Just published this new paper, with a bunch of fantastic colleagues, with many suggestions for "Improving the representation of plant water stress and water use in Earth System Models." Access is free online. We have some great figures, thanks to Victor Leshyk. π§ͺππ³π
05.11.2025 17:51 β π 43 π 15 π¬ 0 π 1
Yellow-flowering goldenrod plants poke through the tops of rainout shelters for the International Drought Experiment (IDE) in a field at the Purdue Wildlife Area near West Lafayette, Indiana, USA. This was one of 74 IDE sites used in the study.
So the bad news is that impacts of_extreme_droughts worsened dramatically over time, but the good news is that these systems were not progressively impaired by_moderate_droughts. And, for us, it's good news that we have published these findings! Stay tuned; many more DN manuscripts are in progress.
16.10.2025 22:30 β π 1 π 1 π¬ 0 π 0
Two panel graph showing the productivity response of ecosystems to moderate drought remained constant from 1-4 years of drought, while the productivity progressively decreased from the first to the fourth year of drought in systems consistently exposed to extreme drought.
...while the effects of droughts that were extreme (i.e., 1 in 100 year events) compounded over time, perennial grasslands and shrublands were more resilient to less extreme droughts. That is, drought-related reductions in plant growth did not magnify over more years of moderate drought. (2/3)
16.10.2025 20:54 β π 5 π 1 π¬ 1 π 0
A view from underneath a rainout shelter made of clear corrugated plastic slats on a wood frame at the Purdue Wildlife Area, near West Lafayette, Indiana. These shelters reduced precipitation in a restored prairie as part of the International Drought Experiment. Credit: Jeff Dukes
We are really excited to announceβ¦ that our next big DroughtNet paper will be publishedβ¦ next week. And thatβs about all we can say for now! π
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π«π§βοΈπΎποΈ
11.10.2025 21:54 β π 11 π 3 π¬ 0 π 0
The Luong Lab students and staff (4) erecting a field drought plot in the hilly foreground with forests and the ocean in the background
The Luong Lab with a completed Drought Structure in Kneeland
New Year New Drought Structures π¦ππ©΅
@droughtnet.bsky.social
10.01.2025 16:43 β π 11 π 2 π¬ 0 π 0
Great worflow and R package for any one working of ecological trait database !!
by Elizabeth Wenk et al. in Ecological Informatics Nov. 2024
www.sciencedirect.com/science/arti...
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13.12.2024 12:04 β π 76 π 33 π¬ 0 π 3
COVERaterApp
Do you estimate % cover in your research? Check out COVERater (coverater.com), a standardised method of training to improve visual estimates of cover.
Our app helps streamline data collection in global studies and is a useful teaching tool for undergrads! πΏ(paper here: doi.org/10.1002/ece3...)
25.11.2024 19:05 β π 21 π 10 π¬ 0 π 0
Plot Community Composition Maps Over Time
Plots turf maps of community composition over time to aid error detection.
If you have repeated community surveys from the same vegetation plot, turfmapper can help find taxonomic discrepancies and other problems between surveys between-the-fjords.github.io/turfmapper/
24.05.2024 08:49 β π 13 π 5 π¬ 1 π 2
Institute/Center Director-Management - Hickory Corners, Michigan, United States
Position Summary
Questions regarding this position may be directed to the Search Committee Co-Chairs, Dr. Richard Kobe (kobe@msu.edu) and Dr. Andrea Case (caseand4@msu.edu). The position will remain o...
Kellogg Biological Station is searching for a new Director! KBS is unique in its ability to integrate lab and field research, as well as integrating fundamental research in ecology and evolution with applications to environmental problems. Questions to me or the search chairs. Please apply!
12.12.2024 15:38 β π 42 π 64 π¬ 0 π 9
Foundations and future directions for causal inference in ecological research, forthcoming w/ @katherinesiegel.bsky.social: tinyurl.com/4mm57zzd.
We wrote it based on our experience teaching causal inference to ecologists w/ some stuff we wish other papers had reviewed to share w/ the students
1/n
13.12.2024 14:54 β π 108 π 47 π¬ 6 π 2
Excited to share our new #Nature article published yesterday. It showed that rainfall variability is almost as important as total annual rainfall amount in determining global vegetation dynamics.
