Prof. Dr. Andreas Fichtner
Vita
- since 2026: Supernumerary Professorship in Conservation Biology and Fundamentals of Natural Sciences, Leuphana University Lüneburg
- 2025: Appointment as a Supernumerary Professor, Leuphana University Lüneburg
- 2021: Habilitation, Venia legend in Ecology, Leuphana University Lüneburg
- 2015-2025: Research Associate, Institute of Ecology, Leuphana University Lüneburg
- 2014-2015: Employee at the Environment Division, Municipality Ratekau
- 2009-2014: Research Associate, Institute of Natural Resource Conservation, University of Kiel
- 2009: Dr. rer. nat. (PhD) in Ecology, University of Kiel
- 2006-2009: Research Associate, Institute for Ecosystem Research, University of Kiel
- 2004-2006: Freelance worker Silva Verde GmbH, Consulting for Forest Ecology and Management
- 1998-2003: Studies in Agriculture Science, Subject Landscape Development, University of Kiel
- 1994-1996: Completed vocational training as a gardener (specialisation in organic fruit farming)
Teaching
- Vegetation ecology
- Conservation biology
- Botany
- Physics
Research Interests
- Biodiversity-ecosystem functioning relationships in forest ecosystems
- Forest ecology and ecosystem-based forest management
- Response of plants and plant communities to multiple global change drivers (e.g. land-use change, climate change, nitrogen deposition)
- Plant conservation biology
Projects
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FOR 5375: Enhancing the structural diversity between patches for improving multidiversity and multifunctionality in production forests - SP9: Understorey plants in space and time: Impact of enhanced forest structural heterogeneity on plant community dynamics and ecosystem stability
Andreas Fichtner (Project manager, academic) , Goddert von Oheimb (Project manager, academic)
→Project: Research
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FOR 5375: Enhancing the structural diversity between patches for improving multidiversity and multifunctionality in production forests
Andreas Fichtner (Project manager, academic) , Jörg Müller (Project manager, academic) , Christian Ammer (Project manager, academic) , Orsi Decker (Project manager, academic) , Nico Eisenhauer (Project manager, academic) , Oliver Mitesser (Project manager, academic) , Carola Paul (Co-Projectmanager, academic) , Dominik Seidel (Project manager, academic) , Rupert Seidl (Project manager, academic)
→Project: Research
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Climate future lab DIVERSA - Forest disturbances under climate change in Lower Saxony: Understanding drivers and impacts to enhance forest adaptability
Sylvia Haider (Project manager, academic) , Andreas Fichtner (Project manager, academic)
→Project: Research
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DFG Reserach Unit 5375: Enhancing the structural diversity between patches for improving multidiversity and multifunctionality in production forests - Sub Project 8: Understorey plant assemblages and primary production
Andreas Fichtner (Project manager, academic)
→Project: Research
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DFG Reserach Training Group 2324: TreeDì – Tree Diversity Interactions: The role of tree-tree interactions in local neighbourhoods in Chinese subtropical forests; P1: Spatial above- and belowground complementarity
Goddert von Oheimb (Project manager, academic) , Andreas Fichtner (Project manager, academic) , Xiaojuan Liu (Project manager, academic) , Keping Ma (Project manager, academic) , Wensheng Bu (Project manager, academic)
→Project: Research
Publications
Books and anthologies
- Jahrbuch des Naturwissenschaftlichen Vereins Lüneburg
Andreas Fichtner (Editor) , Werner Härdtle (Editor) , Johannes Prüter (Editor) , 2026 Lüneburg , 204 p.Research output: Books and anthologies › Collected editions and anthologies › Research
- Einfluss der Bewirtschaftungsintensität auf die Wachstumsdynamik von Waldmeister-Buchenwäldern (Galio odorat-Fagetum)
Andreas Fichtner (Author) , 2009 Kiel , 150 p.Research output: Books and anthologies › Monographs › Research
Journal contributions
