A new computer model incorporates how microscopic pores on leaves may open in response to light—an advance that could help scientists create virtual plants to predict how higher temperatures and rising levels of carbon dioxide will affect food crops. https
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
RT @RIPEproject: Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate chan…
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
RT @RIPEproject: Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate chan…
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at RIPEproject share a new advance that could help scientists answer that question. https://t.co/ceSojwzZjb
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
RT @RIPEproject: Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate chan…
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at RIPEproject share a new advance that could help scientists answer that question. https://t.co/YaK5hpS8oN
RT @gatesfoundation: How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject…
How will higher temperatures and rising levels of CO2 affect our future food production? Our partners at @RIPEproject share a new advance that could help scientists answer that question.
RT @NebraskaEPSCoR: Cheers to @UNL_Biochem & @NE_CRRI Ass't Prof Katarzyna Glowacka, for publication https://t.co/FM5QhKE7WF w/research te…
RT @NebraskaEPSCoR: Cheers to @UNL_Biochem & @NE_CRRI Ass't Prof Katarzyna Glowacka, for publication https://t.co/FM5QhKE7WF w/research te…
RT @NebraskaEPSCoR: Cheers to @UNL_Biochem & @NE_CRRI Ass't Prof Katarzyna Glowacka, for publication https://t.co/FM5QhKE7WF w/research te…
Cheers to @UNL_Biochem & @NE_CRRI Ass't Prof Katarzyna Glowacka, for publication https://t.co/FM5QhKE7WF w/research team re: #plantsci model evaluating how microscopic pores on leaves may open in response to light & how higher temps, CO2 affect fo
RT @RIPEproject: Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate chan…
RT @insilicoplants: Modeling the role of light in #stomatal function from @LongLab https://t.co/8ujnTI7rzs
RT @insilicoplants: Modeling the role of light in #stomatal function from @LongLab https://t.co/8ujnTI7rzs
RT @insilicoplants: Modeling the role of light in #stomatal function from @LongLab https://t.co/8ujnTI7rzs
RT @rodger_voorhies: Virtual plants could help us better predict the effects of #climatechange on food production. Here's the latest develo…
RT @insilicoplants: Modeling the role of light in #stomatal function from @LongLab https://t.co/8ujnTI7rzs
RT @insilicoplants: Modeling the role of light in #stomatal function from @LongLab https://t.co/8ujnTI7rzs
Virtual plants could help us better predict the effects of #climatechange on food production. Here's the latest development from our partners @RIPEProject.
RT @RIPEproject: Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate chan…
Modeling the role of light in #stomatal function from @LongLab https://t.co/8ujnTI7rzs
RT @RIPEproject: Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate chan…
RT @RIPEproject: Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate chan…
RT @LongLab: Another @LongLab publication out today. #stomata #modelling #photosynthesis #plantsci https://t.co/xBwxDSABso
RT @RIPEproject: Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate chan…
Predicting light-induced stomatal movements based on the redox state of plastoquinone: theory and validation https://t.co/5L7orMi17k
RT @RIPEproject: Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate chan…
RT @LongLab: Another @LongLab publication out today. #stomata #modelling #photosynthesis #plantsci https://t.co/xBwxDSABso
RT @RIPEproject: Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate chan…
RT @LongLab: Another @LongLab publication out today. #stomata #modelling #photosynthesis #plantsci https://t.co/xBwxDSABso
RT @LongLab: Another @LongLab publication out today. #stomata #modelling #photosynthesis #plantsci https://t.co/xBwxDSABso
RT @RIPEproject: Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate chan…
RT @RIPEproject: Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate chan…
RT @LongLab: Another @LongLab publication out today. #stomata #modelling #photosynthesis #plantsci https://t.co/xBwxDSABso
RT @LongLab: Another @LongLab publication out today. #stomata #modelling #photosynthesis #plantsci https://t.co/xBwxDSABso
RT @LongLab: Another @LongLab publication out today. #stomata #modelling #photosynthesis #plantsci https://t.co/xBwxDSABso
Another @LongLab publication out today. #stomata #modelling #photosynthesis #plantsci
RT @RIPEproject: Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate chan…
RT @RIPEproject: Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate chan…
RT @RIPEproject: Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate chan…
Our team has fixed a missing link—using data from a 2018 study—to improve a model used to predict crop yield, climate change effects. News story: https://t.co/XlGGbP8ElY 2019 Study: https://t.co/WHzT0uLJkT 2018 Study: https://t.co/TbhTB6MH95 🎥 https://t