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Jonas Trepel

@jonastrepel.bsky.social
2K followers 522 following 37 posts

Postdoctoral researcher at Harvard University. Broadly interested in conservation biology, rewilding, megafauna ecology, global change & biodiversity.

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Reposted by Jonas Trepel
Brian J. Enquist @bjenquist.bsky.social · 28/09/2026
Please pass along: I’m recruiting PhD students to join our Macroecology Lab. We study physical ecology, macroecology, and biodiversity — spanning scaling, trait-based ecology, theory, comparative biology & ecoinformatics. Several avenues for funding. Please reach out if interested 🧪🌐🌾
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Julia Kemppinen @juliakemppinen.bsky.social · 18/09/2026
Open position! Postdoc project on snow modelling and Arctic ecosystems ❄️🌿🌡️💧 3-yr position with assistant prof @niittynen.bsky.social at @oulu.fi ! See the link and apply by 15.10.2026 oulunyliopisto.varbi.com/fi/what:job/...
oulunyliopisto.varbi.com
Postdoctoral Researcher in snow and microclimate processes of cold-climate ecosystems
We are now looking for a Postdoctoral Researcher in snow and microclimate processes of cold-climate ecosystems for a 3-year fixed-term position to join us in the Faculty of Technology, Water, Energy a
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Reposted by Jonas Trepel
Ecography @ecography.bsky.social · 19/08/2026
Global analysis suggests nitrogen deposition as an underestimated driver of vegetation greening vist.ly/5fcap #Anthropocence #GlobalWarming #Restoration
Map of global EVI trends with pink and green shades, plus graphs showing EVI trends related to environmental predictors.Graphical analysis and world maps showing climate and vegetation data by region.
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Jonas Trepel @jonastrepel.bsky.social · 02/08/2026
Many thanks to the absolute stellar team of co-authors! @joe-atkinson.bsky.social, @obaines.bsky.social, @mattkerr.bsky.social, Liza le Roux, Hannah Rubin, @jcsvenning.bsky.social and Rob Buitenwerf @econovoau.bsky.social! (5/5)
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Jonas Trepel @jonastrepel.bsky.social · 02/08/2026
Our study is correlational rather than causal, but the consistency of the pattern across biomes and multiple sensitivity analyses suggests atmospheric nitrogen deposition deserves much greater attention in discussions of global vegetation change, biodiversity and Earth system dynamics. (4/5)
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Jonas Trepel @jonastrepel.bsky.social · 02/08/2026
We also compared strictly protected areas with matched unprotected sites. Greening was slightly slower inside PAs, but protection did not alter the relationship between nitrogen deposition and vegetation greening, suggesting these global pressures extend well beyond reserve boundaries. (3/5)
Figure showing that protection status does not moderate the relationship between changes in green plant biomass and global change drivers. (A) Spatial distribution of strictly protected areas (IUCN category Ia, Ib and II) and paired control areas in similar environmental conditions and of the same size and shape; (B) interaction of global change drivers and protection status. The x-axis is restricted to the 2.5–97.5th percentile of the respective variable. The units for the predictors are as follows: fire frequency is given in number of fires between 2001 and 2024, human modification index (HMI) change is in percent of land modified, mean annual temperature (MAT) trend and max. annual temperature trend is °C year−1, N deposition is in kg km−2 year−1 and precipitation trend is mm year−1. Shading represents the 95% confidence intervals. All variables have been scaled and centered for modeling but are plotted on their original scale to ease interpretation. The models further contained MAT and mean annual precipitation (MAP) to account for the environmental context (MAT: ß = 0.33 [95% CI: −0.24, 0.91]; MAP: ß = −0.01 [−0.37, 0.36]. Variables were considered significant when the 95% confidence interval of the coefficient estimate did not overlap zero.
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Jonas Trepel @jonastrepel.bsky.social · 02/08/2026
Using satellite observations from 2001–2024, we assessed how vegetation greening relates to N deposition alongside climate change, fire and human land-use change. Across most major climate zones and ecosystem types, nitrogen deposition showed the strongest association with greening. (2/5)
Figure showing positive association between N deposition and increases in green plant biomass across biomes. Models for changes in EVI as a function of N deposition were fitted for a variety of subsets separately, including Köppen–Geiger climatic regions (A)–(B) and aggregated biomes based on the functional biomes of Higgins et al. (2016) (C)–(D). (A) Coefficient estimates for each Köppen–Geiger climatic region separately. Error bars indicate the 95% confidence interval; (B) spatial distribution of climatic regions; (C) coefficient estimates for aggregated biomes separately; (D) spatial distribution of aggregated biomes. All variables have been scaled and centered for modeling. Variables were considered significant when the 95% confidence interval of the coefficient estimate did not overlap zero. A positive coefficient estimate indicates a positive relationship between the respective predictor variable and the response.
