TAILIEUCHUNG - Activities of β-glucosidase, phosphatase and dehydrogenase as soil quality indicators: A review

Soil biochemical properties are indicators of soil quality, but there is still no consensus as to how they should be used. Generally, biochemical properties related to the biocycles of the elements (C, N, P and S) are used to diagnose soil quality. These properties include both general biochemical parameters (. microbial biomass C, dehydrogenase activity and N mineralization potential) and specific biochemical parameters (. the activity of hydrolytic enzymes, such as phosphatase, Dehydrogenase, urease and b-glucosidase). Soil is a fundamental resource and it is crucial to manage its quality in order to enhance agricultural productivity and environmental quality. Soil enzymes are act as catalyzer in several biochemical reactions which result in the transformation of organic matter release of inorganic nutrients for plant growth and nutrient cycling. Soil enzyme activities are useful biological soil quality indicators since they are operationally practical, very sensitive, integrative, easy to measure more responsive to soil tillage and structure than other soil variables. | Activities of β-glucosidase, phosphatase and dehydrogenase as soil quality indicators: A review

• Hoá học
• Activities of β glucosidase
• Phosphatase and dehydrogenase
• Dehydrogenase as soil quality indicators
• Soil quality indicators
• Soil variables
• Artificial neural network
• Turkish state meteorological service
• Meteorological variables
• Soil temperature
• Predict monthly mean soil temperature
• Geomorphologic Type
• Environmental Variables
• Digital Soil Mapping
• Soil Landscape Inference Model (SoLIM )
• Individual Validation
• Spatial distribution information
• Geomorphologic variable
• Soil Mechanics
• v
• Stress State Variables
• Soil Suction
• Flow Laws
• Permeability
• Aridity index
• Soil evaporation
• Agricultural water management
• Compute reference evapotranspiration
• Agricultural crop
• Estimating environmental
• Biophysical variables
• Land surface
• Surface energy fluxes
• Soil moisture
• Ecosystem health
• Edaphic factors
• Forest structure
• Species composition
• Floristic woody
• Oak forests