Proud to be a part of this project!
Improving landscape-scale productivity estimates by integrating trait-based models & remotely-sensed foliar-trait & canopy-structural data
onlinelibrary.wiley.com/doi/… #functional #biogeography #remotesensing #RStats
Thrilled to announce our paper "Examining abiotic and biotic factors influencing specimen black oaks in northern California to reimplement traditional ecological knowledge and promote ecosystem resilience post-wildfire” is now out in @ecologyandsociety1 ecologyandsociety.org/vol27/…
Lisa Patrick Bentley retweeted
#openaccess paper can be downloaded from besjournals.onlinelibrary.wi…
coauthors: @ashenkin @mathiasdisney @ymalhi @LP_Bentley @BoniVicari
from: @UCLgeography @OxfordEcosystem @SSUbiology @NCEOscience
funded by: @NERCscience
tl;dr 👇
Lisa Patrick Bentley retweeted
For the TLS #LiDAR and tree architecture heads: check out our new @MethodsEcolEvol paper where we present a new workflow to rapidly measure branch structural traits, more info and link 👇
Everyone else: here's a disco branch 🕺skfb.ly/opQEX SOUND ON 🔊
Proud of my grad student, Paris, and others in @SSUbiology news.sonoma.edu/article/mult…
Come join our team!
🚨🚨 JOB ALERT!!! PLEASE RT!!🚨 🚨
Do you ❤️ #lasers? How about #TLS and @GEDI_Knights? Looking for a PostDoc?
Come join our team! We are starting two exciting projects using #TLS to map🌲canopy structure and #biodiversity traits. Apply by April 29th!👇
ejobs.umd.edu/postings/81820
Lisa Patrick Bentley retweeted
Seeking new post-doc to join our team working on a global synthesis of architectural traits from TLS for improved mapping of canopy structure and biodiversity with @GEDI_Knights. For best consideration apply by April 29th! Please RT :) ejobs.umd.edu/postings/81820
Lisa Patrick Bentley retweeted
Please consider making a contribution to help Luis' family pay for his leukemia treatment gofund.me/59d2fd1c
Ever wonder about branch scaling similarities between mammals and plants? Great work led by @alexbbrummer
Very happy to finally announce publication of our work at Royal Society Interface. We leveraged models of vascular branching with machine learning to probe at patterns of divergence in form and convergence in metabolism.
doi.org/10.1098/rsif.2020.06…
Excited to have the opportunity to highlight my team’s research in @SSUbiology at @SSU_1961 during a @calstate webinar to discuss wildfire research radio.com/kcbsradio/podcasts…
Lisa Patrick Bentley retweeted
#SJSU's Director of @FireWeatherLab Craig Clements joined experts from eight @calstate campuses to discuss how they're each helping solve the most pressing issue facing California today — wildfires.🔥 #SpartanUp
One of the best projects that I have ever been involved in and definitely the most inclusive and collaborative team
Our new paper is out in #BiologicalConservetion, giving a history and overview of our Global Ecosystems Monitoring (GEM) network, what it has taught us and what we hope to learn in the near future. Thank you to the global team that has made this happen
authors.elsevier.com/a/1cM8V…
Nice presentation of our TLS scaling research from @ashenkin
1 | #TropiCon20
Just as the surface area (SA) of your lungs controls oxygen uptake, so biological surfaces control many processes. Tree woody SA controls e.g. woody respiration. Since measuring SA is hard, especially for adult trees, we don't know how much woody SA trees have.
Lisa Patrick Bentley retweeted
1/4 Are you into #Tropical #Forests, #Sentinel2 and #Plant #Traits?
We have a cool paper where we show:
authors.elsevier.com/a/1bvTU…
•Using a pantropical array of precisely geolocated leaf traits from 2434 trees
Lisa Patrick Bentley retweeted
Just out - our new review & perspectieve paper. Terrestrial laser scanning in forest ecology: Expanding the horizon.
It's open access - find it here in RSE: bit.ly/3i8odQG
Lisa Patrick Bentley retweeted
If you think 2020 sucks, wait until you see 2030 if we don’t keep fossil fuels in the ground
Lisa Patrick Bentley retweeted
Great to see Andy Nottingham’s big experiment out in Nature!
Climate warming may cause larger than expected release of CO2 from tropical forest soils. First in-situ soil warming expt in tropical forest
rdcu.be/b6dV0
#SoilCarbon #Rainforest
AND Bowie lyric as strapline!
