Global Ecology 🌐
@global-ecology.bsky.social
5.4K followers 3.1K following 110 posts
Moderating and contributing to the Global Ecology feed https://bsky.app/profile/nmouquet.bsky.social/feed/global.ecology - DM to contribute to the feed - Crafted with love 💚 by @nmouquet.bsky.social
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Reposted by Global Ecology 🌐
davide-andreatta.bsky.social
Our analysis of 23 years of satellite data (2001-2023) 🛰️ across Europe's major mountain ranges 🏔️ reveals that global change🥵 is driving elevation-dependent phenological shifts 📈—but these changes don't translate straightforwardly into productivity gains☘️🍀.
www.sciencedirect.com/science/arti...
Reposted by Global Ecology 🌐
biogeography.bsky.social
Dr. Brett Scheffers will be giving our October Funk lecture! If you are interested in how micro-scale variation in climate and habitat interact to shape biogeographic patterns, you won't want to miss this talk! Learn more here: www.biogeography.org/news/news/oc...
Reposted by Global Ecology 🌐
Reposted by Global Ecology 🌐
science.org
A new study in Science evaluating published data from 19 countries has pinpointed the minimum habitat levels needed to sustain pollinators in agricultural landscapes. https://scim.ag/3VIq4Cg
A sweat bee resting on a flower.
Reposted by Global Ecology 🌐
resiliencesci.bsky.social
A boost for integrative rethinking of resilience in water-driven transitional ecosystems
Hurtado+
doi.org/10.1093/bios...

rethinking resilience of water-driven transitional ecosystems
"characterized by experiencing periodic and reversible alternations of aquatic-terrestrial transitional states"
Figure 2. Assembly disassembly dynamics of biological covers in water-driven transitional ecosystems. Historically, biodiversity assessmentshave primarily been focused on the ability of aquatic biofilms (in light green) to resist and recover from drying, overlooking the compensatoryeffects provided by terrestrial organisms. However, during the terrestrial phase, aquatic species must acclimate or emigrate, favoring organismswith rapid life cycles and specific adaptations for survival during the terrestrial phase (biocrusts in brown). Within an integrative approach,biological covers (in blue) are a cornerstone community, embracing both biofilm and biocrust dynamic ensembles that better represent thebiodiversity changes associated with fluctuating water availability. WDTE refers to water-driven transitional ecosystem.
Reposted by Global Ecology 🌐
methodsinecoevol.bsky.social
📖Published📖

Deschamps et al. introduce CAMELIA (Community Assemblage Modelling macroEcoLogically Informed with AI), a neural network framework integrating species distribution data with community constraints to improve biodiversity predictions 👇

🌍 🧪

buff.ly/DfJT25t
CAMELIA workflow for model training: Stacked species distributions from S-SDMs trained with community observations and environmental variables, and community indices (species richness (SR), community mean (CM) and community standard deviation (CSTD) of various traits) are given to the multilayer perceptron. The parameters of the multilayer perceptron are then optimized by minimizing the final combined loss function that compares predicted species presence probabilities and community indices with observed community values. BCE and MSLE correspond to the binary cross-entropy loss function and the mean squared logarithmic error.
Reposted by Global Ecology 🌐
resiliencesci.bsky.social
Accounting for human–nature linkages in area-based conservation monitoring through social–ecological indicator bundles
Ban+
doi.org/10.1111/cobi...

