module_emissions_L101.nonghg_en_USA_S_T_Y: module_emissions_L101.nonghg_en_USA_S_T_Y

In JGCRI/gcamdata: Build the GCAM Input Datasets

module_emissions_L101.nonghg_en_USA_S_T_Y

Description

Compute historical emissions factors for energy by GCAM technology, from EPA emissions data and IEA energy balances.

Usage

module_emissions_L101.nonghg_en_USA_S_T_Y(command, ...)

Arguments

command	API command to execute
...	other optional parameters, depending on command

Details

Compute historical emissions factors for energy (electricity, independent energy, buildings, transportation, fertilizer production, cement, heating, fossil production) by GCAM technology, from EPA emissions data and IEA energy balances. For NH3, 1990 data are used for the 1971-1989 period because these data don't go back as far as 1971, so we extrapolate in order to retain the capacity to run the model from any historical year (i.e., any year 1971-2010), representing subsequent historical years as future model time periods in order to check model performance against the observed data.

Value

Depends on command: either a vector of required inputs, a vector of output names, or (if command is "MAKE") all the generated outputs: L101.so2_tgej_USA_en_Sepa_F_Yh, L101.co_tgej_USA_en_Sepa_F_Yh, L101.nox_tgej_USA_en_Sepa_F_Yh, L101.voc_tgej_USA_en_Sepa_F_Yh, L101.nh3_tgej_USA_en_Sepa_F_Yh, L101.in_EJ_R_en_Si_F_Yh. The corresponding file in the original data system was L101.nonghg_en_USA_S_T_Y.R (emissions level1).

Author(s)

BBL April 2017

JGCRI/gcamdata documentation built on March 21, 2023, 2:19 a.m.