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Diffuse degassing monitoring, summit crater Teide volcano, Tenerife

Number of positions available: 1 per month

During repose periods, volcanoes can release large amounts of gas as visible (fumaroles, solfataras, plumes) and non-visible (diffuse degassing) emanations.

The surface dynamics of gas emissions are usually controlled by local volcano-tectonics and hydrology, as permeable tectonic structures are the main pathways for the transport of gases to the surface.

Visible (low temperature fumaroles) and non-visible degassing occurs at the summit crater of Teide volcano and the goal of this research is to evaluate short-term variations of diffuse CO2, H2S, He and H2 emanations.

The selected student for this programme will perform field and lab work related to diffuse volcanic degassing monitoring of the summit crater of Teide volcano, Tenerife, Canary Islands.

The student will perform one or two days of field work and three or four days of lab work per week.

During this programme the student will learn how to:

  1. perform in-situ soil CO2 and H2S efflux measurements
  2. collect soil gas samples for chemical and isotopic analysis
  3. apply statistical-graphical analysis on the diffuse degassing survey data
  4. estimate the total diffuse CO2 and H2S emission from the summit crater of Teide volcano using Gaussian simulations
  5. perform chemical analysis of the collected soil gas samples by means of micro-chromatography (microGC) and quadrupole mass spectrometry (QMS)

All GeoIntern students will receive the following SciComm training:

  • How to write in a lively, engaging way about science for articles in the media and blogs.
  • Producing a short video about your research and the research of others.
  • Essential skills in presenting in front of a camera and in front of a live audience.
  • How to use social media effectively to communicate about science/the environment.
  • Adapting your communication to different audiences.