Global climate change presents a threat for the environment, and it is aggravated by the
mismanagement of water use in the agricultural sector. Since plants are the intermediate …

Accurate measurement of plant transpiration is critical to gaining a better understanding of
plant water use and exploration of the influence of plants on regional and even global …

Sensing and measuring meteorological and physiological parameters of humans, animals,
and plants are necessary to understand the complex interactions that occur between …

Quantitatively characterizing and accurately predicting plant transpiration are of great
significance, but directly measuring transpiration is impractical, time-consuming, and labor …

Poplar (Populus× xiaozhuanica) plantations play an important role in controlling
desertification in semiarid sandy regions of Northeast China, but their dieback occurs …

We investigated the water use of Caatinga vegetation, the largest seasonally dry forest in
South America. We identified and analysed the environmental phenological drivers in …

Understanding root water uptake sources in agricultural systems is becoming increasingly
important in the sustainable management of water resources under changing climatic …

[目的] 研究树木夜间液流可以更全面地了解其水分利用与环境的关系, 本试验针对臭椿夜间液流
与环境因子的关系开展研究, 以深入揭示臭椿水分利用特征.[方法] 采用热扩散式探针法(TDP) …

Accurate estimate of transpiration is crucial to understanding global water and carbon
cycles. The thermal dissipation (TD) method with Granier's equation, which is the most …

Tree transpiration considerably contributes to evaporative fluxes to the atmosphere in
terrestrial ecosystems. Accurate transpiration quantification provides relevant information …