Vegetation phenology has been viewed as the nature's calendar and an integrative indicator
of plant‐climate interactions. The correct representation of vegetation phenology is important …

Global change is associated with variable shifts in the annual production of aboveground
plant biomass, suggesting localized sensitivities with unclear causal origins. Combining …

Understanding the critical soil moisture (SM) threshold (θcrit) of plant water stress and land
surface energy partitioning is a basis to evaluate drought impacts and improve models for …

Spring vegetation phenology is highly sensitive to global change. However, the effects of
ongoing climate warming and N deposition on grassland spring phenology and how abiotic …

Analyzing tree structural features and capturing their temporal dynamic is challenging but
crucial for determining key state variables related to plant function, management practices …

Lakes/reservoirs are rapidly deteriorating from cultural eutrophication due to anthropogenic
factors. In this study, we aimed to (1) explore nutrient levels in the Sabalan dam reservoir …

Plant phenology is crucial for understanding plant growth and climate feedback. It affects
canopy structure, surface albedo, and carbon and water fluxes. While the influence of …

Soil respiration—the flow of biologically‐generated CO2 from the soil surface to the
atmosphere—is a major component of global carbon cycling, but the long‐term response of …

Nutrient availability, especially of nitrogen (N) and phosphorus (P), is of major importance for
every organism and at a larger scale for ecosystem functioning and productivity. Changes in …

Grasslands are strongly exposed to multiple global changes, including elevated CO 2,
warming, and severe drought events. While the individual effects of these global change …