Timo Conradi
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timoconradi.bsky.social
Timo Conradi
@timoconradi.bsky.social

Vegetation scientist at the University of Bayreuth, Germany

Environmental science 56%
Agriculture 18%
#Postdoc in #landscape ecology with me
How does plant species traits influence communities responce to environmental change? An unique re-survey data set from the UK will be used to explore & test hypotheses about dispersal and persistence 🧪🌍
Apply 30th of November
su.varbi.com/en/what:job/...
Postdoctoral Fellow in Landscape Ecology
Department of Physical Geography is one of the major departments within the Faculty of Science. The department has approximately 100 employees and educates approximately 1 000 students annually. Our r
su.varbi.com

Sounds like a really cool project 👇
🚨JOB ALERT🚨
Come work with me in Brno in a new project on how Scots pine & forestry changed societies and environments in the 18th-19th centuries! 🌲🌳
👇Fully funded postdoc position 👇
www.ibot.cas.cz/en/vacancies...
Application deadline: 13.11.2025
Please distribute widely!
#envhist #histecol
🚨JOB ALERT🚨
Come work with me in Brno in a new project on how Scots pine & forestry changed societies and environments in the 18th-19th centuries! 🌲🌳
👇Fully funded postdoc position 👇
www.ibot.cas.cz/en/vacancies...
Application deadline: 13.11.2025
Please distribute widely!
#envhist #histecol

Reposted by Timo Conradi

Our new IAVS Bulletin is out! 🌿
Featuring:
• 33rd European Vegetation Survey highlights
• 🌟 Laudatio for Prof. John Rodwell, first honorary EVS member
• 🕊️ In memoriam: Sandro Pignatti (1930–2025)
• 🗺️ EVA-MAP: New tool to explore Vegetation data
Read the full bulletin here👉 tinyurl.com/3jz3cnse

the two vignettes are hidden in the tar.gz that you can download from CRAN. Then go to TTR.PGM/inst/doc 3/3

if you are interested in using the process model for attribution or species distribution modelling, check out our R package: besjournals.onlinelibrary.wiley.com/doi/10.1111/... 2/3
TTR.PGM: An R package for modelling the distributions and dynamics of plants using the Thornley transport resistance plant growth model
An ability to predict the ranges and dynamics of species is central to ecological and evolutionary research. Despite species range modelling being an active area of research for the past three to ...
besjournals.onlinelibrary.wiley.com
I am searching for 1-2 postdocs to join our research team at the Vegetation Ecology Lab, IEEB, National Taiwan University, from August 2025 for one to three years.

Details: davidzeleny.net/veglab/lib/e...

davidzeleny.net/veglab

#postdocjobs #vegetation #TaiwanIsaCountry

If you are interested in process-based species distribution and plant growth modelling, check out this new R package and paper! besjournals.onlinelibrary.wiley.com/doi/10.1111/...
Postdoc call in Mechanistic Biodiversity Modelling (up to 6 ya) at my lab @unibonn.bsky.social. We focus on modelling terrestrial plant communities, island biogeography, range dynamics, eco-evolutionary feedbacks, diversity gradients, tropical forests, vascular epiphytes. Pls rt! shorturl.at/CL1ny
Postdoc in Mechanistic Biodiversity Modelling with temporary civil servant status (“Akademische*r Rätin*Rat)
100%, A 13, Reference number: 2025/49
shorturl.at

Congratulations Jens! Truly deserved!

another very useful finding of this study imo is that process models parametrized inversely from species distribution data performed better than forward-parametrized process models, at least in this set of species with reasonable distribution data.

Reposted by Irena Šímová

One week left to apply!
I am hiring a species distribution modeller to compare model projections of climate-change risks for tree species using physiology-based versus correlative SDMs! Get in touch if you are interested. www.uni-bayreuth.de/job-vacancy-...
Job advertisement: University of Bayreuth
Research Associate (m/f/d) for modelling the climatic cultivation risk for tree species in Bavaria under climate change
www.uni-bayreuth.de

Reposted by Irena Šímová

I am hiring a species distribution modeller to compare model projections of climate-change risks for tree species using physiology-based versus correlative SDMs! Get in touch if you are interested. www.uni-bayreuth.de/job-vacancy-...
Job advertisement: University of Bayreuth
Research Associate (m/f/d) for modelling the climatic cultivation risk for tree species in Bavaria under climate change
www.uni-bayreuth.de

Okay ;) but if there IS a ‚correct‘ state and we fail to recognize it, as has been the case in the forest-savanna-bistability assertion, then we make badly informed management decisions.

whereas shorter time series suggest alternative biomass states are possible. I agree that the definition of desired ecosystem states is often debatable, but the use of alternative stable states theory to justify goals is problematic when alternative states are only apparent but not true. 7/7

A similar problem occurs when the observation time span in experiments is too short to allow deterministic end points to be reached. For example, when the monitoring time series of phytoplankton biomass is extended, it turns out that phytoplankton is linearly related to nutrient concentrations 6/7

A string of recent works shows that when these factors are considered and better data is used, the remaining overlap between forest and savannas is minimal, refuting the hypothesis of widespread bistability and pointing to a predictable endpoint in this system. I include some references below. 5/7

such as growing season length and intensity or topography-driven variation in soil hydrology. 4/7

The graph from the Pausas and Bond paper you posted is an example: It shows overlap along one variable (annual rainfall), but most people would agree that the distribution of forest and savannas is also influenced by other environmental factors 3/7

The problem is that we often misinterpret prediction uncertainty in ecological models as evidence for overlapping environmental conditions between two or more ecosystem states, when in fact this uncertainty can be greatly reduced by better models and data. 2/7

I would partly disagree. The evidence for multiple stable states is often not robust enough to use this framework for prescribing management actions. 1/7
🌟PhD Opportunity at @econovoau.bsky.social 🌟
We're looking for a motivated PhD candidate to join an exciting project on forecasting the spread of novel ecosystems under different environmental scenarios. 🌍
📌 **Deadline**: 1 February 2025
🔗 Apply now: bit.ly/3ZMF5pv
#PhD #Ecology #Modelling
Forecasting the near-future spread of Novel Ecosystems under alternative environmental scenarios
bit.ly

Thank you!

Oh cool, could you add me please?

Thank you 😊

Would love to be on this list if there is space left :)

Hi Jonathan, could you add me to this list please?

Thank you 😊