Sentence examples for monitoring of canopy from inspiring English sources
The continuous and automated monitoring of canopy phenology is of increasing scientific interest for the multiple implications of vegetation dynamics on ecosystem carbon and energy fluxes.
Application of this approach is discussed with due attention to light interception by the plants and the monitoring of canopies from remote sensing observations.
Digital imaging offers an inexpensive and quite practical means for remote monitoring of flowering patterns in lesquerella canopies.
A field comparison of industrial-quality and consumer-quality infrared thermocouple sensors monitoring a grass canopy and a cotton canopy indicated that the two types of sensors were similar over a 13 35 °C range.
Multi-sensor data are required to monitor a broad range of degradation types, with sensor capability targeted at both the detection of canopy cover change (optical/SAR) and sub-canopy structural change (SAR/LiDAR).
Timely and accurate assessment of canopy nitrogen content (CNC) provides valuable insight into rapid and real-time nitrogen status monitoring in crops.
Deforestation is defined by a long term loss of canopy cover and area, notably a conversion to another non-forest use, which been monitored effectively over time at multiple scales effectively for tropical forests using remote sensing technologies [8 14].
After reviewing the previous researches on modeling canopy flows, two types of canopy models were selected.
Big-leaf models overestimated canopy transpiration with increasing error as canopy density declined, but models that included gaps had minimal error regardless of canopy density.
The model combines four stand structure parameters: canopy coverage, age of canopy trees, tree species composition and canopy stratification.
