Population Ecology at IBOT

Biotic interactions; Ecological epigenetics; Species adaptation to climate change; Conservation biology and much more at the Institute of Botany, CAS

[Těla rostlin @KlimesovaJitka]

Zveme na výstavu do Průhonic! Přijďte se podívat do Galerie Natura na naše linoryty a kresby inspirované rostlinami (a výzkumem na nich páchaným!) https://t.co/Ro4dZ0ixj7

[Botanický ústav AV ČR/Institute of Botany CAS @IBOTCZ]

📢 We are hiring! We seek a Junior Group Leader in Plant Science. 📅 Apply by 15 Sept 2024 for a chance to lead a new research group on a topic of your interest. 🌱 PhD with 2+ years postdoc experience required. 🔗 For more details, visit https://t.co/StTZaosOTH #PlantScience

[Iris Sammarco @Iris63146796]

❓Can DNA methylation be target of natural selection? We explored this question in wild strawberry plants distributed across an altitudinal range, check our preprint below🍓⬇️
https://t.co/lRpyl7g40Q
@LatzelV @EvoRepro @PopEcolIBOT @IBOTCZ @biorxivpreprint

[Dina in 't Zandt @Dina_intZandt]

Exciting new publication led by @yacine_youssef and @eliska_kutakova in @FunEcology! We connect root exudates with plant-soil feedback between plant species and genotypes 🥳

[Population Ecology at IBOT @PopEcolIBOT]

#ClimateChange #PlantScience #Innovation #ResearchHighlight

[Population Ecology at IBOT @PopEcolIBOT]

Our latest paper reveals that clonal plants can adapt to climate change without altering their DNA. Thanks to an 'epigenetic memory', they adjust to increased temperatures, prepping their offspring for a changing climate. This opens new doors in understanding plant resilience. 🌍

[Czech Academy of Sciences @CzechAcademy]

#newpaper | DNA methylation in the wild: epigenetic transgenerational inheritance can mediate adaptation in clones of wild strawberry (Fragaria vesca)

Authored by researchers from @IBOTCZ et al.

The findings indicate that variation in DNA methylation, which can be environmentally inducible and heritable, may enable clonal plant populations to adjust to their environmental conditions even in the absence of genetic adaptation.

Study ➡️ https://t.co/Paq6hxGMHf @NewPhyt

[Population Ecology at IBOT @PopEcolIBOT]

Our postdoctoral position is still available. Join our dynamic and innovative department, where great minds thrive. Please retweet to spread the word and help us find the perfect candidate. #AcademicTwitter #PostdocJobs #JoinOurTeam 🌟👩‍🔬👨‍🔬

[Population Ecology at IBOT @PopEcolIBOT]

🌿 Open Postdoc Position - Department of Population Ecology 🌿

🔍 We're excited to announce an open postdoc position in our dynamic team! This is a unique opportunity to explore the frontiers of population ecology and contribute to significant research.

[Population Ecology at IBOT @PopEcolIBOT]

#Postdoc #AcademicJobs #EcologyJobs #ResearchOpportunity #ScienceCareers

[Population Ecology at IBOT @PopEcolIBOT]

🌿 Open Postdoc Position - Department of Population Ecology 🌿

🔍 We're excited to announce an open postdoc position in our dynamic team! This is a unique opportunity to explore the frontiers of population ecology and contribute to significant research.

[Population Ecology at IBOT @PopEcolIBOT]

🔄 Help Us Spread the Word! If you know someone who would be a perfect fit, please retweet and share this opportunity within your network.Join us in shaping the future of population ecology research!
https://t.co/87xKMh0bBV

[Population Ecology at IBOT @PopEcolIBOT]

Pretty cool research on ecological epigenetcs led by our department. DNA methylation can madiate local adaptation in clonal plants

[New Phytologist @NewPhyt]

Natural epigenetic variation, a key player in plant adaptation?

📖 https://t.co/ieNBKcBinU
by Sammarco et al.

@Iris63146796 @LatzelV @IBOTCZ @PopEcolIBOT @PopEcolIBOT @wileyplantsci #PlantScience

[Journal of Ecology @JEcology]

🧬ON THE BLOG: @LatzelV & colleagues discuss their latest research about unlocking the potential effect of transposable elements on ecosystems https://t.co/X25Ot1SxnW

🔗Read the full article: https://t.co/2laSoxP8wq

[Population Ecology at IBOT @PopEcolIBOT]

We show that plant community stability is associated with a decoupling of prokaryote and fungal soil networks. Prokaryote-fungal decoupling occurred in soil abandoned from agriculture 60 years prior to our study. https://t.co/CV2T1PqYcZ

[Dina in 't Zandt @Dina_intZandt]

🥳 I'm absolutely thrilled to share our new publication in @NatureComms, where we show that plant community stability is associated with a decoupling of soil prokaryote and fungal networks @PopEcolIBOT @IBOTCZ @CzechAcademy

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[Population Ecology at IBOT @PopEcolIBOT]

Naše oddělení zkoumá i petrklíče, ovšem tentokrát s náramnou podporou veřejnosti. Děkujeme

[Akademie věd ČR @Akademie_ved_CR]

💐 V průběhu dvou let prozkoumali dobrovolníci v rámci projektu „Honba za petrklíči“ více než 900 tisíc květů prvosenek jarních a vyšších po celé Evropě.

Více ➡️ https://t.co/8borbwAQTy

[DINESH THAKUR (PhD) @552Dinesh_Jango]

Glad to share our @PopEcolIBOT latest publication in @FunEcology
We present plant responses to climate change and their adaptive potential
Differential effect of climate of origin and cultivation climate on structural and biochemical plant traits https://t.co/2Yv7Cg7Ogq

[Dina in 't Zandt @Dina_intZandt]

📌PhD position in plant-soil-microbiome interactions! Come and join our team @PopEcolIBOT studying plant-soil-microbiomes as drivers of plant community stability. Info and applications: https://t.co/HpP9VerhKb Please RT🙏