"identify interactions among key nodes of the system that can be a focus of monitoring...We called these indicator bundles."
An example can illustrate the indicator bundles approach. Consider understanding of recovery and maintenance of populations. An ecological indicator might be the biomass of one or more ecologically important species that were previously overfished. Recovery and conservation will be influenced by compliance with the MPA rule that prevents fishing (behavior indicator). Compliance, in turn, is influenced by fishers’ perceptions of the MPA (e.g., perceived legitimacy, an attitudes and beliefs indicator) and perceived fairness of MPA decision-making (governance indicator). These 5 indicators—biomass, compliance, perceived legitimacy, catches, and perceived fairness—form a bundle that is causally linked and could help identify why ecological recovery or positive social outcomes are or are not occurring (Figure 4a). If ecological recovery is not happening, a manager would have increased ability to identify potential causal factors by examining the outcomes of other indicators in the bundle.
Reposted by Global Ecology 🌐
natureportfolio.nature.com
A Perspective in Nature introduces the Biodiversity Cell Atlas initiative, which aims to create comprehensive single-cell molecular atlases across the eukaryotic tree of life. go.nature.com/46HnmDn 🔒
This is figure 1, which shows thattThe BCA aims at molecularly characterizing cell types across the eukaryotic tree of life.
Reposted by Global Ecology 🌐
scbeurope.bsky.social
New on global conservation science:

Most bird species overlap with Key Biodiversity Areas (KBAs), yet gaps remain, especially for northern and temperate species. Expanding KBA coverage could better safeguard global avian diversity.

Lansley et al. in Conservation Biology doi.org/10.1111/cobi...
global-ecology.bsky.social
🌐 Global Ecology feed Digest #34 Sept 29 Oct 6, 32 posts!

✨For the lazy (yes we are) & friends who don't like social media but might benefit from this feed, here’s a DIGEST crafted with 💚 for you to share

globalecologybs.github.io/feeddigest.g...

DM if you want to receive the link weekly

🌍🦤🦑🪴🍁🧪
bluesky Global Ecology Feed Digest #34
Curated digest of the bluesky Global Ecology feed on biodiversity, ecosystems & conservation at large scales. Terrestrial, freswater & marine realms.
globalecologybs.github.io
Reposted by Global Ecology 🌐
Reposted by Global Ecology 🌐
expecocons.bsky.social
🌍📢 Postdoc alert | 3-yr starting 1/1/26

Understand how ecosystem stability is changing across space and through time using niche modelling, pinpoint at-risk species/regions, and build tools that drive conservation action🌿🧭📈

👉 tinyurl.com/2w2we5z8

#Ecology #Jobs #Biodiversity #RStats
Reposted by Global Ecology 🌐
Reposted by Global Ecology 🌐
erleellis.bsky.social
Redefine how the world measures progress!
🌍🧑‍🌾🌽🌎🌴🐬🌏🚵‍♀️🍄🌐👍

Join the Global Expert Consultation to develop
The Nature Relationship Index (NRI) @undp.org

<15 mins to make a difference
anu.au1.qualtrics.com/jfe/form/SV_...
> Deadline: Oct 15, 2025
> Background: rdcu.be/etpiQ
Reposted by Global Ecology 🌐
ipbes.net
Breaking!

In a new paper published in @plos.org, former @ipbes.net Executive Secretary @annelarigauderie.bsky.social and #TransformativeChange Assessment co-chairs explore how stopping biodiversity loss is contingent on transformative change.🌍🏡

🧪 https://plos.io/4oZQEUI @lucasgaribaldi.bsky.social
Underlying causes, indirect drivers and direct drivers of biodiversity loss and nature’s decline.
Reposted by Global Ecology 🌐
jsegrestin.bsky.social
🌿 Excited to share FAIRTraits!

A data set with 189,452 records of 180 quantitative #traits from 240 Mediterranean plant species, fully FAIR-compliant & openly available 📊🌐

🔗🔓 doi.org/10.1002/ecy....

Started back in 2013 when I was a MSc student, now a huge team effort 💪

@esajournals.bsky.social
Reposted by Global Ecology 🌐
peopleandnature.bsky.social
⚙️ Leverage points for scaling nature-based adaptation to climate change ➡️ buff.ly/5OjLIOk

Our research shows rapid progress needs simultaneous action on deep (values, culture) and shallow (policy, finance) leverage points. A systemic view is essential!