How does a seed germinate?
See how a seed becomes a seedling.
Topic C
The Plant Life Cycle
Follow a plant through seed, germination, seedling growth, flowering, fruiting, and seed dispersal.
A new sproutA flower budA fruit or seed
Reading Path
How does one plant become the next generation?
Each topic gives a simple route first, then connects to individual articles.
What stages are in a plant life cycle?
Organize the life cycle in time order.
Pollination and seed dispersal
Connect flowers, fruits, and seeds.
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English Articles
How does a seed germinate? Seed germination often starts with water uptake, then the radicle emerges and the seedling begins to build roots and leaves. Learn how water, oxygen, temperature, and stored resources fit together.
What conditions do seeds need to germinate? Seeds usually need water, oxygen, and a suitable temperature to germinate. Some are also affected by light, darkness, dormancy, seed coat conditions, or seed viability.
What is a seedling? A seedling is a young plant shortly after germination, when roots, stems, and leaves are being established. Learn how radicles, cotyledons, true leaves, and early growth fit together.
What stages are in a plant life cycle? A common flowering plant life cycle can start with seed germination, seedling growth, flowering, pollination, fruit and seed formation, dispersal, dormancy, or another growth cycle.
What is pollination? Pollination is the transfer of pollen to a stigma. It is not the same as fertilization. Learn how pollen, pollen tubes, ovules, seeds, and fruit formation connect.
What is the difference between self-pollination and cross-pollination? Self-pollination and cross-pollination differ by pollen source. Learn how pollen moves within one plant or between different plants of the same species.
How do seeds disperse? Seed dispersal is the movement of seeds away from the parent plant. Learn how wind, water, animals, hooks, explosive fruits, and gravity help seeds move.
Wind-pollinated vs insect-pollinated flowers Learn how wind-pollinated and insect-pollinated flowers differ by how pollen moves, including petals, scent, nectar, pollen amount, anther position, and stigma shape.
What is cutting propagation? Cutting propagation uses part of a plant, such as a stem, leaf, or root section, to grow a new plant. Learn how it differs from seeds and how adventitious roots, nodes, water, and air fit together.
Why can some plant cuttings grow roots? Some plant cuttings can form adventitious roots from stems, nodes, or cut surfaces. Learn how living tissue, nodes, buds, auxin, and plant regeneration fit together.
What is plant division? Plant division separates plant units that already resemble small plants, usually with roots, a stem base or growing point, and leaves or a place that can make leaves.
What Is Layering in Plant Propagation? Layering is an asexual plant propagation method in which a stem forms roots while it is still attached to the parent plant. Learn how layering differs from cuttings, division, and air layering.
What Is Plant Grafting? Learn how a scion joins a rootstock, how graft unions heal, and why cambium contact and graft compatibility matter.
What Is Plant Tissue Culture? Plant tissue culture grows plant cells, tissues, organs, embryos, or small pieces of a plant in a controlled, usually sterile environment. Learn how explants, callus, shoots, roots, micropropagation, and acclimatization fit together.
How Do Ferns Reproduce? How do ferns reproduce? Follow spores from sori and sporangia to gametophytes, water-based fertilization, and new sporophytes, then compare rhizome propagation and division.
What Are Spores in Plants? Spores are not tiny seeds. In ferns, spores are haploid cells made by the diploid sporophyte. Learn how spores, gametophytes, n / 2n, seeds, and pollen fit into plant life cycles.
How Do Bulb Plants Reproduce? Learn how bulb plants reproduce from bulblets, cormels, stem tuber eyes, rhizome buds, bulbils, or seeds, and how dormancy fits in.
Why Can Some Succulent Leaves Grow New Plants? Some succulent leaves can form roots and shoots near the leaf base. Learn why leaf propagation works for some plants—and why one root is not a whole new plant.
How Do Plants Start Growing Again After Dormancy? How do plants resume growth after dormancy? Learn how chilling, temperature, light, and water cues lead to bud break, while stored energy supports early shoots.
What is the difference between annual, biennial, and perennial plants? Annual, biennial, and perennial plants differ by life-cycle length; climate can change how gardeners label the same plant.
Why Do Flowers Smell? Learn why flowers smell, how VOCs move through air, why some scents peak at night, and why scent alone does not guarantee pollination.
Why Do Seeds Go Dormant? Is Dormancy the Same as Germination Failure? A seed that does not germinate may face unsuitable conditions, dormancy, or loss of viability. Learn how these possibilities differ, and why radicle emergence is a clearer sign of germination.
What Happens After Pollen Lands on a Stigma? Pollen landing on a stigma is only the start. See how compatible pollen germinates, grows a pollen tube, and leads from pollination to fertilization.
What is the difference between sexual and asexual reproduction in plants? Compare sexual and asexual reproduction in plants, from pollen, fertilization, and seeds to cuttings, division, layering, and runners.
How Does an Ovule Become a Seed? Follow how an ovule becomes a seed in flowering plants, including pollen tubes, double fertilization, embryos, endosperm, seed coats, and the ovary-to-fruit connection.
Seed-Grown, Cutting-Propagated, or Divided? Three Plant Origins Explained Compare seed-grown plants, cuttings, and divisions by starting material, retained structures, genetic relationship, and observable garden clues.