Nitrogen (N) and phosphorus (P) are primary indicators of soil nutrients in agriculture.
Accurate management of these nutrients is essential for ensuring food security. High …

Predicting spatial explicit information of soil nutrients is critical for sustainable soil
management and food security under climate change and human disturbance in agricultural …

Rapid acquisition of the spatial distribution of soil nutrients holds great implications for
farmland soil productivity safety, food security and agricultural management. To this end, we …

Quickly and efficiently monitoring soil nutrient contents using remote sensing technology is
of great significance for farmland soil productivity, food security and sustainable agricultural …

Soil nutrient is one of the most important properties for improving farmland quality and
product. Imaging spectrometry has the potential for rapid acquisition and real-time …

Soil nutrients play a vital role in plant growth and thus the rapid acquisition of soil nutrient
content is of great significance for agricultural sustainable development. Hyperspectral …

Soil nutrient estimation can be used as a key input to increase crop yield and agriculture
fertilization. Due to the shortage of the ground measured spectrum technology and …

Soil nutrients are the key factors in soil fertility, which have important roles in plant growth.
Determining soil nutrient contents, including macro and micronutrients, is of crucial …

Nitrogen is one of the key nutrients that indicate soil quality and an important component for
plant development. Accurate knowledge and management of soil nitrogen is crucial for food …

Estimation of soil total nitrogen (STN) is important for quantifying the spatial distribution of
soil N (Nitrogen) stocks, determining the amount absorbed by crops and avoiding yield …