”The more the trees struggled with pine twisting rust, the more Diplodia we found in the shoots over the summer”, says Matilda Stein Åslund.
There is likely a genetic component to this that can be used in pine breeding.
https://t.co/8XhoeLsL4N
An open lab manager position at @uhmanoa with @fungaloha and https://t.co/Ozj1YGKO3J. Knowledge of fungi, microbiology, molecular methods and sterile technique would serve this individual well.
Nov. 4th app deadline: https://t.co/KW8DlWnxPu
Start date negotiable
PLS RT!
Do plant-soil feedbacks occur *within* species in tropical forests? Our field experiment in Panama shows that whether a seedling grows near its maternal tree or another conspecific tree isn't the deciding factor for its survival. #AJB 1/6
https://t.co/L7SeNtLNBQ
I could not recommend this job more. Autonomy, networking, the possibility to travel around the tropics, and most importantly, a great collaborative and supportive team!
#tropical#treemortality
Apply by March 15!
Internship Alert 🚨
@stri_panama
We are seeking 3 or more interns to research tropical species ID and tropical tree woody growth in Panama 📷Get full position descriptions and see how to apply here: https://t.co/o0FSop9Whe
We are recruiting an intern ($1,250 monthly plus travel) to work in Panamanian forests with an exciting team of ecologists and biogeochemists studying how different agents of disturbance (⚡️💨) influence forest recovery and nutrient cycling. Review of applications begins Feb. 1
¿Quieres saber cómo los árboles pueden evitar enfermedades?
Para más información visita:
https://t.co/PiQabzNZfQ
Te esperamos el miércoles 20 de septiembre, 12pm, hora de Panamá.
Firstly, just wanna thank the committee of @southmycorrhiza for organising this great event. I have learnt a lot from mycorrhiza and plant sex @capadorr to restoration @chavarroluisaf. The presentations were diverse and informative.
New results (and hypotheses) on tropical tree seedling responses to soil-profile warming: https://t.co/QrSthXycS1
@Biotropica@stri_panama
Warming decreased above-ground growth & photosynthesis especially in N-fixing tropical tree species.
Yet another example of devastating plant pathogens: in the 1800s a disease wiped out Nutmeg plantations im Singapore. Apparently no one is quite sure what the causal agent was: https://t.co/2OMaxjpLkl
Thanks @NewPhyt & @NUSingapore for such a good meeting! Exciting program, all plants, from molecules to ecosystems! I’m grateful for the opportunity to attend and excited to meet so many early career researchers. The future of plant science is bright! #npnextgen
Super interesting preview of @capadorr ‘s work on looking at the contribution of fungal pathogens in explaining conspecific negative density dependence in BCI #NPnextgen
Great talk by @capadorr on how a community of fungal pathogens affect seedling survival in tropical trees. Plus some beautiful pictures of Panama! #npnextgen
⚡⚡Lianas amplify the severity of lightning strikes⚡⚡Just out in @NewPhyt - we show that lianas (woody vines) act like live wires - they electrically connect trees and cause lightning strikes damage and kill more trees in forest patches with more lianas https://t.co/3FYGiL1IrL
We are project #4! Join my research lab at @stri_panama and a fantastic team of collaborators including @capadorr@GoraEvan @Jane_M_Lucas
Learn more about the research here https://t.co/oEkThEPI7B
And apply here by April 2, 2023 https://t.co/8Gr0kOW9eN