Produce ozone (O3) concentration levels based on re-scaled emission pathways.
m2_get_conc_o3(
db_path = NULL,
query_path = "./inst/extdata",
db_name = NULL,
prj_name = NULL,
prj = NULL,
rdata_name = NULL,
scen_name,
queries = "queries_rfasst.xml",
final_db_year = 2100,
saveOutput = T,
ch4_o3 = T,
map = F,
anim = T,
recompute = F
)Path to the GCAM database
Path to the query file
Name of the GCAM database
Name of the rgcam project. This can be an existing project, or, if not, this will be the name
rgcam loaded project
Name of the RData file. It must contain the queries in a list
Vector names of the GCAM scenarios to be processed
Name of the GCAM query file. The file by default includes the queries required to run rfasst
Final year in the GCAM database (this allows to process databases with user-defined "stop periods")
Writes the emission files.By default=T
Includes the CH4 effect on O3 based on Fiore et al (2008).By default=T
Produce the maps. By default=F
If set to T, produces multi-year animations. By default=T
If set to T, recomputes the function output. Otherwise, if the output was already computed once, it uses that value and avoids repeating computations. By default=F
Produce ozone (O3) levels for each TM5-FASST regions for all years (ppb). The list of countries that form each region and the full name of the region can be found in Table S2.2 in the TM5-FASST documentation paper: Van Dingenen, R., Dentener, F., Crippa, M., Leitao, J., Marmer, E., Rao, S., Solazzo, E. and Valentini, L., 2018. TM5-FASST: a global atmospheric source-receptor model for rapid impact analysis of emission changes on air quality and short-lived climate pollutants. Atmospheric Chemistry and Physics, 18(21), pp.16173-16211.