DREAM
@dream_eic
Followers
787
Following
360
Media
23
Statuses
104
EU-funded project exploiting photosynthesis with sensing and theoretical tools for precision agriculture. π‘π± πΆ π¦ https://t.co/DQnQJAV5a3
FR | DE | NL | CZ | IT
Joined September 2022
Join us this August in the Czech Republic for βPlants and Algae in the Frequency Domainβ, a workshop and summer school that brings frequency domain analysis to plant biology! π‘γ°οΈπ±. Pre-register and get more info at
dream-eic.eu
Join us for a groundbreaking workshop and summer school that brings frequency domain analysis to plant biology!
2
0
1
β[Plant] sensors allow efficient monitoring and control of indoor farming. This technology has made food production more sustainable in urban areas.β ππ±. Open-access publication by Matin Ataei Kachouei, Ajeet Kaushik, and Azahar Ali @AdvPortfolio
advanced.onlinelibrary.wiley.com
This Review demonstrates that the advanced sensors that can enhance food safety and quality, plant growth, and disease management to promote sustainability. The authors also discuss the Internet of...
0
0
2
A new research article from our team was selected as a hot topic at @ChemistryEurope! π π₯ Discover this βModular Low-Cost 3D Uniformly Illuminated Mini-Photoreactor with Versatile In-Situ Analysis.β . π° Read the open-access article at
0
1
4
0
0
0
π Summer School Features:.Hands-on experience with specialised instruments,.An accessible introduction to essential mathematical tools, Direct interaction with instrument developers,.A good fit for graduate students and early-career researchers! π§βπ¬.
1
0
1
π― Workshop Focus:.Innovative photosynthesis sensing techniques,.Frequency vs. time domain analysis,.Light-use efficiency optimisation,.Advanced plant stress detection,.Non-photochemical quenching dynamics.
1
0
0
Our #HorizonEU researchers have a new preprint on how Arabidopsis thaliana reacts to oscillating light patterns similar to those in nature!π‘. β[Simulations] provided insight into molecular processes in plant response to oscillation light.βπ. Read it at
0
0
1
We are happy to share a new publication by our partners: the Basic DREAM Model, which simulates photosynthesis in natural, oscillating light.π±π. π Read the article by @UPOlomouc (DuΕ‘an LazΓ‘r & Ladislav Nedbal) @ENS_ULM (@LudovicJul41148) @IbpcF (Benjamin Bailleul & Marcelo.
0
0
2
RT @HgtUganda: πΏ Smart Irrigation = Less Water, More Yield! π§.Precision farming at its bestβsmart irrigation reduces waste, saves money, anβ¦.
0
3
0
Check out this international @PlantPhys publication that sheds more light on the maze of photosynthesis regulation in fluctuating light! π
πΏπ. Our #HorizonEU team aims to model light acclimation to optimize growth in #IndoorFarming for a more #SustainableAgriculture! πΎ.
Our paper on the pyrenoid-localized ion channel BST4 has been published! Following advice from reviewers, we've now discovered that BST4 is involved in acclimation to fluctuating light π Next job is to figure out how.
0
0
4
RT @prasunchem: Congratulations Mrinal @MrinalMand07 for the first author Chem. Sci. paper from postdoctoral research. Mrinal did his docβ¦.
pubs.rsc.org
Absolute measurement of light intensity is sought for in multiple areas of chemistry, biology, physics, and engineering. It can be achieved by using an actinometer from analyzing the time-course of...
0
5
0
Studying the limits of photosynthesis could help optimize plant production in controlled environments like #indoorfarms. ππ±. New research from Clara Jule Marie Hoppe and her team @AWI_Media shows that microalgae can get near these limits!.
nature.com
Nature Communications - This study shows that photosynthesis in the Arctic Ocean can occur at lower light levels than previously thought. This finding is based on unique measurements made on...
0
0
2
RT @indooragcon: During #CEASummitEast, learn what to consider when choosing crops for #greenhouse & #verticalfarms, including factors sucβ¦.
0
2
0
#IndoorFarming is making a comeback! π±.New investments, cutting-edge technologies, & partnerships are helping this sector grow back up! πΏ πͺ.Our #EUfunded project is supporting this transition with innovative lighting, scientific instruments, & data processing to foster.
0
0
2
A @AdvSciNews study shows that leaves could be a low-cost & sustainable way of calibrating light intensity! πΏπ.βThis method could make accurate light measurement accessible to a much wider audience.β.π£ Learn more: π Study:
0
0
2