Synthesized use of VisNIR DRS and PXRF for soil characterization: Total carbon and total nitrogen

Agriculture & Biology

• agronomy 17%
• assays 7%
• carbon 64%
• carbon sequestration 16%
• combustion 30%
• cost effectiveness 15%
• electrodes 13%
• environmental science 20%
• fluorescence 73%
• ions 10%
• methodology 15%
• physicochemical properties 11%
• prediction 38%
• production technology 11%
• reflectance spectroscopy 19%
• sampling 5%
• soil 49%
• soil ecosystems 18%
• soil quality 13%
• soil sampling 24%
• statistics 26%
• temperature 5%
• tilth 23%
• total nitrogen 100%
• X-radiation 86%

Earth & Environmental Sciences

• analysis 6%
• assay 10%
• carbon 55%
• carbon sequestration 11%
• chemical 6%
• combustion 18%
• cost 6%
• data quality 12%
• ecosystem dynamics 14%
• electrode 10%
• environmental science 14%
• fluorescence 86%
• health 8%
• in situ 7%
• ion 7%
• laboratory 26%
• loss 6%
• method 2%
• model validation 13%
• near infrared 92%
• nitrogen 58%
• physicochemical property 12%
• prediction 24%
• production system 13%
• reflectance 10%
• sampling 6%
• savings 12%
• soil 41%
• spectrometry 12%
• statistics 17%