Tag: Plant Water Relations and Carbon Dynamics
Forestation in China is linked to water and ecosystem trade-offs
Synthesis of forest hydrological research in China examining ecohydrological processes, ecosystem service trade-offs, and management implications of large-scale forestation programs.
Extreme 2023 drought made the Amazon a weak carbon source
2023 Amazon drought reduced vegetation carbon uptake, turning the region into a weak carbon source independent of fire emissions, revealing climate vulnerability.
Global grassland productivity dataset spans 1958–2100
Gridded aboveground net primary productivity dataset for global grasslands from 1958-2100, combining historical observations with future climate projections for carbon and land management research.
Flower and leaf traits are linked across a continuum
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in EcologyFlowers exhibit coordinated water and carbon economy traits with leaves across 245 species spanning Arctic to tropical latitudes, indicating integrated ecophysiological strategies.
Temporal linearization can bias root water uptake estimates
Temporal linearization approximations for estimating root water uptake from soil-water flux gradients fail under dynamic field conditions, introducing substantial systematic errors in hydraulic.
Bark microbes in Australian forests metabolize climate-active gases
Bark microbiota in Australian forests metabolize climate-active gases through specialized bacterial communities adapted to dynamic redox environments, with implications for atmospheric cycling rates.