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Jonas Trepel @jonastrepel.bsky.social · 02/08/2026
Our new paper is out in @ecography.bsky.social! We show that atmospheric nitrogen deposition is strongly associated with global vegetation greening, and may be an important - but often underestimated - driver of global vegetation change nsojournals.onlinelibrary.wiley.com/doi/10.1002/... (1/5)
Fig. 1 of the manuscript: Global increases in green plant biomass are strongly linked to atmospheric N deposition. (A) Spatial distribution of trends calculated with an autoregressive model that accounts for temporal autocorrelation; EVI was scaled by 10 000. (B) Model estimates from a generalized linear mixed effects model which accounts for spatial autocorrelation using spatial random fields. The x-axis is restricted to the 2.5–97.5th percentile of the respective variable; see the Supporting information for the full range and raw data points. A solid line indicates a statistically significant relationship, a dashed line a non-significant relationship. The units for the predictors are as follows: fire frequency is given in number of fires between 2001 and 2024; human modification index (HMI) change is the difference in percent of land modified between 2020 and 2000; mean annual temperature (MAT) is in °C and mean annual precipitation in mm, MAT trend and max. annual temperature trend is °C year−1 (from 1951 to 2024), N deposition is in kg km−2 year−1 and precipitation trend is mm year−1 (from 1951 to 2024). All variables have been scaled and centered for modeling but are plotted on their original scale to ease interpretation.
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Jens-Christian Svenning @jcsvenning.bsky.social · 24/07/2026
New @econovoau.bsky.social study led by @jonastrepel.bsky.social: Global analysis shows that #vegetation in semi-natural areas greened (densified) faster w/ higher #Ndeposition - #nitrogen pollution may be an underestimated driver of global vegetation change🌿 doi.org/10.1002/ecog... #globalgreening
doi.org
Global analysis suggests nitrogen deposition as an underestimated driver of vegetation greening
The local effects of atmospheric nitrogen deposition on plants are well established, yet a global empirical analysis of nitrogen deposition effects on vegetation dynamics is missing. Here, we assess ...
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Emma-Liina Marjakangas @emmamarjakangas.bsky.social · 29/07/2026
📢 PhD opportunity at the University of Helsinki! Join the ANEW project to study ecological networks, seed dispersal and biodiversity conservation under global change. Apply by 31 Aug 2026. 🔗 jobs.helsinki.fi/job/31_8_202... #PhD #Ecology #Conservation #AcademicJobs
jobs.helsinki.fi
Doctoral Researcher (PhD student) in Ecological Networks and Biodiversity Conservation
Doctoral Researcher (PhD student) in Ecological Networks and Biodiversity Conservation
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Functional Ecology @funecology.bsky.social · 08/07/2026
👀Behind the Paper!👀 Author Jonas Trepel shares the role of large herbivores as key ecological players, the thorny side of fieldwork, and the importance of doing work that truly interests you🦏 Read it here👇️ buff.ly/pN9WIUX 🧪🌍️ @jonastrepel.bsky.social
buff.ly
Jonas Trepel | Keeping the grasses in check: Wild large herbivores promote plant diversity by reducing dominance
In this behind the Paper blog post, author Jonas Trepel – a postdoctoral researcher at Aarhus University – delves into the world of ecosystems engineers and discusses his paper “W…
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Jonas Trepel @jonastrepel.bsky.social · 17/05/2026
Thanks @cmlmagneville.bsky.social - likewise! It was a huge pleasure (and incredibly helpful) working with you :)
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Jonas Trepel @jonastrepel.bsky.social · 16/05/2026
Huge thanks to the fantastic co-author team: Liza le Roux, @cmlmagneville.bsky.social, Anika Oosthuizen, Debbie du Preez, Savannah Reichert, @jcsvenning.bsky.social and Rob Buitenwerf - and to everyone else who helped on the ground and maintained these remarkable exclosures over decades. 5/5
The field team crawling through the thicket inside an exclosureField team setting up a plot in the thicketA giraffe browsingTwo more white rhinos
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Jonas Trepel @jonastrepel.bsky.social · 16/05/2026
Herbivores also made vegetation more open by reducing vegetation height and density - but these structural changes did not explain impacts on diversity. Instead, reducing dominance seems to be the key mechanism linking herbivores to more diverse and potentially more resilient plant communities. 4/5
A buffalo, disturbed while grazing and looking mildly displeasedAn elephant, eating a shrub.
