Plant Enthusiasts ◎ Postdoc「@ufhorticulture」- @UF ◎ Fruit-Vegetable Physiology ◎ Past ~ @NARO_JP @jircas_direct◎「Too Soft」Minds for Plant ◎ Views my Own
A comprehensive review examined leaf photosynthetic rates, research methodologies, and existing knowledge gaps in highbush blueberry research spanning the past six decades.
#HortScience https://t.co/9JDx3rPN6R
@UF_IFAS
We mourn the passing of our Editor-in-Chief Steve Long.
His vision to establish one of the first journals dedicated to Global Change over 30 years ago was truly ahead of its time. Through GCB, researchers have demonstrated that biology & ecosystems are not simply victims of..
Herewith I'd share a paper that reports a synthesis of old data from 8-yr's canopy gas exchange measurements on wheat in response to heat and drought (https://t.co/dbiXh2AuXL).
@PlantCellEnvir
🌿🔬 How do scientists study light in blueberry fields?
Dr. Md Zohurul Kadir Roni from UF uses the CI-110 Plant Canopy Imager to measure light interception and leaf area index, supporting informed decisions in blueberry crop research.
#PlantScience#AgTech#CI110#CIDBioScience
RIPE team members have developed an R package for curve fitting that enables users to build analysis pipelines for fitting photosynthetic gas exchange data.
Read more about PhotoGEA in @PlantCellEnvir: https://t.co/8oBw7KymRt
Honored to sharing insights on how plant canopy shape impacts 🫐 photosynthetic light interception at the FBGA meeting in Citra, FL. Truly appreciate the opportunity to connect with growers and industry people. I sincerely thank Dr. Nunez for giving this opportunity.
Light powers photosynthesis, carbon assimilation, and thus, plants growth. Let’s think how blueberry plants is stimulated by light’s power within canopy.
@GNunezUF@LICOR_ENV#LAI, #blueberry 🫐 #light
The value of ‘wasting time’ on deep thinking is often overlooked in a scientific ecosystem increasingly tainted by Wall Street’s productivity mindset.
https://t.co/hNTA74DNOr
@isabelpochet Have a look at the "Plants and Python" Teaching Tool! I worked through all the exercises and got a good basic understanding of how Python works. Bonus is that it uses plant examples 💚
https://t.co/Bvi9V22wSB
Published today in @NatureComms: GPP increases during drought in Spring for about half the N. Hemisphere. Eddy flux & remote sensing capture the phenomenon, but terrestrial biosphere models have it reversed.
https://t.co/7gH4QhpEvI
@trevorkeenan@BenZaitchik@GlobalEcolUNH
Come join us in the Maldonado lab! I'm recruiting a postdoc to work on structure/function of electron transport chain complexes of under-studied photosynthetic organisms using cryoEM and biochemistry. Ad below, happy to answer informal questions!
https://t.co/tFZYun2Rha