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The monocot embryo contains one cotyledon while the dicot embryo contains two cotyledons. This is the key difference between monocot and dicot embryo. The embryo is developed from the zygote. A zygote is formed due to the fusion of a male gamete with a female gamete in the process of fertilization. The monocot and dicot […]
Key Difference – Chasmogamous vs Cleistogamous The key difference between Chasmogamous and Cleistogamous flowers is that Chasmogamous flowers expose reproductive parts out for the pollinators while Cleistogamous flowers hinder them from exposing the reproductive parts out and force self fertilization. The flower is the reproductive structure of the Angiosperms. A Flower contains both male […]
Key Difference – Autogamy vs Geitonogamy In the context of genetics, autogamy and geitonogamy are two ways of self pollination. Autogamy is the deposition of pollen grains on the stigma of the same flower while geitonogamy is the deposition of pollen grains on the stigma of another flower of the same plant. This is […]
Key Difference – Hydrophytes vs Mesophytes vs Xerophytes Hydrophytes, Mesophytes, and Xerophytes are plants that show adaptations to survive in their environments. The key difference between Hydrophytes, Mesophytes, and Xerophytes is that Hydrophytes are adapted to aquatic environments, Mesophytes are adapted to average water and average temperature environments and Xerophytes are adapted to dry […]
Key Difference – Riccia vs Marchantia Riccia and Marchantia are two plant genera of family Marchantiaceae. The key difference between Riccia and Marchantia is Riccia genus is featured by dichotomously branched rosette-like thallus while Marchantia genus is featured by barrel-shaped air pores and gemmae cups. Bryophytes are small, non-vascular plants of Kingdom Plantae that […]
Key Difference – Amphithecium vs Endothecium In the context of the development of the sporophytes in plants, it takes place with the onset of fertilization. During plant fertilization, a zygote is formed. The zygote then undergoes different development stages where it actively divides and differentiates. Amphithecium and endothecium are two cell layers that develop […]
Key Difference – Plant Stanols vs Sterols Phytosterols are a major component of the plant chemical compounds. Under phytosterols, the most prominent compounds are stanols and sterols. Phytosterols are cholesterol-like compounds. They are naturally occurring compounds that are present in the membranes of the plant. Plant stanols have a less significant effect on lowering […]
Key Difference – Microsporogenesis vs Microgametogenesis The reproductive unit of angiosperms is the flower. A flower consists of two reproductive units; androecium and gynoecium. Androecium is the male reproductive unit whilst the gynoecium is the female reproductive unit. The androecium contains anther and filament and the gynoecium contains stigma, style, and ovary. Microsporogenesis and […]
Key Difference – Androecium vs Gynoecium In the context of angiosperms, the flower is considered as the reproductive organ. The whole unit is composed of the male reproductive unit (androecium) and female reproductive unit (gynoecium).The androecium is composed of anther and filament while the gynoecium is composed of style, stigma and ovary. Both structures […]
Key Difference – Plants Grown in Light vs Dark Photosynthesis is a process that is initiated by plants containing chlorophyll. This process that takes place due to the presence of sunlight. Accordingly, plants are adapted to grow under different light intensities. Plants that grow under high light intensities with a higher rate of photosynthesis are […]
