Single-Cell Imaging and Machine Learning Reveal Hidden Coordination in Algae’s Response to Light Stress
New method uncovers inter-cellular variation in photoprotection that could inform precision agriculture strategies.
Researchers unveil open-source “macroscope” for dynamic luminescence imaging
European researchers develop imaging platform to improve access to fluorescence and electroluminescence techniques.
DREAM Researcher Presents Pioneering Method for Plant Stress Detection at European Conference
Andrea Lodetti from Forschungszentrum Jülich presented his poster on using frequency domain for stress sensing at the European Plant Phenomics…
Partners introduce DREAM’s approach at Euro-BioImaging webinar
CNRS and SONY CSL Paris presented imaging protocols and devices at an online sessions dedicated to the plant imaging community.
How Simple Light Modulation Reveals Fast Photokinetics
A new collaborative study introduces two low-cost imaging protocols that map luminescence kinetics with standard cameras under ambient light.
A new mathematical model simulates photosynthesis dynamics using engineering principles
Researchers develop the Basic DREAM Model to simulate photosynthesis under natural light, offering insights for optimizing efficiency and potential applications…
Natural solution: DREAM leaf-based method to measure light intensity
DREAM researchers use plant leaves for accurate light intensity measurement, offering a sustainable, low-cost alternative to traditional methods.
DREAM Consortium Meets in Prague to Plan Next Steps
On July 9–10, the DREAM consortium gathered in Praha for two days of intense discussions and updates, hosted by our…
DREAM Consortium Shines at the Second European Congress for Photosynthesis Research
Most project partners presented their recent achievements at an event dedicated to advancements in European photosynthesis research.
Marcelo Orlando at Young Algaeneers Symposium
DREAM partner joins top researchers at YAS 2024, sharing the project’s innovations in plant sensing with academia and industry.
DREAM demonstrates technology at a leading Instrumentation and Measurement Technology Conference
With agriculture’s rising energy and water demands under scrutiny, sustainable solutions are more crucial than ever. How can a simple…
DREAM partner presents fluorescence-based techniques to monitor photosynthesis and stress at major business event
On March 25, 2024, Shizue Matsubara presented represented some of the DREAM project’s groundbreaking work at the CROP Innovation &…
Aliénor Lahlou on her work on automation and photosynthesis monitoring for DREAM
Aliénor recounts her journey from photosynthesis monitoring in her thesis to automated imaging in her work with DREAM.
New fluorescence-based methods for fast and accessible light intensity measurements
An international collaboration of researchers developed two new complementary approaches for versatile but precise light intensity measurements in fluorescence imaging…
Revolutionizing Light Intensity Measurement: Innovative Caged Fluorophores Unveiled by DREAM project
Researchers have unveiled a series of hydrophobic and hydrophilic caged fluorophores for light intensity measurements across multiple scientific domains.
New Publication Unraveling the Dynamics of Plant Photosynthetic Response to Oscillating Light
Plants adapt to changing light through rapid regulation of photoprotective mechanisms under different response frequencies.
Creating a DREAM community
Good models need diverse and suitable data: a network of communities working in Controlled Environment Agriculture could provide it.
Oscillating light helps clarify the regulation of photosynthesis
Simulating natural fluctuating lighting conditions in a laboratory reveals how some plants regulate their photosynthetic dynamics.
Sensing photosynthesis
New remote sensors could help us better understand photosynthesis to improve lighting efficiency in controlled environments.
Improving the photosynthesis model
At the heart of DREAM is a series of experiments designed to acquire data on the dynamics of photosynthesis regulation…
Mastering the dynamics of photosynthesis regulation for a more sustainable indoor agriculture
An overview of DREAM’s funding, participants, and aims: Improving controlled environment agriculture through innovative technologies.
