Description Pymrio is an open source tool for analysing global environmentally extended multi-regional input-output tables (EE MRIOs). Pymrio aims to provide a high-level abstraction layer for global EE MRIO databases in order to simplify common EE MRIO data tasks. Pymrio includes automatic download functions and parsers for available EE MRIO databases like EXIOBASE, WIOD, OECD ICIO and EORA26. It automatically checks parsed EE MRIOs for missing data necessary for calculating standard EE MRIO accounts (such as footprint, territorial, impacts embodied in trade) and calculates all missing tables. Various data report and visualization methods help to explore the dataset by comparing the different accounts across countries. New features New pa...
This repository provides the code and the R-MRIO database for the years 2006–2015 of the study "A hi...
A python module for automating input output calculations and generating reports.Poster presented at ...
This is the code and data used for the model described in Wiebe, K.S., Bjelle, E., Többen, J., & Woo...
Description Pymrio is an open source tool for analysing global environmentally extended multi-region...
Pymrio is an open source tool for analysing global environmentally extended multi-regional input-out...
Pymrio is an open source tool for analysing global environmentally extended multi-regional input-out...
Pymrio is an open source tool for analysing global environmentally extended multi-regional input-out...
Pymrio is an open source tool for analysing global environmentally extended multi-regional input-out...
Pymrio is an open source tool for analysing global environmentally extended multi-regional input-out...
Description Pymrio is an open source tool for analysing global environmentally extended multi-region...
Pymrio is an open source tool for analysing global environmentally extended multi-regional input-out...
Pymrio is an open source tool for Environmentally Extended Multi-Regional Input-Output (EE MRIO) ana...
EXIOBASE 3 provides a time series of environmentally extended multi-regional input‐output (EE MRIO) ...
Changelog v0.4.4 (February 25, 2021) Bugfixes Characterization for cases when some stressors are ...
A version of EXIOBASE multi-regional SUTs V3.3 for 2011 and that has been: Expanded in labels for...
This repository provides the code and the R-MRIO database for the years 2006–2015 of the study "A hi...
A python module for automating input output calculations and generating reports.Poster presented at ...
This is the code and data used for the model described in Wiebe, K.S., Bjelle, E., Többen, J., & Woo...
Description Pymrio is an open source tool for analysing global environmentally extended multi-region...
Pymrio is an open source tool for analysing global environmentally extended multi-regional input-out...
Pymrio is an open source tool for analysing global environmentally extended multi-regional input-out...
Pymrio is an open source tool for analysing global environmentally extended multi-regional input-out...
Pymrio is an open source tool for analysing global environmentally extended multi-regional input-out...
Pymrio is an open source tool for analysing global environmentally extended multi-regional input-out...
Description Pymrio is an open source tool for analysing global environmentally extended multi-region...
Pymrio is an open source tool for analysing global environmentally extended multi-regional input-out...
Pymrio is an open source tool for Environmentally Extended Multi-Regional Input-Output (EE MRIO) ana...
EXIOBASE 3 provides a time series of environmentally extended multi-regional input‐output (EE MRIO) ...
Changelog v0.4.4 (February 25, 2021) Bugfixes Characterization for cases when some stressors are ...
A version of EXIOBASE multi-regional SUTs V3.3 for 2011 and that has been: Expanded in labels for...
This repository provides the code and the R-MRIO database for the years 2006–2015 of the study "A hi...
A python module for automating input output calculations and generating reports.Poster presented at ...
This is the code and data used for the model described in Wiebe, K.S., Bjelle, E., Többen, J., & Woo...