Question

обьямните,почему семенные растения наиболее распространены в природе?срочно!!!

Answer 1

Потому  что их семена защищены плодом от неблагоприятных воздействий, а также  семена переносятся птицами и животными, что помогает расселению.

Answer 2

Чаще всего животные, ветер или вода уносят их семена на новые места, где они, если условия окажутся подходящими, могут прорасти. Так происходит расселение необходимый этап в семенном размножении.через семена размножаться удобнее, ветер переносит семена из одного места в другое ии тем самым растений становится больше на разных участках

Answer 3

Why are seed plants most common in nature?

Seed plants, also known as spermatophytes, are the most common type of plants in nature. This is due to several factors that have contributed to their widespread distribution and success.

1. Adaptability and versatility: Seed plants have evolved various adaptations that allow them to thrive in diverse environments, ranging from deserts to rainforests. These adaptations include the ability to conserve water, withstand extreme temperatures, and tolerate different soil conditions. This adaptability has allowed seed plants to colonize a wide range of habitats.

2. Efficient reproduction: Seed plants have a highly efficient reproductive system that contributes to their success. Unlike non-seed plants, which rely on water for fertilization, seed plants have evolved the ability to reproduce without the need for external water sources. This adaptation, known as heterospory, allows seed plants to produce seeds that contain embryos protected by a seed coat. This protective covering helps the seeds survive harsh conditions and facilitates their dispersal over long distances.

3. Enhanced dispersal mechanisms: Seed plants have evolved various mechanisms for dispersing their seeds, which increases their chances of finding suitable habitats for germination and growth. These mechanisms include wind dispersal, animal dispersal (through ingestion or attachment to fur/feathers), and water dispersal. These strategies enable seed plants to colonize new areas and expand their range.

4. Longevity and dormancy: Seeds have the ability to remain dormant for extended periods, allowing seed plants to survive unfavorable conditions such as drought, cold temperatures, or lack of resources. This dormancy period ends when the seed encounters suitable conditions for germination, ensuring the plant's survival and successful reproduction.

5. Competitive advantage: Seed plants have a competitive advantage over non-seed plants due to their ability to produce a wide variety of structures, such as leaves, stems, and roots. These structures enable seed plants to efficiently capture sunlight, absorb nutrients, and compete for resources in their environment. This competitive advantage has contributed to the dominance of seed plants in many ecosystems.

In conclusion, seed plants are the most common type of plants in nature due to their adaptability, efficient reproduction, enhanced dispersal mechanisms, longevity, and competitive advantage. These factors have allowed seed plants to colonize diverse habitats and thrive in various environmental conditions.