水葫芦和金鱼藻的区别

访客 发布于 2023-01-25 阅读(22)
水葫芦和金鱼藻的区别

水葫芦是一种水生植物,大部分在淡水中,金鱼(细节)藻是藻类。水葫芦原产于南美洲。在巴西,由于生物天敌的控制,水葫芦的起源仅作为观赏物种散布在水中。1844年,水葫芦曾在美国博览会上被描述为“美化世界的薰衣草花冠”。水葫芦漂浮在水面上,利用它的根从水中吸收养分,有时还吸收到水下土壤中,并利用它在水面上的叶子吸收空气中的二氧化碳进行光合作用。金鱼藻生长在水中,其所有的生命活动都在水中进行。使用植物(有时有一些根)吸收水中所需的营养物质,并吸收水中的二氧化碳,以便在水中进行光合作用、发芽、生长、开花和结果。金鱼是被子植物金鱼科的一种多年生沉水植物。它的茎是细长的,它的分枝是4-12轮的。它在秋天开花,主要生长在小湖泊的静水中。它也可以在池塘、沟渠和其他地方看到。这种植物的雄花成熟后,雄蕊与母体分离,与花药末端的小漂浮体一起上升到水面,并裂开以散布花粉。花粉比例很大,并慢慢下沉到水下的雌花柱头,授粉和受精。该过程只能在静水中进行

The difference between water hyacinth and goldfish algae

Water hyacinth is an aquatic plant, mostly in fresh water, and goldfish (details) algae is algae. The water hyacinth is native to South America. In Brazil, the origin of the water hyacinth is only scattered in the water as an ornamental species due to the control of biological natural enemies. In 1844, the water hyacinth was once described as the "lavender corolla of beautifying the world" at the American Expo. The water hyacinth floats on the water surface, uses its roots to absorb nutrients from the water and sometimes into the underwater soil, and uses its leaves on the water surface to absorb carbon dioxide in the air for photosynthesis. The goldfish algae grow in the water, and all its life activities are carried out in the water. Use the plant (sometimes with a few roots) to absorb the required nutrients in the water and absorb the carbon dioxide in the water for photosynthesis, germination, growth, flowering and fruiting in the water. Goldfish is a perennial submerged plant in the family Goldfish of angiosperma. Its stem is slender and its branches are 4-12 whorled. It blooms in autumn and mainly grows in the still water of small lakes. It can also be seen in ponds, ditches and other places. After the male flower of this plant matures, the stamens detach from the mother body, and rise to the water surface with the small floating body at the end of the anther, and crack to scatter pollen. The pollen has a large proportion, and slowly sink to the underwater female flower stigma, pollination and fertilization. This process can only be carried out in still water