Post-doctoral researcher at LUT-University. MSc degree in Financial and Actuarial Mathematics from Wroclaw University of Technology (2007), MSc in Technomathematics from Lappeenranta University of Technology (2008) and DSc in Applied Mathematics from Lappeenranta University of Technology (2011). Specializes in modeling financial markets, time series analysis, statistical modeling, as well as mathematical epidemiology. 9 years of experience in academic teaching (including an award for the best international teacher), covering mainly scientific computing, statistics and stochastic modeling, and calculus. In years 2013-2015 having coordinated the following capacity building projects between Finland and East Africa: NSS East Africa Technomathematics and HEI ICI Mathematics Education and Working Life Relevance in East Africa. Experienced participant in Modeling Weeks (both as a student, instructor and organiser) and Study Groups. Recently organized a successful ECMI Modeling Week at LUT in July 2017.

Projects

Mathematical modeling

Professor of physical geography at the University of Helsinki. Expert in climate change impact modeling, ecosystem change and Arctic environments.

The overarching aim of my research is to develop new, sustainable forest management practices and policies that can pave the way for energy transition, climate change mitigation and adaptation, without compromising ecosystem services or the implementation of biodiversity targets. I have expertise in dynamic forest carbon cycle modeling, systems analysis, climate impact assessment, ecosystem service and biodiversity modeling as well as in policies related to climate change mitigation and the sustainability of bioenergy.

I have expertise in tropical forest ecology, conservation and management. Having lived in the Asia-Pacific region for 25 years, I have a deep understanding of the forests ranging from the Himalayas through Southeast Asia and to Oceana. My main area of study is vegetation and plant ecology, which includes not only natural forest but other forms of vegetation (plantations, agriculture, etc). I have a strong botanical foundation to my research. I conduct research on scales ranging from the plant community (e.g. forest dynamics) to the region (e.g. vegetation change in Southeast Asia). I also have extensive research experience with community-based forest management. My research aims to quantitatively link habitat, resource and landscape dynamics with local actors (farmers). I use a wide range of research tools including social surveys of various types, quantitative forest surveys, policy analysis and spatial analysis/modeling such as the quantification of land cover change using remote sensing and GIS.