Why did natural selection drive sporophyte to grow bigger and independent? In Ly

Question

Why did natural selection drive sporophyte to grow bigger and independent?

In Lycophytes, natural selection likely drove the sporophyte to become bigger (compared to Bryophytes) via selection to avoid plant predators.

In Lycophytes, natural selection likely drove the sporophyte to become bigger (compared to Bryophytes) via selection pressure to avoid damage from UV radiation.

In Lycophytes, natural selection likely drove the sporophyte to become bigger (compared to Bryophytes) via selection to produce desiccation-resistant spores.

In Lycophytes, natural selection likely drove the sporophyte to become bigger (compared to Bryophytes) via selection pressure for coping with variable soil quality.

In Lycophytes, natural selection likely drove the sporophyte to become bigger (compared to Bryophytes) via selection pressure for plants that produced the most spores.

In Lycophytes, natural selection likely drove the sporophyte to become bigger (compared to Bryophytes) via selection to avoid plant predators.

In Lycophytes, natural selection likely drove the sporophyte to become bigger (compared to Bryophytes) via selection pressure to avoid damage from UV radiation.

In Lycophytes, natural selection likely drove the sporophyte to become bigger (compared to Bryophytes) via selection to produce desiccation-resistant spores.

In Lycophytes, natural selection likely drove the sporophyte to become bigger (compared to Bryophytes) via selection pressure for coping with variable soil quality.

In Lycophytes, natural selection likely drove the sporophyte to become bigger (compared to Bryophytes) via selection pressure for plants that produced the most spores.

Explanation / Answer

Answer. In lycophytes , natural selction likely drove the sporophyte to become bigger (compared to Bryophytes) via selection pressure for plants that produced the most spores and also via producing desication resistant spores. because palnt need to continuen its generation so it produces large number of seed that can not be degraded by chemical and mechanical stress so they can continue their generation.

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