Urban greenery is a vital component of city landscapes. With the increasing influence of
extreme weather events and global warming, coupled with the pollution associated with …

Vegetation phenology is that branch of science that describes periodic plant life cycle events
across the growing seasons. Remote sensing typically monitors these significant events by …

Recent developments in hardware and software have increased the possibilities and
reduced the costs of hyperspectral proximal sensing. Through the analysis of high resolution …

Monitoring vegetation dynamics represents a fundamental practice to evaluate the response
of the vegetation to environmental changes. Optical proximal sensed data allow the …

In urban and industrial environments, the constant increase of impermeable surfaces has
produced drastic changes in the natural hydrological cycle. Decreasing green areas not only …

Spectral patterns of different forest land cover can identify certain pollution compounds, and
water stress conditions based on the interaction of photons with the molecular structure of …

Data gathering with an optical sensor. was carried out in an olive orchard located in
Scandicci (Florence, Italy). The collection was undertaken by positioning the sensor at three …

Data gathering with an optical sensor. was carried out in an olive orchard located in
Scandicci (Florence, Italy). The collection was undertaken by positioning the sensor at three …

Faced with the challenges of the energy crisis and climate change, green facades are
becoming an increasingly important tool in building architecture. They allow the physical …

Due to their remarkable spatial and spectral resolution, hyperspectral sensing devices
appear the most suited for detection of vegetation presence according to the peculiar …