Dr. Martin Schrön

Martin Schrön


Permoserstraße 15
04318 Leipzig

Building 7.1, Room 226
Phone +49 341 235 1995


I am a postdoc scientist exploring the nature of cosmic-ray neutrons and their potential to do good for the environment and society. The research field of "Cosmic-Ray Neutron Sensing" (CRNS) exploits the response of omnipresent background radiation to water. Our goal is to reliably monitor cosmic-ray neutrons at various spatial and temporal scales, and to use this information to improve the quality of predictions of earth system models.


  • How does cosmic radiation interact with Earth and the environment?
  • What can we learn from neutron detectors about water in soil and snow?
  • Pushing the limits of stationary and mobile CRNS for soil moisture mapping from field to national scales.
  • Software development for neutron simulation, data processing, and visualization.
Publications and citations per year


Completed supervisions: Kalindi Shah (Internship, 2018, SVNIT India), J. Weimar (Master thesis, 2017, Uni Heidelberg), L. Piussi (Internship, 2016, Uni Bolzano), M. Köhler (Master thesis, 2016, Uni Halle), J. Weimar (Internship, 2015, Uni Heidelberg)

Science Communication

My research was also mentioned in some press articles from Zeit Campus, Die Welt, and in an interview at Radio DLF "Forschung aktuell". There have also been a UFZ Newletter article, a UFZ press report, and a TERENO Newsletter article.

One of my posters received the 1st price at the HIGRADE Conference 2015. I gave a stage performance at FameLab Saxony 2013 which received 1st and audience prize, and also most of my Science Slam presentations were awarded. In 2015, I happened to win the German Master Award at the Science Slam German Finals. In 2018, I received the Klartext-Award for science communication from the Klaus-Tschira Stiftung.

Software Development

As a software developer I am working closely with Markus Köhli to establish the URANOS neutron simulation for environmental research. I am also involved in the development of the mesoscale hydrological model mHM, for which our team received the UFZ Research Award 2017. Besides the science, I love to develop productivity tools for writing, organizing, and data analysis. You can catch a glimpse on my GitHub account.

I am working with Interpreter- (Perl, Python, R, JavaScript, Bash), Compiler- (Fortran, Visual Basic), and Markup- (Latex, HTML, Markdown) languages.