PhD: Forest VOCs & Aerosol Formation under Rising CO2

University of Birmingham

Birmingham

Presencial

GBP 18.000 - 20.000

Jornada completa

Hace 5 días
Sé de los primeros/as/es en solicitar esta vacante

Consigue una respuesta de este empleador

Tu currículum y tu carta de presentación, adaptados exactamente a lo que buscan contratar.

Supera los filtros ATS

Ventajas ofrecidas por este puesto de trabajo

Annual stipend
Tuition fees covered
Research Training Support Grant

Descripción de la vacante

The University of Birmingham invites applications for a doctoral researcher to investigate how elevated CO2 changes VOC emissions and aerosol formation in a temperate forest. The project is hosted by the Birmingham Institute of Forest Research (BIFoR) and entails close collaboration with UEF and the ACE-Forest Centre of Excellence.

Measuring VOCs in situ, recreating mixtures in the lab, and applying box-model analyses will quantify drivers of secondary organic aerosol under future climate

Formación

  • BSc (2:1) in a relevant science or MSc equivalent.
  • Experience with laboratory experiments and data analysis is desirable.
  • Interest in atmospheric chemistry and climate interactions.

Responsabilidades

  • Measure VOC mixtures emitted under current and elevated CO2 in a real forest.
  • Recreate VOC mixtures in the laboratory to quantify aerosol formation.
  • Use a chemical box model to identify compounds driving any changes.
  • Conduct laboratory work at the University of Eastern Finland (UEF) as part of ACE-Forest collaboration.

Conocimientos

VOC analysis
Lab skills
Aerosol science
Data analysis

Educación

2:1 UK BSc or MSc

Herramientas

Chemical box modelling

Descripción del empleo

The University of Birmingham invites applications for a doctoral researcher to investigate how elevated CO2 changes VOC emissions and aerosol formation in a temperate forest. The project is hosted by the Birmingham Institute of Forest Research (BIFoR) and entails close collaboration with UEF and the ACE-Forest Centre of Excellence.

Measuring VOCs in situ, recreating mixtures in the lab, and applying box-model analyses will quantify drivers of secondary organic aerosol under future climate

Consigue la evaluación confidencial y gratuita de tu currículum.

o arrastra y suelta tu archivo aquí

Similar jobs

Puestos de trabajo similares que vale la pena comparar

PhD Studentship: CENTA 2027-B08 Less emission, more aerosol How elevated CO2 changes organic gas emissions from forests and their capacity to form particles
PhD Studentship: CENTA 2027-B08 Less emission, more aerosol How elevated CO2 changes organic gas emissions from forests and their capacity to form particles

University of Birmingham • Birmingham

Presencial
GBP 18.000 - 20.000
Annual stipend
Tuition fees covered
Research Training Support Grant
PhD: Soil Microbes as Atmospheric Gas Sinks
PhD: Soil Microbes as Atmospheric Gas Sinks

University of Birmingham • Birmingham

Presencial
GBP 17.000 - 21.000
Annual stipend
Home-fee tuition support
Research Training Support Grant
PhD Studentship: HFO Atmospheric Chemistry & CI Spectroscopy
PhD Studentship: HFO Atmospheric Chemistry & CI Spectroscopy

University of Birmingham • Birmingham

Presencial
GBP 17.000 - 21.000
PhD: Real-Time Fossil Fuel CO2 Emissions Quantification
PhD: Real-Time Fossil Fuel CO2 Emissions Quantification

University of East Anglia • Norwich

Presencial
GBP 20.000 - 24.000
Fully funded
Postdoc: Computational Photochemistry of Atmospheric VOCs
Postdoc: Computational Photochemistry of Atmospheric VOCs

University of Bristol • West of England

Presencial
GBP 30.000 - 35.000
PhD: Decoding Earth's Carbon Cycle with CO2 Isotopologues
PhD: Decoding Earth's Carbon Cycle with CO2 Isotopologues

University of East Anglia • Norwich

Presencial
GBP 21.000 - 23.000
Postdoc: VOC Photochemistry at Air-Water Interfaces
Postdoc: VOC Photochemistry at Air-Water Interfaces

University of Bristol • West of England

Presencial
GBP 41.000 - 46.000
PhD Studentship: CENTA 2027-B14 Atmospheric Chemistry of Hydrofluoroolefins: Spectroscopic and Computational Studies of Fluorinated Criegee Intermediates
PhD Studentship: CENTA 2027-B14 Atmospheric Chemistry of Hydrofluoroolefins: Spectroscopic and Computational Studies of Fluorinated Criegee Intermediates

University of Birmingham • Birmingham

Presencial
GBP 17.000 - 21.000
Postdoc: Nanopore VOC Sensing for Environmental Science
Postdoc: Nanopore VOC Sensing for Environmental Science

University of Oxford • Oxford

Presencial
GBP 34.000 - 48.000
Postdoc: Aerosols & Clouds km-Scale Modelling
Postdoc: Aerosols & Clouds km-Scale Modelling

University of Oxford - Department of Physics • Oxford

Presencial
GBP 39.000 - 48.000