How to make picture seeds is as follows:

Prepare peanuts. Can be used to draw the sun, flowers, etc.

Prepare shelled peanuts. Can be used to draw clouds, the body of a bird, etc.

Get the pine nuts ready. Can be used to draw trees.

Get the red beans ready. It can be used to draw flowers, or the sun, etc.

Prepare the black beans. Can be used to draw trees etc.

Prepare the soybeans. Can be used to draw the fruits of trees, the sun, etc.

We prepared the tweezers and other necessary tools, and I started painting.

Use peanut shells and peanuts to draw a bird below. Use a black pen to draw the bird's eyes, peanut shells to make the bird's body, and peanuts to make the bird's wings.

Let’s build a sun with seeds again. First, use peanuts to make a solid circle in the middle, and use red beans and soybeans to make up the light emitted by the sun around it.

Let’s use seeds to piece together a cloud. Use four shelled peanuts and one peanut kernel, place the two shelled peanuts side by side, then use the shelled peanuts, one on top, one on the bottom, and place the peanut kernels in the middle, so that you can make a meal. A cloud.

Extended information:

Seed germination is an important stage in the plant life cycle and an important link in plant growth and reproduction.

1. Structure and types of seeds

Seed structure: Seeds are generally composed of three parts: seed coat, embryo and endosperm. Among them, the seed coat is the outermost layer of the seed and has a protective effect; the embryo is the core part of the seed, including the embryo, hypocotyl and radicle; the endosperm is the nutrient reserve organ of the seed. Seeds from different plants may differ in structure, but their basic structure is similar.

Seed type: According to the source and characteristics of seeds, they can be divided into many types. For example, based on the source, seeds can be divided into wild seeds and cultivated seeds; based on growth habits, seeds can be divided into autotrophic and heterotrophic types; based on the presence or absence of endosperm, seeds can be divided into endosperm-bearing seeds and endosperm-less seeds. Seeds etc.

2. Germination process

Water absorption and swelling of seeds: After the seeds absorb sufficient water, they will gradually expand and soften the seed coat. This stage usually requires a certain amount of time to ensure that various enzymes and metabolic activities within the seeds are activated.

Germ germination: As the seed coat softens, the germ begins to break through the seed coat and grow outward. During this process, the germ continues to differentiate into roots, stems, leaves and other organ structures.

Root growth: After the germination, the roots begin to grow and penetrate into the soil. The main function of the root system is to absorb water and nutrients and provide the necessary material basis for plant growth.

Leaf expansion: As the embryo and root system continue to grow, the leaves gradually expand and begin photosynthesis. Photosynthesis is an important link in plant growth and development. It converts solar energy into chemical energy to provide energy for plant growth.