eduction
  • n - Air
condi
  • nditioni
  • ning)
ng) p2_RES_ ES_ESVG ESVGa Res esident dential al sec ector
  • r (Ener
nergy gy ser ervice e dem demand and reduc eduction
  • n - Other
hers) p3_RES_ ES_ESVG ESVGb Res esident dential al sec ector
  • r (Renew
enewabl able e ener energy gy) p4_ p4_RES_RE Com
  • mmer
ercial al sec ector
  • r (Ener
nergy gy ef efficienc ency impr prov
  • vem
ement ent of
  • f appl
applianc ance) e) p5_C _COM_E M_EEI Com
  • mmer
ercial al sec ector
  • r (Ener
nergy gy ser ervice e dem demand and reduc eduction
  • n - Air
condi
  • nditioni
  • ning)
ng) p6_COM_ESVG ESVGa Com
  • mmer
ercial al sec ector
  • r (Ener
nergy gy ser ervice e dem demand and reduc eduction
  • n - Other
hers) p7_COM_ESVG ESVGb Com
  • mmer
ercial al sec ector
  • r (Renew
enewabl able e ener energy gy) p8_C _COM_R M_RE Indus ndustrial al sec ector
  • r (Ener
nergy gy ef efficienc ency impr prov
  • vem
ement ent of
  • f appl
applianc ance) e) p9_ p9_IND_EEI Pas assenger enger trans anspor port sec ector
  • r (Ener
nergy gy ef efficienc ency impr prov
  • vem
ement ent of
  • f by
by tec echnol hnology
  • gy impr
prov
  • vem
ement ent) p10_PT PTS_ S_EEI EEIa Pas assenger enger trans anspor port sec ector
  • r (Ener
nergy gy ef efficienc ency impr prov
  • vem
ement ent by by TD TDM) p11_PT PTS_ S_EEI EEIb GHG em emission
  • n reduc
eduction
  • n
QTG TG Ener nergy gy sav aving ng QTE TE Sol
  • lid
d was aste e reduc eduction
  • n
QTS TS

Progr

  • gram

am/Action

  • n

Cruc ucial al Par aram amet eter er/ Per erfor

  • rmanc

ance e meas easur ure

Quant uantified ed tar arget gets

Actor/ r/ Stackhol

  • lder

Actor/ r/ Stackholder

Meas easur ure- e-Tar arget get DMM

Quant uantif ified ied tar arget gets

Ac Actor-

  • r-

Program DMM MM

Progr gram am/Action Crucial P Parameter/ Performance m e measure

Progr

  • gram

am DSM Progr

  • gram

am-Meas easur ure DMM MM

Tar arget get- Actor
  • r
Impac pact DM DMM Dependenc ependency am among
  • ng par

param amet eter ers ar are e des described bed in n pr progr

  • gram

am DSM

Measure-Actor Impact DM DMM

Cas asual uality from
  • m par
param amet eter er to pr progr
  • gram
am is des described bed in n Progr
  • gram
am DSM SM

Several hundred programs

Several dozens to hundreds parameters

Mainly described in ExSS, CGE, and enduse model Planning stage 1 Planning stage 2

slide-20
SLIDE 20

LCP LCP-ARI RIPPL PPLE

A tool for quantification of causality in planning stage 1 : To calculate contribution of LCP Action program’s ripple effects to quantified targets

 A tool for calculating contributions of LCP-A programs to the objectives of

LCP-A, quantitatively, used coupling with ExSS/Enduse/CGE

 Implemented with GAMS/MIP and Excel  Main input : LCP-ASPEC, LCP-ABS, LCP-ADSM  Output : Attributed portions of Quantified targets/performance measures to

each program and actor, directly and indirectly

Attribution link Program A Program B Program ...

Increasing of people’s preference of Technology T1 Establishment of subsidy of Technology T2

・・・・・・・・ ・・・・・・・・・・・・・・・・・・・・・・・・

Ex ExSS SS AI AIM/endus enduse AI AIM/CGE

LCP Actions

Quantified targets

  • f LCPAs

Cause-and-effect link ARIPPLES

Contribution

  • f Program A

Contribution

  • f Program A

Contribution

  • f Program A

20 AIM modeling activity, FY2012-2013

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SLIDE 21

Colla llabora ratio ion framework rk o

  • f Tools

ls for

  • r con
  • ncrete des

design of

  • f LCP

LCP-Act ctions

  • ns

AIM modeling activity, FY2012-2013 21

ARIPPL PPLE

A tool for calculating contribution and attribution of/to LCP- A program’s ripple effects LCP CP-ASP SPEC EC Dictionar

  • nary o
  • f a

LCP CP-A B Break akdow down n Struc uctur ure e

LCP CP-ADSM SM Design S gn Structur ure Mat atrix of

  • f LC

LCP Actions

  • ns

LCP CP-ABS BS Work Breakdow down n Stru ructure re o

  • f LCP

Actions

  • ns

ExSS+ S+AF AFOL OLU AIM/ M/en endu duse AIM/ M/CG CGE

Technol hnologi

  • gies

es’ d databas abase f e for AIM/endus enduse

BCT CT Backca ckcast sting Too

  • ol f

for

  • r

design gning L ng LCP A Action n roadm dmap ap

OUTPUTS of

  • f Cal

alcul ulat ation

  • n

At pl planni anning ng stage : age : Expec pected ed GHG emi emission r

  • n reduc

eductions

  • ns and

and cos

  • sts at

attribut buted ed to

  • eac

each h Action and

  • n and Tec

echnol hnology

  • gy

At moni monitor

  • ring

ng stage : age : Per erfor

  • rmanc

ance e meas measur ures es at attribut buted ed to

  • eac

each A h Action and

  • n and

Tec echnol hnolog

  • gy

OUTPUT o

  • f Calcul

ulat ation

  • n

Time me-serial r res esou

  • urce and

and cos

  • st

alloc

  • cat

ation f

  • n for implem

ement enting L ng LCP-A by technologies and countermeasure by Action and Program Polic licy/ Action