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Jonas Trepel @jonastrepel.bsky.social · 16/05/2026
We found that large herbivores increased plant species richness and functional redundancy, mainly by reducing the dominance of a few plant species and allowing more herbaceous plants to coexist. Interestingly, these effects were strong in savannas but largely absent in the thicket. 3/5
Effects of large herbivores on plant taxonomic diversity, dominance, functional diversity and vegetation structure. Estimates from intercept only GLMMS for plant community responses on plot (n = 108 pairwise comparisons) and site scale (n = 6 pairwise comparisons). Plant functional distance serves as a proxy for functional redundancy, with a lower distance representing a higher redundancy. Orange points right of the dashed line represent a significant increase of the variable in the presence of herbivores and orange points left of the dashed line represent a significant decrease in the presence of herbivores. Points in the background are the raw effect sizes, coloured by their value. Error bars represent the 95% confidence interval.Two white rhinos
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Jonas Trepel @jonastrepel.bsky.social · 16/05/2026
We used six long-term (21-71 years!) exclosure experiments across South African savannas and thicket ecosystems to test how (nearly) intact herbivore communities affect plant communities. 2/5
Study area, exclosure locations and plot design. (a) Study area. The shaded polygons represent the protected areas we worked in (Addo Elephant National Park [AENP], Phongolo Nature Reserve [PNR], Kruger National Park [KNP]). The inset maps show the exclosures and the black dots correspond to the true plot locations. The Nyathi exclosures extend approximately 200 m at their longest site, while Jack's exclosure reaches about 2200 m. The PNR border fence is approximately 4400 m long and 20 m wide, and therefore appears as a line on the map. The black dots indicate clusters of three plots inside and three paired plots outside the fence. The Nkuhlu exclosure spans approximately 1350 m, the Satara exclosure about 550 m and the N'waswitshumbe exclosure approximately 2000 m; (b) plot layout. We identified all herbaceous plants on small plots (0.5 × 2 m), nested in bigger plots (2.5 × 10) on which all woody plants were identified. The LiDAR scanner was placed in the centre of the larger plot.Conceptual diagram of the tested hypotheses.
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Jonas Trepel @jonastrepel.bsky.social · 16/05/2026
Hurray - new paper out in Functional Ecology! @funecology.bsky.social @econovoau.bsky.social 
Wild large herbivores promote plant diversity and functional redundancy by reducing dominance: besjournals.onlinelibrary.wiley.com/doi/10.1111/... 1/5
besjournals.onlinelibrary.wiley.com
Wild large herbivores promote plant diversity and functional redundancy by reducing dominance
Read the free Plain Language Summary for this article on the Journal blog.
