What if we had a single point of entry to climate data for all products in the world?
The aim of Getting the Data Right is to establish exactly that, and the goal is not as farfetched as one might think.
Governments as well as companies and organisations all over the world have set targets regarding their CO2 emissions over the past decade or so. Political agreements such as the EU Green Deal have further pushed the need for collecting, validating, and reporting data. Currently, this process is up to the individual organisation, and it is too random and unprecise.
There is a need for mutual, accurate, up-to-date, and accessible data to meet the need for serious reporting on climate data. Getting the Data Right (GTDR) is a project that will provide these data as an open source and easy-to-use platform no later than June 2025. The prototype is accessible at the site in June 2023. The project is supported by the KR Foundation as part of the 70by30 project.
The end goal is “One standard, one database, one message”, which calls for a database with new global datasets and independent insights based on life cycle assessments (LCA) that serve as basis for the ‘next generation whole-of-economy’ and full value chain centered climate policies as they must unfold over the next decade.
Why is this database better?
There are different ways to link demand for products and responses of processes in product systems in LCA models. GTDR uses a method based on cause-effect, while there are other models which use a normative consensus-based approach (e.g., the EU PEF Guideline and database underlying the PEF system).
Nonetheless, existing guidelines such as PEF produce misleading results as it is not possible to normatively negotiate what are real effects in product systems. Existing guidelines can be improved by following the procedures in the GTDR project with the aim of having the GTDR procedures and database used as the default for the PEF system and related systems, such as RED II, Level(s), and FAO (LEAP).
Leading the project are Professor Jannick Schmidt and Professor Bo Weidema from Aalborg University, Denmark. Both have contributed significantly to the development of LCA databases, hereunder the input-output-based EXIOBASE and the ecoinvent database.
Project Partners
Aalborg University
Aalborg University, founded in 1974, is one of Denmark’s six universities. All research and study programs have a heavy emphasis on sustainability and providing interdisciplinary solutions to the problems facing our world of today. Among universities globally, Aalborg University was recently ranked no. 1 on the Times Higher Education Impact Rankings, one of the world’s most recognized ranking lists, for quality education supporting the UN sustainable development goal no. 4. Aalborg University is the largest IT‐university in Denmark and with its CLAAUDIA IT infrastructure supports the project with all aspects of research data handling, including supercomputing, cloud computing, and data storage services.
2.-0 LCA
2.-0 LCA consultants ApS is an internationally oriented consultancy dedicated to environmental and social impact assessment using the life cycle approach. 2.-0 LCA consultants have offices located in Denmark, Spain and the Netherlands and played a leading role in the construction of the current hybrid version of EXIOBASE.
CML
CML (Centrum for Milieuwetenschappen) at Leiden University (NL) researches sustainable management of natural resources, environmental quality, and biodiversity in a strategic multidisciplinary manner. CML has been involved in the development of EXIOBASE and are currently running the PANORAMA project that deals with related issues on material supply chains under the leadership of Dr. José Mogollón.
CICERO
CICERO (Center for International Climate Research, Oslo) is Norway’s foremost institute for interdisciplinary climate research. CICERO contributes to the modelling of climate relevant ecosystem flows and feedbacks.