Plant physiological responses to increasing atmospheric CO2 concentration (iCO2),
including enhanced photosynthesis and reduced stomatal conductance, impact regional …

Climate warming has induced widespread isotherm shifts toward higher elevations on the
Tibetan Plateau, but elevational shifts of vegetation greenness (indicated by Normalized …

Vegetation and precipitation are known to fundamentally influence each other. However, this
interdependence is not fully represented in climate models because the characteristics of …

Global streamflow, crucial for ecology, agriculture, and human activities, can be influenced
by elevated atmospheric CO2 (eCO2) though direct regulation of vegetation physiology and …

Vegetation seasonality in the northern extratropical latitudes (NEL) has changed
dramatically, but our understanding of how it responds to climate change (eg temperature …

Climate change and anthropogenic activity pose severe threats to water availability in
drylands. A better understanding of water availability response to these threats could …

Urban lawns comprise a significant portion of urban greenery and provide several
ecosystem services. Nevertheless, maintaining lawns comes with significant water costs in …

Identifying the stability and sensitivity of land ecosystems to climate change is vital for
exploring nature-based solutions. However, the underlying mechanisms governing …

Plant traits are often measured in the field or laboratory to characterize stress responses.
However, direct measurements are not always cost effective for broader sampling efforts …

The Arctic is experiencing a phenomenon called Arctic amplification (AA) which has caused
a rapid warming rate two to three times greater than that of the Northern Hemisphere (NH) or …