Laboratory of Quantitative Ecology
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18%
Source: IPCC AR6 Synthesis Report
Even at ~2 °C warming (1.7–2.3 °C), populations are projected to face several weeks per year of lethal heat–humidity conditions that pose a risk of death from hyperthermia.
Source: IPCC AR6 Synthesis Report, Figure SPM.3
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Missing ecological baselines to understand long-term biodiversity dynamics
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🌿Assistant Professor of Vegetation Ecology at the Department of Botany
🧑💻 Head of the Laboratory of Quantitative Ecology
🎩Secretary of the Junior Faculty
photo by Vladimír Šigut (CUNI)
Bryan Novio
Natalie Hanusova
Friederika Wolke
Marketa Tumova
Images created by OpenAI GPT-5
BIODYNAMICS – Spatio-temporal dynamics of biotic interactions during the Holocene
PI | 2023–2027 | Funded by the Czech Science Foundation (GAČR)
Functional Vegetation Paleoecology – Using past vegetation data to anticipate climate impacts
PI | 2025–2029 | Funded by the PRIMUS program of Charles University
MEMELAND – Molecular Ecology of Medieval European Landscapes
Partner | 2025–2031 | Funded by the ERC Synergy Grant
PalaeOpen – Open Palaeoecological Data
Steering Committee Member | 2025-2029 | Funded by the COST Action
Key Active Projects
This is a call for collaboration! If you are interested in any of the above topics, please reach out!
Laboratory of Quantitative Ecology