Gross primary productivity (GPP) is the most important component of terrestrial carbon flux.
Red-edge (680–780 nm) reflectance is sensitive to leaf chlorophyll content, which is directly …

Abstract Knowledge on relationship and determinants of water and carbon dioxide (CO 2)
exchange is crucial to land managers and policy makers especially for the desertified land …

Differences in water and carbon fluxes along a climate/elevation gradient within a
sagebrush ecosystem are quantified, and inferences are made about climate warming using …

Rain pulses followed by interstorm drying periods are the fundamental units of water input
into ecosystems on subweekly time scales. It is essential to understand landscape‐scale …

Light use efficiency (LUE) models, along with satellite‐based vegetation maps and climatic
reanalysis products as drivers, are effective tools for estimating large‐scale gross primary …

Detailed assessment of small‐scale heterogeneity in local surface water balance is
essential to accurate estimation of evapotranspiration in semiarid climates. However …

The sagebrush steppe ecosystem plays a critical role in water cycling in arid and semiarid
landscapes of the western United States; yet, there is limited information regarding …

To incorporate canopy vertical structure in a process-based model over a temperate
meadow, a multilayered model estimated canopy carbon flux (F c) and water flux (LE) was …

Sagebrush ecosystems consist of different communities of species and subspecies of
sagebrush marked by distinct ecotones along elevation gradients, yet few studies have …

陆面碳循环在气候变化和生态系统碳收支平衡中起到关键作用. 水热变化与CO 2
交换分析对于深刻揭示荒漠生态系统的区域碳循环规律及机制具有重要意义 …