  • n

Refer erenc ence e Databas abase e

slide-22
SLIDE 22

An n ex example of

  • f at

attri ribution of

  • f GHG emi

emission redu eduction n to LCP-Ac Action

  • ns, from
  • m IMLCSB

SBP

Green Economy: 59% Green Community: 21% Green Environment: 20%

694 319 1,012 441 1,085 587 188 996 1,276 1,632 155 2,905 156 1,000 2,000 3,000 4,000 EEI in Residential sector CDR in residential sector EEI in Commercial sector CDR in Commercial sector EEI in Industry sector EEI (vehicle) in Passenger transport … EEI (TDM) in Passenger transport … Modal shift in Passenger transport … Shorter trip distance in Passenger … EEI in Freight transport sector Modal shift in Freight transport sector EEI in power sector Renewables ktCO2

Contribution of Emission reduction by sector/counter- measure Contributions of Emission reduction by action

22 AIM modeling activity, FY2012-2013

slide-23
SLIDE 23

As for the preparing LCP-AWS in Asian countries, Mr. Hibino, MHIR are requesting each country’s AIM mitigation teams to submit LCP-database and AWS, by Feb. 15, 2013

CHN National IND National THA National THA region IDN National MYS National Bophal

LCP-database ◎ ◎ ◎ ◎ ◎ ◎ ◎ AWS/Buildings ◎ ◎ ◎ ◎ ◎ ◎ ◎ AWS/ Transportation ◎ ◎ ◎ ◎ ◎ ◎ ◎ AWS/Industrial ◎ ◎ ◎ ◎ ◎ ◎ ◎ AWS/Energy ◎ ◎ ◎ ◎ ◎ ◎ ◎ AWS/Agriculture △ △ △ △ ◎ ◎ △ AWS/Forestry △ △ △ △ ◎ ◎ △ ◎：Mandatory, △：Voluntary

23

slide-24
SLIDE 24

Model

  • del appl

application

  • ns condu

conducted i in n FY2012 2012

ExSS CGE AFOLU-B China NIES (MPSGE), paper KU (MCP), paper India IIM (MPSGE) KU (MCP), paper Thailand TU (ExSS), brochure, paper TU(MPSGE) KU (MCP),FY2012 Indonesia ITB+KU(ExSS) brochure KU (MCP), FY2012 NIES+KU Vietnam KU (ExSS), brochure, paper KU (MCP), paper NIES+KU, brochure, paper Bangladesh KU (ExSS), brochure,paper NIES+KU Malaysia UTM+KU (ExSS including Solid waste, Industry sectors), preparing brochure KU (MCP), FY2012 NIES+KU Iskandar, Malaysia UTM+KU (ExSS), brochure,paper, blueprint Putrajaya, Malaysia UTM+KU(ExSS), brochure,paper Guangzhou, China GIEC+KU(ExSS), preparing brochure Kyonggi Province, Korea SNU+KU(ExSS), preparing brochure National studies Regional studies

24 AIM modeling activity, FY2012-2013

slide-25
SLIDE 25

Model

  • del appl

application

  • ns sched

scheduled ed i in n FY2012 2012-13 13

25 AIM modeling activity, FY2012-2013

Country/Region ExSS, AFOLU-A, AFOLU-B, LCP-A tools CGE AIM/enduse China

MPSGE extended to multi-provincial regions (NIES ), MCP version coupled with enduse technology model (KU)

India

MCP version coupled with enduse technology model (KU)

Thailand

ExSS coupled with AFOLU-A (KU,TU) MCP version coupled with enduse technology model (KU) AIM/enduse (MIHR,TU)

Indonesia

ExSS coupled with AFOLU-A and B, multi-provincial regions (KU, IPB, ITB) MCP version coupled with enduse technology model (KU) AIM/enduse (MIHR, ITB)

Vietnam

AFOLU-A coupled with AFOLU-B (KU, ISPONRE) MCP version coupled with enduse technology model (KU)

Bangladesh

ExSS coupled with AFOLU-A and B (KU)

Malaysia

ExSS coupled with AFOLU-A and B (KU,UTM) MCP version coupled with enduse technology model (KU)

Cambodia

ExSS coupled with AFOLU-A and B (KU)

Taiwan, Philippines, Korea

MCP version coupled with enduse technology model (KU)

Nepal Iskandar, Malaysia

ExSS coupled with LCP-A tools (KU, UTM)

(not determined), Thailand

National studies Regional studies

(KMUT)

slide-26
SLIDE 26

Br Brochu hures res published/ ed/updat updated ed in 2012

Com

  • mmun

unicati tion and feedb and feedbacks of

  • f LC

LCS stud tudy to to real eal w wor

  • rld

2009/11

  • n going

2011/10 2011/03 2010/10 2007/05 2009/10 2009/11 2009/10 under preparation 2009/08,2012/11 2011/09,2012/11 2009/10,2012/02 2010/02,2012/09 2010/10,2012/10

26 AIM modeling activity, FY2012-2013

under preparation