Deep convection over the Loess Plateau significantly enhances ozone pollution, with column ozone in the residual layer doubling during pollution episodes.
Plant responses to elevated CO2
Moving in Environmental pollution, Plant Physiology and Biochemistry, Environmental research, Journal of Experimental Botany, Plant, Cell & Environment, bioRxiv, Nature Reviews Microbiology.
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Latest in Plant responses to elevated CO2
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Different dominant atmospheric nitrogen species induce contrasting physiological responses in Hypogymnia physodes transplanted to urban and rural areas, with nitrate and ammonium levels varying seasonally.
- Open access
Salvia splendens adapts to moderate ozone by promoting growth rather than activating antioxidant defenses, with a 40 ppb ozone level enhancing vegetative development.
High leaf maximum temperatures and thermal safety margins accurately predict species vulnerability to heatwaves, with T leaf_max explaining 55% of T crit variation across 50 plant species.
- Open access
- 6 cites
Stray cats in highly polluted zones exhibit a 25% reduction in gut microbial diversity compared to those in clean areas, indicating significant microbiome disruption due to air pollution.
Climate extremes like heatwaves and droughts significantly increase pathogen virulence and disrupt plant microbiomes, heightening disease risks under climate change.
- 5 cites
Warming increases photosynthetic capacity and carbohydrate accumulation in Pinus tabuliformis seedlings, enhancing their thermal adaptability under +2°C climate scenarios.
- Open access
Four-year elevated atmospheric CO2 increases soybean seed yield by 18-54% and alters oil composition without consistently changing crude oil content.
Microbe-based and molecular strategies boost plant resilience, with microbial consortia and gene editing improving disease resistance under climate stress.
- Open access
- 1 cites
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