This paper reviews the current status and development of remote sensing methods for
monitoring rangeland condition. Remote sensing offers ideal solutions for assessing …

Over the last twenty years, phenology—the study of seasonal life cycle events—has
emerged as a key subfield of global change biology. Phenology provides an integrated …

Digital repeat photography has the potential to become an important long-term data source
for phenological research given its advantages in terms of logistics, continuity, consistency …

There is a need to document how plant phenology is responding to global change factors,
particularly warming trends.“Near‐surface” remote sensing, using radiometric instruments or …

Green leaf phenology is known to be sensitive to climate variation. Phenology is also
important because it exerts significant control on terrestrial carbon cycling and …

The timing of spring leaf development, trajectories of summer leaf area, and the timing of
autumn senescence have profound impacts to the water, carbon, and energy balance of …

Digital repeat photography is becoming widely used for near‐surface remote sensing of
vegetation. Canopy greenness, which has been used extensively for phenological …

In this paper we extensively describe new software available as a R package that allows for
the extraction of phenological information from time-lapse digital photography of vegetation …

The continuous and automated monitoring of canopy phenology is of increasing scientific
interest for the multiple implications of vegetation dynamics on ecosystem carbon and …

Forest phenology is a multi-scale phenomenon, arising from processes in leaves and trees,
with effects on the ecology of plant communities and landscapes. Because phenology …