Atmospheric nitrogen (N) depositions have increased sharply since the industrial revolution.
Numerous authors forecasted severe impacts on forest ecosystem services and functioning …

Abstract Purpose of Review We provide an overview of the main processes occurring during
the interactions between atmospheric nitrogen and forest canopies, by bringing together …

Transpiration dynamics of karst ecosystems are not conditioned only by the shallow-soil
water status, mainly because of the presence of deep-water source pools formed within the …

Although tropical and subtropical regions have replaced temperate regions as the global-
change hotspots for increased atmosphere nitrogen (N) deposition, whether the regional …

研究植物整体和地上, 地下部分生物量和氮利用效率(NUE) 对氮添加的响应,
有助于了解全球氮沉降背景下中国陆地生态系统植物碳, 氮循环的变化. 然而氮添加对植物生物 …

Determination of transpiration and water use sources of trees in arid and semiarid areas is
crucial for forest management under climate change scenes. Here, seasonal variations in …

Transpiration is an important component of the hydrological cycle for forest ecosystems.
Long-term studies on how climate fluctuations influence canopy transpiration, as well as …

Background and aims Plants take up and use silicon (Si) as a beneficial nutrient for growth
or survival, which can affect terrestrial Si biogeochemistry and its links with the carbon cycle …

Forest research and professional workforces continue to be dominated by men, particularly
at senior and management levels. In this review, we identify some of the historical and …

Nitrogen (N) deposition tends to accompany precipitation in temperate forests, and
vegetation productivity is mostly controlled by water and N availability. Many studies showed …