Exploring the impact of elevated CO2 and tropospheric ozone exposure on plant chemical communication - Global Climate Research Portal Exploring the impact of elevated CO2 and tropospheric ozone exposure on plant chemical communication | Global Climate Research Portal Humane ClubMade in Humane Club

Exploring the impact of elevated CO2 and tropospheric ozone exposure on plant chemical communication

Laura James
Published May 02, 2023
Last Edited May 02, 2023
Research Category
Impacts, adaptation and vulnerabilities related to climate change
Emissions producing economic sector under study
Electricity and heat production; Transportation; Industry
Geographies Covered
Global North
Country / Countries as Case Study
Not applicable
City / Cities as Case Study
Not applicable
Name of University
University of Birmingham
Department/ Name of PhD degree
Department of Geography, Earth and Environmental Science
Division/ School/ Faculty / Area within the University
School of Life and Environmental Science (LES)
College Name
Not applicable
Year of start of PhD
2019
Expected year of completion of PhD
2023
Email
lxb973@student.bham.ac.uk
Researcher Profile
Not applicable
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