🎥 Video abstract: part of the price of the JAB Review Award is a video abstract of the winning article - offering an accessible snapshot of the paper’s key takeaways 🏆
@nordicoikos.bsky.social @alice-risely.bsky.social @pcapi.bsky.social #earlycareer #ornithology #birds #microbiome #migration
For birds migrating at night, the consequences of artificial light can be fatal. @barbarahelm.bsky.social @baptischmi.bsky.social and co-authors found evidence for attraction towards light pollution of sea-crossing birds using ornithological radars along the Croatian coast. doi.org/10.1016/j.bi...
📢COURSE ANNOUNCEMENT📢
Katima, Namibia, February 2026
🐻📊Join FatBear's Applied Movement Data Analysis in R courses for wildlife grad students & practitioners. Beginners & R users welcome 🌍📈
Info and registration: fatbearbio.weebly.com/workshops.html 🐾
🚨 Master’s project!
Curious how birds find their way? 🧭🐦
Analyze decades of ringing data to study abnormal migratory routes and uncover what these deviations can reveal about the mechanisms guiding birds on their journeys. Drop me an email for details! #ornithology
www.vogelwarte.ch/de/wir/mitar...
the 5 study species: Dunnock, Northern Wheatear, European Robin, Common Redstart, Garden Warbler
NEW PUBLICATION on stopover ecology of Songbirds during spring migration: After packmor et al. 2020 (Mov Ecol) found that trans-Saharan migrants react differently to weather for migratory departure, we aked ourselves, whether this is also valid for spring migration? 🐦
a thread 🧵 on 7 hypotheses:
🦩🦩🦩 First paper from my last postdoc at @tourduvalat.bsky.social, co-first authored with Hugo Cayuela, is now published in @pnas.org. Thanks to a wonderful dataset on the Greater Flamingo in southern France, we investigated the relationship between migratory behaviour and ageing. 🦩🦩🦩
#EOU2025 Come and join us for the symposium on the importance of vagrancy in ecology and evolution. Lots of great results in the talks from the different speakers!
LR4 - Friday 22 - 10:30
@alexanderlees.bsky.social @joewynnbirds.bsky.social #ornithology @vogelwarte.bsky.social
#EOU2025 Come and join us for the symposium on #bird #migration and #ALAN, aiming to discuss fundamental research and policy.
LR3 - Tuesday 19 - 10:30h
@baptischmi.bsky.social @carburt.bsky.social @jlyr.bsky.social @vogelwarte.bsky.social
#ornithology
#aeroecology
#movementecology
#lightpollution
Radar monitoring showed birds heading south crossing the Mediteranen sea in the Camargue, but migration intensity was lower in the Camargue than further west where most birds follow the coast towards Spain.
Bangor University, Wales UK
#EOU2025 is starting in #Bangor (Wales, UK). Come to see my poster on nocturnal bird migration at the Mediteranean coast in France. #migraLion #aeroecology #ornithology @vogelwarte.bsky.social
For those attending the #EOU2025 in Bangor, this starter pack might help stay on top of the conversation ;)
Ping me to be included
go.bsky.app/TmuEgMA
Fig. 1 from the article: The overall density of estimated lay dates over a calendar year, revealing the peaks and duration of breeding for (a) African paradise flycatcher, (b) cape turtle dove, (c) cape wagtail, and (d) laughing dove.
Fig. 3 from the article: The results of the linear models (M1–M3) and linear mixed model (M4 – with card as random term) using different data combinations exploring association with lay date (during the period 1950–1999) for (a) African paradise flycatcher, (b) cape turtle dove, (c) cape wagtail, and (d) laughing dove.
NEW PAPER: using South African nest records, the authors explore phenological shifts due to climate change in the understudied Southern Hemisphere. Three of four selected bird species shifted to later laying from 1950–1999, likely linked to rainfall.
➡️ vist.ly/3z5sd
#ornithology #birds
Image description: figure from review titled Map and compass navigation: the mechanism and ontogeny of animal maps. The figure shows how environmental cues can vary in predictable gradients through space, generating unique cue combinations at each location. The second part of this figure shows how animals may respond to these cue combinations, either treating them as discrete cue-location associations, or as continuous gradients. These differences may lead to differences in navigational strategies and performance.
Ever wondered how animals know where they are? Or how they find where they need to be?
The answer is that they have maps and compasses built into their heads! Excited to see this new review of map-and-compass navigation led by Joe Morford out in Animal Behaviour @asab.org
doi.org/10.1016/j.an...
Millions of birds nest in the Arctic each year. But did you know they’ve been doing this since the Cretaceous? Can’t believe I finally get to share that our paper on the birds of the Prince Creek Formation is out in @science.org (and on the cover)! 🧵
Art: Gabriel Ugueto @serpenillus.bsky.social
Bird migration forecast models help mitigate the impact of human activity on avifauna. Using weather dynamics at various spatial and temporal scales, these models can be enhanced, as a new study shows: doi.org/10.1007/s004... @baptischmi.bsky.social
Are skylarks preferring bright nights around full moon for migration?
Ringing data suggests: yes!
Read more in our new #ornithology paper, based on MSc thesis of Dajana Prinz and in cooperation with @ramonaheim.bsky.social @jki-research.bsky.social
www.nature.com/articles/s41...
