Water translocates to the canopy faster than nitrogen in mature temperate forest trees, with a marked asynchrony observed across species and soil types.
- Open access
- 2 cites
Plant Water Relations and Carbon Dynamics
Moving in Journal of Experimental Botany, bioRxiv, Plant, Cell & Environment, Plant Physiology and Biochemistry, Environmental research, Nature Plants, Nature Reviews Molecular Cell Biology.
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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
FieldDino enables rapid, high-throughput in-field phenotyping of stomatal traits with 97.1% detection accuracy across 200 wheat genotypes.
- Open access
- 7 cites
Genotypes with lower hydraulic resistance along the root-stem-leaf continuum produce higher biomass yields, with roots contributing over 54% of total resistance in poplars.
- Open access
- 4 cites
Long-term woody biomass growth remains proportional to photosynthesis despite weak short-term correlations, indicating decoupling does not limit biomass accumulation.
Updated C4 photosynthesis model and fitting routines enable precise estimation of key biochemical and physiological parameters from gas exchange data.
- Open access
Warming increases photosynthetic capacity and carbohydrate accumulation in Pinus tabuliformis seedlings, enhancing their thermal adaptability under +2°C climate scenarios.
- Open access
Plants activate complex molecular and cellular mechanisms, including heat shock factors and biomolecular condensates, to acclimate to heat stress, enabling survival under rising temperatures.
CaMACPF1 and CaMACPF6 enhance hypoxia tolerance in pepper by modulating jasmonate and auxin pathways, with overexpression improving plant endurance under stress.
- Open access
High-throughput imaging and computational tools reveal detailed root traits across diverse crops, advancing understanding of root architecture and function under stress.
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