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Jonas Trepel @jonastrepel.bsky.social · 16/05/2026
We found that large herbivores increased plant species richness and functional redundancy, mainly by reducing the dominance of a few plant species and allowing more herbaceous plants to coexist. Interestingly, these effects were strong in savannas but largely absent in the thicket. 3/5
Effects of large herbivores on plant taxonomic diversity, dominance, functional diversity and vegetation structure. Estimates from intercept only GLMMS for plant community responses on plot (n = 108 pairwise comparisons) and site scale (n = 6 pairwise comparisons). Plant functional distance serves as a proxy for functional redundancy, with a lower distance representing a higher redundancy. Orange points right of the dashed line represent a significant increase of the variable in the presence of herbivores and orange points left of the dashed line represent a significant decrease in the presence of herbivores. Points in the background are the raw effect sizes, coloured by their value. Error bars represent the 95% confidence interval.Two white rhinos
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Jonas Trepel @jonastrepel.bsky.social · 16/05/2026
We used six long-term (21-71 years!) exclosure experiments across South African savannas and thicket ecosystems to test how (nearly) intact herbivore communities affect plant communities. 2/5
Study area, exclosure locations and plot design. (a) Study area. The shaded polygons represent the protected areas we worked in (Addo Elephant National Park [AENP], Phongolo Nature Reserve [PNR], Kruger National Park [KNP]). The inset maps show the exclosures and the black dots correspond to the true plot locations. The Nyathi exclosures extend approximately 200 m at their longest site, while Jack's exclosure reaches about 2200 m. The PNR border fence is approximately 4400 m long and 20 m wide, and therefore appears as a line on the map. The black dots indicate clusters of three plots inside and three paired plots outside the fence. The Nkuhlu exclosure spans approximately 1350 m, the Satara exclosure about 550 m and the N'waswitshumbe exclosure approximately 2000 m; (b) plot layout. We identified all herbaceous plants on small plots (0.5 × 2 m), nested in bigger plots (2.5 × 10) on which all woody plants were identified. The LiDAR scanner was placed in the centre of the larger plot.Conceptual diagram of the tested hypotheses.
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Reposted by Jonas Trepel
Matt Kerr @mattkerr.bsky.social · 11/05/2026
In our new Letter in @society4conbio.bsky.social, we argue that restoration efforts should be guided by ecological impact and not species’ origin. Existing frameworks assess non-native species by their impact on native species. Applied universally, they would indicate all herbivores are harmful.
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Jonas Trepel @jonastrepel.bsky.social · 11/05/2026
This has been a really fun collaboration with a wonderful team: @mattkerr.bsky.social, Rob Buitenwerf, @kristymferraro.bsky.social, Liza le Roux, Erick Lundgren, @maitner.bsky.social, @tanyadoesscience.bsky.social and @jcsvenning.bsky.social @econovoau.bsky.social. Thanks everyone!
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Jonas Trepel @jonastrepel.bsky.social · 11/05/2026
Check out our new letter in Conservation Biology where we argue that (re-)introduced large herbivores are often wrongly framed as harmful because herbivory is automatically equated with ecological damage - overlooking their potential to restore biodiversity and ecosystem functioning.
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ECONOVO - DNRF Center of Excellence @econovoau.bsky.social · 20/03/2026
On World Rewilding Day, we are celebrating the first ECONOVO @dg.dk-funded PhD 🎉. Today @jonastrepel.bsky.social passed his thesis on Ecological Dynamics in a Novel Biosphere: Large Herbivores as Drivers of Vegetation Structure and Plant Diversity with flying colors and 6 months ahead of time 👏!
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Jens-Christian Svenning @jcsvenning.bsky.social · 04/03/2026
Dense, dark forests in Europe are a modern phenomenon - Europe’s landscapes for 23 Myr were mostly tree- & flower-rich mosaics shaped by large herbivores, not dense #forests, see our new synthesis www.eurekalert.org/news-release... #forests #woodlands #paleoecology #nature #trees #refiorestation
eurekalert.org
Dense, dark forests in Europe are a modern phenomenon
A new, comprehensive study shows that Europe’s landscapes over the past more than 20 million years have predominantly been a mosaic of grasslands, scrub and woodlands of varying density. A light...
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Sean Michaletz @seanmichaletz.bsky.social · 15/01/2026
🍁Funding for new PhD students ($40k/yr) & postdocs ($70k/yr) coming from outside Canada. Contact me if interested in #Ecophysiology at #UBC in #Vancouver! Possible topics: leaf physiology, thermal ecology, microclimate, scaling, tree physiology, forest ecology, more! michaletzlab.org Please share!
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Jonas Trepel @jonastrepel.bsky.social · 12/01/2026
Thank you!
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Jens-Christian Svenning @jcsvenning.bsky.social · 08/01/2026
Happy to see this @econovoau.bsky.social paper out in the new issue of Journal of Animal Ecology - higher herbivore activity is linked to greater herb diversity & plant functional redundancy besjournals.onlinelibrary.wiley.com/doi/epdf/10.... #ECONOVO #Biodiversity #savanna #SouthAfrica #Rewilding
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Joe Atkinson @joe-atkinson.bsky.social · 06/01/2026
✨ PhD opportunity studying drought and heatwave effects on threatened plants ✨🔥 Funded by an ARC DECRA awarded to the amazing Dr Ilaíne Matos and co-supervised by Dr Sami Rifai and me! Limited by the character limit here, so please see the attached flyer for all the details - please share widely!
