TAILIEUCHUNG - Adaptability and trait stability analysis in Volvariella Volvacea (Paddy straw mushroom)

Under present investigation, AMMI (Additive main effects and multiplicative interaction) model was validated to study and identify the stable genotype in Volvariella volvacea (Paddy straw mushroom) under varied environmental conditions. A slight change in temperature and humidity can cause larger difference in the crop yield. Moreover, the identification of strain selection criteria for better yield is also needed to be identified for genetic improvement. The six strains of Volvariella volvacea (DMRO888, DMRO886, DMRO463, DMRO889, DMRO885 and DMRO484) were cultivated on cotton ginning mill waste substrate for the characterization of their agronomical traits. The correlation studies showed that yield was highly positively correlated with six traits namely total fruit body length (TFBL), Pileus diameter (PD), Gill width (GW), Stipe length (SL), Fruit body weight (FBW)and fruit body number (FBN) while it is negatively correlated with spawn run time (SRT). The DMRO463 was found most stable and average yielder is the all environment. Further the path correlation identified that PD and FBN traits are the best criteria for the selection of high yielding strain in screening experiments. | Adaptability and trait stability analysis in Volvariella Volvacea (Paddy straw mushroom)

• Sinh học
• Paddy straw mushroom
• Trait stability analysis
• Volvariella Volvacea
• Adaptability and trait stability analysis
• Screening experiments
• Oyster mushroom
• Button mushroom
• Paddy straw
• Wheat straw
• Oyster mushroom (Pleurotus ostreatus)
• Agricultural waste
• Antioxidant properties
• Calcium carbonate
• Tropical climates
• Spawn run time
• Hot water
• Different treatments
• Pleurotus mushroom
• Oyster mushroom (Pleurotus florida)
• Economic analysis of oyster mushroom
• Medicinal contributions
• Bioefficiency of Mushrooms
• Higher bioefficiency of mushrooms
• Higher bioefficiency
• Mushroom production
• Paddy straw were studied
• Design of experiments
• Introduction to designing experiments
• Examples using the custom designer
• Building custom designs
• Screening designs
• Response surface designs
• Chemical engineering
• Defining research problem
• Selection of the responses
• Youdens squares
• Dimplex lattice design
• BMC Cancer
• ELF magnetic fields
• Cancer cell line proliferation
• High throughput screening
• Alternated current
• Soil borne pathogens
• Wilt complex
• Brinjal germplasm against wilt complex disease
• Field conditions
• Pot experiments