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In the present study, we describe aspects of behavior, morphology, and physiology of frogs progressing through cold acclimation, using a previously established protocol of changing light and temperature that successfully induces the capacity to survive whole body freezing and thawing.

In the present study, we describe aspects of behavior, morphology, and physiology of frogs progressing through cold acclimation, using a previously established protocol of changing light and temperature that successfully induces the capacity to survive whole body freezing and thawing.

IOB Frog Week-

Winter Is Coming: Integrative Analysis of Cold Acclimation in a Freeze Tolerant Frog
E E Yokum , et al
doi.org/10.1093/iob/...

#ecophysiology #amphibians #science

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Skin secretions of Hylarana erythraea revealed metabolites and peptides linked to immunity, stress response, and wound healing, some with predicted antioxidant and antidiabetic potential. #EcoPhysiology #OneHealth
onlinelibrary.wiley.com/doi/10.1002/...

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Plant Physiology | Oxford Academic Plant Physiology is an international journal devoted to physiology, biochemistry, cellular and molecular biology, genetics, biophysics, and environmental biology of plants

#FOCUS COLLECTION ON #VEGETABLE CROPS #ECOPHYSIOLOGY 식물생리학 식물성장, 발달, 번식 및 생존을 지배하는 내부 물리적·화학적 과정을 조사하는식물학#광합성, 호흡, 영양소 동화, 물 운반(실/표류),성장 호르몬 조절 및 스트레스 반응과 같은 환경반응 academic.oup.com/plphys

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Graminoids had the best heat tolerance, but plant growth form did not predict response to active warming in a #heatwave experiment led by @scienceanu.bsky.social PhD student Tom Hanley using @tern-aus.bsky.social AMRF infrastructure.

doi.org/10.1111/jvs.70109

🧪 #ecology #ecophysiology #wildOz

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🧪 New #Ecophysiology article in the Journal of Experimental Biology alert!

Very excited to share that the paper of our researcher, Ellie Laetz, was published in their new issue, with a photo of the study making it to the cover!

Big thanks to @jexpbiol.bsky.social 🤝 Read the article below!

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So excited to have been accepted to write this piece. Thanks to all who have entertained my ramblings over the years and have encouraged me in my passion for #ecophysiology and #evolution 🙏

#IAmABotanist 🌱

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Graphic announcing new AJB Synthesis article by Haley Branch.

Graphic announcing new AJB Synthesis article by Haley Branch.

Methodological illustration for asking whether X affects plants. “Question” provides an example of a question that both ecologists and evolutionary biologists ask, with categories of traits often of interest. “Experiment” shows trait examples and comparisons (populations, environmental, across time). Types of traits are where evolutionary biologists could expand their breadth. “Outcome” describes lasting effects of whether X affects traits to the point that it is passed on and contributes to future generations or it leads to extinction. “Outcomes” is where ecophysiologists could expand their work. Images courtesy of Dr. Stefanie Sultmanis (vein density), Dr. Beatrice Harrison Day (root section), and Dr. Vanessa Tonet (leaf cavitation).

Methodological illustration for asking whether X affects plants. “Question” provides an example of a question that both ecologists and evolutionary biologists ask, with categories of traits often of interest. “Experiment” shows trait examples and comparisons (populations, environmental, across time). Types of traits are where evolutionary biologists could expand their breadth. “Outcome” describes lasting effects of whether X affects traits to the point that it is passed on and contributes to future generations or it leads to extinction. “Outcomes” is where ecophysiologists could expand their work. Images courtesy of Dr. Stefanie Sultmanis (vein density), Dr. Beatrice Harrison Day (root section), and Dr. Vanessa Tonet (leaf cavitation).

🏵 Check out the latest #AJB Synthesis article, by Haley Branch! 🏵

The sleeping giant needs coffee: Overlooked areas for integrating plant #ecophysiology & evolutionary biology

doi.org/10.1002/ajb2...

#botany #plantscience #ecology #evolution

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Further integrating social context into comparative and environmental physiology Summary: Social environments affect all aspects of animal physiology. We highlight how overlooking social effects might lead to inaccurate physiology-based predictions of species’ responses to environ...