PhD Opportunity in Plant Ecophysiology – Adelaide University
We are looking for an PhD candidate to join an exciting research project focused on understanding heat and drought combined impacts on threatened plants’ mortality.
Key Objectives:
Describe drought sensitivity in juvenile and mature individuals of threatened plant species.
Disentangle the effects of elevated temperature, soil dryness, and atmospheric water demand on the sensitivity of threatened species to hotter droughts.
Model threatened species’ risk of mortality under current and future hotter droughts.
Eligibility:
Australians and international applicants with a completed Master's degree (GPA > 5.0) and/or a completed 4-year Bachelor with Honours (GPA > 5.0) in Plant Biology or related areas;
Proof of English proficiency (e.g. IELTS score > 6.5 or equivalent qualification), only for applicants who speak English as a second language.
Strong analytical and programming skills in R or  Python.
Genuine interest in studying plants with previous experience in plant ecology and/or physiology.
Effective writing skills; a passion for reading, writing, and continually improving as a communicator.
Ability to drive in Australia is desirable but not essential.
Start Date: April 2026 (negotiable)
Duration: 3.5 years
Benefits: PhD scholarship (tax-exempt stipend of $36,500 AUD p.a. + $3,000 AUD p.a. top up);
Higher stipend rate for Aboriginal and Torres Strait Islander candidates ($ 53,608 p.a.);
Relocation allowances for both domestic and international candidates;
Single Overseas Student Health cover for international applicants.
100% tuition fee waiver.
How to Apply:
Email the following documents to ilaine.matos@adelaide.edu.au before the 15th of February 2026. Women and people underrepresented in research are encouraged to apply. 
1-page cover letter explaining why you are interested in this position and your previous experiences relevant for this opportunity.
Curriculum Vitae in the Adelaide University format.
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Caroline Lehmann @caroaceae.bsky.social · 23/12/2025
"Bond’s work leaves behind an inconvenient lesson for an era of climate urgency: that speed is not a substitute for understanding, and that good intentions, applied without care, can erase ancient worlds as efficiently as neglect." A beautiful tribute to William Bond. Forever missed by many.
butlernature.com
William Bond, defender of grasslands
In recent years, one of the loudest ideas in environmental policy has been that trees are the planet’s universal remedy. Plant enough of them, in enough places, and carbon will be soaked up, water wil...
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Jonas Trepel @jonastrepel.bsky.social · 17/12/2025
Super exciting PhD position on large herbivores, ecosystem functioning and biodiversity conservation in @kampjohannes.bsky.social's fantastic lab in Göttingen @consbiogoe.bsky.social. Please share widely!
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Bjerknes Center for Climate Research (BCCR) @bjerknes.uib.no · 17/11/2025
Ecosystem gas fluxes are crucial to water and energy cycling. Fluxes are measured in closed-loop chambers. But how do you deal with the data? An R package by @jogaudard.bsky.social from @unibergen.bsky.social and Bjerknes simplifies processing and comparison. Check it out! 🧪 doi.org/10.1111/2041...
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Journal of Animal Ecology @animalecology.bsky.social · 17/11/2025
🐘 New research - Large herbivores are linked to higher herbaceous plant diversity and functional redundancy across spatial scales ➡️ buff.ly/zqRgqqo @jonastrepel.bsky.social @joe-atkinson.bsky.social @andrewabraham.bsky.social @jessekalwij.bsky.social @jcsvenning.bsky.social @econovoau.bsky.social
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Jonas Trepel @jonastrepel.bsky.social · 15/11/2025
Good question! It's essentially a metric for the functional overlap in a community (i.e., how many species share similarish traits), which is thought to link to resilience as functionally similar species may compensate for each other's loss. See e.g., doi.org/10.1002/ecs2....
esajournals.onlinelibrary.wiley.com
Does functional redundancy affect ecological stability and resilience? A review and meta‐analysis
In light of rapid shifts in biodiversity associated with human impacts, there is an urgent need to understand how changing patterns in biodiversity impact ecosystem function. Functional redundancy is...