Led by Feldman, with Konings, Gentine, Cattry, Smith, Biederman, Chatterjee, Joiner & Poulter
13.12.2024 02:32 β π 22 π 7 π¬ 1 π 2
PNAS
Proceedings of the National Academy of Sciences (PNAS), a peer reviewed journal of the National Academy of Sciences (NAS) - an authoritative source of high-impact, original research that broadly spans...
Welcome to the new DroughtNet social media presence on Bluesky! We're moving away from Twitter/X and sharing new developments from the network here. In the meantime, you can read more about our International Drought Experiment in the linked paper. ππ±πππ
www.pnas.org/doi/10.1073/...
08.11.2024 20:47 β π 11 π 5 π¬ 0 π 1
Climate scientist studying drought, land surface processes, climate extremes. https://www.drbenjamincook.net/
Your source for news and updates about Critical Zone science in action all around the world.
Curated by the NSF-funded AccelNet Design: Accelerating Critical Zone Science with an International Network of Networks team.
Dryland ecologist wondering about plants, soil, microbes, and cute fuzzy critters. Love sharing that passion with my students and the world around me. Asst Professor at Utah Valley University
ecosystem ecologist | postdoc at Univ. of Cambridge | drylands, soil C & N, fire, drought, art, bikes | she/her
Dad, husband, Corkman, senior lecturer in ecosystem modelling @lunduniversity in Sweden. We develop LPJ-GUESS and are preparing EC-Earth for CMIP7 - http://merge.lu.se.
Oh, and an Arsenal fan!
Profile: https://portal.research.lu.se/en/persons/paul-miller
Researcher @uniLeipzig.bsky.social & @rsc4earth.bsky.social
My work: #PHENOPLEXITY
= #nonlinearDynamics + #complexity + #ML
Analyses: plant #phenology & #biodiversity.
Data: #citizenscience, #remoteSensing, #sentinel2, #eddycovariance, #DataCubes, #TLS
EEES Postdoctoral fellow at Dartmouth College|I study plant and plant-symbiotic microbial communities
I study climate #extremes; global/climate change impacts on #terrestrial #ecosystems ππ² at
@swissforestlab.bsky.social @wslresearch.bsky.socialπ¨π
#science/nature/travel/reading/sports
I am a plant ecophysiologist working on photosynthesis under climate change.
https://discovery.nus.edu.sg/24147-liyao-yu
Postdoctoral researcher at @CEF_CFR @UQAM. Interested in quantitative ecology, forest resilience, and post-disturbance dynamics. Forest engineer.
Urban Forestry Prof @ulaval.ca | Applied & transdisciplinary research on #UrbanForests π³ & #Soils | #ResilientCities #Climate | Studying human impacts | Bridging science, policy & practice | #SciComm | πΈ, #HikingTrails & travel π¨π¦ www.jananisivarajah.com
scientist at Cleveland State U. other things too. earth. people. plants. ecology. cities.
Climate scientist and ecologist at the Carnegie Institution for Science | Biosphereβatmosphere interactions π°οΈπ², photosynthesis βοΈπ, global carbon cycle, climate change impacts
https://carnegiescience.edu/bio/dr-wu-sun
πStanford, California, USA & π
Assistant Prof. at UT El Paso. EcΓ³loga vegetal/Plant Ecologist (she/her/ella). Key words: Species Interactions, Coexistence, Grasslands, Drylands.
Cluster of Excellence for Geo-Biosphere Interactions in a Changing World @Tuebingen University with University of Hohenheim and Senckenberg Biodiversity and Climate Research Centre
Plant biologist interested in stress recovery mechanisms. Postdoc @Ecker-lab @Salk and NIH/NIGMS K99 fellow. #DroughtStress #StressRecovery #PlantScience
Zettlemoyer Integrative Plant Ecology Lab at the University of Montana. Plants, pollinators, phenology, eco evo, wildfire, snowmelt.
Science, trees, forest, ecosystem, ecology, dryland mechanisms, biogeochemistry, plant ecophysiology
Research group at the University of York, UK, focussing on functional ecology of terrestrial systems. Working on soil microbial and mesofaunal ecology, biogeochemistry, and the ecology of cryptogams, mainly in alpine, wetland, and forest ecosystems
Cazcaleando at Choat Lab (choatlab.net/people/)