Application of appropriate metrics to assess how changes in ozone levels affect health and vegetation is vital for policymakers.
Short lived climate pollutants
We assess the impacts of and work to reduce the levels of short-lived climate pollutants – such as soot, methane and ozone – in the atmosphere. These agents affect human health and contribute to global warming.
View all on Short lived climate pollutantsHere are our publications, perspectives and events related to short lived climate pollutants. The first part of the page has a selection of work as it fits into our broader topic areas, and the bottom of the page has a listing of all related work.
Attempts to increase food production through irrigation are hampered by the impact of ozone pollution
- Journal article
- Air
- 31 March 2018
- SEI York
- English
- Lisa Emberson
- Patrick Büker
- Journal article
- Air
- Health
- 31 December 2017
- SEI Stockholm
- Sub-Saharan Africa
- English
- Caroline Ochieng
- Journal article
- Climate
- Air
- 1 December 2017
- SEI York
- English
- Johan C.I. Kuylenstierna
The announcement of the launch of a new version of SEI's flagship tool for energy planning and analysis - LEAP.
Factsheet describing the LEAP-IBC tool and its application for assessing impact of air quality, climate change and energy policy scenarios
- Brief
- Climate
- Energy
- Air
- Health
- 30 November 2017
- Read in 5 minutes
- SEI York
- SEI US
- English
- Charles Heaps
- Johan C.I. Kuylenstierna
- Kevin Hicks
- Harry Vallack
- Chris Malley
- Feature
- Climate
- 3 November 2017
- English
- Robert Watt
- Feature
- Climate
- 25 October 2017
- SEI Oxford
- English
- Karen Brandon
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- Brief
- Climate
- Energy
- Air
- Health
- 30 November 2017
- Read in 5 minutes
- SEI York
- SEI US
- English
- Charles Heaps
- Johan C.I. Kuylenstierna
- Kevin Hicks
- Harry Vallack
- Chris Malley
- Feature
- Climate
- 3 November 2017
- English
- Robert Watt
