Matthias Beyer

Matthias Beyer

Research Group Leader at TUBS, Fellow of the Volkswagen Foundation, Boardsports-fanatic

Matthias is the PI of ‘Isodrones’ and leader of a junior research group at the University of Brunswick, Germany. Per education, he is Hydrologist, but he always was fascinated by plants and ecohydrological aspects. In his PhD, Matthias was working in the large research initiative SASSCAL in Namibia, where the focus was on improving the understanding and estimations of groundwater recharge using water stable isotopes. In this project, Matthias realized how important plants are for the hydrological cycle and that water transport and groundwater recharge in water-limited environments are mainly controlled by these.

The idea of quantifying depth and magnitude of water uptake through trees by simply taking a core sample from a tree fascinated him, and he kept working on this topic. This culminated in a proposal combining classic and novel ecohydrologic methods (e.g. sap flow measurements and insitu isotope measurements) with non-invasive methods based on drones (UAV) to understand and identify deep root water uptake, which he presented to the Volkswagen foundation in 2016. After a long selection process, Matthias was chosen for the program and is a fellow of the Volkswagen Foundation since.

Mati with Malkin on the water tower, installing 'fake leaves' for estimating transpiration using drones
Mati with Malkin on the water tower, installing ‘fake leaves’ for estimating transpiration using drones
In his private life, Matthias is happily married and has a little child, Moana, who means more than anything to him. His second love is the ocean, and surfing is the sport that makes him happier than (almost) everything. He also likes Traveling, Surfskates, Bouldering, Yoga and Meditation.
Mati is at his best when he's outside!
Mati is at his best when he’s outside!

  • Ecohydrology
  • Soil-Vegetation-Atmosphere water transport
  • Groundwater recharge
  • Water stable isotopes
  • UAV-based research
  • PhD in Hydrology. Thesis: Quantitative studies along the soil – vegetation – atmosphere interface of water – limited environments practice-oriented approaches based on stable water isotopes, modeling and multivariate analysis, 2016

    Leibniz University Hannover, Germany

  • Diploma (MSc) in Hydrology. Thesis: Optimal simulation based control of a deficit irrigation experiment with maize on sandy soil, 2010

    Dresden University of Technology, Germany