Plant Water Relations and Carbon Dynamics

This paper proves the existence and uniqueness of solutions in the An-E-gs model under the criteria gs > 0 and Ci > 0, resolving the solution selection problem.

The paper measures leaf and root traits in woody species to assess coordination and its impact on community structure, finding coordination of hydraulic traits and associations with ectomycorrhizal symbiosis and dominance.

The paper examines how root metaxylem area affects drought tolerance and transpiration in pearl millet, showing soil texture-dependent water use strategies.

This study compares sap flow rates in tree stems before and after drilling treatment using thermal-dissipation and dye uptake methods, finding similar flow values post-treatment.

The paper investigates assumptions about leaf air space saturation and isotopic homogeneity, finding that isotopic homogeneity is more reasonable than assuming saturation.

This paper presents a model of tree carbon assimilation and growth that incorporates source-sink feedbacks, showing that environmental factors have reduced effects on growth when sucrose concentrations are considered.

This study measures flower surface conductance across nine species and finds it is low and unresponsive to humidity changes, leading to linear water loss with vapor pressure deficit.

This study measures root pressure in Dracaena sanderiana under drought, salinity, and other stress conditions, finding diurnal patterns and environmental impacts on pressure levels.

This study shows that xylem perforation plate variation in maize affects water transport and drought adaptation through pleiotropic effects on root traits.

This study investigates how epidermal anatomy affects the wrong-way response (WWR) in Arabidopsis thaliana by analyzing stomatal conductance and pavement cell size.

The paper investigates how poplar clones respond to aerosols and vapor pressure deficit, finding that aerosols enhance atmospheric dryness effects, with responses varying by isohydricity.