Land elevation exerts a significant influence on soil fertility through affecting macro and
micro climatic conditions and geomorphological processes. To evaluate the soil fertility at …

This study was performed to compare the uncertainty spatial distribution of soil organic
carbon (SOC) stocks in different land uses. To achieve this goal, 210 soil samples were …

The design and application of multiple tools to map soil micronutrients is key to efficient land
management. While collecting a representative number of soil samples is time consuming …

Land elevation exerts a significant influence on soil fertility through affecting macro and
micro climatic conditions and geomorphological processes. To evaluate the soil fertility at …

In order to satisfy the basic requirements of sustainable agricultural development, it is
important to understand the spatial distribution characteristics of soil total nitrogen (TN) …

Today, remote sensing is widely used to estimate soil properties. Because it is an easy and
accessible way to estimate soil properties that are difficult to estimate in the field. Based on …

Spectral indices-based soil prediction models derived from multispectral datasets are too
intricate in terms of accuracy as well as resolution. Complications arise while incorporating …

The usage of satellite images has grown rapidly in digital applications. Predicting features in
the satellite images using conventional techniques is not an easy task as the images …

Soil testing can assist in determining how much fertilizer is necessary, as it depends on the
fertility and crop of the soil. Through soil fertility and pH-trained hybrid architecture, a new …

Soil fertility and nutrient management are the main factors that directly affect the yield of the
product. To evaluate the soil fertility at different elevations (including 1600-2000, 2000-2400 …