🚨New paper out now! Excited to see this commentary, led by @shaunkillen.bsky.social, showing that social context is key in comparative physiology and must be integrated! Read more here: doi.org/10.1242/jeb.... #ComparativePhysiology #Behaviour #Ecophysiology @sbohvm.gla.ac.uk @jexpbiol.bsky.social

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🌱 Most viewed PlantEcophys paper of 2025 📈

by Hendrik Poorter, Thijs L. Pons, and Tammo Reichgelt

#PlantScience #Ecophysiology #PaleoCO2

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Soils drive convergence in the regulation of vascular tension in land plants Terrestrial vascular plants operate under negative water potential, which results in hydraulic tension in the vascular system. Vascular tension varies with transpiration and soil drying and is regulat...

Out in @science.org this week. Soils drive convergence in the regulation of vascular tension in land plants. www.science.org/doi/10.1126/...

#plantscience
#ecophysiology

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🍁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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Vacancies | Behavioural Ecology and Social Evolution

3-year PhD position in insect ecophysiology and land-use intensity with PD Dr. Florian Menzel (@unimainz.bsky.social) and Prof. Dr. Thomas Schmitt ( #Würzburg ). Application deadline: February 4th, 2026. More info here: www.blogs.uni-mainz.de/fb10-evoluti... #insects #ecophysiology #land-use #CHCs

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Just 1 of the incredible 12 symposia coming to #SICB2026 !

www.xcdsystem.com/sicb/program...

S11: #Hormones at sea: New frontiers in marine #mammal #endocrinology and #ecophysiology

Organized by
Jen Jelincic
scholar.google.com/citations?us...
&
Kathleen Hunt,
science.gmu.edu/directory/ka...

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🌿 New CONCERTO & CMCC work opportunity! 🌍

CMCC is #hiring 4 researchers in #ecophysiology, remote sensing, and carbon cycle #science.

📍 Italy (hybrid/remote)
🗓 Deadline: 28 Dec 2025

👉 More info: projectconcerto.eu/news
📣 Apply: cmccfoundation.applytojob.com/apply/WvqAULEqWo

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Friday SICB journals follower spotlight on
@torporthomas.bsky.social is an ICB/IOB bsky follower.
Thomas is interested in #vertebrate , #ecophysiology, #conservation #physiology, and #disease #ecology be sure to follow him to see what he's up to, and thanks for the follow Thomas! 🙌

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Postdoc position(s) available!

Work on:
- Muskox movement ecology
- Ecosystem & carbon dynamics

These can be done back-to-back for someone keen on both topics or split into two separate roles.

📄 Full details in the attached flyer!

#AcademicJobs #PostdocPositions #Ecophysiology #EcologyJobs

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Postdoctoral Fellow Evolutionary Ecology Lund | HigherJobz Apply for Postdoctoral Fellow in Evolutionary Ecology at Lund University, Sweden. PhD required. Deadline 25 Nov 2025.

#Postdoctoral Fellow – Lund University, Sweden
Focus: #EvolutionaryEcology & Ecophysiology, Climate Adaptation in Wild Birds
Deadline: 25 November 2025
Details: higherjobz.com/postdoctoral...
#SwedenJobs #HigherJobz #PostdocJobs #AcademicJobs #Ecophysiology
@lunduniversity-med.bsky.social

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Does anyone have specific leaf area (SLA) or leaf mass per area (LMA) measurements for adult leaves of #Eucalyptus pellita or #Corymbia tessellaris that they'd be willing to share with me?

🧪 #PlantTraits #ecophysiology #physiology #WildOz #botany #ecology #AusTraits

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Our newest #AssociateEditor is @lucascernusak.bsky.social !

Lucas will be bringing his expertise in tropical plant #Ecophysiology 🌴 to this role. We're very pleased to have him on board 🤩

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PhD candidate in Tree Phenology and Ecophysiology The Research Unit Forest and Soil Ecology, which investigates how changing environmental conditions affect forest ecosystem functioning, is seeking a candidate to join the Ecosystem Ecology group star...

Looking for a motivated PhD student in Tree phenology and Ecophysiology at WSL. The project combines climate chamber experiments with modelling to understand how temperature, light and water availability affect leaf senescence timing. apply.refline.ch/273855/1788/... #TreePhenology #Ecophysiology

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Job offer: The Swiss Federal Institute for Forest, Snow and Landscape Research WSL is part of the ETH Domain. Approximately 600 people work on the sustainable use and protection of the environment and on the handling of natural hazards.

