Radiative transfer models (RTMs) provide reliable information about crop yield and traits
with high resource efficiency. In this study, we have conducted a systematic literature review …

Accurately estimating leaf chlorophyll content (Chl) at large spatial scales is crucial for
monitoring agricultural production and plant photosynthesis. Sentinel-2 and Landsat-7/8 …

Invasive plants are threats to biodiversity, ecosystem functioning, and services. Previous
studies have reported that the impacts of biological invasions on ecosystem characteristics …

PROSPECT is the most widely used optical leaf model for a wide range of remote sensing
applications on vegetation and has been developed and parameterised based on empirical …

Frequent climate change and intense anthropogenic activity increase the risk of vegetation
destruction. Remote sensing technology, known for its timely observations and wide …

Predicting the spatial distribution of invasive plants remains challenging because of the
complex relationships between plant invasion, abiotic, and biotic factors. While conventional …

Invasive plants can alter ecosystem composition, structure and function, which in turn may
have significant impacts on plant diversity. Although the impacts of biological invasions on …

Phenolic compounds constitute an essential part of the plant's secondary metabolites and
play a crucial role in ecosystem functioning, including nutrient cycling and plant defence …

The parameter of leaf area index (LAI) provides valuable information about plant growth.
Most remote sensing methods for estimating LAI are based on the vegetation indices (VIs) in …

The retrieval of leaf carbon-based constituents of vegetation species and their separation
from the overall leaf mass per area using radiative transfer models was historically …