Dr. Volodymyr Trotsiuk
I’mcurrently working on establishing a data assimilation system to link various data sets with different spatial and temporal resolutions into a format that allows for quality control and exploitation of forest-related data at a Swiss scale. I received a doctorate degree on September 2017 in field of Forest Ecology at Czech University of Life Sciences, Prague. My work mainly focused on disentangling effect of different exogenous and indigenous factors on tree and stand level growth and biomass accumulation, stand dynamics and disturbance history, and forest biodiversity. I’m passionate about using working tools as R, Fortran, SQL, ArcGis to uncover meaningful information from large and variable data-set into tangible scientific publications. My activities are associated to leading universities (ETH, CULS, Harvard Forest, WSL, SLU) and in widely distributed forest research sites (Europe: Ukraine, Romania, Slovakia, Czech Republic, Bosnia; Asia: Russia; and North America: New England).
Scientific & Social networks
- 2018.01-2019.12 Postdoctoral researcher at ETH and WSL, Switzerland. Establishing a data assimilation system to combine networks of permanent monitoring plots and forest ecosystem model. Linking monthly or seasonal Swiss forest ecosystem productivity to global drivers.
- 2012.04-2017.12 Research assistant Czech University of Life Science, Prague. Understanding past disturbances and functioning of natural forest by scaling from tree to landscape. Co-lead in establishing 1500 permanent monitoring plots along the Carpathian mountains. Developing and maintaining relational database and user interface for monitoring data storage and exploration.
- 2016.10-2017.10 Data scientist at KPMG Czech Republic. Fulfilling data science duties at management consulting team. Building customer segmentation and personalized recommender engine. Developing statistical framework for analyzing spatial datasets to improve geo-marketing.
- 2013.10-2014.09 SCIEX fellowshipWSL, Switzerland. Evaluating the influence of natural disturbances on the magnitude and dynamics of biomass accumulation at decadal to centennial scale.