Ferrarezi Lab of CEA @ UGA
@ferrarezilab
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Controlled Environment Agriculture lab @ UGA led by Dr. Rhuanito Ferrarezi
Athens, GA
Joined January 2017
News release about the Ferrarezi Lab tour in Brazil to visit the IF Goiano in Goiania and Ceres, in GO to strengthen the collaboration with Dr. Oliveira and his team and colleagues:
ifgoiano.edu.br
Campus Ceres recebe pesquisador brasileiro atuante no exterior por meio do Programa Conhecimento Brasil. Visita será realizada durante o mês de junho....
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Want to learn more about greenhouse management? Take Dr. Ferrarezi's HORT 4050/6050 "Greenhouse management I" course in the Fall!
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🚨 Webinar Alert! The Root Alliance is launching a series of webinars on Water, Nutrients & Substrates 🌱 Free for members | For non-members, $20/webinar or 50% off all 4 💧 Don’t miss it! 👉 #ferrarezilab #CEA
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RT @Sensors_MDPI: ✨Editor's Choice✨.Wacker, K.; Kim, C.; van Iersel, M.W.; Sidore, B.; Pham, T.; Haidekker, M.; Seymour, L.; Ferrarezi, R.S….
mdpi.com
Canopy imaging offers a non-destructive, efficient way to objectively measure canopy size, detect stress symptoms, and assess pigment concentrations. While it is faster and easier than traditional...
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🎉 Excited to share our latest study, "Advancing biomass estimation in hydroponic lettuce using RGB-depth imaging and machine learning," published in COMPAG! 🌱🤖. Congrats to Jonathan and co-authors on this great work! 👏. 📄 Read here: #FerrareziLab.
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Big news from the #FerrareziLab! 🎉 We published a game-changing study on Arugula & Lettuce Responses to Greenhouse Hydroponic Systems in HortScience! 🥬✨. 🔗 Read it here:
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New research on using CEA to grow plants with medicinal properties could lead to production methods that will increase one anti-cancer compound naturally produced by certain species of Well done, Rebekah Maynard!!! #ferrarezilab.
newswire.caes.uga.edu
New research on using controlled environment agriculture to grow plants with medicinal properties could lead to production methods that will increase one anti-cancer compound naturally produced by...
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🍓 New Study! 🍓. Substrate-based hydroponics outperforms water-culture for strawberries! ✅ Higher yields ✅ Healthier plants ✅ Greater efficiency. 🔗 Read more: #FerrareziLab.
frontiersin.org
Strawberries (Fragaria × ananassa) are a globally cultivated fruit crop known for their economic significance and versatility in both fresh markets and proce...
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🍓✨Thrilled to share our latest article in Frontiers in Plant Sciences Discover how simple soil moisture sensing can transform fertigation for higher yields and better quality! 🌱📘 #ferrarezilab.
frontiersin.org
Controlled environment agriculture (CEA) for strawberry (Fragaria x ananassa) production has experienced a growth in popularity in recent years, particularly...
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🌱✨Suyun Nam has published an article in the prestigious journal Physiologia Plantarum! This groundbreaking study showcases a novel approach to optimizing photosynthetic lighting using real-time chlorophyll fluorescence monitoring. Check it out
onlinelibrary.wiley.com
Optimizing photosynthetic lighting is essential for maximizing crop production and minimizing electricity costs in controlled environment agriculture (CEA). Traditional lighting methods often...
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🚨 Big News from the Ferrarezi Lab! 🚨 Our newest article is out now in COMPAG! 🎉🌿. 📖 Read it here: Celebrate with us! 🚀 #FerrareziLab.
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🌟 Congrats to Rebekah Maynard on her HortScience publication! 🎉 Her study on apigenin in hydroponic Matricaria chamomilla & Petroselinum crispum, done at the Ferrarezi Lab, advances biopharmaceuticals & CEA. 🌱 Read it here: 👏✨ #FerrareziLab.
journals.ashs.org
Apigenin, an anticancer secondary metabolite, is produced in selected organs of a few plant taxa, including chamomile (Matricaria chamomilla) flowers and parsley (Petroselinum crispum) leaves. In...
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🎉 Huge thanks to everyone who supported our HORT 4050/6050 students' event! They’ve worked tirelessly since the start of the semester, and the '24 Fall Plant Sale was the cherry on top of all their hard work. Your support made it even more special—thank you! 💪🌟 #ferrarezilab
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🚁🌱 New article alert! AI Applied to Agronomic Decisions for UAV Image Analysis is out in Agronomy! 🤖✨ Discover how AI is transforming precision agriculture. Read here: #ferrarezilab.
mdpi.com
Integrating advanced technologies such as artificial intelligence (AI) with traditional agricultural practices has changed how activities are developed in agriculture, with the aim of automating...
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RT @pp_systems: Don't miss this special opportunity to examine the history of Marc’s research and continued work by colleagues, to ensure h….
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RT @pp_systems: Great research underlining the effectiveness & energy efficiency of a chlorophyll-fluorescence-based biofeedback system to….
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RT @pp_systems: Starting now! This study addresses the critical need for precise irrigation management in the greenhouse production of high….
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🌱💡 New research alert! Curious about how different light intensities impact hydroponic lettuce growth and light use efficiency? Check it out: #FerrareziLab #LAMP #Hydroponics #LightOptimization #CEA #LettuceLovers 🥬✨.
mdpi.com
Light use efficiency characterizes the ability of a crop to convert radiation into biomass. Determining optimum cultivar-specific photosynthetic photon flux density (PPFD) values from sole-source...
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🌱 New from the USDA-NIFA SCRI LAMP grant: Our research in Horticulturae reveals how light intensity impacts lettuce growth in controlled indoor environments. Check it out! #FerrareziLab.
mdpi.com
Agriculture in controlled environments has gained popularity over time. Compared to traditional agriculture, controlled environments emerge as an alternative to mitigate the negative impacts of...
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🚀 Excited to share our latest research in MDPI Sensors! We’ve developed an automated, low-cost multispectral imaging system that measures canopy size and pigmentation with high accuracy—all for under $500. Dive into the details here #ferrarezilab.
mdpi.com
Canopy imaging offers a non-destructive, efficient way to objectively measure canopy size, detect stress symptoms, and assess pigment concentrations. While it is faster and easier than traditional...
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