- Enhancing structural heterogeneity in managed forest landscapes promotes gamma but not beta diversity in understorey plant communities
Pia M. Bradler (Author) , Benjamin M. Delory (Author) , Sebastian Dittrich (Author) , Christian Ammer (Author) , Claus Bässler (Author) , Marc W. Cadotte (Author) , Anne Chao (Author) , Po-Yen Chuang (Author) , Werner Härdtle (Author) , Oliver Mitesser (Author) , Akira S. Mori (Author) , Jörg Müller (Author) , Nishizawa Keita (Author) , Fons van der Plas (Author) , Goddert von Oheimb (Author) , Andreas Fichtner (Author) , 04.07.2026 , in: Journal of Applied Ecology, 63, 7 , p. 1-16 , 16 p.Research output: Journal contributions › Journal articles › Research › peer-review
- Contrasting direct and indirect effects of roe deer on herb layer vegetation in gaps and closed canopies
Ludwig Lettenmaier (Author) , Marc W. Cadotte (Author) , Sebastian Dittrich (Author) , Kerstin Pierick (Author) , Christian Ammer (Author) , Pia M. Bradler (Author) , Simone Cesarz (Author) , Nico Eisenhauer (Author) , Andreas Fichtner (Author) , Daniel Kraus (Author) , Soumen Mallick (Author) , Atle Mysterud (Author) , Goddert von Oheimb (Author) , Christian Ristok (Author) , Jörg Müller (Author) , 19.06.2026 , in: Journal of Ecology, 114, 6 , p. 1-13 , 13 p.Research output: Journal contributions › Journal articles › Research › peer-review
- Spatial microclimatic heterogeneity is associated with forest structure and biodiversity
Kerstin Pierick (Author) , Dominik Seidel (Author) , Pia Bradler (Author) , Simone Cesarz (Author) , Orsi Decker (Author) , Benjamin M. Delory (Author) , Sebastian Dittrich (Author) , Martin Ehbrecht (Author) , Nico Eisenhauer (Author) , Andreas Fichtner (Author) , Michael Junginger (Author) , Michael Köhler (Author) , Ludwig Lettenmaier (Author) , Roman M. Link (Author) , Soumen Mallick (Author) , Jörg Müller (Author) , Julia Rothacher (Author) , Lena Rugen (Author) , Guido F. Scholz (Author) , Jean Léonard Stör (Author) , Kim K. Weißing (Author) , Clara Wild (Author) , Goddert von Oheimb (Author) , Christian Ammer (Author) , Bernhard Schuldt (Author) , 01.06.2026 , in: Ecological Indicators, 187 , 12 p.Research output: Journal contributions › Journal articles › Research › peer-review
- Canopy Definitions Shape Canopy Space Filling–Productivity Relationships: Evidence From Terrestrial Laser Scanning
Tama Ray (Author) , Andreas Fichtner (Author) , Matthias Kunz (Author) , Michaela Hildebrand (Author) , Helge Bruelheide (Author) , Catherine Potvin (Author) , Florian Schnabel (Author) , Goddert von Oheimb (Author) , 01.05.2026 , in: Ecology and Evolution, 16, 5 , 11 p.Research output: Journal contributions › Journal articles › Research › peer-review
- The invisible heterogeneity of forests ‑β‑diversity of volatiles
Lena Carlson (Author) , Jörg Müller (Author) , Christian Ammer (Author) , Claus Bässler (Author) , Mirjana Bevanda (Author) , Peter H. W. Biedermann (Author) , Pia M. Bradler (Author) , Antonio Castaneda-Gómez (Author) , Benjamin M. Delory (Author) , Sebastian Dittrich (Author) , Bronwyn Lira Dyson (Author) , Andreas Fichtner (Author) , Oliver Mitesser (Author) , Goddert von Oheimb (Author) , Luisa Pflumm (Author) , Kerstin Pierick (Author) , Julia Rothacher (Author) , Michael Scherer-Lorenzen (Author) , Jakob Schwalb-Willmann (Author) , Martin Wegmann (Author) , Clara Wild (Author) , Thomas Schmitt (Author) , 01.04.2026 , in: Landscape Ecology, 41, 4 , 18 p.Research output: Journal contributions › Journal articles › Research › peer-review
Contributions to collected editions/anthologies
- Nachbarschafts-Artenvielfalt kann trockenheitsbedingte Zuwachseinbußen bei Bäumen mindern
Werner Härdtle (Author) , Andreas Fichtner (Author) , 23.08.2024 München , p. 119-131 , 13 p.Research output: Contributions to collected editions/anthologies › Article in conference proceedings › Research › peer-review
- Forest Ecosystems: A functional and biodiversity perspective
Andreas Fichtner (Author) , Werner Härdtle (Author) , 01.01.2021 Cham , p. 383-405 , 23 p.Research output: Contributions to collected editions/anthologies › Contributions to collected editions/anthologies › Research › peer-review
- Land use change and the future of biodiversity
