All Projects  ·  Land System Science  ·  Remote Sensing

Trajectories, Causes and Consequences of
Land Cover and Land Use Changes in Central Europe

TRACE Project  ·  2019–2023
National Science Centre Poland  ·  Grant no. 2018/29/B/ST10/02979

Land Cover Change Satellite Time Series Biodiversity Carbon Cycles Central Europe

Background

Land system change in Central Europe

The TRACE project examined land cover and land use change trajectories across Central Europe (Czechia, Hungary, Poland, Slovakia) over the past fifty years. The region underwent profound political and economic transformations following the 1990 transition from centralised command economies to market-oriented systems, and again with EU accession in 2004 — shifts that substantially restructured land management, agricultural practices, and urban expansion patterns. By integrating dense optical and radar satellite time series with socio-economic datasets, TRACE aimed to disentangle the drivers of land change from its environmental consequences, with particular attention to biodiversity responses and carbon pool dynamics.

Objectives

Research objectives

  • 01 Land cover change mapping — detection and spatial characterisation of agricultural abandonment, afforestation, and wildland–urban interface dynamics across a 50-year satellite archive
  • 02 Driver analysis — ensemble modelling of socio-economic, political, and institutional drivers of land change using the telecoupling framework at regional scale
  • 03 Biodiversity assessment — quantification of land change impacts on biodiversity using remote sensing-derived indicators, including roadless area mapping at continental scale
  • 04 Carbon dynamics — assessment of carbon pool and flux responses to land cover change trajectories across Central Europe

Data

Earth Observation & ancillary datasets

Historical
CORONA declassified imagery
1960s – 1970s
Optical
Landsat TM / ETM+ / OLI
1984 – 2023
Optical
MODIS NDVI time series
2000 – 2023
Optical
Sentinel-2 MSI
2016 – 2023
Elevation
EU-DEM
v1.1, 25 m resolution
Field survey
LUCAS
2006 – 2022
Geospatial
OpenStreetMap
road network
Socio-econ.
Eurostat regional statistics
1990 – 2023

Publications

Selected outputs

01
Four decades of land system change in Central Europe: trajectories, spatial patterns and socio-economic drivers, 1984–2023
Ostapowicz K. et al.in preparation
02
Land cover change effects on biodiversity and carbon pools across Central Europe: a remote sensing assessment
Ostapowicz K. et al.in preparation
03
Mapping roadless areas in regions with contrasting human footprint
Hoffmann M.T., Ostapowicz K., Bartoń K., Ibisch P.L., Selva N.2024
Scientific Reports, 14, 4722
04
Mapping grasslands' preservation potential: A case study from the northern Carpathians
Szczęch M., Kania M., Loch J., Ostapowicz K., Struś P.2024
Land Degradation & Development, 35(2)
05
Analysis of Land Cover Change Using Object-Based Classification and Machine Learning with CORONA and Landsat Imagery (in Polish)
Wasik A.2023
MSc thesis · Warsaw University of Technology, Poland
🏅 Best Geoinformation Thesis 2023 Minister of Development and Technology Award
Study area
Region Central Europe
Countries Czechia, Hungary, Poland, Slovakia
Ecosystem Agricultural & forest landscapes
UN SDGs
SDG 13 Climate Action SDG 15 Life on Land SDG 11 Sustainable Cities
Team
Katarzyna Ostapowicz Principal Investigator
Mateusz Szczęch Postdoctoral Researcher
Konrad Turlej Postdoctoral Researcher
Monika Hoffmann Doctoral Researcher
Aleksandra Wasik Master Student
Collaboration
University of California, Berkeley
Dept. of Environmental Science, Policy & Management, LUC Lab, USA
Polish Academy of Science
Institute of Nature Conservation, Poland
Gorczаński National Park, Poland