Integration of the “Transboundary effects, trade & flows” module : D8.6

Research output: Book/Report › Report › Research › peer-review

Standard

Integration of the “Transboundary effects, trade & flows” module  : D8.6. / Clora, Francesco; Yu, Wusheng.

EUCALC, 2019. 37 p.

Research output: Book/Report › Report › Research › peer-review

Harvard

Clora, F & Yu, W 2019, Integration of the “Transboundary effects, trade & flows” module : D8.6. EUCALC.

APA

Clora, F., & Yu, W. (2019). Integration of the “Transboundary effects, trade & flows” module : D8.6. EUCALC.

Vancouver

Clora F, Yu W. Integration of the “Transboundary effects, trade & flows” module : D8.6. EUCALC, 2019. 37 p.

Author

Clora, Francesco ; Yu, Wusheng. / Integration of the “Transboundary effects, trade & flows” module  : D8.6. EUCALC, 2019. 37 p.

Bibtex

@book{30b5bee1c9f24076a6fcf220ecfd6ee9,
title = "Integration of the “Transboundary effects, trade & flows” module : D8.6",
abstract = "The module, based on the research performed by the work package on “Transboundary Effects and Trade Flows” within the EUCalc project, aims at quantifying the transboundary effects of user-selected decarbonization pathways. To define decarbonization pathways at the sectoral and country/regional level, integration between this module (i.e. the GTAP-EUCalc CGE model) and individual EUCalc {\textquoteleft}core{\textquoteright} modules is necessary. This document presents this integration process, that uses data from EUCalc core modules as inputs into the CGE model runs on the one hand, and provides CGE model results to the TPE on the other hand. In particular, the conversion of individual EUCalc core modules{\textquoteright} highly detailed outputs to exogenous shocks for the GTAP-EUCalc model and the “closeness measure” developed to allow the user to visualize the trade effects of decarbonization pathways in the Transition Pathway Explorer are described. ",
author = "Francesco Clora and Wusheng Yu",
note = "Project Acronym and Name: {"}EU Calculator: trade-offs and pathways towards sustainable and low-carbon European Societies -EUCalc{"} EUCalc Deliverable 8.6 This project has received funding from the European Union{\textquoteright}s Horizon 2020 research and innovation programme under grant agreement No 730459.",
year = "2019",
language = "English",
publisher = "EUCALC",

}

RIS

TY - RPRT

T1 - Integration of the “Transboundary effects, trade & flows” module 

T2 - D8.6

AU - Clora, Francesco

AU - Yu, Wusheng

N1 - Project Acronym and Name: "EU Calculator: trade-offs and pathways towards sustainable and low-carbon European Societies -EUCalc" EUCalc Deliverable 8.6 This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 730459.

PY - 2019

Y1 - 2019

N2 - The module, based on the research performed by the work package on “Transboundary Effects and Trade Flows” within the EUCalc project, aims at quantifying the transboundary effects of user-selected decarbonization pathways. To define decarbonization pathways at the sectoral and country/regional level, integration between this module (i.e. the GTAP-EUCalc CGE model) and individual EUCalc ‘core’ modules is necessary. This document presents this integration process, that uses data from EUCalc core modules as inputs into the CGE model runs on the one hand, and provides CGE model results to the TPE on the other hand. In particular, the conversion of individual EUCalc core modules’ highly detailed outputs to exogenous shocks for the GTAP-EUCalc model and the “closeness measure” developed to allow the user to visualize the trade effects of decarbonization pathways in the Transition Pathway Explorer are described.

AB - The module, based on the research performed by the work package on “Transboundary Effects and Trade Flows” within the EUCalc project, aims at quantifying the transboundary effects of user-selected decarbonization pathways. To define decarbonization pathways at the sectoral and country/regional level, integration between this module (i.e. the GTAP-EUCalc CGE model) and individual EUCalc ‘core’ modules is necessary. This document presents this integration process, that uses data from EUCalc core modules as inputs into the CGE model runs on the one hand, and provides CGE model results to the TPE on the other hand. In particular, the conversion of individual EUCalc core modules’ highly detailed outputs to exogenous shocks for the GTAP-EUCalc model and the “closeness measure” developed to allow the user to visualize the trade effects of decarbonization pathways in the Transition Pathway Explorer are described.

M3 - Report

BT - Integration of the “Transboundary effects, trade & flows” module 

PB - EUCALC

ER -

ID: 230047581