Our new study @Nature synthesizes time series on insects from sites across the world. Building on our previous work @idiv, we show that abundant species are declining faster than rarer species (richness is also declining). Expertly led by @PunksInScience
https://t.co/e4ZhtLPfRE
🚀 BioTIME 2.0 - the largest biodiversity time-series database - now spans 12 million records from 553,000 locations, tracking ecosystem changes since 1874!
https://t.co/A7CcZXgu7H
@univofstandrews@idiv@ERC_Research@Jon_Chase03
See our paper exploring scaling relationships of diversity-stability (and its components), applied to real-world data and metacommunity theory with habitat destruction. Was a phenomenal team to work with, led by @maowei_liang, @shaopeng_wang and Qi Yang, and I learned so much!
I’m thrilled to share our diversity-stability study on @ScienceMagazine Unifying spatial scaling laws of biodiversity and ecosystem stability | Science https://t.co/6bXQMbI2o5
A new paper with amazing colleagues is out! @ESAEcosphere
🇺🇸🇩🇪🏴🇵🇹🏴🇯🇵
Disentangling nonrandom structure from random placement when estimating β‐diversity through space or time
https://t.co/vwelYxWVL7
What a wonderful paper!!
Really clear results and extremely important research!!
Congrats Thiago Gonçalves-Souza @Nate_J_Sanders@Jon_Chase03@nickmhaddad
https://t.co/LbCkkZzEf7
Our paper led by Thiago Gonçalves-Souza is out. Habitat fragmentation and habitat loss reduce biodiversity. @Nate_J_Sanders@Jon_Chase03
Results from 37 studies distributed worldwide, on plants and animals, comparing continuous and fragmented landscapes.
https://t.co/LhgRdrFKeo
Hey #ESA2024@ESA_org ! Anyone have any cool “synthesis” projects they’re looking for an awesome place to publish!?! Try @Ecology_Letters!
Let me know if you have something or see something. Would be delighted to consider it.
https://t.co/ocFdvvlLR6
We studied how community assembly processes vary across ecosystems, latitude and taxon groups. We found that homogeneous selection dominates especially in marine systems while heterogeneous selection is rare @Oikos_Journal@GeoHelsinkiUni@GracoRoza
https://t.co/Jz1FFasF5v
The International Biogeography Society (TIBS) has relaunched its flagship OA scientific journal, Frontiers of Biogeography (FoB), on the ARPHA platform, where it will be co-published with Pensoft Publishers. Check out the announcement at https://t.co/UP6NqmBFvQ #newbiogeo
Thrilled that our research is out and on the cover! The macro-eco-evolutionary interplay between dispersal, competition, and landscape structure using an upscaled individual-based model over 5 million years. 📄https://t.co/sX7gv9hxI0 🏝️ #gen3sis@RenskeOnstein@Jon_Chase03
A recent study published in @NatureEcoEvo highlights the delicate relationship between habitat loss, fragmentation and biodiversity. @Jon_Chase03 and colleagues show that the total amount of habitat lost is a key factor influencing how fragmentation affects #biodiversity. #idiv
This post is on behalf of our colleague and friend Priyanga Amarasekare, who is not on X and continues to endure disappointing and a draconian treatment by UCLA. She has asked us to share an update via this thread.
Leaving #Leipzig after my #FastAndFurious visit to @idiv visiting @Jon_Chase03 lab's to start the next #MetaHeroes adventure!
Inspiring and insightful exchanges to begin drafting & exploring long-term landscape degradation effects on diversity! @Zsofia_Horvath1 @MSCActions
🔍🌱 New research: Scientists reveal that the total habitat lost plays a crucial role in how fragmentation impacts biodiversity. This nuanced understanding challenges the binary view of fragmentation as purely good or bad. https://t.co/KeaxcgWKM5 #biodiversity#idiv#research
Is fragmentation bad or good for biodiversity? Yes!
We use a classical competition-colonization metacommunity model to show that fragmentation can increase or decrease diversity depending on the total amount of habitat in the landscape. @idiv@UniHalle
https://t.co/6xIB1IFZKz
Our new paper led by Braeden Van Deynze shows insecticides are a leading driver of butterfly decline in the US Midwest, above climate and land use change. https://t.co/MMeyqx2pgh
Living Planet Index "suffers from several mathematical and statistical issues, leading to a bias towards an apparent decrease even for balanced populations. The claim that vertebrate populations declined by 70% since 1970 is thus unsubstantiated". Source: https://t.co/4o1Ga04tw2