Cation exchange capacity is a crucial metric for managing soil fertility and promoting
agricultural sustainability. An alternative technique for the non-destructive assessment of …

Soil color and mineralogy are used as diagnostic criteria to distinguish different soil types. In
the literature, 350–2500 nm spectra were successfully used to predict soil color and …

Studies with silicon (Si) in sugarcane indicate a greater response in productivity in plants
under stress, and the underlying mechanisms of Si in the crop are poorly reported. In this …

Visible and near-infrared (Vis-NIR, 350–2500 nm) laboratory spectroscopy has been proven
to provide soil properties estimations, such as clay or organic carbon (OC). However, the …

Proximal sensing has become increasingly popular due to developments in soil observation
technologies and the demands of timely information gathering through contemporary …

Ground data on spectral characteristics of Jordan's soils remain sparse, which makes the
interpretation of remote sensing datasets challenging. These are, however, very useful for …

This study aimed to predict soil properties using visible–near infrared (VISNIR) spectroscopy
combined with partial least square regression (PLSR) modeling. Special emphasis was …

Despite occupying a large area of the globe and being the next agricultural frontier, sandy
soils are seldom explored in scientific studies. Considering the high capacity of remote …

Soil maps are an important tool for agricultural planning and land management. Digital
techniques have been used to create soil maps. However, most studies did not explore …

The expansion of agricultural frontiers has increased the use of sandy soils as crop**
areas; however, the water‐retention capacity (WRC) of the soil is a crucial factor. Thus, fast …