Yes,it Does because it a gas that speed so it burns the seeds
Plants in freshwater marshes disperse their seeds through various methods such as wind, water, animals, or by self-propelling mechanisms. Some plants produce lightweight seeds that can be carried by the wind, while others have seeds that float on water currents. Some plants rely on animals to eat and disperse their seeds, while others have adaptations for self-propelled dispersal.
Wind Water Animals Insects Explosive dispersal
Tobacco plants disperse their seeds primarily through wind. The small, lightweight seeds are produced in capsules that open when ripe, allowing the seeds to be carried away by air currents. Additionally, some seeds may be dispersed by water or animals, although wind is the main method. This helps the plants colonize new areas, ensuring their survival and propagation.
It depends, if the air blows with heavy speed then it may.........
Plants cannot fly on their own. They rely on other mechanisms like wind, water, animals, or humans to disperse their seeds for reproduction.
Different plants use different methods. Some use fruit, some use seeds whose shape makes it easy for them to be carried by wind, some seeds develop burrs with which they stick to passing animals and then drop to the ground later.
Some seeds dispersed by fire include pine cones, which release their seeds after being exposed to intense heat. Plants that have adapted to depend on fire for their seeds to germinate include certain species of chaparral shrubs like manzanita and ceanothus.
Auto = self, troph = eating. Autotrophs are plants, able to feed themselves through photosynthesis. Plants don't generally move, though there are some exceptions and they can of course disperse through seeds.
Some examples of seeds that disperse by flying away include dandelion seeds, maple seeds (helicopters), cottonwood seeds, and larch seeds. These seeds have adaptations such as wings or parachutes that allow them to be carried by the wind over long distances before settling in a new location to grow.
Earthworms do not actively disperse seeds, but they can inadvertently help in seed dispersal by moving seeds along with the soil as they burrow and tunnel through it. Some seeds may stick to the earthworms' bodies and get carried to new locations, aiding in seed dispersal.
Sedges disperse their seeds through various methods such as wind, water, or by attaching them to fur or feathers of animals. Some sedges have seeds that are covered with structures that aid in dispersal, such as hairs or bristles.
Seeds that disperse by insects typically include those that have evolved specific traits to attract these pollinators or scavengers. Examples include the seeds of some orchids, which rely on insects for pollination and subsequent seed dispersal, and certain plants like the buttercup, whose seeds may be carried away by ants (myrmecochory) that are attracted to the nutrient-rich elaiosomes attached to the seeds. These adaptations help ensure that seeds are moved away from the parent plant, promoting genetic diversity and survival.