Carsten Hobohm (Author) , Carl Beierkuhnlein (Author) , Christine Börtitz (Author) , V. Ralph Clark (Author) , Nadja El Balti (Author) , Andreas Fichtner (Author) , Scott Franklin (Author) , Thomas Gaens (Author) , Werner Härdtle (Author) , Andreas Skriver Hansen (Author) , Monika Janišová (Author) , Jan Jansen (Author) , Martin Lindner (Author) , Michaela Moro-Richter (Author) , Volker Müller-Benedict (Author) , Konrad Ott (Author) , Karl Christoph Reinmuth (Author) , Nils M. van Rooijen (Author) , Matthias Sandberg (Author) , Joop H.J. Schaminée (Author) , Cindy Q. Tang (Author) , Hans-Christoph Vahle (Author) , Sula E. Vanderplank (Author) , 01.01.2021 Cham , p. 451-483 , 33 p.Research output: Contributions to collected editions/anthologies › Contributions to collected editions/anthologies › Research › peer-review
- Integrativer Klimaschutz im Wald: Herausforderungen und Handlungsoptionen
Andreas Fichtner (Author) , Knut Sturm (Author) , Martin Schmid (Author) , Saskia von Steen (Author) , 01.01.2014 Bonn , p. 57-63 , 7 p.Research output: Contributions to collected editions/anthologies › Article in conference proceedings › Research › peer-review
- Gamma GAMM applied on tree growth data
Alain F. Zuur (Author) , Andreas Fichtner (Author) , Elena N. Ieno (Author) , Anatoly A. Saveliev (Author) , 01.01.2014 1 ed. Newburgh , p. 217-239 , 23 p.Research output: Contributions to collected editions/anthologies › Contributions to collected editions/anthologies › Research › peer-review
Courses
Dieses Modul befasst sich mit Fragen des angewandten Naturschutzes in Zeiten des Globalen Wandels. An konkreten Beispielen in Natur- und Kulturlandschaften (z.B. Natura 2000 Habitate) werden naturschutzfachliche Daten erhoben, ausgewertet und gemeinsam diskutiert. Aspekte des Biotop- und Artenschutzes, der angewandten Landschaftsplanung und eines nachhaltigen Naturschutzmanagements werden unter Einbindung von externen Experten aus der Praxis erörtert.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
This group is for students majoring in Environmental Science.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
This group is for students majoring in Environmental Science.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
Dieses Modul vermittelt die Grundlagen der organismischen Biologie und führt in zentrale Konzepte wie Phylogenie, Artbegriff, Systematik, Taxonomie und Ökosystemfunktionen ein. Es behandelt die Hauptgruppen der Lebewesen: Prokaryoten (Bakterien, Archaeen) sowie ausgewählte Gruppen der Eukaryoten, insbesondere Pilze, Pflanzen und Tiere (einschließlich der Wirbeltiere) sowie die Flechten.
Darüber hinaus werden evolutionäre Zusammenhänge, Zellaufbau und die Keimblätter (Ecto-, Endo- und Mesoderm) erläutert. Die Studierenden erhalten eine Einführung in die grundlegenden Baupläne, Morphologie und Anatomie von Pflanzen- und Tierkörpern und entwickeln ein Basisverständnis ihrer strukturellen Organisation.
Praktische Übungen zu Mikroskopie, Präparation und biologischem Zeichnen vertiefen das Verständnis, ebenso wie die Themen Zellstruktur, Zellteilung und Zelldifferenzierung. Das Modul fördert zudem methodische Kompetenzen in biologischen Arbeitsweisen, Beobachtungstechniken und wissenschaftlichem Arbeiten.
Darüber hinaus werden evolutionäre Zusammenhänge, Zellaufbau und die Keimblätter (Ecto-, Endo- und Mesoderm) erläutert. Die Studierenden erhalten eine Einführung in die grundlegenden Baupläne, Morphologie und Anatomie von Pflanzen- und Tierkörpern und entwickeln ein Basisverständnis ihrer strukturellen Organisation.
Praktische Übungen zu Mikroskopie, Präparation und biologischem Zeichnen vertiefen das Verständnis, ebenso wie die Themen Zellstruktur, Zellteilung und Zelldifferenzierung. Das Modul fördert zudem methodische Kompetenzen in biologischen Arbeitsweisen, Beobachtungstechniken und wissenschaftlichem Arbeiten.
Der Flyer zu dieser Vorlesungsreihe wird im Materialordner zum Herunterladen zur Verfüfung stehen, sobald er erschienen ist.
Am Beispiel von Phänomenen und Experimenten werden elementare fachwissenschaftliche Grundlagen der Physik behandelt und Aspekte des Alltgasbezugs hergestellt.