Remote sensing tree functionality in urban infrastructure

该项目的具体目标是：1)根据从多光谱高级研究车辆采集的遥感数据，创建街道水平的树木生理健康空间连续地图；2)阐明不同的城市人为和建成环境驱动因素对树木碳吸收、蒸腾速率和物候的影响；3)在建成环境中建立最具弹性的树种，以最大限度地提高生态系统服务效益。

The specific objectives of the project are:1) to create street-level spatially continuous maps of tree physiological health from remote sensing data sampled from the Multi-spectral Advanced Research Vehicle;2) to elucidate the impacts of different urban anthropogenic and built environment drivers on tree carbon uptake, transpiration rate and phenology;3) to establish the most resilient tree species within the built environment to maximise ecosystem service benefits.