TAILIEUCHUNG - Studies on assessing the biochemical and morphological changes in eucalyptus sp clones under elevated Carbon-di-oxide

This paper discusses about the biochemical and morphological changes in Eucalyptus sp clones to elevated CO2 conditions in AOTC (Automated Open Top Chambers). In this study, three months old clones of Eucalyptus sp were exposed to elevated CO2 levels in open top chambers at 900 ppm and 600 ppm for a period of four months. In Eucalyptus sp clones, the highest values of chlorophyll was recorded by the clone I () and the lowest values of chlorophyll () is recorded in clone V in ambient conditions for Eucalyptus sp after four months. The clonal mean was high () in clone I and treatment mean was high () in chamber control. The shoot fresh weight was high in clone III () in ambient conditions and the lower shoot fresh weight was reported in clone IV () in chamber control. Clonal mean was high in clone III ( g) and treatment mean was high ( g) in ambient conditions. Leaf fresh weight was registered high in clone III ( g) in 900 ppm elevated CO2 levels and the lower leaf fresh weight was reported in the clone IV ( g) in chamber control. Root fresh weight was high in clone II (13 g) under 900 ppm elevated CO2 and the lower root fresh weight was recorded by the clone I (). The clonal mean was high in clone IV () and the treatment mean was high in ambient conditions (). This study concludes that there is an intraspecific variation in Eucalyptus sp, which can be utilized for future breeding programmes to develop genotypes that withstand the changing climatic conditions. | Studies on assessing the biochemical and morphological changes in eucalyptus sp clones under elevated Carbon-di-oxide

• Sinh học
• Elevated CO2
• Automated open top chambers
• Morphological changes
• Biochemical changes
• Elevated Carbon di oxide
• High temperature
• Crop growth
• Effect of elevated CO2
• Temperature on growth
• Rice crop
• BMC Plant Biology
• Phytophthora stem blight
• Inoculation technique
• Cajanus cajan L
• Climatic chamber
• Karan fries
• Karan fries heifers
• Elevated temperature
• Increased CO2 levels
• Hormonal parameters
• Rice variety and disease
• Incidence of brown spot
• Brown spot
• Sheath blight of rice
• Rice (Oryza sativa L )
• Plant Biology
• Elevated CO2 concentration
• Combined heat and drought
• Plant physiology
• Especially photosynthesis
• Climate change
• Seedling growth
• Certain nutrients
• Elevated carbon dioxide enriched
• Calophyllum inophyllum L
• Cigarette beetle
• CO2 and Modified atmosphere
• CO2 against cigarette beetle
• Cured turmeric rhizomes
• Modified atmosphere with effect
• Vitis vinifera
• RNA Seq
• Greater biomass accumulation
• Crop weed competition
• Weed growth
• Phosphorus stress
• Elevated on biomass
• Carbohydrate partitioning
• Carbohydrate partitioning under phosphorus stress
• CO2 enrichment
• Cymodocea nodosa
• Net community production
• Ambient concentration
• Inorganic carbon
• Ocean acidification
• Báo cáo lâm nghiệp hay
• cách trình bày báo cáo
• báo cáo lâm nghiệp
• công trình nghiên cứu lâm nghiệp
• tài liệu về lâm nghiệp
• Global warming
• Water stress
• Drought tolerance
• Tomato (Solanum lycopersicum L )
• Nutritional quality
• Modified atmosphere
• Sitophilus oryzae
• Carbon dioxide
• Maize kernel storage
• Scanning electron microscopy
• Ambrosia artemisiifolia
• Allergic diseases
• Allergenic proteins
• Mortality of Sitophilus oryzae
• Scanning electron microscope
• Sitophilus oryzae (Linnaeus)
• Carbon acquisition
• Carbon and nitrogen allocation
• Dissolved sugars
• Soil microorganisms
• Soil solution