TAILIEUCHUNG - Diversity study of wood rotting fungi from two different forests in Mizoram, India

A three years (2015-2017) study was carried out to study the diversity of Wood Rotting Fungi from two different forest stands, Hmuifang forest and Tanhril forest of Mizoram, Northeast India. A total of 45 species were identified from both the study sites. It was observed that a total of 21 species were common to both the forests whereas 19 species were found only found in Hmuifang forest and 5 species only in Tanhril forest. ShannonWiener’s diversity index of fungal species was found to be in Hmuifang forest and in Tanhril forest; Simpson shows in Hmuifang and Tanhril forest; Menhinick’s index shows for Hmuifang and in Tanhril forest; Margelef’s index shows in Hmuifang and in Tanhril forest; Pielou’s eveness index shows in Hmuifang and in Tanhril forest. However, the species diversity of wood rotting fungi was higher in Hmuifang forest than compared to Tanhril forest which may be due to higher altitude, low temperature, high relative humidity, soil moisture content and experiences higher amount of rainfall annually which in turn have a great impact on the type of vegetation. | Diversity study of wood rotting fungi from two different forests in Mizoram, India

• Sinh học
• Wood rotting fungi
• Two different forests
• The type of vegetation
• High relative humidity
• Soil moisture content
• Soil texture
• Gravimetric water content
• Moisture depletion rate
• Drying pattern
• Soil moisture after saturation
• Recommended dose of fertilizer
• In situ
• Soil moisture conservation
• Foliar nutrition
• Rainfed Bt cotton (Gossypium hirsutum L )
• Plant Biology
• Cold stratification
• Stratification duration
• Climate change
• CO2 emission
• soil temperature
• O2 content
• Soil moisture
• Microbial respiration
• Land configuration
• Flat bed
• Ridge and furrow
• Raised bed
• Mean moisture content
• Dry spell
• Mustard based intercropping systems
• Rainfed condition
• Light textured soil
• Rabi seasons
• Bazan soil
• Homogeneous earth dam
• Filling material
• Dry density
• Optimum moisture content
• Water stress
• Relative water content
• Leaf water potential
• Epicuticular wax
• Cell membrane stability
• Chlorophyll stability index
• Horizontal wetted distance
• Vertical wetted depth
• Antecedent moisture content
• Point source
• Line source