Remote sensing of plant phenology as an indicator of climate change and for map** land
cover has received significant scientific interest in the past two decades. The advancing of …

Mangrove forest phenology at the regional scale have been poorly investigated and its
driving factors remain unclear. Multi-temporal remote sensing represents a key tool to …

Crop phenology is an important parameter for crop growth monitoring, yield prediction, and
growth simulation. The dynamic threshold method is widely used to retrieve vegetation …

Global change has tremendous impacts on savanna systems around the world. Processes
related to climate change or agricultural expansion threaten the ecosystem's state, function …

在气候变化背景下, 植被物候作为生态系统对环境变化响应的直接体现方式, 日益受到学界关注.
获取长期, 连续, 多尺度的植被物候数据是物候研究的基础, 而利用卫星遥感手段获取的物候参数 …

This study aimed to propose an accurate and cost-effective analytical approach for the
delineation of fruit trees in orchards, vineyards, and olive groves in Southern France …

In the past, studies have successfully identified climatic controls on the temporal variability of
the land surface phenology (LSP). Yet we lack a deeper understanding of the spatial …

Grasslands and shrublands exhibit pronounced spatial and temporal variability in structure
and function with differences in phenology that can be difficult to observe. Unpiloted aerial …

Satellite-derived vegetation phenophases are frequently used to study the response of
ecosystems to climate change. However, limited studies have identified the common …

Precise categorization of mangrove forests with medium spatial resolution satellite data is
challenging and occasionally yields mixed outcomes. The available methods to estimate …