TAILIEUCHUNG - Effect of Trichoderma spp. in plant growth promotion in chilli

Trichoderma species are commonly used as biological control agents against phytopathogenic fungi and some isolates are able to improve plant growth. In this study, the effects of seven Trichoderma isolates from Madhya Pradesh was examined in chilli for enhancing seedling and plant vigor via two way introduction methods (inoculating seed with Trichoderma as seed treatment and also seed treatment with three foliar sprays). Different isolates of Trichoderma spp. significantly influenced the root length, shoot length and number of leaves of chilli at seedling stage. The maximum root length and shoot length of cm cm respectively was recorded in seed treatment with Trichoderma isolate T2. Similarly, the same isolate T2 depicted maximum number of leaves ( per plant). Further, enhanced plant growth promotion activity was shown by isolates of Trichoderma when applied as seed treatment coupled with three foliar sprays. It was observed that maximum root length ( cm), shoot length ( cm), number of branches () was depicted in seed treatment coupled with its three foliar sprays of T2 isolate of Trichoderma. This was followed by T5 isolate of Trichoderma. Similarly, maximum fresh and dry weight (biomass) was recorded in T2 isolate of Trichoderma. Application of different isolates of not only significantly contributed to foliage of the chilli plant but they also enhanced the yield component of chilli. The maximum yield of q/ha was recorded in treatment T2 where Trichoderma isolate T2 was applied as seed treatment along with its three foliar sprays. | Effect of Trichoderma spp. in plant growth promotion in chilli

• Sinh học
• Root length
• Shoot length
• Trichoderma spp
• Plant growth promotion in chilli
• Trichoderma isolate T2
• Root branch orders
• Specific root length
• Root biomass
• Root length density
• Root tissue density
• P Uptake
• Elite lentil
• Root length and P uptake analysis
• Five elite lentil (Lens culinaris Medikus)
• Root mass
• Dry matter
• Grape rootstocks
• Saline soil
• Root surface area
• Root volume
• Different phosphorus conditions
• Root morphology of rice
• Coleoptile length
• Seed vigour indices
• Triticum aestivum L
• BMC Genomics
• Primary root length
• Quantitative trait loci
• Residual heterozygous
• Near isogenic lines
• Root system provides nutrient absorption
• Journal of Agriculture and Forestry
• Aegilops tauschii
• Seminal root growth angle
• Root system architecture
• Root distribution
• Water flow
• Parametric modeling
• Time domain reflectometry
• Patterns on soil water dynamics
• Root hair
• Tubular shaped cell
• Root epidermal cell
• Single nucleotide polymorphisms
• Polar growth
• Disease resistance
• Vietnam journal of agricultural sciences
• Root system development
• physiological traits
• Dry matter production of rice
• Nodal root number
• Nodal root length
• Germination percentage
• Inoculum density
• Seedling growth parameters
• Vigour index
• Mungbean genotypes against water stress mediated
• Chicory root powder
• Body length
• Murrah buffalo calves
• Prebiotic source to augment health
• Dietary supplementation
• Flat bed
• Crop residue
• Narrow bed and furrow
• Moisture management
• Grain yield
• Momordica charantia
• Root transect
• Microbial diversity
• Rhizosphere of Momordica charantia L
• Momordica charantia L (Bitter gourd)
• Root length during seedling growth
• Rhodiola rosea
• Molecular markers
• Simple sequence repeat
• Genetic diversity
• Amplified fragment length polymorphism
• Drought stress
• Relative water content
• Proline content
• BMC Plant Biology
• Trade off
• Length distribution
• Image analysis
• Nutrient depletion zone
• Barley Hordeum vulgare L
• Barley genotypes
• Salt tolerance
• Saline soils
• Shoot and root length