Desiccation resistant spores, protective and complex reproductive organs, and embryos nourished by parental tissues enable land plants to .

Desiccation resistant spores, protective and complex

reproductive organs, and embryos nourished by parental

tissues enable land plants to adapt to dry conditions.

This is the process in which a substance dries up as a result of

loss of moisture.

In plants, resistant spores, protective and complex

reproductive organs, and embryos nourished by parental

tissues  which helps to prevent desiccation and ensure that the

seeds survive harsh conditions thereby facilitating

reproduction.

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to adapt to dryland conditions

Explanation:

The main groups of land plants are vascular plants and they have developed diverse adaptations to survive on land, especially in climatic zones where drought and high temperatures are common. Some of the most important plant adaptations to land ecosystems include, among others, the development of a cuticle to prevent water loss, stomata capable of regulating water evaporation, desiccation-resistant spores coated in sporopollenium polymer, etc. Moreover, in seed plants, which are considered to be the most evolved vascular plants, the endosperm tissue produced inside the seeds is nourished by the parent sporophyte during the first stages of plant development.

answer; i believe the correct answer is (replication is not conservative);

b. climate change will cause an increase in biodiversity of all ecosystems.

hope this