Discussion:
The microscopic observation of Hibiscus Rosa sinensis flower revealed the presence of various anatomical structures such as epidermal cells, stomata, trichomes, and vascular bundles. The epidermal cells were observed to be tightly packed and arranged in a regular pattern, while the stomata were found mainly on the lower surface of the leaf. Trichomes were observed to be present on the surface of the leaf, providing protection against herbivores and reducing water loss through transpiration. Vascular bundles were observed to be scattered throughout the leaf, providing support and transportation of nutrients and water.
On the other hand, the microscopic observation of pteridophytes sorus revealed the presence of sporangia, spores, sporophyte, and gametophyte. Sporangia were observed to be compact structures containing spores, which are reproductive structures responsible for the dispersal of plants. The sporophyte was observed to be the diploid phase of the plant life cycle, while the gametophyte was the haploid phase responsible for the production of gametes.
Conclusion:
Overall, the microscopic observation of Hibiscus Rosa sinensis flower and pteridophytes sorus provided valuable insights into the anatomical structures and reproductive mechanisms of these plants. The observations helped in understanding the adaptation of plants to their environment, as well as their reproductive strategies for survival and perpetuation. Further studies can be conducted to explore the genetic and molecular mechanisms underlying the development and function of these structures, providing a more comprehensive understanding of plant biology.
What is the discussion and conclusion for Microscopic observation of Hibiscus Rosa sinensis flower and pteridophytes sorus
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