The Global Vegetation-Plot Database
a Platform of the German Centre for Integrative Biodiversity Research (iDiv).
Curated by Gabriella Damasceno. Views my own.
Double great news:
We had two papers published in the last month!
One is the relationship between traits and drought resistance (https://t.co/IlTAWDiEyz) and the other on the digitization a vegetation dataset from Patagonia (https://t.co/ld3c1pTo0P).
In the 1970s, a pioneer team of Argentinian, Chilean and UK biogeographers studied the vegetation of Patagonia along a 450 km transect. Now the data are available #OA and published in @JVSAVS, thanks to a collaboration with @sPlot_iDiv@CONICETDialoga
https://t.co/vWuRPBTPDs
Beautiful use of the @sPlot_iDiv vegetation database ⬇️
Vulnerability to embolism #P50 & root length in woody plants are independent or othogonal traits selected by aridity, seasonality & water table depth
🚨 Just published @NewPhyt 🤩
📖 https://t.co/8Ay3OXTHMv
Do you already know the open version of sPlot, sPlotOpen? If not, this is a good opportunity to check it out! We have released an updated version correcting some mismatches in species occurrences.
You can access the version 2.0 of this open dataset at https://t.co/Orufhinw39
Nice to see Thore Engel’s paper published! It used the @sPlot_iDiv global vegetation plot data base and started during Thore’s MSc at the Graduate Program in Ecology, UFRGS, Porto Alegre. https://t.co/m1yFuXA31c
📢📢 New sPlot paper published! ⭐️⭐️
@ThoreEngel led this great study in which the prevalence of traits from dominant species drives ecosystem function in grasslands worldwide.
Check it at https://t.co/VsrvJyq300
How do plant functional traits contribute to ecosystem functioning?
Using grassland data from @sPlot_iDiv and #MODIS satellite images, we found a disproprortionate contribution of dominant plant species to peak season productivity @GEB_macro
https://t.co/FG8hZGHjbT
Plant functional traits should be tightly linked to climate, but this was elusive to prove at the global scale.
@KambachStephan
shows why: The relationship is habitat specific
🔥Hot off the press🔥https://t.co/LRATiJ7G4D
Plant functional traits should be tightly linked to climate, but this was elusive to prove at the global scale.
@KambachStephan shows why: The relationship is habitat specific
🔥Hot off the press🔥https://t.co/RIjgHi7prI @sPlot_iDiv
There is a #paradox in #biodiversity conservation: species disappear regionally, but local species richness is stable
@HelgeBruelheide@idiv@UniHalle and colleagues tackle this problem for Germany.
Hot of the press:
https://t.co/KmIebDrS1U
@MartinezPastur@rikimore7 Dear Guillermo, I tried to contact you at your email at https://t.co/6jO33aUydP but the message bounced back. Is there any other email address I can write you?
👩🏾🔬👨🔬CALL FOR COLLABORATION👩🏾🔬👨🔬
We are looking for Global South researchers who have vegetation (plot level) data! 🌍
Join sPlot and become part of a global network of scientists unraveling patterns in plant biodiversity!
���🌴🌿☀️🌦️🌱☘️🌾
Contribution deadline: end of October
‼️JOB ALERT‼️
Research Officer (m/f/d) for the project "MultiTroph Data management" (Z2), @GeobotanyHalle, @UniHalle | Halle (Saale), Germany | Closing date: 15 October 2022
https://t.co/vj463O4Ev0