GGR CONSORTIA PROJECTS
Soils-R-GGREAT: Soils research to deliver greenhouse gas removals and abatement technologies. This consortium study is analysing the global potential for soil-based greenhouse gas removal, and how this varies by practice and region. It includes investigating the social, cultural and ecological impacts, current policies that prevent implementation and future policies that may enable wider adoption, managing risks, and integration with other greenhouse gas removal approaches. Led by Pete Smith, Aberdeen; with others at SRUC, Newcastle, Cranfield and Edinburgh.
FAB-GGR: Feasibility of afforesta-tion and biomass energy with carbon capture storage for greenhouse gas removal. This consortium study is investigating whether increased biological removal of carbon dioxide from the atmosphere (with either natural or managed carbon storage) could deliver significant climatic benefits, and evaluate the environmental, technical, economic, policy and societal implications of such approaches. Led by Naomi Vaughan, UEA; with others at Exeter, Manchester & Aberdeen.
Enhanced weathering: Releasing divalent cations to sequester carbon on land and sea. This consortium study is assessing the practicability of using enhanced weathering of waste materials from mining as a greenhouse gas removal technique. It will investigate the availability of suitable materials, the rates of their breakdown, mechanisms for accelerating carbon dioxide uptake, implications for the ocean, and societal implications. Led by Gideon Henderson, Oxford; with others at Cardiff, Southampton and Cambridge.
Comparative assessment and region-specific optimisation of greenhouse gas removal. This consortium study is focusing on the conditions for meeting the Paris Agreement targets, regional variation in the options for greenhouse gas removal, the scope for inter-region cooperation to reduce climate policy costs and how greenhouse gas removal technologies will interact with low carbon energy systems. Led by Niall Mac Dowell, Imperial College; with other s at UCL, Cambridge, Oxford and UEA.
GGR SPECIFIC TOPIC PROJECTS
GGRiLS-GAPS: Greenhouse gas removal in the land sector – addressing the gaps. This project is assessing the emissions reduction gap in the land sector at a country level, using this to identify options and incentivise greenhouse gas removal activities based on improved carbon accounting. Led Jo House, Bristol.
Greenhouse gas removal in the iron and steel industry. This project is investigating the techno-economic impact and environmental feasibility of using iron and steel slag deposits to remove carbon dioxide from the atmosphere. Systems will then be designed to scale up to climate-relevant greenhouse gas removal. Led by Phil Renforth, Cardiff.
CALIBRE: Co-delivery of food and climate regulation by temperate agroforestry. This model-based project is examining the potential for combining trees with agriculture as a greenhouse gas removal technique in temperate regions, estimating carbon storage in trees and soil. Policy and socio-economic barriers will also be investigated. Led by Martin Lukac, Reading.
New methodologies for removal of methane from the atmosphere . New methodologies for removal of methane from the atmosphere Euan Nisbet, Royal Holloway. Led by Euan Nisbet, Royal Holloway.
MERLIN: Metrics for emission removal limits for nature. This project focuses on the reversibility of climate change, to determine how its adverse impacts might be affected by the timing of the deployment of greenhouse gas removal. Led by Simon Tett, Edinburgh.
UP-green-LCA: Harmonising and upgrading green- house gas removal consequential life cycle assessment. This project is developing methods for comparing all the implications (indirect costs and benefits) of using different greenhouse gas removal techniques, using the approach of consequential life cycle assessment. Led Pietro Goglio, Cranfield.
AMDEG: Assessing the mitigation deterrence effects of greenhouse gas removal. This project is investigating how greenhouse gas removal can interact with, and also either complement, reinforce or deter, existing and anticipated conventional mitigation through emission reductions. Led by Nils Markusson, Lancaster.