The Research Unit Forest and Soil Ecology, which investigates how changing environmental conditions affect forest ecosystem functioning, is seeking a candidate to join the Ecosystem Ecology group starting on 1 January 2026 (or upon appointment) as a
PhD candidate in Tree Phenology and Ecophysiology
You will be working within the SNF funded project “From leaf-out to senescence: integrating daylight and temperature dynamics into phenological process-based models to enhance autumn phenology modelling”. 

Unlike leaf-out timing, leaf senescence is particularly challenging to predict, partly because many internal factors are involved and remain poorly understood. You will investigate how changing environmental conditions — including variations in temperature, daylight, and water availability — affect leaf senescence, with the goal of improving phenological models. To achieve this, you will combine manipulative experiments, long-term phenological observations, and large-scale remote sensing data. You will also apply both statistical and mechanistic modelling approaches and contribute to publishing results in international scientific journals.
You hold a Master’s degree in in forest ecology, ecology, plant physiology, environmental science, or a related field. You are eager to apply a wide range of approaches, from ecophysiology and experimental fieldwork to remote sensing and modelling. You have a good command of English, work in a structured and independent manner, enjoy collaborating within a team and are comfortable using statistical software, preferably R. The workplace will be at WSL in Birmensdorf (approximately 20 minutes outside of Zurich), and the PhD enrolment will be at the University of Bern.

Job offer: The Swiss Federal Institute for Forest, Snow and Landscape Research WSL is part of the ETH Domain. Approximately 600 people work on the sustainable use and protection of the environment and on the handling of natural hazards. The Research Unit Forest and Soil Ecology, which investigates how changing environmental conditions affect forest ecosystem functioning, is seeking a candidate to join the Ecosystem Ecology group starting on 1 January 2026 (or upon appointment) as a PhD candidate in Tree Phenology and Ecophysiology You will be working within the SNF funded project “From leaf-out to senescence: integrating daylight and temperature dynamics into phenological process-based models to enhance autumn phenology modelling”. Unlike leaf-out timing, leaf senescence is particularly challenging to predict, partly because many internal factors are involved and remain poorly understood. You will investigate how changing environmental conditions — including variations in temperature, daylight, and water availability — affect leaf senescence, with the goal of improving phenological models. To achieve this, you will combine manipulative experiments, long-term phenological observations, and large-scale remote sensing data. You will also apply both statistical and mechanistic modelling approaches and contribute to publishing results in international scientific journals. You hold a Master’s degree in in forest ecology, ecology, plant physiology, environmental science, or a related field. You are eager to apply a wide range of approaches, from ecophysiology and experimental fieldwork to remote sensing and modelling. You have a good command of English, work in a structured and independent manner, enjoy collaborating within a team and are comfortable using statistical software, preferably R. The workplace will be at WSL in Birmensdorf (approximately 20 minutes outside of Zurich), and the PhD enrolment will be at the University of Bern.

🍃🌳🍂 #PhDAlert! MSc in #ForestEcology, #PlantPhysiology or #EnvironmentalSciences? Eager to apply a wide range of approaches, from #ecophysiology and experimental fieldwork to #RemoteSensing and modelling🛰️? We offer a #PhD position in Tree #Phenology: apply.refline.ch/273855/1788/... #ScienceJobs

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Job offer: The Swiss Federal Institute for Forest, Snow and Landscape Research WSL is part of the ETH Domain. Approximately 600 people work on the sustainable use and protection of the environment and on the handling of natural hazards.

The Forest and Soil Ecology research unit, which investigates the effects of environmental changes in forest ecosystems, is looking for a person to join the Ecosystem Ecology group for a fixed-term period of four years, starting January 2026 or by appointment, as a
PhD student in plant phenology and ecophysiology
You will be responsible for planning and carrying out experiments in the field and under controlled conditions in the SNF funded project “Linking carbon source-sink dynamics to autumn phenology: Predicting tree growth rhythms in temperature and boreal forests”. You will analyse the interaction between carbon balance and phenology by applying various ecophysiological and biochemical methods and large-scale data analyses. You will carry out statistical and mechanistic modelling approaches. Finally, you will be responsible for publishing results in scientific journals.
You have a master’s degree in environmental science, or a comparable topic and are interested in applying various methods, from ecophysiology to model applications. You have a proficient command of written and spoken English, are able to work in a structured, efficient and independent manner, and have a high level of team spirit. Furthermore, you have a good level of fitness to carry out field work in remote locations. We offer an international team with exciting research perspectives and strong collaboration with researchers from ETH and international institutions. The position will be based at WSL and you will be enrolled at ETH Zurich.

