Plant responses to elevated CO2

Nutrient Concentration Declines but Nutrient Yield Increases Under Elevated CO2 Concentration in Soybean: Disentangling the relative effects of Dilution, Transpiration, and Uptake Activity

This study shows that elevated CO2 increases soybean nutrient yield by enhancing root uptake, despite reducing transpiration and dilution effects on tissue concentrations.

Intercellular BVOC accumulation reflects sustainedantioxidant defenses without additional carbon loss underozone exposure in Eugenia uniflora

This study shows that Eugenia uniflora maintains photosynthetic performance under ozone exposure by altering BVOC partitioning without additional carbon loss.

Effects of atmospheric CO2 levels on the susceptibility of maize to diverse pathogens

This study examines how elevated CO2 affects maize susceptibility to various pathogens, finding mixed effects with some pathogens showing increased or decreased susceptibility.

Elevated CO2 enhances tomato tolerance to Botrytis cinerea through transcriptional and metabolic defence reprogramming

This study shows elevated CO2 improves tomato tolerance to Botrytis cinerea by reprogramming transcriptional and metabolic defenses across multiple cultivars.

Natural Variations of Spring Wheat Nitrogen and Carbon Assimilation under Different Inorganic Nitrogen Forms and CO2 levels

This study examines how spring wheat assimilates nitrogen and carbon under different nitrogen forms and CO2 levels, identifying genetic loci linked to biomass responses.

Ethylene biosynthesis in guard cells, not mesophyll, predominantly drives stomatal conductance responses to CO2

This study shows guard-cell ethylene biosynthesis, not mesophyll, primarily drives CO2-induced stomatal conductance responses in Arabidopsis.

Mechanisms of Ozone Effects on Plant Stress in Soybean Across Growing Season: From Leaf to Regional Perspective

This study investigates how ozone affects soybean stress across growing seasons using chamber experiments and satellite data, finding that timing of exposure is more important than total dose.

Linking stomatal function with photosynthetic light reactions and stress response in faba bean

This study links stomatal function with photosynthetic light reactions and stress response in faba bean by analyzing leaf temperature and ozone exposure effects.

Evaluating effects of elevated and accelerated NPQ relaxation on yield, physiology and transcription in soybean

This study evaluates the effects of elevated CO2 on a transgenic soybean line's photosynthetic efficiency, physiology, and transcription, finding no significant yield improvements despite enhanced light use efficiency.

Future heatwave conditions inhibit CO2-induced stomatal closure in wheat

This study shows that elevated CO2 does not reduce stomatal conductance or transpiration during high-VPD heatwaves in wheat, leading to increased water use.

Effects of carbon dioxide enrichment and environmental factors on photosynthesis, growth and yield and their interaction in cucumber: a meta-analysis

This study meta-analyzes 73 papers to assess how elevated CO2 and environmental factors affect cucumber growth, photosynthesis, and yield, finding significant increases in biomass and yield with CO2 enrichment.

Humidity Controls the Timing and Persistence of Ozone Injury in Citrus: Linking Leaf Physiology and Regional Canopy Responses

This study shows humidity affects how citrus plants respond to ozone exposure, with humid conditions causing faster and longer-lasting damage compared to dry conditions.

Elevated CO2, Warming and Drought Differentially Impact Reproductive and Vegetative Economic Traits in Two Grassland Species

This study examines how elevated CO2, warming, and drought affect reproductive and vegetative traits in two grassland species, finding drought as the most influential factor with species-specific responses.

Nutrient Challenges in a Changing Atmosphere: Investigating Biomass Growth and Mineral Concentration Changes in Soybean Plants under Elevated CO2

This study examines how elevated CO2 affects soybean biomass and nutrient concentrations, finding increased yield but reduced seed nutrient content.

Plant nutritional and metabolic responses to drought and elevated CO2 revealed by machine learning-enabled non-targeted metabolomics

The paper uses metabolomics and machine learning to study how drought and elevated CO2 affect nutrient dynamics in Brachypodium distachyon.

Simulating the Impacts of Climate Change on UH Manoa Lettuce (Lactuca sativa) Growth by Modifying Air Temperature, Soil Water Availability, and Atmospheric CO2 Concentration

This study examines how elevated CO2, temperature, and water availability affect lettuce growth, finding that while CO2 boosts biomass, high temperatures and extreme water levels reduce survival and yield.

GNC is a regulator of metabolic and productivity responses to elevated CO2 in Arabidopsis thaliana

This study identifies GNC as a GATA transcription factor that modulates metabolic and productivity responses to elevated CO2 in Arabidopsis thaliana.

Multi-year study on the effects of elevated CO2 in mature oaks unravels subtle metabolic adjustments but stable biotic stress resistance

This study examines the long-term effects of elevated CO2 on mature oaks, finding subtle metabolic changes but no impact on biotic stress resistance.

Plant plasticity in the face of climate change - CO2 offsetting effects to warming and water deficit in wheat. A review.

This review examines how wheat responds to combined effects of elevated CO2, warming, and water deficit, finding mixed impacts on productivity and water use.

Elevated CO2 alters soybean physiology and defense responses, and has disparate effects on susceptibility to diverse microbial pathogens

This study examines how elevated CO2 affects soybean susceptibility to various pathogens and finds mixed effects on disease outcomes and defense responses.

Regulation of plant metabolism under elevated CO2

The paper investigates plant metabolic responses to elevated CO2 using multi-omics analysis, revealing novel interactions in cytosolic and mitochondrial metabolism across mutants.

Dynamic model of carbon dioxide-induced stomatal closure reveals a feedback core for cellular decision-making

The paper builds a Boolean dynamic model of the CO2-induced stomatal closure network in Arabidopsis, revealing a feedback core that dictates cellular decisions and validating predictions through experiments.

Ozone sensitivity of diverse maize genotypes is associated with differences in gene regulation, not gene content

The paper examines how gene regulation, not gene content, contributes to maize genotypes' sensitivity to ozone stress by analyzing gene expression across diverse inbred lines.

Integrative Analysis of Sorghum Bicolor Green Prop Roots Under Elevated CO2 and Water Deficit Conditions

The paper analyzes the molecular response of Sorghum bicolor green prop roots under elevated CO2 and water deficit, identifying gene expression changes and pathways affected by these conditions.