#birdmigration
📢COURSE ANNOUNCEMENT📢
George, South Africa, August 2025
🐻📊Join FatBear's Applied Movement Data Analysis in R courses for wildlife grad students & practitioners. Beginners & R users welcome 🌍📈
Info and registration: fatbearbio.weebly.com/workshops.html 🐾
🐦Saviez-vous qu'il est possible d’utiliser les radars météo pour anticiper les mouvements migratoires des oiseaux ?
➡️Ce fut l’objectif du projet SEMAFOR, une collaboration entre Météo-France, France Énergies Marines, Biotope et l’Institut Ornithologique Suisse.
Plus d'infos👉 tinyurl.com/5n7tw4hd
Screenshot of the paper front page.
Now this is exciting.
Antonin and his team have just published a study showing that the number of migrating hoverflies through Czechia are positively correlated with the numbers of birds!
Suggests that the birds are using the flies as fuel on migration.
royalsocietypublishing.org/doi/epdf/10....
Weather radars continuously register the movements of billions of animals in the air! We have now published datasets covering large parts of Europe, providing an overview of the aerial habitat in a way no other method can.
Data is available on Alofdata.eu , see our blogpost:
go.nature.com/3F0wQ0L
And the paper can be found here:
doi.org/10.1038/s415...
@peterdesmet.com @baptischmi.bsky.social @barthoekstra.bsky.social @stijnvanhoey.be @inbo.be @biologylu.bsky.social @uva.nl @cornellbirds.bsky.social @vogelwarte.bsky.social @wslresearch.bsky.social
@biodiversaplus.bsky.social
Trait matching between interacting bird and plant species is widespread globally! Yet its importance for avian seed dispersal is not just about complementarity among consumers but it depends on the resource traits in a community 🧪🌐 Now out in Ecology Letters: onlinelibrary.wiley.com/doi/10.1111/...
A great new paper by PhD student Samuel Hodges and colleague Ryan Neely has looked at how insects travel hundreds of km by riding tropospheric winds by using weather radars to explore atmospheric correlates of high-altitude insect migration 🌪️✨. Dive into the aerosphere with us 🧵👇 #Aeroecology 🧪🌍
Le sentiment de #submersion. Indépendamment du bord politique, il est nécessaire d'avoir des mots pour décrire l'univers mental de tous les citoyens, même lorsque leur vision du monde diffère de la nôtre.
Summary text of the planned EOU symposium (Bangor, Wales UK, 18-22 August 2025): Artificial light at night (ALAN) can drastically alter the environment of migratory birds, both on their breeding grounds, non-breeding grounds and during their migratory journeys. ALAN can therefore disrupt the birds' evolved response to natural changes in environmental light. For example, light is an important cue for determining the circa-annual cycle of birds, and birds use it to orientate during their migratory flights. The scale of the problem has been recognised by the Bonn Convention on Migratory Species (CMS), which aims to identify knowledge gaps and develop guidelines to reduce the impact of light pollution on migratory species. This symposium aims to present the latest research on the effects of ALAN on migratory birds, identify research gaps, and to improve our understanding of how to adapt research projects in order to translate research results into policy and legislation.
Happy to co-organise a symposium on migratory birds and artificial light at night: from research to policy. #ornithology #aeroecology submit 👆🏽your abstract before March 15 😀 #eou2025
SEMFOR core team
Three years to explore, develop and implement a near-term bird migation forecast. SEMAFOR final meeting in Toulouse at météoFrance. So greateful to have worked with wonderful people #aeroecology #radar #ornithology #vogelwarte_ch
www.france-energies-marines.org/wp-content/u...
Come work with us - PostDoc on characterizing insect migration 🦋🪲🪰 using vertical-looking radars 📡
Deadline: 31 January
Please Share!
my.jobalino.ch/job/en/6cd50...
Are you looking for a #postdoc in #ornithology or #lightpollution or #plasticpollution?
Would you like to work at #MNCN @csic.es?
Please let me know if you are interested in a #JuandelaCierva grant funded by @ageinves.bsky.social
Happy to discuss potential projects
www.aei.gob.es/en/announcem...
A composite image of birds flying in front of fireworks, meant to depict fleeing birds.
Another NYE, another night of terror for millions of birds across the Netherlands (and around the world).
Last year we published in @ecologicalsociety.bsky.social Frontiers 🧪 about the massive impact of fireworks on birds 🦅.
Paper: doi.org/10.1002/fee....
Thread below 🧵👇
not familiarised with the topic. have never seen an Aurora myself. but yes, could be!
Diagram showing a moth flying towards a car with cool toned headlights, and a moth staying still next to a car with warm headlights. In the corner is a photograph of a cute yellow moth face on to the camera flapping it's wings. It is perched on someone's hand. Text reads: New headlights hurt moths! Moths fly erratically towards cool phosphor LEDs, more than warm and RGB LEDs. In a bubble in the top right corner, text reads "Did you know? Many artifical lights are harmful to insects at night" The background is black.
Advent Sci-Fact 4:
New headlights hurt moths!
Unlike us, moths can’t blink in bright light. Moths are more likely to fly erratically towards pulses of cool toned phosphor-LEDs, compared with warmer and RGB lights. Meaning new headlights are more harmful.
Paper: tinyurl.com/29avcnnx
#SciComm 🧪🌍
