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Naturall Method .roots, leaves, stems
It is a numbers game. Most plants produce more seeds than are likely to become adult plants BECAUSE so many seeds fail to grow to adulthood. If they did not overproduce, the species would die out. In fact, one way to measure the "effectiveness" of a plant's seeds is to look at how many it produces. Plants that produce the most seeds in comparison with the seed survival rate are those that have ineffective seeds. Plants that produce fewer seeds generally have more effective ways of ensuring that the seed survives to produce the next generation of plants. Some of the ways that plants use to increase the effectiveness of their seeds are by protecting them with shells (so that they are resistant to the weather), making them larger (so that they have a lot of stored food to give them a good start), making them taste good to birds (so they will be eaten and deposited along with fertilizer).
It helps the seeds breathe in and out through the stomata.
An apple without seeds can be grown organically, but it is likely that it could not actually be called organic. It is likely to have been bred in ways that do not meet the standards of organic foods.
Sexual propagation is a process by which plants reproduce, in which pollen from one plant fertilizes the ovary or ovaries from another, producing one or more seeds. It can be contrasted to asexual propagation in which new plants are created from divided plant parts (cuttings), stolons or runners, storage organs such as bulbs or tubers, or any of a number of other ways.
With seeds
Naturall Method .roots, leaves, stems
Plants reproduce and make new plants by seeds: They get planted or settle in an area and then grow to new plants. Seeds are not the only ways plants reproduce and make new plants. Some plants use bulbs, branches, pollen,etc.
the other ways of grouping the plant are the: asexual and sexual reproduction vascular and non-vascular plants spermatophytes and plant without seeds thallopyhtes,bryophytes and pteridophytes monocot and dicot perenials,bienials and annuals angiosperm and gymnosperm
More ways than this, but we help them spread their seeds further.
parthinocarpy
It is a numbers game. Most plants produce more seeds than are likely to become adult plants BECAUSE so many seeds fail to grow to adulthood. If they did not overproduce, the species would die out. In fact, one way to measure the "effectiveness" of a plant's seeds is to look at how many it produces. Plants that produce the most seeds in comparison with the seed survival rate are those that have ineffective seeds. Plants that produce fewer seeds generally have more effective ways of ensuring that the seed survives to produce the next generation of plants. Some of the ways that plants use to increase the effectiveness of their seeds are by protecting them with shells (so that they are resistant to the weather), making them larger (so that they have a lot of stored food to give them a good start), making them taste good to birds (so they will be eaten and deposited along with fertilizer).
by if they have flowers or not and if thy have seeds or not and thank u
conifers produce seeds from narrow needles, ferns do not
Plants have evolved in different ways. All plants bear 'fruits' or seeds. Some of these are edible, some not.
yes, in many ways such as : to feed eachother, to produce more seeds, ect.
It is a numbers game. Most plants produce more seeds than are likely to become adult plants BECAUSE so many seeds fail to grow to adulthood. If they did not overproduce, the species would die out. In fact, one way to measure the "effectiveness" of a plant's seeds is to look at how many it produces. Plants that produce the most seeds in comparison with the seed survival rate are those that have ineffective seeds. Plants that produce fewer seeds generally have more effective ways of ensuring that the seed survives to produce the next generation of plants. Some of the ways that plants use to increase the effectiveness of their seeds are by protecting them with shells (so that they are resistant to the weather), making them larger (so that they have a lot of stored food to give them a good start), making them taste good to birds (so they will be eaten and deposited along with fertilizer).