If you find me at https://t.co/aoNZvpB6Jj I will follow you back ☺️

I'm really looking forward to all the amazing studies that are going to follow, using this grid to understand fine-scale movements of hummingbirds, flower-piercers, reptiles, amphibians, etc., all in the mosaic Paramo and high-Andes elfin forest mosaic ecosystem of Chingaza.

Huge congratulations to @RuedaUCristina for optimising this incredible system for tracking small, vagile animals in complex and threatened ecosystems, and thanks for involving me in this incredible work! https://t.co/l8Fo11eLrL

We are recruiting for a Statistician/Modeller @BioSScotland, to work collaboratively on a range of exciting Ecology & Environment problems. Based in beautiful Scotland! 📅Deadline: 28th October 2024. 👉 https://t.co/p4RzmNnR2R #statistics #statsjobs

Altitudinal dispersal plays a stronger role in maintaining highland than lowland diversity due to mountain geometry. https://t.co/SLA9tKODxJ Now in @EvolLetters by @leonelhalsina, R Parvanova, J Guirguis, @BocediGreta, L Trethowan, @Lancaster_LT, @JMJTravis 📷: @leonelhalsina

New paper: any ecological/evolutionary process that is area-dependent is affected by mountain geometry. We explore the interaction of mountain geometry with rates of altitudinal dispersal, evolutionary diversification (λ), and ecological niche breadth (K).

After looking at parental care in kestrels (for longer, but work in progress still), here's a nice study on burying beetles led by @Karendeep_Sidhu . Gotta love creatures who dig carrion! https://t.co/sFOlq11MSw

New research by @GarbenLogghe and colleagues: "unravelling arthropod movement in natural landscapes: Small-scale effects of body size and weather conditions" 🐜 https://t.co/IYH1rYspEs

See my commentary here: https://t.co/IIQwmpPSeg Free to read version:

Back in 2020, Mike Singer, Camille Parmesan, and I showed that (population level) generalism emerges from eco-evolutionary dynamics of range expansion: https://t.co/acsNQctiCZ, https://t.co/cbYm05ZZbo. Now further evidence that range expansion -> generalism, not vice versa:

Generalism in species interactions is more the consequence than the cause of ecological success https://t.co/4fb4taa78g

An analysis of nearly 44,000 mutualistic, commensalistic and parasitic interactions suggests that a species’ ecological generalism results from, rather than causes, ecological success. https://t.co/AuH5vGKD4P

Is it time for a ✅ reality check ✅ on the use of species' traits to predict of biodiversity outcomes? 🌏 Check out my 'News and Views' in @NatureEcoEvo https://t.co/NcQHOoF7XL Free to read version: https://t.co/fmikBgaNd1

@mccaw_beth @Stevenson_Lab @AoifeLeonard1

Thrilled to have contributed to this fascinating special issue on #insect #epigenetics @InsectMolecBio

Grateful to have spent the week contributing to @rdudaniec #ARC #FutureFellowship project on bee health 🐝

Citizen science data analysed by @salty_daSilva and @sarah_e_diamond show that North American butterflies are shifting their ranges away from regions that are heating the fastest, and towards regions that are getting wetter. 🦋 read the blog post here: https://t.co/c9214FyR7L

Returned from a stellar 10 days in the Colombian Andes in the pursuit of land snails. Very thankful to @RuedaUCristina @r_allgayer @Lancaster_LT @fmanfredini79 @thomas_bodey (& others not on Twitter) for their incredible company & stimulating discussion. See you again next year!

You will be missed by many!!

Proud supervisor moment!! Huge congratulations to @mccaw_beth on receiving her PhD diploma! Beth has been in the group since her UG honours project and continually impresses with her stellar science and discovery. You will be strongly missed Beth!!