We examined the seasonality of photosynthesis in 46 evergreen needleleaf (evergreen
needleleaf forests (ENF)) and deciduous broadleaf (deciduous broadleaf forests (DBF)) …

Observational and modeling studies indicate significant changes in the global hydroclimate
in the twentieth and early twenty-first centuries due to anthropogenic climate change. In this …

Plant phenology regulates the carbon cycle and land‐atmosphere coupling. Currently,
climate models often disagree with observations on the seasonal cycle of vegetation growth …

The increase in greenhouse gasses (GHG) anthropogenic emissions and deforestation over
the last decades have led to many chemical and physical changes in the climate system …

This paper presents a brief overview and history of “phenoclimatology”, a subdiscipline of
climatology, emphasizing atmosphere-biosphere interactions. Here, we describe the …

Inquiry into the phenologies of grasslands and grasses in North America has progressed
substantially over the past decade. This chapter highlights five prominent themes from the …

To help bridge science topics related to land-atmosphere interactions, we organized a
virtual special issue in this journal (Agricultural and Forest Meteorology [AFM]) entitled,“Land …

Background Shifts in forest phenological events serve as strong indicators of climate
change. However, the sensitivity of phenology events to climate change in relation to forest …

Plant phenology influences both the terrestrial carbon cycle and land-atmosphere
interactions, and therefore can potentially modify large-scale circulations in the atmosphere …

Temperate deciduous forests are distinguished from other deciduous forests around the
world by predictably regular transitions between dormant and active seasons. This …