TAILIEUCHUNG - Microbiological-indicators with potential for evaluating soil quality

An understanding of soil microorganisms as part of soil system and interactions between the diversity of producers and of decomposers, have major consequences on the functioning of agricultural ecosystems. Soil microorganisms control the transformation and mineralization of natural compounds and xenobiotics. The soil micro biota, existing in high density and diversity, rapidly modify the energetic performance and activity rates to changing environmental conditions. Thus, microbial consortium possesses the ability to accommodate environmental constraints by adjusting biomass, community structure and activity rates. These parameters are particularly important to take into consideration when evaluating soil quality. The use of microbial diversity, structure, biomass as indicators to monitor soil quality is challenging due to little understanding of the relationship between microbial community and soil functioning. A simple overview about the possibilities of using microbial populations as quantitative indicators for soil quality evaluation is presented in this paper. | Microbiological-indicators with potential for evaluating soil quality 2017 6 2 831-839 International Journal of Current Microbiology and Applied Sciences ISSN 2319-7706 Volume 6 Number 2 2017 pp. 831-839 Journal homepage http Review Article http Microbiological-Indicators with Potential for Evaluating Soil Quality Sartaj Ahmad Wani1 Muneeb Ahmad Wani2 Aijaz Ahmad Sheikh3 and Subhash Chand1 1 Division of Soil Science Sher-e-Kashmir University of Agricultural Sciences and Technology- Shalimar Srinagar Kashmir 190 025 India 2 Division of Floriculture and Landscape Architecture Sher-e-Kashmir University of Agricultural Sciences and Technology-Shalimar Srinagar Kashmir 190 025 India 3 Division of Entomology Sher-e-Kashmir University of Agricultural Sciences and Technology- Shalimar Srinagar Kashmir 190 025 India Corresponding author ABSTRACT Keywords An understanding of soil microorganisms as part of soil system and interactions between the diversity of producers and of decomposers have major consequences on the Activity rates functioning of agricultural ecosystems. Soil microorganisms control the transformation Biological and mineralization of natural compounds and xenobiotics. The soil micro biota existing in indicators high density and diversity rapidly modify the energetic performance and activity rates to Microbial activity Microbial diversity. changing environmental conditions. Thus microbial consortium possesses the ability to accommodate environmental constraints by adjusting biomass community structure and Article Info activity rates. These parameters are particularly important to take into consideration when evaluating soil quality. The use of microbial diversity structure biomass as indicators to monitor soil quality is challenging due to little understanding of the relationship between Accepted 18 January 2017 microbial community and soil functioning. A simple overview .

• Sinh học
• Activity rates
• Biological indicators
• Microbial activity
• Microbial diversity
• Evaluating soil quality
• Macroeconomic activity
• Lecture Macroeconomics
• Macroeconomic environment
• Financial system
• Exchange rates
• Balance of payments
• BMC Pulmonary Medicine
• Daily physical activity
• Pulmonary exacerbation rates
• Cystic fibrosis
• Gender difference
• Journal of Chemistry
• Mannich base
• Catecholase activity
• Turnover rates
• Molecular oxygen
• Catechol dioxygenases
• BMC Geriatrics
• Physical activity
• Food security
• High rates
• Obesity related comorbidities
• Appendicular skeletal muscle mass
• Managerial accounting
• Systems design
• Lecture Managerial accounting
• Business environment
• Activity based costing
• Computing activity rates
• Cajanus cajan
• Coal mine
• Degraded land
• Soil amendments
• Soil analysis
• Water analysis
• Narmada valley
• Wildlife health by soil
• Water quality analysis
• Industrial park
• Heavy metals
• Soil pollution
• Atomic absorption spectroscopy
• Rapid industrialization
• Soil quality