These seed pods of jewelweed are favorable because they enable the plant to disperse its seeds over a wide area, increasing the chances of germination in suitable environments. The explosive release mechanism minimizes competition by spreading seeds away from the parent plant. Additionally, this adaptation can help the plant colonize new habitats quickly, ensuring its survival and propagation.
Jewelweed, a flowering plant, has seed pods that burst open when touched and forcefully eject their seeds. These structures are favorable because they
Grass is classified as a flowering plant because as the grass grows it makes small tiny flowers.we don't see these because we cut the grass before it makes flowers
Flowering plants have evolved diverse mechanisms to adapt and thrive in different habitats. This includes variations in root systems, leaf structures, and reproductive strategies. This adaptability allows them to grow in a wide range of environmental conditions, from deserts to rainforests.
butterfly dependent on flowering plants because they suck nectar from flowering plants
Flowering plants and conifers are both seed-producing plants, but they differ in their reproductive structures. Flowering plants produce flowers that contain reproductive organs, while conifers produce cones that house their seeds. Both groups are vital to ecosystems as sources of food, shelter, and oxygen.
Angiosperms are also known as flowering plants because they produce flowers as part of their reproductive structures. These plants bear seeds enclosed within an ovary or fruit. They are the most diverse group of plants on Earth, with over 300,000 known species.
forcefully because it runs with power
No it is not a flowering plant because all ferns have no flowers
flowering plant ang patola. Because . . . The parts of a flowering plant are characterized by two basic systems: a root system and a shoot system. :)))
because of favorable climate
Because flowering plants form seeds for perination during adverse conditions of growth
Spores are single-celled reproductive structures produced by fungi or some plants, while seeds are complex reproductive structures produced by seed plants. Spores are smaller and simpler than seeds, designed for dispersal in harsh conditions, while seeds contain an embryo and store nutrients for the developing plant.