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Jonas Trepel @jonastrepel.bsky.social · 13/11/2025
Thanks to the great team, including @joe-atkinson.bsky.social , @andrewabraham.bsky.social, @jessekalwij.bsky.social, @jcsvenning.bsky.social, @econovoau.bsky.social, Rob Buitenwerf, Liza le Roux, Londiwe Mokeona, Michelle Greve, Steven Khosa, Caroline Makofane, Anika Oosthuizen & more! (3/3)
Screenshot of the paper title page, showing the full authorlist: Jonas Trepel, Joe Atkinson, Elizabeth le Roux, Andrew Abraham, Marge Aucamp, Michelle Greve, Marilize Greyling, Jesse Kalwij, Steven Khosa, Lukas Lindenthal, Caroline Makofance, Londiwe Mokoena, Anika Oosthuizen, Bent Rech, Erick Lundgren, Jens-Christian Svenning, Robert Buitenwerf
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Jonas Trepel @jonastrepel.bsky.social · 13/11/2025
higher herbivory intensity in South African savannas increases herbaceous plant richness and functional redundancy. Effects were largely consistent across scales, but strongest at the landscape level, highlighting large herbivores’ role in promoting diversity and ecosystem resilience (2/3)
Graphical abstract for our new paper, showing sketches of two reserves, one with and one without large herbivores. The one with large herbivores has higher herbaceous species richness and functional redundancy.
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Jonas Trepel @jonastrepel.bsky.social · 13/11/2025
Excited to share that my first PhD chapter just got published in @animalecology.bsky.social! You can check it out here: doi.org/10.1111/1365.... Based on fieldwork in the beautiful Waterberg Biosphere Reserve in South Africa, we show that.. (1/3)
Beautiful Sunset in Kaingo Private Game Reserve, one of our fieldsites A white rhino in Dabchick Wildlife Reserve, one of our fieldsites Woody savanna landscape in Swebeswebe Nature Reserve, on of our fieldsites Overview of the reserves in our study sites. Shows the location of 10 included reserves with pictograms indicating the largest herbivore in each.
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Our World in Data @ourworldindata.org · 12/11/2025
The largest mammals have always been at the greatest risk of extinction – this is still the case today. 🧵 The wipeout of the largest mammals is a global phenomenon that we see across many regions.
Eight small histograms in two columns compare mammal body mass with extinction outcomes. Left column: “Extinctions in the Pleistocene”; right: “Risk of extinction today”. Rows show North America, Australia, Africa, and South America. X-axes are log body mass from tiny to very large.

In the past, most extinctions were among the largest mammals, while small species largely survived.

Today, threat levels still rise with body size: many large mammals are threatened—especially by hunting—while habitat loss and other pressures increasingly affect small and mid-sized species.

Australia and the Americas already lost many big mammals; Africa retains more but many are threatened.

Takeaway: big mammals went first and remain at greatest risk.

Source: Lyons et al. 2004; compiled by Our World in Data. Licensed CC BY (Our World in Data / Hannah Ritchie).
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Brian J. Enquist @bjenquist.bsky.social · 21/10/2025
Please pass along, I’m recruiting PhD students to join our Macroecology Lab @uofa-eeb.bsky.social We study phys ecology, macroecology, biodiversity - spanning scaling, trait-based ecology, theory, comparative biology & ecoinformatics. Several avenues for funding. Please reach out if interested🧪🌐🌾
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Joseph Gaudard @jogaudard.bsky.social · 25/09/2025
My first PhD paper is out! It describes the fluxible #rstats package, a toolbox to process and quality check #ecosystem #gasfluxes in a reproducible and automated way. @unibergen.bsky.social @btwnthefjords-uib.bsky.social @bjerknes.uib.no @li-corenv.bsky.social @methodsinecoevol.bsky.social
doi.org
fluxible: An R package to process ecosystem gas fluxes from closed‐loop chambers in an automated and reproducible way
Measuring ecosystem gas fluxes is crucial to understanding the dynamics of ecosystem water and energy cycling. A common method to measure ecosystem gas fluxes (CO2, CH4, N2O) and to compare experi...