Job offer: The Swiss Federal Institute for Forest, Snow and Landscape Research WSL is part of the ETH Domain. Approximately 600 people work on the sustainable use and protection of the environment and on the handling of natural hazards. The Forest and Soil Ecology research unit, which investigates the effects of environmental changes in forest ecosystems, is looking for a person to join the Ecosystem Ecology group for a fixed-term period of four years, starting January 2026 or by appointment, as a PhD student in plant phenology and ecophysiology You will be responsible for planning and carrying out experiments in the field and under controlled conditions in the SNF funded project “Linking carbon source-sink dynamics to autumn phenology: Predicting tree growth rhythms in temperature and boreal forests”. You will analyse the interaction between carbon balance and phenology by applying various ecophysiological and biochemical methods and large-scale data analyses. You will carry out statistical and mechanistic modelling approaches. Finally, you will be responsible for publishing results in scientific journals. You have a master’s degree in environmental science, or a comparable topic and are interested in applying various methods, from ecophysiology to model applications. You have a proficient command of written and spoken English, are able to work in a structured, efficient and independent manner, and have a high level of team spirit. Furthermore, you have a good level of fitness to carry out field work in remote locations. We offer an international team with exciting research perspectives and strong collaboration with researchers from ETH and international institutions. The position will be based at WSL and you will be enrolled at ETH Zurich.

🍂🌳 #PhDAlert! MSc in #EnvironmentalSciences or a related field and interested in plant #phenology and #ecophysiology? Good level of fitness to carry out field work in remote locations? Our #Ecosystem #Ecology group offers a #PhD position: apply.refline.ch/273855/1789/... #ScienceJobs

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Photo of Roman Mathias Link.

Photo of Roman Mathias Link.

'What I enjoy about science is the diverse work environment and the vast range of different tasks involved in scientific work.'

In Profile: Roman Mathias Link
📖 nph.onlinelibrary.wiley.com/doi/10.1111/...

#PlantScience #ecophysiology

🧵👇

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Finally, biology of the voyagers themselves: traits that made survival on a long, accidental voyage even remotely possible.
#EcoPhysiology #SurvivalScience #OceanHoptimism

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🤝 NEW Meet the Editor: Eric Riddell

✍️Associate Editor Eric Riddell shares his experiences in #ecophysiology, insights into the #editor role and top tips for early career #researchers💡

@ecophysiology.bsky.social

Read it here ➡️ buff.ly/jmnhuR5

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#PlantScience #PhDChat #EcoPhysiology

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A database of plant heat tolerances and methodological matters Motivation Plant heat tolerance data are increasingly valued for their potential to help increase our understanding of species’ responses to extreme temperatures, but these efforts are hindered by met...

We published a database of plant heat tolerances to catalyze research that advances plant ecology.
@kjfeeley.bsky.social @alyssakullberg.bsky.social

Link to the paper with embedded link to database here:
tinyurl.com/mu2kj7s9

🌐🧪🌡️🌴🍂🍁🌳🌲 #PlantEcoPhys #Ecology #Botany #Ecophysiology #ClimateChange

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This study offers a fresh causal framework for needle shortening: it’s not a weakness, but a smart adaptation to keep conifers thriving under stress. (8/8)

👉 doi.org/p4hr

#AoBpaper #PlantScience #Botany #Forests #Ecophysiology #Conifers #TreeBiology

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Needle length in pines as a key trait regulating hydraulic resistance

Needle length in pines as a key trait regulating hydraulic resistance

🌲Check the newly published article ‘Needle length in pines as a key trait regulating hydraulic resistance’ in @annbot.bsky.social by Giovanni Bicego and co-authors 🧵(1/8)

👉 doi.org/p4hr

#AoBpaper #PlantScience #Botany #Forests #Ecophysiology #Conifers #TreeBiology

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Fully funded PhD in #Ecophysiology at UBC in Vancouver! 🍁 Possible topics include leaf physiology, thermal ecology, microclimates, scaling, tree physiology, forest ecology, and more. Start Sept 2026/Jan 2027. michaletzlab.org
Please share!
#PlantEcoPhys #Ecology #Botany #PhDposition #GradSchool

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