Steve Long—Ikenberry Endowed University Chair at @illinois_alma—studies how climate change impacts crops and engineers photosynthesis to feed & fuel the world.

Urbana, IL
Joined January 2016
Steve Long retweeted
This CABBI-CBI study provided genetic and physiological evidence demonstrating the impact of the BOOSTER gene in enhancing #photosynthesis efficiency and biomass gain, with potential applications for food, fuel and fiber security. 📰 sciencedirect.com/science/ar…
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Steve Long retweeted
In the latest work from @LongLab, CABBI researchers highlight an alternative way to optimize photosynthesis by increasing Rubisco content, to help improve food and #energy security. @NewPhyt #TansleyReview 📰nph.onlinelibrary.wiley.com/… Story by @RIPEproject➡️ ripe.illinois.edu/news/rubis…
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Steve Long retweeted
⭐ CABBI is hiring! The Center has 2 full-time openings for Postdocs to work with Megan Matthews or @ainsy28 at @UofIllinois on plant modeling or plant physiology/molecular biology! 🌱 Visit our website for full job descriptions & application details! ➡️ cabbi.bio/about/jobs-at-cabb…
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The latest coming out of our lab for @CABBIbio! Story by @RIPEproject
In an invited @NewPhyt #TansleyReview, RIPE researchers discuss strategies to increase Rubisco content as part of short- and long-term efforts to meet the growing global food demand. Review: doi.org/10.1111/nph.20298 News story: bit.ly/3ZUlXFY
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.@LongLab was on Friday’s @CBCQuirks talking about his work developing a digital twin of the photosynthetic process & the breakthroughs it led to. Steve starts at 35:32 in a segment titled, “Hacking photosynthesis – how we’ll improve on Mother Nature.” bit.ly/41l2ZcJ
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RIPE Deputy Director @ainsy28 has been named Professor & C.A. Ewing Chair of Crop Physiology in the Departments of @IllinoisCropSci & @iBioIllinois at the @UofIllinois! Congratulations, Lisa! We are thrilled to continue to work with you in this new role! bit.ly/3ODOA3N
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Steve Long retweeted
CABBI researchers collaborated with scientists at the Center for Bioenergy Innovation at @ORNL in the discovery of the "BOOSTER" gene, which could improve biomass production in energy crops. 🧬🌱 @LongLab @doescience @ORNLBio_Env @iBioIllinois @IGBIllinois
Landmark photosynthesis #gene discovery 🌱🧬 Scientists from the Center for Bioenergy Innovation at @ORNL have identified a gene that increases photosynthesis. This breakthrough could help reduce food scarcity and fuel plant-based energy production. ornl.gov/news/landmark-photo…
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Honored to be recognized amongst so many incredible colleagues!
Three RIPE faculty members have been named to this year’s @Clarivate Highly Cited List! @LongLab, @DrTracyLawson, & @ecarmosilva rank in the top 1% of cited scientists in their field in the last decade! Congratulations! We’re so proud to work with you! bit.ly/4fxJ2nn
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New @LongLab research found increased mesophyll conductance in modern soybean plants compared to ancestral plants, increasing photosynthesis w/o losing water. They were published in @PlantCellEnvir. Journal article: doi.org/10.1111/pce.15206 News release: bit.ly/3YHUQNJ
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Proud to work alongisde both of these incredible people and see the work they're doing for the future of sustainable agriculture.
.@DrTracyLawson & @leakey77 will lead the Alliance for Socially-acceptable & Actionable Plants (ASAP), a new @NSF-funded global center that will work to provide synthetic biology solutions for high-energy, water-use-efficient crops. Read more here: bit.ly/4gPObYQ
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Come join our Illinois team!
Our Illinois team is looking for a Research Technician to manage/maintain our gas exchange measurement systems. They will work in lab, field, & greenhouse environments. Full list of responsibilities, qualifications, & how to apply here: bit.ly/40fxIHy #plantscijobs
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From developing our RIPE Aerial Plant Phenotyping System to his work with plant responses to increasing temperatures & much more, read about how our @CBernacchi is helping “raise the bar” for agriculture & climate research at Illinois! bit.ly/47Zcxve
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Researchers are sprinkling finely ground silicate-basalt over field trials at @Soyface_IL, hoping to increase the amount of CO2 removed from the atmosphere in a process known as rock weathering. Read more about the research here: bit.ly/3YHvIXE
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RIPE scientists have introduced a specialized protein complex into chloroplasts of plants to deliver more CO2 to the enzyme responsible for carbon fixation during photosynthesis. Their work was published in @JXBot. Journal: bit.ly/3VF7vy4 News: bit.ly/3W4znx2
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With an Impact Factor of 2.6 we are ranked Q1 in Agronomy🌾and Q2 in Plant Sciences 🌿 and Mathematical & Computational Biology!💻 We are grateful to the authors and reviewers whose contributions made this publication possible. We are excited for the journal's continued growth
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New resource pinpoints inner workings of sorghum plant cells for designing better bioenergy feedstock buff.ly/4bgudm8 via @CABBIbio #PlantScience
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“Perhaps at first, it was being in the right place at the right time, but in the past 20+ years, she has left an indelible mark on the advancement of crop resilience to climate change.” Read @AgSustainILL's feature on @ainsy28 & her @Soyface_IL work! bit.ly/3xjmHZP
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A RIPE team used CRISPR/Cas9 to alter photosynthesis in rice by changing its upstream DNA. This is the 1st approach to increase gene expression & downstream photosynthetic activity. See their work in @ScienceAdvances. DOI: bit.ly/4bAFsXA Story: bit.ly/4ca0sEf
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'We need to find plants that will grow in tomorrow's atmospheres and do that today, to ensure #FoodSecurity for the future.' Editor @DrTracyLawson describes her research and new facilities at the University of Essex on @BBCr4Today (from 49 minutes): bbc.co.uk/sounds/play/m001yx…
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