This report provides an overview of the landscape for agriculture mitigation measures for Georgia. Read More
Landscape for mitigation action and finance in Georgia’s agriculture sector
Sector-level policy gaps for climate change mitigation in Georgia
This report provides an overview and analysis of sectoral mitigation measures for Georgia. Read More
Landscape for mitigation and finance in Georgia’s urban mobility sector
This report provides an overview of the landscape for urban mobility mitigation measures for Georgia. Read More
TRACE (Transport sector climate action co-benefit evaluation tool)
The Transport sector climate action co-benefits evaluation tool (TRACE) is an Excel-based model to support quantitative evaluation of selected non-climate impacts from decarbonising the urban transport sector. Read More
Decarbonisation scenarios for the transport sector in Georgia
This report explores several emission pathway scenarios for Georgia’s transport sector, in the context of the challenges currently faced in the sector, and the implications of international climate commitments and national development objectives. Read More
The EU can foster the transformation in the transport sector by expanding and advancing existing national and city-level policies
The European transport sector is the laggard of sectoral transformations, but it should not stand in the way of a more ambitious EU Climate Law. Our latest blogpost recommends policies that could reach a 65% emission reduction by 2030. Read More
Aligning transport investments with the Paris Agreement
We assess the EIB’s transport-related investment portfolio 2015-2019 and propose evaluation criteria to align transport investments with the Paris Agreement. Read More
A radical transformation of mobility in Europe: Exploring the decarbonisation of the transport sector by 2040
This report presents a pathway and required policy packages to decarbonise the European transport sector by 2040. Read More
AIRPOLIM-ES (Air Pollution Impact Model for Electricity Supply)
The health impact model uses an accessible methodology for quantifying the health impacts of air pollution from different sources of electricity generation and other fuel combustion Read More