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Jens-Christian Svenning @jcsvenning.bsky.social · 21/09/2025
Debating the aesthetics of #wind & #solar is a luxury. The real crisis is climate change—threatening billions with deadly heat & catastrophic ecosystem breakdowns ♨️🥵🔥 Green #energy is a necessity🍃 Challenges exist (noise, land use) but are manageable - biggest risk is inaction #dkpol #climatechange
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Prof. Vigdis Vandvik @vvandvik.bsky.social · 28/08/2025
Come work with us! Fully funded #PhD position in global change ecology - working in a cross-disciplinary cohort of 8 PhD students studying mountains in transition. 🧪🌐🏔️ @btwnthefjords-uib.bsky.social @cesam-uib.bsky.social www.jobbnorge.no/en/available...
jobbnorge.no
PhD Research Fellow in global change ecology (285493) | University of Bergen
Job title: PhD Research Fellow in global change ecology (285493), Employer: University of Bergen, Deadline: Wednesday, October 1, 2025
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Conservation Biology Göttingen @consbiogoe.bsky.social · 28/08/2025
New paper: 3rd chapter of Anne Graser's PhD thesis now published: How #forest disturbance, post-disturbance management and wild #ungulates affect #moth communities: besjournals.onlinelibrary.wiley.com/doi/10.1111/... @jappliedecology.bsky.social
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Jonas Trepel @jonastrepel.bsky.social · 17/08/2025
Team: It was a pleasure working with a great team from @econovoau.bsky.social, the Bavarian Forest NP and @wild-ecol-cons.bsky.social, including @andrewabraham.bsky.social, Walter Di Nicola, Uriel Gélin, Martin Gahbauer, Marco Heurich and Elizabeth le Roux. (5/5)
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Jonas Trepel @jonastrepel.bsky.social · 17/08/2025
Takeaway: A solution to one problem (deer-human conflict) may inadvertently shift landscape chemistry and compromise conservation goals, highlighting the need to critically evaluate all potential consequences of common management approaches such as supplementary feeding. (4/5)
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Jonas Trepel @jonastrepel.bsky.social · 17/08/2025
Why it matters: These elevated nutrients could cascade through the ecosystem and for example affect soil microbial activity, alter plant communities, and even affect other herbivores. (3/5)
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Jonas Trepel @jonastrepel.bsky.social · 17/08/2025
Setup & findings: In the Bavarian Forest NP (and many other places), managers use winter feeding to manage deer populations. We found this raises plant nutrient levels not just at feeding sites, but hundreds of meters beyond. Read the full paper for more detail! (2/5)
The figure shows the predicted plant nitrogen concentration in a radius of 2500m around the enclosures/feeding sites, clearly highlighting higher plant nutrient concentrations closer to the enclosures.
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Jonas Trepel @jonastrepel.bsky.social · 17/08/2025
I’m very happy to share our new paper “Intensive feeding modifies nutrient patterns in a strictly protected area” (doi.org/10.1016/j.je...), just out in Journal of Environmental Management. We explore underestimated consequences of a common management practice: supplementary feeding of deer. (1/5)
doi.org
Redirecting
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Meade Krosby @meadekrosby.bsky.social · 01/08/2025
This paper is getting attention for suggesting ecosystem restoration won't help with mitigation, but restoration is still *critical* for adaptation. Restoring coastal wetlands helps reduce risks from sea level rise and hurricanes, restoring urban forests helps reduce risks from extreme heat, etc...
nature.com
Limited carbon sequestration potential from global ecosystem restoration - Nature Geoscience
The maximum carbon sequestration potential from global terrestrial ecosystem restoration efforts until 2100 is 96.9 Gt, which is equivalent to 3.7–12.0% of anthropogenic emissions until then, accordin...
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Reposted by Jonas Trepel
Dr Charlie Gardner @charliejgardner.bsky.social · 01/08/2025
We can't rely on nature to fix climate change because ecosystems will collapse as heating worsens The only way out is to eliminate fossil fuels at double speed ... and protect and restore nature for a gazillion other reasons
nature.com
Limited carbon sequestration potential from global ecosystem restoration - Nature Geoscience
The maximum carbon sequestration potential from global terrestrial ecosystem restoration efforts until 2100 is 96.9 Gt, which is equivalent to 3.7–12.0% of anthropogenic emissions until then, accordin...
26334
Reposted by Jonas Trepel
Our World in Data @ourworldindata.org · 18/06/2025
Half of the world’s habitable land is used for agriculture, with most of this used to raise livestock for dairy and meat. How much would our agricultural land use decline if the world adopted a plant-based diet?
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